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working documents as built
SAACKE VKK Marine Boilers GmbH
protection note according to DIN 34 consider !
operating voltage
: 440V/60 Hz
Betriebsspannung
Kaiserstrasse 4 24143 Kiel / Germany
control voltage
: 230V/60 Hz
Steuerspannung signal voltage
: 24V/DC
Signalspannung regulation Vorschrift degree of protection Schutzart
Power input
phone :
+49 (0) 431 7303 0
fax :
+49 (0) 431 7303 303
e-mail :
[email protected]
internet :
www.vkkmb.de
: LR ETS 25775-11
electrical documentation
: IP 54
Elektro-Dokumentation
22 KW / 50 A max
fuse
63 A contract number
Colour :Munsell 7.5 BG 7/2
PCS
Control cabinet
1
PID BN 001 CS010
Dimension H 1800 x W 1600 x D 400 + 100mm socket
1
project
FO / FW/ MGO pumps
0
as built
R. modification
2012-01-30
drawn
ROS
check
2012-01-30
30.01.2012
ROS
date
name standard
H 380x W 380 x D 210
6
:
CMB-VS-1.6+1.0/7
:
NEW TIMES SY
:
SKVJ-M 14
Projektkommentar
Brennertyp cover sheet / Deckblatt 1
Control Cabinet Boiler origin
0-8100-100454-14 /3-32
Projekt
type of burner
Local switch boxes
date
CS010
:
Zeichnungsnummer
comment on project Starter box FWP 2
100454 HN: 0108216
Auftragsnummer drawing number
Cabinet
:
replaced for
replaced by
general informations / allgemeine Informationen
0-8100-100454-14 /3-32
=BCC +CC
0-8100-100454-14-3
sheet 1 6
sh.
1
2
A
3
4
5
6
7
8
A
The regulation of the acceptance associations have to be considered Use approved materials and equipment only
1.)
Grounding of the casing (base, door, console panel, etc.)
13.)
Screw which cannot be lost are to be used for plug-in modules.
14.)
All labels are additionally to be fastened with grooved rails
earthing cable min. 16mm²
2.)
Grounding to be carried out via cable lugs only, screws = M6
or screws (Gravopley labels).
B 3.)
Doors of control boxes and control cabinets a accommodating control and annunciating equipment must be provided with a locking divice and with
C
E
When installing unions in flange plates not processed or finished the area of the unions has to be made metallically bare and is to be greased.
5.)
Use standard parts with processed surface (disks, lock washers, spring lock washers, etc.)
6.)
Electric control equipment for more than one boiler has to be erected apart and must be mechanically separated (partition). This is applicable too for the shared oil supply system.
7.)
When using cable ducts the supply line may only be arranged in a separate cable duct or must remain visible.
8.)
Application of vibration immune screw caps with verifying hole is imperative.
9.)
15.)
BV requires wires with heavy insulation for all lines above 230V up to 16²
16.)
DNV requires wires with heavy insulation for all lines up to 16²
17.)
The control cabinet is to be equipped with fasting strips.
18.)
Mounting plate, cabinet door and back wall are to be reinforced.
19.)
Use non halogen lines
20.)
Use non halogen cable duct
21.)
wiring control voltage >50V without indication cross section with H05Z-K 1,0 mm²
22.)
Tension spring terminals client side. (Cutting terminals internally internal sid
23.)
Protect equipment against shift
24.)
Startype equipment grounding
25.)
The control cabinet bottom has to be equipped with isolated
Separating disks are to be provided between terminals with
C
and pierced copper busbar for connection cable shilding.
26.) 10.)
Install cable pull relief bar so that cables can be fitted directly.
All equipment labels on the mounting plates are to be coated additionally with transparent lacquer (paper labels)
27.)
Copper busbars for cable shilding have to be isolated und equipped with clips for external cables.
11.)
All lines are to be labeled. Cable harnesses must be tied up in bundles.
12.)
D
Colour of cores
different potentials. The voltage of the terminals must be labeled.
all lines without indication of cross section are
D
4.)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
an equipment cover for equipment not contact-protected.
B
Control transformers must by all means be grounded via cable.
L1
Green
L2
Yellow
L3
Brown
PE
green / Yellow
230 VAC (L)
Black
230 VAC (N)
Light Blue
24 V DC (+)
Red
24 V DC (-)
Blue
E
Measuring Cable
White
Extern
Orange
Voltage
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 2
0-8100-100454-14-3
design specification / Bauvorschrift 5
=BCC
6
7
6 8
sh.
1
2
X0:
3
4
5
=BCC :
terminal strip for external items equipment >230V
X1:
=ECR :
terminal strip for external items equipment 230V
=MSB1 :
terminal strip for external items equipment <230V
engine control room
+F :
main switch board 1
+BO :
=MSB2 :
terminal strip for external items equipment analoge signals
X6:
main switch board 2
+BW :
Hauptschalttafel 2 +BN :
terminal strip for volt free contacts
terminal strip for "volt free" analog signals
protection note according to ISO 16016 consider!
E
+FWP2 :
terminal strip for control and indication equipment >50V
+.._B :
junction box burner
equipment at cabinet bottom plate Geräte in der Bodenplatte
burner equipment
local operation box electrical pre heater
local operation box feed water pump 1
local operation box feed water pump 2 Vor-Ort-Bedienkasten Speisewasserpumpe 2
+FOP1 :
terminal strip for control and indication equipment <50V
local operation box oil pump 1 Vor-Ort-Bedienkasten Ölpumpe 1 C
+FOP2 :
terminal strip for control and indication equipment analoge signals
local operation box oil pump 2 Vor-Ort-Bedienkasten Ölpumpe 2
+MGOP1 : X111:
Geräte in den Seitenwänden
Vor-Ort-Bedienkasten Speisewasserpumpe 1
Klemmenleiste für Befehls- und Meldegeräte analoge Signale terminal strip for control cabinet ventilation
local operation box MGO pump 1 Vor-Ort-Bedienkasten MGO pumpe 1
Klemmenleiste für Schaltschrankbelüftung +MGOP2 : X601:
terminal strip for data transfer to +ECR
local operation box MGO pump 2 Vor-Ort-Bedienkasten MGO pumpe 2
Klemmenleiste für Datenübertragung zum ECR -Raum
D
example circuits: Beispiel Strompfade: /12.7 *sheet-No.
all lines without indication of cross section are
D
+FWP1 :
terminal strip for control and indication equipment >230V
Klemmenleiste für Befehls- und Meldegeräte <50V X13:
equipment at cabinet side walls
Vor-Ort-Bedienkasten Elektrovorwärmer
H07Z-K 1,5mm²
C
+.._S :
boiler equipment
B +CEP :
Klemmenleiste für Befehls- und Meldegeräte >50V X12:
equipment in cabinet door
Brennergeräte
Klemmenleiste für Befehls- und Meldegeräte >230V X11:
equipment on mounting plate
Geräte in Schaltschranktür
Anschlußkasten Brenner
Klemmenleiste für "potentialfreie" analoge Signale X10:
+.._D :
field equipment
Kesselgeräte
Klemmenleiste für potentialfreie Kontakte
B
8
Geräte auf der Montageplatte
Feldgeräte
Hauptschalttafel 1
Klemmenleiste für analoge Signale X4:
+.._M :
control unit Steuerteil
Maschinenkontrollraum
Klemmenleiste für außenliegende Geräte <230V X3:
7
A
Klemmenleiste für außenliegende Geräte 230V X2:
+CC :
Kessel
Klemmenleiste für außenliegende Geräte >230V
A
boiler
6
*Blatt-Nr. Strompfad-Nr.
13
14
21
22
31
32
43
44 E
circuit-No.
modification index / Änderungsindex a = b...z= 0 = 1...30 =
*Die Angabe entfällt,
*this indication
first issue
erste Ausgabe
wenn Schütz und
is not required
modifications before delivery
Änderung vor Auslieferung
Kontakt auf dem
where the contactor
as built
Auslieferungszustand
gleichem Blatt vor-
and contact exist
modification after delivery
Änderung nach Auslieferung
handen sind.
on the same sheet.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 3
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 3
0-8100-100454-14-3
legend / Zeichenerklärung 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
6
7
8
+BN001
A
Junction box
control unit
Klemmenkasten
Steuerteil
=BCC
Pumps / drives boiler A
CS010
+BW
BCC_1004 (M4G2,5)
Flame scanner 1
BCC_4001 (M5x0,75SH)
Flame scanner 2
BCC_4002 (M5x0,75SH)
=BCC +CC
BCC_1005 (M4G1,5) M
+BN020-2M3 ignition oil pump
BCC_1003 (M4G4) M
+BN001-2M5 combustion air fan
M
+FO001 -3M3 fuel oil pump 2
BCC_1010 (M4G1,5) M Poti- contr.valve
+FO001 -3M2fuel oil pump 1
BCC_4011 (M3x0,75SH) BCC_1011 (M4G1,5)
BCC_2005 (M 16G1,5) BCC_3005 (M 12G1,5)
B
B
C
E
M
M
+FW001 -4M2 feed water pump 1
+FW008-5M2 chemical dosing pump +FO 001
Heater box Burner
local switch box
BCC_1012 (M4G4)
BCC_2120 (M7G1,5)
=BCC +BN
fuel oil pump 1
Heater
BCC_2022 (M4G1,5)
C
+FO 002
CS062
Heater Control
local switch box BCC_2121 (M7G1,5)
fuel oil pump 2 CS062 +FW 001 local switch box
BCC_2220 (M7G1,5)
feed water pump 1 CS061
MSB 1
BCC_2222 (M7G1,5)
BCC_1000 (M4G25)
D
+BCCFWP2
MSB 2
BCC_1007(M4G2,5) BCC_1001 (M4G25) BCC_1002 (M4G4)
all lines without indication of cross section are
D
BCC_2020 (M3G1,5)
+BN001
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
BCC_1006 (M4G2,5)
starter box
M
+FW001 -4M3 feed water pump 2
feed water pump 2 CS010
E
+FW 002 local switch box BCC_2221 (M7G1,5)
feed water pump 2 CS061
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 5
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
6
control unit
Sensors
Steuerteil
+F -9S2 emergenca stop 1 escape route A
BCC_3001 (M2X1,5) S
BN 001
+F -9S3 emergency stop 2 escape route
BCC_3006 (M2X1,5) PSH
CS 010 =BCC
7
boiler A
+BO034 -52F2 pressure monitor boiler
BCC_3007 (M2X1,5) TSH
+CC BCC_3002 (M2X1,5)
8
BCC_4000 (M 2X0,75SH)
PT
+BO041 -53F2temperature monitor flue gas
+BO033-64B2 transmitter steam pressure
S Push button " emegency stop " only option Yard supply in case of using
B
B
BCC_4003 (M 4 X0,75SH)
LSL
+BO022-69B3 level monitor 1 boiler water
C
E
+BO021 -68B2 level transmitter boiler water
C
BCC_3014 (M2X1,5) PSL BCC_3016 (M2X1,5)
BCC_3008
PSL
+FO003-55S2/55S3 limit switch
(M4X1,5)
BCC_3010 (M4X1,5)
GS
3-way valve return line D
+FO002-56S2/57S2
limit switch 3-way valve return line HFO / MDO
BCC_3012 (M4X1,5)
control room
+FO006-16F7 pressure monitor fuel oil pump
+FW005-19F7 pressure monitor feed water pump 1
GS
GS
+BN010 -56S3/57S3 limit switch 3-way valve pressure controller HFO / MDO
Leitstand =ECR
remote indicator
PT Boiler CS 080
BCC_6001 (M5X1,5SH)
LT Boiler CS 081
all lines without indication of cross section are
D
LT
BCC_2006 (M 2x1,5)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
BCC_4005 (M2X0,75SH)
BCC_2008 (M5G1,5) volt free contacts
GS
BCC_6010 (M24X1,5)
E
+CO 011-77A2 oil detector device
BCC_6011 (M24X1,5) BCC_6012 (M18X1,5)
MGO
BCC_6013 (M18X1,5)
BCC_2009 (M4G1,5)
QS
+FW007-76A3 conductivity device
BCC_6014 (M18X1,5) BCC_4099(M2x0,75SH)
GS
conductivity electrode
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 6
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 6
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
control unit A
M
A
+GO001 -3M5 MGO pump 1
BCC_1009 (M4G1,5)
BCC_3018 (M2X1,5)
BCC_3020
M
PSL
+GO001 -3M7 MGO pump 2
+GD 006 -23F7 pressure monitor MGO pump
(M4X1,5) GS
BCC_3021 (M4X1,5)
B
8
BCC_1008 (M4G1,5)
=BCC +CC
7
MGO pump
Steuerteil CS 010
6
GS
+GO 015-59S2/59S5
limit switch 3-way valve HFO / MDO B
+GO 016 -59S3/59S6
limit switch 3-way valve MGO
+GO 001
C
+GO 002
CS062 local switch box BCC_2123 (M7G1,5)
MGO pump 2 CS062 C
D
all lines without indication of cross section are
D
MGO pump 1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
local switch box BCC_2122 (M7G1,5)
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 7
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 7
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
directory no.
1
2
3
4
5
protection note according to ISO 16016 consider!
6
kind of plan
sheet no.
cover sheet / Deckblatt
1
cover sheet / Deckblatt
design specification / Bauvorschrift
3
cover sheet / Deckblatt
legend / Zeichenerklärung
5
cover sheet / Deckblatt
cable overview / Kabelübersicht
6
cover sheet / Deckblatt
special notes
general informations / allgemeine Informationen
2
cover sheet / Deckblatt
sheet designation
cable overview / Kabelübersicht
7
cable overview / Kabelübersicht
drawn
revision
date
date
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
7
directory / Inhaltsverzeichnis
1
8
directory / Inhaltsverzeichnis
2
9
directory / Inhaltsverzeichnis
3
10
directory / Inhaltsverzeichnis
4
11
directory / Inhaltsverzeichnis
5
12
directory / Inhaltsverzeichnis
6
13
circuit diagram / Stromlaufplan
1
power supply / Einspeisung
14
circuit diagram / Stromlaufplan
2
burner oil pumps
15
circuit diagram / Stromlaufplan
3
fuel oil pumps
16
circuit diagram / Stromlaufplan
4
feed water pumps
17
circuit diagram / Stromlaufplan
5
electrical heater/ chemical dosing pump
18
circuit diagram / Stromlaufplan
7
230V supply
19
circuit diagram / Stromlaufplan
8
230V supply
20
circuit diagram / Stromlaufplan
9
emergency stop
21
circuit diagram / Stromlaufplan
10
control voltage
22
circuit diagram / Stromlaufplan
11
24VDC supply
23
circuit diagram / Stromlaufplan
12
firing sequence control
24
circuit diagram / Stromlaufplan
13
PLC S7 200
25
circuit diagram / Stromlaufplan
14
PLC S7-200
26
circuit diagram / Stromlaufplan
15
PLC S7-200
27
circuit diagram / Stromlaufplan
16
FOP control
28
circuit diagram / Stromlaufplan
17
fuel oil pump 1
29
circuit diagram / Stromlaufplan
18
fuel oil pump 2
30
circuit diagram / Stromlaufplan
19
FWP control
2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 1 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
31
circuit diagram / Stromlaufplan
20
feed water pump 1
32
circuit diagram / Stromlaufplan
21
feed water pump 2
33
circuit diagram / Stromlaufplan
22
feed water pump 2
34
circuit diagram / Stromlaufplan
23
MGO control
35
circuit diagram / Stromlaufplan
24
MGO pump 1
36
circuit diagram / Stromlaufplan
25
MGO pump 2
37
circuit diagram / Stromlaufplan
27
dosing pump
38
circuit diagram / Stromlaufplan
28
electrical preheater
39
circuit diagram / Stromlaufplan
29
common inputs
40
circuit diagram / Stromlaufplan
30
burner motor control
41
circuit diagram / Stromlaufplan
31
safety interlock circuit
42
circuit diagram / Stromlaufplan
32
safety interlock circuit
43
circuit diagram / Stromlaufplan
33
safety interlock circuit
44
circuit diagram / Stromlaufplan
34
emergency operation
45
circuit diagram / Stromlaufplan
35
burner start
46
circuit diagram / Stromlaufplan
36
burner reset
47
circuit diagram / Stromlaufplan
37
ignition system
48
circuit diagram / Stromlaufplan
38
oil valves
49
circuit diagram / Stromlaufplan
39
flame detection 1
50
circuit diagram / Stromlaufplan
40
flame detection 2
51
circuit diagram / Stromlaufplan
41
flame detection
52
circuit diagram / Stromlaufplan
42
firing sequence control
53
circuit diagram / Stromlaufplan
43
firing sequence control
54
circuit diagram / Stromlaufplan
44
primary air pressure
55
circuit diagram / Stromlaufplan
45
combustion air pressure
56
circuit diagram / Stromlaufplan
46
burner swung out
57
circuit diagram / Stromlaufplan
47
limit switch compund regulator
58
circuit diagram / Stromlaufplan
48
fire in windbox
59
circuit diagram / Stromlaufplan
49
oil pressure
60
circuit diagram / Stromlaufplan
50
HFO temperature
special notes
drawn
revision
date
date
ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 2 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
61
circuit diagram / Stromlaufplan
51
HFO temperature high
62
circuit diagram / Stromlaufplan
52
steam pressure
63
circuit diagram / Stromlaufplan
53
flue gas temperature
64
circuit diagram / Stromlaufplan
54
heating tracer
65
circuit diagram / Stromlaufplan
55
selection fuel
66
circuit diagram / Stromlaufplan
56
selection fuel
67
circuit diagram / Stromlaufplan
57
selection fuel
68
circuit diagram / Stromlaufplan
59
selection fuel oil MGO
69
circuit diagram / Stromlaufplan
60
load control
70
circuit diagram / Stromlaufplan
61
load control
71
circuit diagram / Stromlaufplan
62
load control
72
circuit diagram / Stromlaufplan
63
alarm steam pressure
73
circuit diagram / Stromlaufplan
64
steam pressure
74
circuit diagram / Stromlaufplan
68
boiler water level
75
circuit diagram / Stromlaufplan
69
low low water 1
76
circuit diagram / Stromlaufplan
70
low low water 2
77
circuit diagram / Stromlaufplan
73
alarms control boiler level
78
circuit diagram / Stromlaufplan
74
alarms control boiler level
79
circuit diagram / Stromlaufplan
76
conductivity minitoring
80
circuit diagram / Stromlaufplan
77
oil monitoring
81
circuit diagram / Stromlaufplan
90
ilumination door 1 ( left)
82
circuit diagram / Stromlaufplan
92
ilumination door 2 ( right)
83
circuit diagram / Stromlaufplan
100
volt free contacts
84
circuit diagram / Stromlaufplan
101
volt free contacts
85
circuit diagram / Stromlaufplan
102
volt free contacts
86
circuit diagram / Stromlaufplan
103
volt free contacts
87
circuit diagram / Stromlaufplan
104
volt free contacts
88
terminalblock diagram / Klemmenplan
1
=BCC+CC_M-X0
89
terminalblock diagram / Klemmenplan
2
=BCC+CC_M-X0
90
terminalblock diagram / Klemmenplan
3
=BCC+CC_M-X1
special notes
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 3 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
91
terminalblock diagram / Klemmenplan
4
=BCC+CC_M-X1
92
terminalblock diagram / Klemmenplan
5
=BCC+CC_M-X2
93
terminalblock diagram / Klemmenplan
6
=BCC+CC_M-X2
94
terminalblock diagram / Klemmenplan
7
=BCC+CC_M-X3
95
terminalblock diagram / Klemmenplan
8
=BCC+CC_M-X4
96
terminalblock diagram / Klemmenplan
9
=BCC+CC_M-X4
97
terminalblock diagram / Klemmenplan
10
=BCC+CC_M-X6
98
terminalblock diagram / Klemmenplan
11
=BCC+CC_M-X10
99
terminalblock diagram / Klemmenplan
12
=BCC+CC_M-X11
100
terminalblock diagram / Klemmenplan
13
=BCC+CC_M-X12
101
terminalblock diagram / Klemmenplan
14
=BCC+CC_M-X19
102
terminalblock diagram / Klemmenplan
15
=BCC+CC_M-X20
103
terminalblock diagram / Klemmenplan
16
=BCC+CC_M-X21
104
terminalblock diagram / Klemmenplan
17
=BCC+CC_M-X30
105
terminalblock diagram / Klemmenplan
18
=BCC+CC_M-X31
106
terminalblock diagram / Klemmenplan
19
=BCC+CC_M-X40
107
terminalblock diagram / Klemmenplan
20
=BCC+CC_M-X41
108
terminalblock diagram / Klemmenplan
21
=BCC+CC_M-X111
109
terminalblock diagram / Klemmenplan
22
=BCC+CC_M-XPE
110
terminalblock diagram / Klemmenplan
23
=BCC+BW-X1.1
111
terminalblock diagram / Klemmenplan
24
=BCC+BW-X2.1
112
terminalblock diagram / Klemmenplan
25
=BCC+BW-X3.1
113
terminalblock diagram / Klemmenplan
26
=BCC+BW-X3.2
114
terminalblock diagram / Klemmenplan
27
=BCC+BW-X3.3
115
terminalblock diagram / Klemmenplan
28
=BCC+BW-X8
116
terminalblock diagram / Klemmenplan
29
=BCC+BW-X8
117
terminalblock diagram / Klemmenplan
30
=BCC+ECR-X
118
terminalblock diagram / Klemmenplan
31
=BCC+ECR-X
119
terminal connection diagram / Anschlussplan
1
=BCC+CC_M-X0
120
terminal connection diagram / Anschlussplan
2
=BCC+CC_M-X1
special notes
drawn
revision
date
date
ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 07.12.2011 ROS 07.12.2011
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 4
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 4 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
special notes
drawn
revision
date
date
ROS
121
terminal connection diagram / Anschlussplan
3
=BCC+CC_M-X1
122
terminal connection diagram / Anschlussplan
4
=BCC+CC_M-X2
123
terminal connection diagram / Anschlussplan
5
=BCC+CC_M-X2
124
terminal connection diagram / Anschlussplan
6
=BCC+CC_M-X3
125
terminal connection diagram / Anschlussplan
7
=BCC+CC_M-X3
126
terminal connection diagram / Anschlussplan
8
=BCC+CC_M-X4
127
terminal connection diagram / Anschlussplan
9
=BCC+CC_M-X4
128
terminal connection diagram / Anschlussplan
10
=BCC+CC_M-X6
129
terminal connection diagram / Anschlussplan
11
=BCC+CC_M-X20
130
terminal connection diagram / Anschlussplan
12
=BCC+CC_M-X21
131
terminal connection diagram / Anschlussplan
13
=BCC+CC_M-X30
132
terminal connection diagram / Anschlussplan
14
=BCC+CC_M-X31
133
terminal connection diagram / Anschlussplan
15
=BCC+CC_M-X40
134
terminal connection diagram / Anschlussplan
16
=BCC+CC_M-X41
135
terminal connection diagram / Anschlussplan
17
=BCC+CC_M-XPE
136
terminal connection diagram / Anschlussplan
18
=BCC+BCCFWP2-X0
137
terminal connection diagram / Anschlussplan
19
=BCC+BCCFWP2-X1
138
layout diagram / Aufbauplan
1
front view / Frontansicht
139
layout diagram / Aufbauplan
2
legend door 2 / Legende Tür 2
140
layout diagram / Aufbauplan
3
control cabinet / Schaltschrank
141
layout diagram / Aufbauplan
4
control cabinet / Schaltschrank
142
layout diagram / Aufbauplan
5
base control cabinet / Sockel Schaltschrank
143
layout diagram / Aufbauplan
8
bore holes / Bohrungen
144
layout diagram / Aufbauplan
9
base control cabinet / Sockel Schaltschrank
145
layout diagram / Aufbauplan
10
bore holes / Bohrungen
146
layout diagram / Aufbauplan
11
mounting plate / Montageplatte
147
layout diagram / Aufbauplan
11.1
mounting plate / Montageplatte
148
layout diagram / Aufbauplan
12
lables / Schilder
149
layout diagram / Aufbauplan
20
front view / Frontansicht Starterbox FWP2
150
layout diagram / Aufbauplan
21
lables Starterbox FWP 2
07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 5
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 5 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
special notes
151
layout diagram / Aufbauplan
22
front view / Frontansicht Starterbox FWP 2
152
layout diagram / Aufbauplan
23
bore holes / Bohrungen Feed water pump 2
153
layout diagram / Aufbauplan
24
mounting plate / Montageplatte FW pump 2
154
layout diagram / Aufbauplan
25
mounting plate / Montageplatte FW pump 2
155
layout diagram / Aufbauplan
26
mounting plate / Montageplatte FW pump 2
156
layout diagram / Aufbauplan
27
wall mountig holders Starterbox FWP 2
157
item list / Geräte-Stückliste
1
158
item list / Geräte-Stückliste
2
159
item list / Geräte-Stückliste
3
160
item list / Geräte-Stückliste
4
161
item list / Geräte-Stückliste
5
162
item list / Geräte-Stückliste
6
163
item list / Geräte-Stückliste
7
164
item list / Geräte-Stückliste
8
165
item list / Geräte-Stückliste
9
166
item list / Geräte-Stückliste
10
167
item list / Geräte-Stückliste
11
168
item list / Geräte-Stückliste
12
169
item list / Geräte-Stückliste
13
170
item list / Geräte-Stückliste
14
171
item list / Geräte-Stückliste
15
172
item list / Geräte-Stückliste
16
173
item list / Geräte-Stückliste
17
174
item list / Geräte-Stückliste
18
175
item list / Geräte-Stückliste
19
176
item list / Geräte-Stückliste
20
177
item list / Geräte-Stückliste
21
178
item list / Geräte-Stückliste
22
179
item list / Geräte-Stückliste
23
180
item list / Geräte-Stückliste
24
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 6
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 6 7
sh.
directory no.
kind of plan
sheet no.
item list / Geräte-Stückliste
25
182
cable list / Kabelliste
1
183
cable list / Kabelliste
2
184
cable list / Kabelliste
3
special notes
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
protection note according to ISO 16016 consider!
181
sheet designation
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 7
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 7 7
sh.
1
2
3
4
5
6
7
8
L1 L2
3
5
4
6
3 4
C 21 A1
-1K6
A2
-2L3
6 5 16 mm2
4 3 16 mm2 -2L2
2 1 16 mm2 -2L1
A2
-1K3
22
4
2 22
-1L3
21 5 16 mm2
-1L2
A1
6
3
4
1
+CC_D
16 mm2
2
-1Q5
16 mm2
+CC_D
B
3
Hauptschalter
-1L1
-1Q2
22
31
32
-BCC_1001
43
44
M4G35
53
54
GNYE
/100.5
-X
-X
+MSB1
+MSB2
power supply 1
3
4
5
6
13
14
21
22
31
32
43
44
53
54 E
PE
power supply 2
Einspeisung
PE
21
/92.6
3
PE
14
5
2
PE
13
5
1
PE
1PE
1L3
1L2
/100.5
6
2PE
M4G25
4
5
PE 5
2L3
6
3
power supply 2
-X0
3
/90.2
GNYE
3
1
-BCC_1000
2
2
2
2
2
1
1
2
2L1
PE
-X0
-2PE
power supply 1
2L2
-1PE
D
1L1
E
-1K3 main switch
6
Hauptschalter
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-1K6
all lines without indication of cross section are
D
A
/2.1
1 A
1 A
main switch
1
-1F6
3
1
-1F3
2
6
4
B
C
/2.1
6 2
3
1
-1K6
5
1
-1K3
2
L3
3
A
/2.1
Einspeisung
440V / 60Hz
440V / 60Hz
24 KW~50 A
24 KW~50 A
max fuse: 63A
max fuse: 63A
PE
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 1
0-8100-100454-14-3
power supply / Einspeisung 5
=BCC
6
7
75 8
sh.
1
6
A
/3.1
43
33
21
13
5
/3.1
B 34
44
/30.2
/102.6
22
14 5 6
6
3 4
2 1
/30.4
2
-30K2
4
I>>I>>I>>
combustion air fan
/29.2
44
34 /30.6
22
14 /29.3
pump
6
I>>I>>I>> 4
44 /102.6
ignition oil
2
34 /30.4
22
14 /29.2
6
0.63...1A
5
2
3
1
-30K4
4
I>>I>>I>>
rotary cup atomizer
-2T5
2,5mm²
1
3
5
2
4
6
k
K
l
L
C
2
PE
1
2,5mm²
2,5mm²
6
4
2
/30.2
-30K6
-X10
combustion air fan
4 mm² 11
12
4 mm²
GNYE PE
660 PE
2
658 W
3
656
W
654
V
V
-X0 20/5A
-BCC_1003
M4G1,5
U
10
A
1
3
combustion air fan
GNYE
PE
U
8
7
6
5
2
-BCC_1005
M4G2,5
1
4
3 3
-X0
GNYE
2
1
2
-BCC_1004
1
-X0
PE
4 mm²
-2P5 +CC_D
9
/30.6
H07Z-K 1,5mm²
PE
D
M4G4
all lines without indication of cross section are
-X8
PE
W
V
+BW
U
protection note according to ISO 16016 consider!
/3.1
16...20A
2.5...4A
E
1
-2Q5
3
43
33
21
13
5
1
43
1
-2Q3
3
L3
33
L3
B
D
8
L2
-2Q2
C
7
L1
21
/1.8
5
L2
13
A
4
L1
5
/1.8
3
3
/1.8
2
E
M
M
M
3~
3~
3~
-2M2
-2M3
-2M5
+BN
+F 0,68A
+BN 16,7A
2,6A 1,32 KW
0,22kW
8,6KW
ignition oil pump
combustion air fan
BN 001 rotary cup atomizer
BN 001
BN 020
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 2
0-8100-100454-14-3
burner oil pumps 5
=BCC
6
7
75 8
sh.
43
21 22
/4.1
33
13 14
5
1
3
43
33
21
13
5
A
44 /104.3
/23.2
6
3
5
4
6
2,5mm²
4
2 1 2
2,5mm²
44
2,5mm²
34 /24.2
/104.3
6
22
14 4
2,5mm²
/23.1
-25K2
B
6
4
2
/25.2
6
4
I>>I>>I>>
MGOpump 2
5
3
2 1
2,5mm²
44
2,5mm²
34 /18.2
6 2,5mm²
/101.6
4 2,5mm²
22
/16.2
-24K2
5
2
I>>I>>I>>
MGO pump 1
/24.2 2
6
4
/4.1
R. modification
1
3
GNYE
W
PE
39
37
38
36
2
3~
3~
3~
-3M2
-3M3
-3M5
-3M7
+FOP1
+FOP2
+MGOP1
+MGOP2
0,72A
0,72A
0,8A
0,8A
0,25KW
0,25KW
0,3KW
0,3KW
fuel oil pump 2
MGO pump 1
drawn
ROS
check
ROS
name standard
U
M
3~
2012-01-30
date
1
GNYE PE
M
date
ROS
V
35
34
33 2
3 W
V
U
PE
W
V
M4G1,5
FO 001
30.01.2012
-BCC_1009
2
E
GO 001
replaced for
3
MGO pump 2
circuit diagram / Stromlaufplan 3
Control Cabinet Boiler origin
D
PE
-X0
M
fuel oil pump 1
as built
PE
M4G1,5
U
PE
W
V
U
32
-BCC_1008
M4G1,5
M
-X0
1
20 GNYE
3
2
1
GNYE
3
2
-BCC_1011
M4G1,5
all lines without indication of cross section are
PE
-X0
1
H07Z-K 1,5mm²
-BCC_1010
19
PE
-X0
18
17
16
15
14
13
C
F
0
-3Q7
/4.1
0.63...1A
/18.2 2
3
1
43
33
21
13
5
3
14
/17.2
3
-18K2
2,5mm²
44 /101.6
I>>I>>I>>
1
34
6 2,5mm²
/17.2
4
-3Q5 0.63...1A
fuel oil pump 2
5
2
2,5mm² 3
1
2,5mm²
I>>I>>I>>
-17K2
22
/16.2
14
0.63...1A
fuel oil pump 1
protection note according to ISO 16016 consider!
-3Q3
1
43
33
1
21
L3
B
E
8
L3
0.63...1A
D
7
L2
-3Q2
C
6
L1
13
/2.8
5
L1
5
/2.8
A
4
L2
3
/2.8
3
34
2
/25.2
1
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 3
0-8100-100454-14-3
fuel oil pumps 5
F =BCC
6
7
75 8
sh.
1
/3.8 /3.8
A
/3.8
2
3
4
L1
L1
L2
L2
L3
L3
5
6
7
8
/5.1 /5.1
+BCCFWP2 A
/5.1
AT
5
3
1
-Q2
A
43
33
21
13
5
1
3
0,16-0,25A
-4Q2
6
4
2
33
21
13
5
1
2
4
1
3
22 /21.5
34
14 /21.5
2
-F1
/21.6
2,5mm²
2,5mm²
2,5mm²
1
3
5
0,5 A
-K1
4mm²
control
-T1
115V C
6
4
/21.7 2
4mm²
4mm²
6
I>>I>>I>>
pump 2
4
feed water
6
4
3
44
34 /20.2
/103.3
22
14 /19.2
6 2,5mm²
4...6.3 A
5
3
2,5mm²
1 2
/21.2
B
0V
440V
0V
115V
0V
-1PE
-1L3
-1L2
PE
PE
3
GNYE
W
PE
4
2
3
1
2
D
1
24 GNYE
2
-BCC_1006
1
-X0
-X0
PE
V
23
22
3
21
-1L1
STU 63/2x115
-X0
PE
1
2
3
GNYE
1L2
1L3
1PE
-BCC_1002
1L1
M4G2,5
-BCC_1007 M4G2,5
U
PE
W
V
M4G4 U
E
-Q1
/21.4 B
I>>I>>I>>
power supply
/20.2
all lines without indication of cross section are
D
-20K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
2,5mm²
2
pump 1
4
I>>I>>I>>
feed water
C
/21.1
BT
4...6.3 A
B
/21.5
-X
M
E
M
+MSB2
3~
3~ power supply 2
-4M2
-4M3
Einspeisung 2
+FWP1
+FWP2
440V / 60Hz
6,1A
6,1 A
3,5KW~10A
3 KW
3 KW
max fuse: 16A FW 001 feed water pump 1
feed water pump 2
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 4
replaced for
3
replaced by
feed water pumps
4
5
F
0-8100-100454-14 /3-32
=BCC +CC_M sheet 4
0-8100-100454-14-3 6
7
75 8
sh.
1
/4.3 /4.3
A
/4.3
2
3
4
5
6
7
8
L1
L1
L2
L2
L3
L3
Abo
13
21
33
43
14
22
34
44
5
3
1
-5Q4
24
22
14
1
-5F2
12
N1
/7.1 A /7.1
/8.4 /7.5
12,5-16A
/29.5
6
4
21 /29.4
2
11 21
5
3
1
A28
/28.3
C
2
4
6
4mm²
4mm²
4mm²
28
29
30
-X1 -BCC_2022
M4G4
D
22
21
15 GNYE PE
1 mm2 14 3 05
1 mm2 13 2 02
1 mm2 12 1 01
31
PE
GNYE
3
-BCC_1012
M3G1,5
2
27
24
-X0 1
2
-BCC_2020
PE
GNYE
26
22
14
1 mm2
12 1 mm2 25
-X0
/28.3
/28.4
/27.2
M4G1,5
V
230V
PE
L3
L2
burner
L1
+BN electrical heater
E
relay
current 13A
M
0V
-5E3
U
E
11
-27K2
all lines without indication of cross section are
D
-28K4
1
C
I>>I>>I>>
electrical preheater
B
A27
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
dosing pump
/27.2
chemical
2
B
/28.4
1 A
controller
power 6 KW
PE
1~ -5M2 +FW 0,28A 0,09KW BN 001
FW 008 F
F
chemical dosing pump
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 5
0-8100-100454-14-3
electrical heater/ chemical dosing pump 5
=BCC
6
7
75 8
sh.
1
2
/5.8 /5.8
3
4
5
6
7
8
L1 L3
A
A
/11.2
4
5
1
-7Q2
3
C
4...6.3 A
B 3
B
2 2
1
2 1
24V AC supply
-7F4
A1T1
-X11
/8.5
/9.7
4 A 230V AC supply
C
-7T2
/8.1
A1
L 115V
-20V
0V
460V
115V
A2
-7K5
power fault
0V
14
440V/230V 1600VA
11 D
/90.2 12 24
PE
control transformer
21
/100.5 22
6
5
/30.5
7
N1
8
/5.8
BbnT2
N
9
-X11
N2
10
E
A1
/9.7
1
6
2
protection note according to ISO 16016 consider!
4 A
all lines without indication of cross section are
D
-7F3
H07Z-K 1,5mm²
C
4
I>>I>>I>>
control voltage
A1T
N4
N_N N2_N N4_N
/8.5 E /9.7
/27.1
/77.2 /77.2 /42.6
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 7
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 7
0-8100-100454-14-3
230V supply 5
=BCC
6
7
75 8
sh.
2
/7.4
3
4
5
L
6
/7.8
A /7.8
7
A1
A1
8
/9.4
N
N
-8F6
A /9.4
1
1
B
2
2
1
power supply
boiler equipment
socket 230V 2
power supply
fan
2 A 2
2
power supply heating tracer
MGO pumps
B 5
burner equipment
-8F5
6 A
6 A
2 A power supply
-8F4
1
-8F3
1
-8F2
1
2 A
-8B6
E
4 44
C
53
54
-9K7
/9.6
/9.6
1
54
34
24
43
/9.6
33
34 23
-9K7
/9.6
/9.6
53
33
13 13
-9K7
-9K7
-9K6
/9.6
/9.6 14
/9.6
-9K6
6
θ
Thermostat /68.2
Amgo
-X111 /15.3
-8X8
fan
/12.1
N
+CC_D Abn
L
-8M6
/54.2
PE
L
D Ath
Abo
PE
Abo
/16.1 2
PE
3
/5.8
PE
N
cabinet
all lines without indication of cross section are
D
-9K6
14
C
-9K6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
Abo1
-X111 PE
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 8
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 8
0-8100-100454-14-3
230V supply 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
/8.6
6
7
A1
A1
8
/10.2
-9K5
6
-X12
A1T1
/7.8
/7.8
A1T
61
14
4 24
4
62 1
-9K7
-9K5
13
-9K6
23
A 61
A
6 B
I2
/10.3
22
21
Reset Not-Stop
7
-10A3
DO
DO
/10.3
Q8
Q8
24
2
22
-X11
I4
C
41
33
23
13
S13
S10
A1
6
5
2
SR3C AC230V *
D
K2
ST K2
emergency stop 1
emergency stop 2
escape route
escape route
Not-Stop 1
Not-Stop 2
/8.8
-9K8
A2
A2
-9K7
A1
A1
42
-9K6
A2
/100.2
34
24 6
14
S14
S12
6
+F
S21
S11
A2
PE
NC
C
+F
/30.3
K1
-9S3
PE
NC
-9S2
I12
/10.3
K1
M2X1,5
*
-9K5
DI
N
N
emergency stop
emergency stop
/8.2
Fluchtweg
Fluchtweg
/102.7
option
option
/8.3
Yard Supply
Yard Supply
/8.5
If switche not used please make a connection
/8.4
between -X2.1+2 and -X2:3+4
4
13
14
23
24
33
34
43
44
53
54
61
62
73
74
83
84
/10.2
/7.8
emergency stop
/8.2 /8.3 /8.4 /29.7 /8.5 4
A1
M2X1,5
-X2 1
-BCC_3002
2
-BCC_3001
-X2 1
-X2
4
3
2
1
-10A3
C
protection note according to ISO 16016 consider!
E
reset emergency stop
-X12
all lines without indication of cross section are
D
-9K8
Kessel Stop
H07Z-K 1,5mm²
C
boiler stop
I11
Q4:2
/10.2
+CC_D +CC_D
Q4:1
-10A3
13
I3
-10A2
-9S8
DI 14
-9S1
DI
11
21
I2
62
B
N2
N2
reset emergency stop
13
14
14
23
24
/29.6 12
33
34
24
43
44
4 22
53
54
61
62
73
74
83
84
/12.1 E
11
21
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 9
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 9
0-8100-100454-14-3
emergency stop 5
=BCC
6
7
75 8
sh.
1
2
/9.7
A
3
4
A1
A1
1*)
/9.7
5
7
8
/13.1
A
2*)
N
N
-10R2
6
/11.1
-10R3
I3
I6
I8
LOGO 230 RCO
L1
N
I9
/9.7
/9.6
I4
I3
I2
N
I1
/30.3
I7
L1
/47.7 I8
/47.8
I5
I7
/35.6
I4
I6
I5
/32.8 I4
I3
I2
N
L1
I1
I2
SAACKE
I10 I11 I12
LOGO DM 8 230R
-10A2
-10A3
/61.2 Q2:2
/61.2
/9.8
Q4:2
1 Q8 2 Q4:1
Q3:2
Q3:1
1 Q7 2
/30.5
Q4:2
Q4:1 /30.5
Q3:2
1 Q4 2
/30.2
Q3:1
1 Q3 2
/30.2
/12.2
Q2:2
Q2:1
1 Q2 2
/12.2
Q1:2
1 Q1 2
1 Q6 2
/9.8
1 Q5 2
Q2:1
Q1:2
/32.3 Q1:1
/32.3
C Program: LOGO39
Q1:1
protection note according to ISO 16016 consider!
I1
D
all lines without indication of cross section are
D
N
H07Z-K 1,5mm²
C
L1
/32.7
B /9.5
B
E
E
1*
1*
2*
Brücken bei Umschaltung
Brücken bei Umschaltung
Gebläsenachlaufzeit von
Gebläsenachlaufzeit von
5
5
10 Minuten.
2*
to be linked, if fan
15 Minuten.
to be linked, if fan
after run time shell be
after run time shell be
changed from 5
changed from 5
10
minutes
15
minutes
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 10
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 10
0-8100-100454-14-3
control voltage 5
=BCC
6
7
75 8
sh.
1
2
N
N
4
aSC /12.6
5
6
7
A
aData
7
-X12
8
aT1
9
aT2
N
E
/13.7
/15.1
/92.1
I3.7
-11F5
1 A
24V
safety devices
4 A
1
5A
2
-11F4
24V DC supply
1
-11G2 230VAC/24VDC
24V DC
/90.1
service input
power supply
PE
aT1sch
2
PE
0V
C
PE
12
11
bData
13
-X12
14 15
protection note according to ISO 16016 consider!
230V AC
E.7
16
all lines without indication of cross section are
D
aT2sch
/60.2
B
/13.4
H07Z-K 1,5mm²
C
DI
A
C
L
/7.3
as
10
E.7
-13A1.1 B
8
/34.7 6
/10.4
3
bS
/13.1 D
bT2
bT1
bS2
bS4
bS_b bT2_b bT1_b bS2_b bS4_b
/13.7
/60.2
/46.7
/47.6
/73.1 E
/92.1 /90.1 /63.6 /70.4
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 11
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 11
0-8100-100454-14-3
24VDC supply 5
=BCC
6
7
75 8
sh.
1
2
4
8
13
12
40
39
38
36
37
35
/38.6
31 /36.4
/35.2
30 /36.5
34
29 /42.3
33
28 /43.2
/37.3
27 /42.5
32
26 /42.2
25
/35.3
11
10
9
8
7
6
X2 24
X4
23 /42.4
5 22
/36.5 21
/37.2
4 /43.3
/35.4
3 /36.2
20
19
18
17
16
/41.2
X1 15
/35.2
B
/36.5
/36.2
/35.4
DO
C
A1
D
H07Z-K 1,5mm²
-12K2
/11.3
N
N
/13.1
all lines without indication of cross section are
A2
protection note according to ISO 16016 consider!
/36.4
Q2
14
/10.2
Q2
X3
DO
Q2:2
-10A2
/41.4
F-OSA
Q2:1
B
E
7
A
SAACKE,
D
6
/30.2
2
Abn
-12A3
C
5
Abn
1
/8.3
A
3
/9.8
N2
N2
/16.1
fault F-OSA
14
E
11
/29.8 12 24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 12
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 12
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
/11.7
A
/10.4 /12.7
3
4
5
6
7
8
bS
bS
A1
A1
N
/11.7 PE
Eingang
Ausgang
Sensoren
16 x Eingang
/17.1
aT2 bT2
bT2
/92.1
4M
CPU
Output byte 0 - 1
3M
DC 15-30V
2M
/11.7 1M
PE
DC 24V
3L
DC 24V/AC 24-230V
2L
DC 24V
1L
M
L+
2M
AC 100-230V
N
PE
1M
PE L1
A
/15.1
N
B
/14.1
Input byte 2
B
/16.2
A.1
/18.2
E.2
/16.2
A.2
/20.2
E.3
/16.3
A.3
/22.2
E.4
/16.4
A.4
/17.8
E.5
/16.6
A.5
/18.8
E.6
/19.2
A.6
/27.4
E.7
/19.2
A.7
/27.6
E.0
/19.3
A.0
/27.3
E.1
/19.4
A.1
/27.7
E.2
/19.6
E.3
/36.7
E.4
/43.6
E.5
/29.6 analo input
S7-200 6ES7 214-2BD23-0XB0
-13A1
Port 1
E.1
/29.2
E.2
/29.3
E.3
/29.4
E.4
/29.5
E.5
/34.8
E.6
/56.8
E.7
/57.8
E.0
/73.4
E.1
/73.5
E.2
/76.8
E.3
/55.7
E.4
/42.8
E.5
/63.7
SIEMENS
E.6
/63.8
S7-200
E.7
1
Input byte 0 - 1
Port 0
M
E
V
M
2
/11.5
A+
C
Input byte 3
6ES7- 221-1BH22-0XA0
-13A1.1
B+
-13A5
Modbus interface
PE
1
Port 0
2
D
SIEMENS
TP177 micro
PE
Pin 3+8 Adr:1 Baudr:9600 Parity:0
Segment: Teilnehmernummer: 6AV6640-0CA11-0AX1
A+
/73.6 Bus-Out
M
E
/73.6
Bus-In
E
/29.2
EB2
E.1
E.0
EB3
/17.2
EB0
A.0
all lines without indication of cross section are
D
SIEMENS
/29.7
EB1
C
E.0
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
CPU 224XP
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 13
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 13
0-8100-100454-14-3
PLC S7 200 5
=BCC
6
7
75 8
sh.
1
2
/13.8
3
4
5
6
7
8
bS
bS
/15.1
A
A
PE
Input byte 6
/35.7
E.0
/23.6
E.1
/52.7
E.1
/29.8
E.2
/53.8
E.2
/23.1
E.3
/69.7
E.3
/23.2
E.4
/70.8
E.4
/23.3
E.5
/50.8
E.5
/23.4
E.6
/51.7
E.6
/23.7
E.7
/49.8
E.7
/59.8
E.0
/48.7
E.0
/20.8
E.1
/46.7
E.1
/22.4
E.2
/45.7
E.2
/17.3
E.3
/44.7
E.3
/18.3
E.4
/42.7
E.4
/24.3
E.5
/25.3
SIEMENS
E.6
/37.7
S7-200
E.7
/43.7
E.5
/41.6
SIEMENS
E.6
/77.8
S7-200
E.7
/43.5
EB4
E.0
Input byte 5
6ES7 221-1BH22-0XA0
C
EB7
16 x Eingang
EB5
protection note according to ISO 16016 consider!
16 x Eingang
B
Input byte 7
6ES7 221-1BH22-0XA0
D
-14A1
-14A1.1
all lines without indication of cross section are
D
DC 15-30V
H07Z-K 1,5mm²
C
DC 15-30V
EB6
Input byte 4
B
4M
3M
2M
1M
PE
4M
3M
2M
PE
1M
PE
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 14
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 14
0-8100-100454-14-3
PLC S7-200 5
=BCC
6
7
75 8
sh.
1
/13.4
A /11.7
/14.8
2
3
A1
4
/8.5
Amgo
5
Amgo
6
7
8
/23.1
A
as
as
bS
bS
PE
/16.1
/44.4
PE
PE
2L
1L
L+
M
PE
2L
1L
L+
DC 24V/AC 24-230V
8 x Relay Output
8 x Relay Output AB 2 A.0
AB 3
/27.8
A.1 A.2
A.0
/24.2
A.1
/25.2
A.2
/24.8
A.3
/27.5
A.3
/25.8
A.4
/74.7
A.4
A.5
/74.7
SIEMENS
A.6
/20.3
SIEMENS
A.6
S7-200
A.7
/22.2
S7-200
A.7
C
A.5
6ES7 222-1HF22-0XA0
6ES7 222-1HF22-0XA0
-15A1
D
-15A1.1
all lines without indication of cross section are
D
DC 24V/AC 24-230V
H07Z-K 1,5mm²
C
M
B
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 15
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 15
0-8100-100454-14-3
PLC S7-200 5
=BCC
6
7
75 8
sh.
1
2
/8.4 /15.8
4
5
6
7
8
Abo
Abo
as
as
/17.1 /17.2
A
23
A
3
-X1
M2X1,5
13
/3.4 12
-X11
17
14
+FO 006 FSL
press.switch
-X12
B
13
-16F7
14
/3.2
FOP
14
-3Q3
13
-3Q2
1
-BCC_3014
-X1
7
+CC_D
5
3 = Man P2
2 4 6 8 3
A0 M
1
7
5
3
1
+CC_D mode
mode
Betriebsart
Betriebsart
-X11
11
7
FO-PP2 FO-PP1
12
-X12
14
-X11
-16K7
14
-X12
19
13
18
C
/18.1
/17.1
/13.2
DI
DI
/13.2
E.1
-13A1 /13.2
E.2
E.4
E.3
E.2
-13A1
DI
-13A1 /13.2
E.3
-13A1
DI
DI
/13.2
E.4
E.5
Overload F.O.PP 1
Overload F.O.PP 2
AUTO F.O.PP 1
AUTO F.O.PP 2
press switch
I 0.1
I 0.2
I 0.3
I 0.4
F.O.PP
A1
-13A1
E.5
D
E.1
-16K7
I 0.5
/12.3
E
A2
protection note according to ISO 16016 consider!
E
-16S4
2 = OFF
3 = Man P1
all lines without indication of cross section are
D
1 = Auto P2
2 = OFF
H07Z-K 1,5mm²
C
A0 M
2 4 6 8
24
M2X1,5
-16S3 1 = Auto P1
2
-BCC_3014
B
N2
N2
/17.7
press. switch FOP
14
11
6 12 24
FO 006
21
22 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 16
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 16
0-8100-100454-14-3
FOP control 5
=BCC
6
7
75 8
sh.
1
2
/16.8
3
4
5
6
7
8
Abo
Abo
/18.1
FOP1 STBY
A
FOP1
O0.0
/16.8
as
as
fault
/18.2
A
O0.4
-13A1
-13A1 21
-17K7
A.0
/13.2
A.4
/13.2
7
A.4
22
DO
E.2
A.0
24
DO
-14A1.1 B
/14.4 /16.4
FO-PP1
DI B
E.2
-17K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2120
7
PE C
11
M7G1,5
33
-3Q2
4
-X20
12
14
-17K7
+FOP1
-X1
X1
PE
-H1 X2
21 22
local / remote
13
22
-S1
14
off
21
on
-S2
14
-S3
13
34
/3.2
GN D
operation
-17K8 A2
/16.8 /13.8
N
N oil pump 1
/18.1
N2
N2 local / remote
14
/3.2 /3.2 /101.4 4 /90.3 /28.4
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
21
/18.7
FOP1 Standby fault
11
2 12 /3.2
A1
-17K7
A2
-17K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
2
A2
C
I 7.2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
FOP1
23
local /remote
14
11
E
/101.7 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 17
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 17
0-8100-100454-14-3
fuel oil pump 1 5
=BCC
6
7
75 8
sh.
1
/17.8
2
3
4
5
6
7
8
Abo
Abo FOP2 STBY
A FOP2
O0.1
/17.3
as
as
fault
/19.1
/19.1 A
O0.5
-13A1
-13A1 21
-18K7
A.1
/13.2
A.5
/13.2
7
A.5
22
DO
E.3
A.1
24
DO
-14A1.1 B
/14.4 /16.5
FO-PP2
DI B
E.3
-18K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2121
7
PE C
11
M7G1,5
33
-3Q3
4
-X21
12
14
-18K7
-X1
+FOP2 34
/3.4
X1
21
X2
-H1
22
local / remote
13
22
-S1
14
off
21
-S2
14
on
13
PE
-S3
GN D
operation
A2
/17.8 /17.7
-18K8
N
N oil pump 2
/20.1
N2
N2 local / remote
14
11
2 12 /3.4 /3.4 /3.4 /101.5 4 /90.3 /28.4
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-18K7
A2
-18K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
2
A2
C
I 7.3
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
FOP2
23
local / remote
21
/19.1
FOP1 Standby fault
14
E
11
/101.8 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 18
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 18
0-8100-100454-14-3
fuel oil pump 2 5
=BCC
6
7
75 8
sh.
1
4
5
6
7
8
Abo
Abo as 25
15
as
-X11
-X1
20
-X1
FSL
switch
14
14
press.
-X12
A
M2X1,5
+FW005 12
/22.8 14
/4.2
-19F7
/20.7
13
-22K8
11
-4Q2
13
-BCC_3016
/20.1
27
/18.3
A
3
1
/18.8
2
FWP
B
E
DI
/13.2
-13A1 /13.2
11
7
D E.2
DI
-13A1 /13.2
E.1
E.7
E.0
Overload F.W.PP 2
AUTO F.W.PP 1
AUTO F.W.PP 2
I0.7
I 1.0
I 1.1
I0.6
/22.1
14
-X12
-19K7
12
22
/20.1
FW-PP2
E.1
FW-PP1
DI
E.2
press switch F.W.PP1
-19K7
A2
I 1.2
A1
Overload F.W.PP 1
/13.2
28
17
16 21
E.6
-13A1
DI
C
-X11
E.0
E.7
E.6
/13.2
-13A1
-X1
Betriebsart
-X12
DI
-X1
mode
-X11
-13A1
M2X1,5 26
+CC_D
5
3 = Man P2
2 4 6 8 7
7
5
3
1
+CC_D
Betriebsart
all lines without indication of cross section are
D
A0 M
mode
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
3 = Man P1
-BCC_3016
-19S4
2 = OFF
2 = OFF
C
1 = Auto P2
3
A0 M
1 = Auto P1
2 4 6 8
1
-19S3
2
B
/18.8
N2
N2
E
/20.2
press.switch FWP
14
11
6 12 FW 005
24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 19
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 19
0-8100-100454-14-3
FWP control 5
=BCC
6
7
75 8
sh.
1
/19.8
2
3
4
5
6
7
8
Abo
Abo
/27.1
A
A FWP1 STBY
as
-15A1
-20K7
A.6
/15.1
DO
E.0
A.6
A.2
DO
FW-PP1
-14A1.1
B
12
14 2
3
4
5
2
3
4
5
-BCC_2220
GNYE 6
1 1
11
I 7.0 PE
M7G1,5
6
5
-H1 X2
22
local / remote
14
off
21
on
14
34
/4.2
PE
X1
2 21
1
-S1
13
-S2
22
-S3
13
-4Q2
-X1
33
+FWP1
3
4
C
GN
operation Drawing no: 0-xxxx-xxxxx /3-32
-20K3
/18.6
A2
/19.8
N
N2
N2 N FWP1 Standby fault
14 feed water pump 1
1
2
3
4
5
6
13
14
23
24
33
34
43
44
/4.2 /4.2 /4.2 5 /27.2 /90.4 /103.2
A1
-20K7
A2
-20K2
A1
A1
D
A2
protection note according to ISO 16016 consider!
E
FWP1
-X30
all lines without indication of cross section are
D
B
E.0
local remote
2
7
H07Z-K 1,5mm²
C
14
-20K2
DI
13
/14.4
-20K7
/22.3
7 24
A.2
/13.2
/19.4
as
22
-13A1
/19.8
fault O2.6
21
FWP 1 O 0.2
11
11
2 12
/103.4 12 24
/22.1
local / remote
/24.1 14
24 21
21 E
8 22
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 20
replaced for
3
replaced by
feed water pump 1
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 20
0-8100-100454-14-3 6
7
75 8
sh.
1
2
3
4
5
6
7
8
Drawing no: 0-xxxx-xxxxx /3-32
P_INO
/22.5
+FWP2 A
P_Stop
6
5
3
4
2
1
pump 2
FWP_Bbo
/22.5
/22.5
14
/22.2
PE
-X1
11
-22K2
remote
GNYE 7 12
6 6 11
5
4
3
2
3
4
7
8
9
5
1
-BCC_2222
-X31
6
-X31
GNYE
5
2
1
4
3
2
1
on
B
-BCC_2221
A /22.5
13
21
-S
12
pump on
14
local
-S
14
GN
22
X1
-H1
22
-S1
13
21
X2
P_Flt
B
M7G1,5
E
10
13
5
2
1
4
3
C
14
12
2 11
13 14
local / remote
21
-S1
22
21
-Q1
22
-K2
/4.6
AT /4.7
/4.8
B
overload
A1
-K1 X2
BT
RD
D
GN
A2
/4.8
-H1 X2
-H2
A1
-K2
X1
X1
34
/4.8
-Q1
33
A
14
34
/4.6
24
2 22
7
14
/4.8
-Q1
13
-K1
7
21
-K2
PE 33
13
-K1
all lines without indication of cross section are
D
-X1
A2
C
+BCCFWP2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
M7G1,5
operation
local stop
14
feed water pump 2
11
E
7 12 24
/4.6
21
/4.6
7 22
/4.6 3
4
1
2
3
4
5
6
13
14
21
22
33
34
43
44
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 21
replaced for
3
replaced by
feed water pump 2
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 21
0-8100-100454-14-3 6
7
75 8
sh.
1
2
3
4
5
6
7
8
Wiring color = orange A
FWP2STBY fault
FWP 2 O0.3
/21.8
A.3
/13.2
A
O2.7
-15A1
-13A1
P_INO
/21.8
P_Flt
A.7
/15.1
DO
/20.8
A.3
A.7
DO
as
as
/23.1
/21.8
/21.8
P_Stop
FWP_Bbo
B
B /19.5
FW-PP2
21 22
24 E.1
E.1
14
12
6 local stop FWP2 I 7.1
/20.8
N2
local stop FWP2 Standbyfault
all lines without indication of cross section are
11
14
/21.6 12
14
11
24
22
11
24
21
A1
A1
feed water pump 2 overload
11
14
/27.3 12 21
24
4 22
22
feed water pump 2 in operation
14
2 12
/103.5 12 21
-22K8
/23.1
feed water
24
-22K7
A2
A2
N2
14
A1
-22K6
A2
-22K3
A2
-22K2
A1
D
pump 2 on
E
C
DI
/14.4
11
-22K6
A1
D
-14A1.1
A2
C
6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-22K6
21
24
/90.5 22 34
11
/19.2 12 21 E
/103.3 22 31
/103.2 32 44
41
42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 22
replaced for
3
replaced by
feed water pump 2
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 22
0-8100-100454-14-3 6
7
75 8
sh.
1
/15.4 /22.5
3
4
5
6
7
8
Amgo
Amgo
as
as
/24.1 /24.2
A
41
A
2
-BCC_3018 M2X1,5
/3.7 33
-X11
30
press.switch
FSL
MGO
14
14
+GO 006
-X12
B
13
-23F7
14
/3.5
-BCC_3018
-X1
7
+CC_D
5
3 = Man P2
2 4 6 8 3
A0 M
1
7
5
3
1
+CC_D mode
mode
Betriebsart
Betriebsart
31
/35.2
11 12
7 14
-X11
MGO-PP2 MGO-PP1
-23K7
34
-X12
32
-X11
35
-X12
-35K2
32
34
31
C
/25.1
/24.1
/22.3
DI
/14.4
E.2
-14A1.1 /14.4
E.3
Overload MGOP 1
Overload MGOP 2
I 6.2
I 6.3
DI
-14A1.1 /14.4
E.4
AUTO MGOP 1
-14A1.1
DI
/14.4
E.5
E.6
E.5
E.4
E.3
-14A1.1
-14A1.1
DI
/14.4
E.0
DI
E.6
AUTO MGOP 2
release
press switch
I 6.5
MGO .PP
MGOP
I 6.0
I 6.6
I 6.4
-23K7
A1
/14.4
DI
E
A2
-14A1.1
E.0
D
E.2
protection note according to ISO 16016 consider!
E
-23S4
2 = OFF
3 = Man P1
all lines without indication of cross section are
D
1 = Auto P2
2 = OFF
H07Z-K 1,5mm²
C
A0 M
2 4 6 8
42
M2X1,5
-23S3 1 = Auto P1
B
2
13
-3Q7
13
-3Q5
1
-X1
N2
N2
/24.7
press. switch MGO
14
11
7 12 GO 006
24
21
22 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 23
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 23
0-8100-100454-14-3
MGO control 5
=BCC
6
7
75 8
sh.
1
2
/23.8
A
3
4
5
6
7
8
Amgo
Amgo
/25.1
MGOP1 STBY MGOP1
O3.0
/23.8
as
as
fault
/25.2
-15A1.1
A
O3.2
-15A1.1 A.0
/15.3
21
-24K7
A.2
/15.3
7
-14A1.1 /14.4
B
/23.4
A.2
22
DO
E.4
A.0
24
DO
DI
B
E.4
MGO-PP1 local remote
E
23
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2122
PE
C
11
M7G1,5
33
-3Q5
4
12
14
-X40
7
+MGOP1 /3.5
-X1
X1
21
X2
-H1
22
local / remote
13
22
-S1
14
off
21
on
-S2
14
13
34
PE
-S3
GN
D
operation
A2
/23.8 /20.7
-24K8
N
N MGO pump 1
/25.1
N2
N2 local / remote
14
11
2 12 /3.5 /3.5 /3.5 /104.1 /90.6
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-24K7
A2
-24K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
-24K7
A2
C
-24K2
I 7.4
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
MGOP1
21
/25.7
FOP1 Standby fault
14
E
11
/104.4 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 24
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 24
0-8100-100454-14-3
MGO pump 1 5
=BCC
6
7
75 8
sh.
1
2
/24.8
3
4
5
6
7
8
Amgo
Amgo MGOP2 STBY
A MGOP2
O3.1
/24.3
as
as
fault
/29.1
-15A1.1
A
O3.3
-15A1.1 A.1
/15.3
21
-25K7
A.3
/15.3
7
-14A1.1 /14.4 B
/23.5
A.3
22
DO
E.5
A.1
24
DO
DI
E.5
B
MGO-PP2 local remote
-25K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2123
PE C
11
M7G1,5
33
-3Q7
4
12
14
-X41
7
+MGOP2
-X1
21
X1
PE
X2
-H1
22
local / remote
13
22
-S1
14
off
21
on
-S2
14
-S3
13
34
/3.7
GN
D
operation
all lines without indication of cross section are
A2
/24.8 /24.6
-25K8
N
N MGO pump 2
/28.1
N2
N2 local / remote
14
11
2 12 /3.7 /3.7 /3.7 /104.2 4 /90.6
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-25K7
A2
-25K2
A1
Drawing no: 0-xxxx-xxxxx /3-32
A1
D
-25K7
A2
C
2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
I 7.5
23
MGOP2
21
/27.3
FOP2 Standby fault
14
E
11
/104.5 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 25
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 25
0-8100-100454-14-3
MGO pump 2 5
=BCC
6
7
75 8
sh.
1
2
/20.8
3
4
5
6
7
8
Abo
Abo
A
A common alarmcomb air
alarm
A.0
alarm
( ECR ) O0.6
( ECR )O2.0
-15A1 A.6
/13.2
-13A1 A.3
/15.1
A.7
/13.2
-15A1 A.1
/13.2
DO
A.3
A.0
-13A1
DO
DO A.6
DO
14
12
alarm ( ECR )O1.1
-13A1
/13.2
/5.2
alarm ( boiler cabinet ) O0.7
A.0
/15.1
DO
DO A.0
-13A1
11
-5F2
low (ECR ) O2.3
A.1
O1.0
shut down
flame failure
A.7
accoustic com alarm
common
B 18
B
E
1 2 19
C
-X11
11 14
/22.7 12
feed water
24
/20.2
pump 2
-22K7
23
pump 1
-20K2
/7.8
N4
N4
/35.1
/25.8
14
11
24
flame failure
alarm
(ECR)
24
/5.2 22 34
accoustic com
11
12
21
22
31
A1 A2
N2
14
/5.2 12
A1
N2
chemical dosing pump in operation
-27K8
A2
-27K7
A2
-27K6
A2
-27K5
A1
A1
A1
-27K4
A2
A2
-27K3
A2
-27K2
A1
A1
D
all lines without indication of cross section are
D
+CC_D
Chemikaliendosierpumpe
feed water
C
-27S2
chemical dosing pump
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X11
14
11
24 22
14
11
/102.5 12
/102.4 12 21
alarm comb.air low ( ECR)
21
24
alarm ( cabinet)
14
11
21
22
24 22
common
alarm ( ECR )
shut down alarm ( cabinet)
14
11
/100.4 12
/92.7 12 21
/32.2
common
24
14
E
11
/100.4 12 21
22
24
21
22
/90.5 32 44
41
/101.5 42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 27
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 27
0-8100-100454-14-3
dosing pump 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-5Q4
/54.3
13
A54
/5.4
B
E
/5.6
43
43
C 44
fuel oil
pump 1
pump 2
/18.2 44
/5.5
A27
A28
A1
D
A2
-28K4
all lines without indication of cross section are
D
-18K2
/17.2
fuel oil
C
-17K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
14
B
/25.6
N
N
/30.2
E electrical preheater
/5.4 /5.4 /5.4 /92.6
1
2
3
4
5
6
13
14
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 28
replaced for
3
replaced by
electrical preheater
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 28
0-8100-100454-14-3 6
7
75 8
sh.
1
6
7
8
43
B
/12.2 12
44
14
12
11
-12K2
/9.6
14
-9K7
/9.7 34
24
22
11
-9K8
/5.4
/5.2 14
33
-5Q4
21
-5F2
A
/55.2
/13.4
DI
-13A1.1 /13.4
E.0
-13A1.1
E.1
DI
/13.4
E.2
-13A1.1 /13.4
DI
-13A1.1 /13.4
E.3
DI
-13A1
DI
/13.2
E.4
E.0
E.5
E.4
E.3
E.2
DI
E.5
overload
overload combustion air
overload
overload chemical
overload
reset
rotary cup
fan
ignition oil
dosing pump
preheater
I 1.5
I 2.0
I2.1
pump
I2.3
I2.4
-13A1 /13.2
E.1
-13A1.1
E.1
E.0
C
DI
-14A1.1
DI
/14.4
E.0
voltage alive ( I 0.0)
E.1
fault F-OSA I 6.1
D
I2.2
all lines without indication of cross section are
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/2.4 14
/2.6 14
B
-2Q3
13
-2Q5
/2.2
D
5
as
-2Q2
C
4
as
13
/25.3
3
13
A
2
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 29
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 29
0-8100-100454-14-3
common inputs 5
=BCC
6
7
75 8
sh.
1
2
/12.2 A
3
Abn
Abn
5
6
7
8
/31.1 A
14
-46K6
4
20
13
/46.6
2/4
-X11 -30S2
/9.7
ST
ST
/32.7
B
/48.6
-10A2
DO
/10.2
Q4
22
24
Q3:1
-10A2
I2
DI
Q4
/10.2
DO
I10
Q4:2
Q3
/10.3
ZP
C
/37.3
Q3
/10.2
-2Q3
34
33
-2Q5
33
-2Q2
33
Q3:2
DO
/2.2
/2.4 34
34
/2.6
36
D
-X11
+CC_D
A2
N
N
/2.6 /2.6 /2.6 /92.5
/101.3 /32.5
R. modification
1
1
2
3
4
5
6
13
14
21
22
33
34
43
drawn
ROS
check
ROS
date
name standard
/2.2 /92.4
/32.5
1
2
3
4
5
6
13
14
21
22
33
34
43
44
/2.4 /2.4 /2.4 /92.4
1
2
3
4
5
6
13
14
21
22
33
34
43
44 F
2012-01-30
ROS
/2.2
44
date
30.01.2012
/2.2
E
/33.4
ignition oil pump
rotary cup atomizer
combustion air fan
as built
-30K6
BbnT2
Drehzerstäuber
/28.8
/7.8
h
A1
-30K4
A2
A1
-30P5
A2
30K2
F
0
-10A3
-10A2
rotary cup atomizer
E
DO
/10.2
all lines without indication of cross section are
D
/32.6
A1
C
-10A2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X11
-32K6
21
42
22
21
-48K6
Q4:1
combustion air fan
41
+CC_D
3
B
1
A0 M
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 30
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 30
0-8100-100454-14-3
burner motor control 5
=BCC
6
7
75 8
sh.
1
2
/30.2
3
Abn
Abn
4
5
6
7
8
/36.6
high
61
62
13
windbox
C 62
12
/34.6 ESS
/59.4
mode
H1
-34K6
/32.2
14
11
HFO /MDO
14
61
13 14 14
-34K6 -59K4
in
/34.6 13
ESS
13
mode
-50K6
D
/50.6 HFO_T_low
14
protection note according to ISO 16016 consider!
temp
F1
/34.6
all lines without indication of cross section are
D
MDO
/48.6
flue gas/53.6
/57.6
13
B
fire
H07Z-K 1,5mm²
C
-53K6
14
/52.6
press.
-48K6 -57K6
13
13
steam
14
24
-52K6
oil pressure /49.6
MGO
/59.7 14
B
-49K6
14
/56.6 62
HFO
-59K7
13
-56K6
23
A
61
A
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 31
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 31
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
-30K2
comb.air fan
/30.2 44
H1
13
-69K5
LLW1
/69.5 14
-30K4
44
/31.7
43
A
rotary cup
/30.4 B
43
B
LLW2
E
14
33
12
comb.air
/45.4
33
ST
C
33
11 I4
14
/10.2
I3
/10.2
I4
/33.4
A2
-32K6
N2
N2 combustion air fan
14
DI
/34.3
A1
N1
/27.8
-10A2
D M1
-32K2
DI
A1
Ess-mode
/34.6
-10A2
34
DO
71
-34K6
Q1:2
Q5
Q5
72
23
/10.3
DO
I3
Q1:1
24
-10A3
ESS mode /34.6
6 12
2
-32K6
14
33
-32K2
12
/44.4
-34K6
/35.6
primary air 11
34
-44K4
ST
34
/30.4
SW burner
/46.6
all lines without indication of cross section are
D
-45K4
A2
C
-46K6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/70.4
34
11
-70K5
rotary cup atomizer
11
14
7 12
/35.5 E
11
8 12
24
21
24
22
21
/30.4 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 32
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 32
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
/32.5
N1
B
41
33
23
13
S13
S10
A1
-33K4
SR3C AC230V K1 K2 K2 K1
/30.8
42
/54.6
34
24
N
/42.2
14 /35.2
S14
S12
S21
S11
D
N
/34.3
safety interlock circuit
all lines without indication of cross section are
D
C
A2
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 33
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 33
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
7
-38K2
aSC
aSC
/35.7
A
14
/11.4 12
A
8
/38.2 11
-34K6
43
1
23
-13A1.1 23
23
ZV
/13.4
DI
E.5
/37.2 C
5
6
10
GNYE
4
N
1
3
2
/33.5
9
6
7
-BCC_2005
8
-X1
/31.5
F1
F1
/35.3
M16G1,5
14
14
24
A2
21
/61.6 22
Notbetriebskasten 19.00
21
-S4
13
X2
X1
-H1
ignition
oil valves
flame
Zündung
Ölventile
Flamme
/31.4 /32.2 /32.5 8
21
-S3
/54.5 /31.4 /32.5 *)
A1
N emergency operation
14 22
-S2
11
/61.6 12
13
-S1
22 14
emergency operation box
13
+BN
13
14
/37.2
-34K7
A2
A2
-34K6 BBW1
*)
A1
-16K1
/61.6 194
190
189
200
199
191
-X8
198
196
197
195
DEC
A1
/61.6
193
INC
16
PE
9
6
8
7
-X1.1
10
D +BW
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/38.1
/40.3
emergency operation (I 2.5)
all lines without indication of cross section are
E
OV
B /39.2
E.5
-40K3
/39.3
D
24
FL
-39K3
C
13
M1 24
/32.5
24
B
7 14
/40.3 14
/39.3
-34K7
14
-40K3
13
-39K3
13
44
6
wire jumper has to be
13
14
23
24
33
34
43
44
53
54
61
62
71
72
81
82
emergency operation
5 5 /37.3 /42.6 /39.3 /40.3 /42.6 /38.6
13
14
23
24
33
34
43
44
51
52
61
62
71
72
81
82
/35.2 E
arranged during commissioning
19.00 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 34
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 34
0-8100-100454-14-3
emergency operation 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
common safety interlock circuit
-12A3
X3:16
0VAC
X4:35
controlled shut-down
X2:12
X3:18
X3:21
-33K4
13
/12.3
14
/33.4
E
14
12
/47.7
11
-35K2 2 22
11
2 14
14
ST
-35K2
/63.3
-X11
ST
12
26
2- emergency operation / Notbetrieb
27
0- off / Aus
F1 E.0
I5
-35K6
/34.7 /27.2
N4
N4 burner start
14
N
/42.2
/32.6
-14A1
/10.2
I5
/14.1
DI
E.0
burner start
burner start ( I4.0)
N2
N2 burner
/36.1 E
stand by
11
14
11
/92.2 12 21
24
7 22 34
DI
/39.3
6 12 24
-10A2
A2
N
D
A1
A1
-35K2
/36.7
21
/32.8
-63K3
1- automatic / Automatik
aSC
C
1
3
Brenner Betriebsart +CC_D
aSC
24
12
fault
/34.8
1 0 2
burner mode
/34.7
11
25
/43.2
2/4
-35S5
all lines without indication of cross section are
D
-43K2 burner
A2
C
B
-X11
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
21
/100.3 22 31
/23.6 32 44
41
42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 35
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 35
0-8100-100454-14-3
burner start 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
A
7
Abn
/31.3
purge position
-12A3
X4:24
ignition position
X1:3
X4:31
Abn
8
A
/39.3
reset
X3:15
X4:30
X4:40
X1:5
/12.3
11 14
11 14
12
C
24
E.3
+CC_D reset burner
13
-36S5
2
14
61
-X11
-13A1
-X11
/13.2
DI
E.3
purge position ( I 1.3)
-36K7
/35.8
A2
-36K3
A1
D
N2
N2
all lines without indication of cross section are
purge position
E
B
-36K3
23
21
11
62
14 13
/47.5
A1
D
purge position
/37.6
6
A2
C
-47K5
/47.5
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-47K5
aSC
22
-36K7
6
24
12
14
12
24
-36K7
aSC
/35.7
/42.5 22
ignit.position
14
12
B
-42K5
/47.6
12
/47.6
21
-47K6
11
11
-47K6
14
11
14
7 12 24
/37.7
reset
11
4 12 21
24
22
21
E
5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 36
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 36
0-8100-100454-14-3
burner reset 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
A
/36.8
ignition transformer
-12A3
7
8
aSC
aSC
/41.6
A
general ignition valves
X3:22
X4:34
-37K7
/12.3
11
1
/30.7
ZP B
E.6
B
14
12
7
33 34
ignition ( I 7.6)
ZV
8
C
-BCC_2005
1
-BCC_2005
-X1
M16G1,5
2
-X1
M16G1,5
13
12
11
10
9
-X8
+BN
+BN
+BN
-37K7 /38.6
/36.8
PE
2
-2Y3 1
PE
2
-2Y2 1
PE
2
-2Y1 1
-2T1
BBW1
A1
8
7
-X8
BBW1
PE
/34.6
-X8
A2
-X8
6
5
4
2
-X1.1
3
-X1.1
+BW
2
1
D
A2
E
E.6
7
/34.2
all lines without indication of cross section are
D
DI
/34.7
A1
C
/14.4
-34K7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1.1
+BN
N2
N2 ignition
14
/38.1 E
11
7 12 24
21
/54.6 22 ignition transformer
ignition oil valve 1
ignition oil valve 2
ignition oil relief valve
Zündtrafo
Zündölventil 1
Zündölventil 2
Zündölentlastungsventil
13.01
13.03
13.09
13.11
13.01
13.03
13.09
13.11
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 37
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 37
0-8100-100454-14-3
ignition system 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
oil valves
-12A3
X4:36
/12.3
82
-BCC_2005
3
-X1
M16G1,5
-X8
Gleichrichter
21
31
30
29
PE
2
E
+BN A4
+BN
/61.7
V
U
1
PE
2
1
-3Y5
rectifier
A3
+BN
BBW1
-3A1
-3Y2
A2
11
/34.4 12 24
-3Y1
-X8
BBW1
L+
L-
14
/41.5
PE
N2 oil valves
2
N2
16
-X8 /37.6
1
/37.7
15
14
22
21
20
19
18
17
A1
-X8
A2
-38K2
3
D
-X1.1
+BW
A1
E
C
OV
9
/34.5
all lines without indication of cross section are
D
/34.7
H07Z-K 1,5mm²
C
-34K7
81
B
protection note according to ISO 16016 consider!
B
/54.6 22 main oil valve 1
main oil valve 2
main oil relief valve
Hauptölventil 1
Hauptölventil 2
Hauptölentlastungsventil
06.01.01
06.01.02
06.10
06.01.01
06.01.02
06.10
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 38
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 38
0-8100-100454-14-3
oil valves 5
=BCC
6
7
75 8
sh.
1
2
FL
4
Abn
/36.7
5
Abn
6
7
8
/40.3
28
/34.5
3
A
A
-34K7
2/4
-39S2
/34.7
1 2
52
3 30
emergency operation
1
+CC_D
29
selection flame scanner
51
-X11
-X11 FL2
/40.3
9
10
7-
8+
15
B 11
B
6
1
2
3
4
5
13
14
5
4
3
2
1
6
5
4
3
2
1
S
C
-X3
-BCC_4001 M5X0,75SH
5
4
3
2
1
6
502
503
504
505
506
-39K3
-X3.1
A1
+BW
501
D
-X8
/34.4 /41.4 /41.4
-40B1
13
14
23
24
33
34
43
44
53
54
61
62
flame scanner 1
71
72
Flammenfühler 1
83
84
+BN
E YE
/34.4
/40.3
WH
N flame signal 1
GN
N
RD
/35.3
BU
E
12
PE
all lines without indication of cross section are
D
flame detector 1 Flammenwächter 1
A2
C
Saacke, FLUS 06 UV
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-39A3
Die Verlegung der Fühlerleitung muß räumlich getrennt von Netz- und
Saacke FLS 09 UV
Steuerleitungen sowie energiereichen Starkstromleitungen bzw.- einrichtungen (z.B. Zündleitungen, Zündtrafos, Elektromotoren, Schütze) erfolgen. Eine parallele Leitungsführung zu Netzleitungen in Kabelkanälen ist nicht zulässig.
The installing of the probe line must be separate from the supply and control mains as well as from the power lines and high voltage systems (e.g. ignition lines, ignition transformers, electric motors, contactors). A parallel line arrangement to the supply lines in the
14.02
cable ducts is not admissible.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 39
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 39
0-8100-100454-14-3
flame detection 1 5
=BCC
6
7
75 8
sh.
1
2
3
4
Abn
/39.4
5
Abn
6
7
8
/42.6 A
-34K7
61
A
62
/34.7
/39.2
FL2
9
10
7-
8+
15
B 11
B
6
1
2
3
4
5
13
14
11
10
9
8
7
12
5
4
3
2
1
S
C
-X3
-BCC_4002 M5X0,75SH
5
4
3
2
1
6
508
509
510
511
512
-40K3
-X3.2
A1
+BW
507
D
-X8
/34.4 /41.4 /41.4
-40B2
13
14
23
24
33
34
43
44
53
54
61
62
flame scanner 2
71
72
Flammenfühler 2
83
84
+BN
E YE
/34.4
/54.7
WH
N flame signal 2
GN
N
RD
/39.4
BU
E
12
PE
all lines without indication of cross section are
D
flame detector 2 Flammenwächter 2
A2
C
Saacke, FLUS 06 UV
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-40A3
Die Verlegung der Fühlerleitung muß räumlich getrennt von Netz- und
Saacke FLS 09 UV
Steuerleitungen sowie energiereichen Starkstromleitungen bzw.- einrichtungen (z.B. Zündleitungen, Zündtrafos, Elektromotoren, Schütze) erfolgen. Eine parallele Leitungsführung zu Netzleitungen in Kabelkanälen ist nicht zulässig.
The installing of the probe line must be separate from the supply and control mains as well as from the power lines and high voltage systems (e.g. ignition lines, ignition transformers, electric motors, contactors). A parallel line arrangement to the supply lines in the
14.02
cable ducts is not admissible.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 40
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 40
0-8100-100454-14-3
flame detection 2 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A /37.8
aSC
aSC
/42.7
flame signal
-12A3
X3:20
X3:14
/12.3
B
B 11
-41K5
E
14
43
33
C
43
44
34 34
-39K3
33
44
E.5
/39.3
/47.5
/14.1
E.5
reached
D
33
24
22
purge
purge pos.
/42.2 14
/42.2
-47K5
DI
flame signal ( I5.5)
A2
-41K5
A1
-42K2
21
11
-42K2
34
-14A1
all lines without indication of cross section are
D
/40.3
12
C
-40K3
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
12
5
/38.2
N2
N2 ignition
14
/42.2
11 E
6 12 24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 41
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 41
0-8100-100454-14-3
flame detection 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
/40.4
Abn
7
Abn
8
/61.4
A
A
-12A3
purge
end of purge
release monitoring flame
burner fires
X4:26
X4:29
X3:23
X4:27
aSC
/41.7
aSC
/43.5
/12.3
34
32
14
12 43
71
E.4
E.4
44
72
34
-13A1.1
DI
/13.4
E.4
DI
E.4
C
31
/14.1
-X11
release
purge ( I 3.4)
-42S6
1
+CC_D
2
flame signal ( I 5.4)
release
32
load control
/35.2
/41.5
/7.8
N2
N2 purge
14
11
/41.2 12 24
release flame scanner
14
11
/43.6 12 21
/41.2 22 34
end of purge
14
11
7 12
24
21
22
14
11
24
21
22
24
24
21
34
34
31
44
/61.3 42
E
21
31
/61.5 32
/92.3 32 41
11
/61.2 22
/43.7 22
31
/43.2
/61.2 12
/36.6 12
8 32 44
control
burner fires
14
N4_N
A2
-42K6
D
A1
A1
A2
-42K5
A2
-42K4 A2
N4
A1
-42K3
A1
-42K2
A1
-X11
A2
protection note according to ISO 16016 consider!
E
ESS-Mode
-14A1
all lines without indication of cross section are
D
/34.7
/33.4
H07Z-K 1,5mm²
C
33
-34K7
B
2
4
-33K4
31
-42K2
11
-42K4
B
44
41
41
42
/100.2 42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 42
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 42
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
external trouble
fault
-12A3
shut-down
X4:28
X1:4
/12.3
B
B
E
/13.2
E.7
DI
21 24
22
C
E.7
-14A1.1 /14.4
E.4
DI
E.7
burner fires( I7.7)
end of purge( I1.4)
D
A1
burner fault ( I5.7)
-43K2
14
12 E.4
24
22
/14.1
-13A1
DI
/44.2
/42.5
/42.3
E.7
-14A1
-42K5
11
21
-42K3
2
all lines without indication of cross section are
D
aSC
A2
C
aSC
-43K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/42.8
N2
/42.6
N2
/74.6 E
fault
14
11
/35.5 12 24
21
5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 43
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 43
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
/43.7
3
4
5
6
7
8
aSC
A
A
-44K4
/45.7
23
aSC
24
4
E
E.3
B
DI
E.3 C
7
8
1
2
primary air failure (I5.3)
41
33
23
13
S13
-44K4
M12X1,5
A1
-BCC_3005
S10
-X2
D K1
PE
-X2.1
2
+BW
1
SR3C AC/DC24V
K2
42
34
24
14
7
/32.5
/45.2
S12
S21
S14
aBW
A2
-X8
S11
K1
203
202
K2
PE
C
+BN
NO
-17F1
all lines without indication of cross section are
D
/14.1
201
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
/15.8
ΔP
bS
bS
primary air failure
/45.4 E
> min.
atomizing air diff. pressure monitor Zerstäuberluftdifferenzdruckwächter 04.04
04.04 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 44
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 44
0-8100-100454-14-3
primary air pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
aSC
-45K4
aSC
/46.7
23
/44.8
24
4
E
E.2
B
DI
E.2 C
9
combustion air failure (I 5.2)
41
33
23
13
S13
-45K4
M12X1,5
A1
3
-BCC_3005
S10
-X2
3
SR3C AC/DC24V
-X2.1
+BW
D K1
K2
42
34
24
14
7
/32.5
/46.2
S12
S21
aBW
S14
-X8
S11
206
K1
A2
aBW
/44.3
205
K2
PE
C
+BN
NO
-17F2
all lines without indication of cross section are
D
/14.1
204
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
/44.4
P
bS
bS
/46.6
combustion air failure
E
> min.
combustion air pressure monitor Verbrennungsluftdruckwächter 04.03
04.03 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 45
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 45
0-8100-100454-14-3
combustion air pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A aSC
-46K6
aSC
/48.7
23
/45.8
24
6
E
DI
/14.1
E.1
burner swung out ( I5.1
10
C
41
33
23
13
S13
-46K6
M12X1,5
A1
8
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
8
K1
+BW
-X2.1
K2
PE
C
NO
A2
-19S1 +BN
/45.4
bS
bS
burner swung out
/47.5
A1
42
-46K8
/32.2
34
24
14 /30.2
/47.2
7
S12
S21
S11
aBW
A2
-X8
S14
K1
227
225
aBW
/45.3
226
K2
all lines without indication of cross section are
D
-14A1
H07Z-K 1,5mm²
C
E.1
B
protection note according to ISO 16016 consider!
B
/11.7
bS2
bS2
/55.5 E
burner swung out
14
11
/102.7 12 24 limit switch rotary cup atomizer
21
22
Endschalter Drehzerstäuber 04.40
04.40 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 46
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 46
0-8100-100454-14-3
burner swung out 5
=BCC
6
7
75 8
sh.
4
5
6
7
A /35.6
8
ST
-47K5
A
ST
-47K6
31
3
6 24
32
5
34
2
23
1
E
I6
DI
-10A2
DI
/10.2
I7
/10.2
I6
12
11
-BCC_3005
9
10
233
-X8
aBW
/48.2
-47K5
-47K6 A2
PE
NO
-S4
C
PE
NO
-S3
C
-6Y1 +BN
A1
-X8
/46.6
6Y1
/61.6
A2
aBW
D
A1
/46.3
-X2.1
229
228
-X2.1
231
+BW
M12X1,5
9
M12X1,5
232
-BCC_3005
-X2 10
-X2
all lines without indication of cross section are
D
-10A2
C
H07Z-K 1,5mm²
C
I7
B
protection note according to ISO 16016 consider!
B
bS
bS
purge position
/36.2 7
/48.6
/51.6
bS4
bS4
13
14
14
23
24
/36.2 12
33
34
24
43
44
/36.4 22
limit switch compund regulator
limit switch compound regulator
in ignition position
in purge position
Endschalter Verbungregler
Endschalter Verbundregler
53
54
34
in Zündstellung
in Lüftstellung
61
62
8 32
08.02
08.02
71
72
44
83
84
42
08.02
/41.4
/36.4
/11.7 E
ignition position
11
21
31
41
08.02
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 47
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 47
0-8100-100454-14-3
limit switch compund regulator 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
/46.8
8
aSC
aSC
/49.8 A
-48K6
23
A
24
6
B E.0
B
-14A1
E
41
33
23
13
S13
A1
-48K6
S10
13
-X2
SR3C AC/DC24V
6
-BCC_3005
K1 K2
M12X1,5
K2
D
aBW
/47.4
aBW
/49.2 /47.5
-18F3
/30.3
42
24
34
14
S12
S21
S14
S11
bS
/49.6
PE
NC
fire in the windbox
C
+BN
bS
7
-X8
/31.7
217
A2
-X2.1
218
+BW
6
K1
all lines without indication of cross section are
D
C
216
C
E.0
fire in the windbox ( I5.0)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/14.1
DI
θ
E
< max.
windbox temperature monitor Luftkastentemperaturwächter 04.09
04.09 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 48
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 48
0-8100-100454-14-3
fire in windbox 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
7
8
A /48.7
aSC
-49K6
aSC
A /50.6
23
1
24
6
B
E.7
B
too high ( I4.7)
14
C
E
41
33
23
13
S13
-49K6
M12X1,5
A1
7
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
-X2.1
7
K1
+BW
K2
PE
C
+BN
NC
/48.6
P
bS
bS
oil pressure too high
42
24
34
14
/102.4
-18F4
8
/50.2
S12
S21
S14
aBW
S11
224
-X8
A2
aBW
K1
/31.4
/48.3
223
K2
all lines without indication of cross section are
D
E.7
oil press
222
C
DI
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
/50.6 E
< max.
oil pressure monitor Öldruckwächter 06.04.07
06.04.07 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 49
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 49
0-8100-100454-14-3
oil pressure 5
=BCC
6
7
75 8
sh.
5
6
/49.8
8
aSC
-57K6
aSC
-59K4
-50K6
/59.4 24
/51.7
6 22
/57.6
A
33
A
7
34
4
21
3
24
2
23
1
B
E
DI
E.5
HFO temp too low (I 4.5 )
15
C
41
33
23
13
S13
-50K6
M12X1,5
A1
4
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
4
K1
+BW
-X2.1
K2
PE
C
NO
θ
+BN
/49.6
bS
bS
42 /54.3
8
34
24 /102.3
-18F1
14
/51.2
S12
S21
S14
aBW
S11
212
-X8
A2
aBW
K1
/31.2
/49.3
211
K2
all lines without indication of cross section are
D
/14.1
210
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.5
B
/52.6
HFO temperature too low
E
> min.
heavy fuel oil temperature monitor Schweröltemperaturwächter 06.36
06.36 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 50
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 50
0-8100-100454-14-3
HFO temperature 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
/50.8
aSC
aSC
11
-51K6
/52.2
B
B
E
14
E.6
DI
E.6
C
16
HFO temperature high ( I4.6 )
-X2
5
-BCC_3005 M12X1,5
-X8 -51K6
A1
aBW
A2
/50.3
214
-X2.1
215
5
D +BW
PE
C
NC
-18F2
all lines without indication of cross section are
D
/14.1
213
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
12
6
θ
+BN
/47.6
bS4
bS4
/70.4 E
HFO temperature high
14
< max.
11
7 12 24 heavy fuel oil temperature monitor
21
/54.3 22
Schweröltemperaturwächter
34
06.35
31
/102.8 32 44
41
42 06.36
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 51
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 51
0-8100-100454-14-3
HFO temperature high 5
=BCC
6
7
75 8
sh.
1
2
/51.8
3
4
5
6
7
8
aSC
aSC
/53.2 A
-52K6
23
A
24
6
B
E.1
B
E
E.1
17
18 2
C
41
33
23
13
S13
-52K6
M2X1,5
A1
-BCC_3006
S10
-X2
SR3C AC/DC24V
D K1
K2 K2
PE
C
+BO
NC
/50.6
P
bS
bS
42
24 7
34
14 /31.7
/100.7
-52F2
S12
S21
S14
A2
S11
K1
all lines without indication of cross section are
D
DI
steam pressure too high ( I4.1)
1
C
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
/53.6
steam pressure too high
E
< max.
steam pressure monitor Dampfdruckwächter BO 034
BO 034 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 52
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 52
0-8100-100454-14-3
steam pressure 5
=BCC
6
7
75 8
sh.
1
2
/52.8
3
4
5
6
7
8
aSC
aSC
/55.7 A
-53K6
23
A
24
6
B
E
DI
E.2
flue gas temperature
19
20 2
too high ( I 4.2 )
C
41
33
23
13
S13
-53K6
M2X1,5
A1
-BCC_3007
S10
-X2
SR3C AC/DC24V
D K1
K2 K2
PE
C
NC
θ
+BO
/52.6
bS
bS
flue gas temperature too high
42
/100.8
24 8
-53F2
34
14 /31.4
S12
S21
S14
A2
S11
K1
all lines without indication of cross section are
D
/14.1
1
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.2
B
/56.6 E
< max.
flue gas temperature monitor Rauchgastemperaturwächter BO 041
BO 041 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 53
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 53
0-8100-100454-14-3
flue gas temperature 5
=BCC
6
7
75 8
sh.
1
2
4
5
6
7
8
Ath
* Heating only required for
/34.6
53
-56K6 HFO
-33K4
ESS-mode
A operation
heater has to be disconnected !
/33.4 24
61
-34K6
23
In case of MGO ( HEL )
MGO /59.7
53
A
MDO operation of igniter.
54
-59K7
62
/8.4
3
safety
54
/56.6
21
-37K7
B
24
/38.2 21
-56K6
/50.6
/56.6 HFO
20
N
15
N
19
43
/40.4
18
17
16
41
low
C
14
HFO
44 71
-50K6
42
/59.7
/68.2
13
-BCC_2005
12
11
-X1
107
15 106
*
+BN
PE
N
L
PE
N
-9E2 L
PE
14
50
49
48
47
46
L
PE
+BN
D
-X8
-5E2 N
-5E1 N
+BN
-X8
105
11 45
62
61
60
59 PE
+BN
-X1.1
-X8
-5E6 N
PE
N
N
+BN
-X8
-5E5 L
-5E4 PE
-5E3
-X8
L
-X8
58
57
56
55
-X1.1
L
-X8
+BN
13 54
53
-X1.1 52
-X1.1
51
+BW
12
M16G1,5
L
E
/28.5
-59K7
all lines without indication of cross section are
D
A54
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
oil valves
72
22
22
-38K2
/51.6
high
24
HFO
C
B
21
-51K6
24
22
ignition /37.7
+BN
E
burner heater
ESV valve heater
oil block heater
oil feed hinge heater
oil distributor heater 1
oil distributor heater 2
igniter heater
Brennerheizung
ESV-Ventilbeheizung
Ölblockbeheizung
Ölscharnierbeheizung
Ölverteilerbeheizung 1
Ölverteilerbeheizung 2
Zünderbeheizung
01.06.11
06.01.22
06.49
01.06.10
01.06.10
12.17
(OPTION) 01.06.11
06.01.22
06.49
01.06.10
12.17
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 54
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 54
0-8100-100454-14-3
heating tracer 5
=BCC
6
7
75 8
sh.
1
2
/29.8
3
4
as
as
5
6
7
8
/56.2
A
A /53.8
aSC
aSC
11
-55K6
/56.8
14
12
6
B
E
DI
E.3
oil return
C
23
24 4
-BCC_3008
2
-BCC_3008
-X2
1
-X2
3
22
21
to tank ( I3.3)
M4X1,5
M4X1,5
A2
PE
NO
C
PE
+F
A1
-55K6
A2
-55K5
-55S3 NO
-55S2
A1
D
all lines without indication of cross section are
D
/13.4
C
C
-13A1.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.3
B
+F /46.8
bS2
bS2
fuel oil circulating to pump
14
11
limit switch 3-way-valve
return line in tank position
return line in pump position
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
Rückleitung in Tankstellung
Rückleitung in Pumpenstellung
FO 003
FO 003
FO 003
FO 003
24
14
E
11
7 12
/57.6 12
limit switch 3-way-valve
/59.4
fuel oil circulating to tank
21
24
21
22
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 55
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 55
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/55.4
3
as
as
4
5
6
7
/57.2
8
/55.8
aSC
aSC
/57.8 A
-56K6
13
A
14
6
E
E.6
B
DI
E.6 C HFO
27
28 2
-BCC_3012
2
-BCC_3010
-X2
1
-X2
1
26
25
operation ( I2.6)
M4X1,5
M4X1,5
-56K6
+F
A2
PE
NO
C
PE
-56S3 NO
-56S2
A1
D
all lines without indication of cross section are
D
/13.4
C
C
-13A1.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
+F /53.7
bS
bS
/57.6
HFO operation selected
8 limit switch 3-way-valve
limit switch 3-way-valve
/31.2
pre line in heavy fuel oil position
pressure controller in heavy fuel oil position
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
/54.6
Zuleitung in Schwerölstellung
Druckregler in Schwerölstellung
/54.3
FO 002
BN 010
/31.2
/100.2
/102.3 FO 002
/102.3
BN 010
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 56
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 56
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/56.2
3
as
as
4
5
6
7
/59.2
8
/56.8
aSC
aSC
/59.8 A
-57K6
33
A
34
6
/13.4
E
DI
E.7 C MDO
-X2
-55K5
11
-X2
32
31
30
29
operation ( I2.7)
14
12
4
3
-BCC_3012
4
-BCC_3010
3
/55.5
M4X1,5
M4X1,5
-57K6
+F
A2
PE
NO
C
PE
NO
-57S3 C
-57S2
A1
D
all lines without indication of cross section are
D
-13A1.1
H07Z-K 1,5mm²
C
E.7
B
protection note according to ISO 16016 consider!
B
+F /56.6
bS
bS
/59.7 E
MDO selected
/31.2 limit switch 3-way-valve
limit switch 3-way-valve
pre line in light fuel oil position
pressure controller in light fuel oil position
/50.6
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
Zuleitung in Leichtölstellung
Druckregler in Leichtölstellung
FO 002
8 /100.3
BN 010
FO 002
/31.2
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
BN 010
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 57
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 57
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/57.2
3
4
5
6
as
as
7
8
/61.2
/57.8
aSC
aSC
/63.7
A
A
43
-59K7
44
7
E
DI
/14.4
E.7 C MGO
42
bS2
selection HFO / MDO
14 limit switch 3 way -valve
limit switch 3 way -valve
to HFO / MDO position
toHFO / MDO position
bS2
+F
A2
PE
NO
C
PE
NO
+F /55.6
-59K7
-59S6 +F
/61.2 /57.6
/50.6 22
bS
/31.2 21
limit switch 3 way -valve
limit switch 3 way -valve
to MGO position
to MGO position
/104.5
8
/54.3 /54.6 GO 015
GO 016 GO 015
bS
MGO operation
11
/31.2 12 24
A1
A1
D
C
PE
NO
C
PE
NO
C
4
M4X1,5
-59S5
A2
-59K4
-59S3
+F
41
4
-BCC_3021
M4X1,5
-59S2
3
40
39 3
-BCC_3020
M4X1,5
M4X1,5
-X2
2
-X2
1
-BCC_3021
2
-BCC_3020
-X2
1
-X2
38
37
36
35
operation ( I6.7 )
all lines without indication of cross section are
D
-14A1.1
H07Z-K 1,5mm²
C
E.7
B
protection note according to ISO 16016 consider!
B
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
/70.1
E
GO 016
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 59
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 59
0-8100-100454-14-3
selection fuel oil MGO 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
DIP - Switches /11.7
aT1
aT1
spare spare
/63.2
AI1
AI0
A
A off
on
B
E
2
0VDC/ N
3
PE
-60N3 +CC_D 5
SAACKE,
4
RSE-P II ENGLISCH
2
3
1
9 8 7 6
/64.3
4
0VDC
/64.2
5
+24VDC
/62.2
6
I0
AQ 0+
31
/64.5
7
I1
AQ 0-
32
/64.5
8
I0/I1 GND
AI 0+
33
/62.3
AI 0-
34
/62.3
AI 1+
35
/64.3
/62.3
/63.3
9
Rel 0
AI 1-
36
/64.3
/63.4
10
Rel 1
DI 0
37
/64.6
/63.3
11
Rel
DI 1
38
/64.6
/61.3
12
Y+
DI 2
39
/64.6
/61.3
13
Y
DI GND
40
/64.7
/61.4
14
Y-
C
D
Program: RSEP01_2MpaRev1
/11.7
all lines without indication of cross section are
D
+24VDC/ L1
PE
H07Z-K 1,5mm²
C
1
RS232 Interface
protection note according to ISO 16016 consider!
B
bT1
bT1
/90.1
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 60
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 60
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
/59.5
as
3
as
4
/63.5
5
/42.6
6
7
8
Abn
A
A
/60.3
21
11
-42K6
13
12
14
Y
Y+
Y-
34
32
control
4 12
+CC_D
14
-60N3
/42.6 11
-61K4
31
-42K6
25
-61K2
-X12
B
11
24
23
24
22
14
control
12
burner /42.6
B
12
14
21
-61K3
11
3
E
22
24
12
14 Q2:1
11 5 5
-BCC_2005 M16G1,5
bS2
14
22
increase burner load
11
5 12 24
14
11
4 12 21
24
decrease burner load
14
21
24
66
65
64
PE
E
/63.3
M
11
4 12
5 22
1
+BN
2
A1
-6Y1
bS2
boiler purge
DEC
A2
-61K4
A2
A2
/59.4
A1
A1
/34.5
/38.7
D
BBW1
3
INC
-X8 22
/34.5
-61K3
63
/34.5
-X8
-61K2
21
67
-16K1
24
-X1.1
12
+BW
DO
14
pos.
11
44
42
purge
Q6
68
/10.3
10
-42K2 /42.2
-10A3
4
Q6
4
/10.3
-X1 41
DO
all lines without indication of cross section are
D
-10A3
C
Q2:2
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
3
-M
21 /47.4
22
1~
6Y1
6Y1
/62.2
servo motor compound regulator Stellmotor Verbundregler 08.02 08.02
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 61
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 61
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-60N3 +CC_D /60.3
6
33
34
8
I0
AI0+
AI0-
GND
E
14
15
2
3
SW
2
3
4
GND
13 1 1
-X3 -BCC_4011 M3X0,75SH
+BW
-X3.3
516
515
514
513
D
-X8
E
G
B
-6Y1 +BN
all lines without indication of cross section are
D
C
H07Z-K 1,5mm²
C
GND
B
protection note according to ISO 16016 consider!
B
E
-R1
Ω
300 /61.8
6Y1
servo motor compound regulator Stellmotor Verbundregler 08.02
08.02 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 62
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 62
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
/60.2
aT1
3
4
5
6
aT1
/61.2
as
as
7
8
/70.1
A
A
REL1
24
REL0
22
REL
/59.8
aSC
aSC
/69.7
29
10
28
/60.3
9
27
+CC_D
3 11
26
-60N3
21
-63K3
-X12
B
E
14
12 E.6
12 E.5
24
22
14
12
/13.4
-13A1.1
DI
/13.4
E.5
C
DI
E.6
steam pressure
steam pressure
low ( I3.5 )
high ( I3.6 )
/61.4
A1 A2
-63K6
A2
-63K5
A1
A1
A2
-63K4
A2
-63K3
A1
D
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-13A1.1
all lines without indication of cross section are
D
5 14
6
4
C
-63K5
11
-63K6
11
11
-63K4
21
B
bS2
E
controlled shut-down
14
11
/35.4 12 24 6 22
steam pressure low/high
14
11
5 12 21
steam pressure high
14
steam pressure low
11
14
8 12
24
21
6 22
11
/11.7
bS2_b
7 12
24
21
/103.6 22
24
21
/103.5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 63
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 63
0-8100-100454-14-3
alarm steam pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-60N3 +CC_D /60.3
5
35
36
4
31
32
37
38
39
40
+24V
AI1+
AI1-
0VDC
AQ0+
Aq0-
DI0
DI1
DI2
DIGND
B
E
GND 2 2
GND
1
-X6 -BCC_6001
S
2
-BCC_4000
1
GND
19
18
17
16
-X3
M2X0,75SH
M5X0,75SH
D
all lines without indication of cross section are
+BO
-
+ECR
+
+
-64B2 -
D
C
1
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
GND
B
E
P/I 0...16bar = 4...20mA
steam pressure transmitter
steam pressure
Dampfdruckmeßumformer
Dampfdruck
BO 033
4...20mA = 0...16bar
CS 080
BO 033 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 64
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 64
0-8100-100454-14-3
steam pressure 5
=BCC
6
7
75 8
sh.
1
2
A
Abo1
/8.4
3
Abo1
4
5
fwl+
/73.2
/70.2 /70.2
GND
fwl-
B
/73.2
N
/54.8
N
/69.2
24 S
25
23
22
21
2
-BCC_4005
M3G1,5
GND
31 GNYE
-BCC_2006
1
-X1
-X3
1
30 2
29
20
C
M2X0,75SH D
2+
PE
5
+BO
3
-68B2
1-
all lines without indication of cross section are
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
GND
fcl-
E
8
A
fcl+
D
7
/69.2
B
C
6
supply unit
L/I
230V/AC
0...100% = 4...20mA
E
boiler water level transmitter Kesselwasserstandsmeßumformer BO 021
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 68
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 68
0-8100-100454-14-3
boiler water level 5
=BCC
6
7
75 8
sh.
2
/68.2
A
3
4
5
Abo1
Abo1
6
7
/76.4
A
/63.8
aSC
-69K5
34
26
24
B
E.3
27
1
2
3
4
5
N 17
-14A1
30
29
28
27
26
/14.1
DI C
E.3
-X3 4
3
1
-BCC_4003
2
boiler water level 1 too low ( I4.3) S
3
41
33
23
13
K1 K2 K2
Gestra NRG 16-50
N
42
/102.2
34
24
7
14
BO 022 N
/32.2
boiler water level electrode
S14
S12
S21
S11
A2
K1
Kesselwasserstandselektrode
/68.2
S13
D
SR3C AC230V
2
GND
+BO
A1
-69K5
-69B3
S10
M4X0,75SH
1
protection note according to ISO 16016 consider!
E
/70.7
Gestra NRS 1-50s
Niveauschalter
all lines without indication of cross section are
D
level limit switch
aSC
5
L
H07Z-K 1,5mm²
C
23
16
B
-69A2
8
33
1
/76.4 E
boiler water level 1 too low
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 69
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 69
0-8100-100454-14-3
low low water 1 5
=BCC
6
7
75 8
sh.
1
2
/63.6
as
3
as
4
5
6
7
8
/73.1 /69.7
A
aSC
aSC
A
31
-70K5
/76.8
34
32
4
B
E.4
B
boiler water level 2 too low ( I4.4 )
33+
PR electronics input
24 V DC
31
42-
OPTION
4 - 20 mA
43+
24
23
22
12+
21
Configuration
GND
/68.4
-70K5
fwl-
-BCC_6001
/51.6 /11.7
GND
A1
fwl+
-X6 3
/68.4
4
/73.1
CURR
4-20mA
UNIT
%
DECP
111.1
DISP
Lo
0.0
DISP
Hi
100.0
REL UNIT
M5X0,75SH
NC
R1 SETP
65%
bS4
ACT DIR R1 Hyst
ON
11
R2 FUNC = SETP R2 CONT
+ECR
R2 SETP
-
21
/102.2 22
ACT DIR R2 Hyst
31
NO
E
10 % INC 0.1%
ERR ACT No
8 32 44
DEL 10 sec.
OFF DEL 5 sec.
/32.2 12
34
Incr 5%
ERR ACT No
boiler water level 2 too low
24
PERC
R1 CONT
bS4_b
14
D
R1 FUNC = SETP
4
bS
3
bS
C
11-
GND
+
E
output
PReasy 4116
4 - 20 mA
/59.8
E.4
<10% delay 10 sec.
all lines without indication of cross section are
D
-70A2
A2
C
DI
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
ON
41
DEL 5 sec.
OFF DEL 10 sec.
42
boiler water level ANA OUT = CURR
Kesselwasserniveau
O Range O ERR
4...20mA = 0...100%
4-20mA 23mA
CS 081 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 70
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 70
0-8100-100454-14-3
low low water 2 5
=BCC
6
7
75 8
sh.
1
2
/70.2
3
4
5
6
7
8
as
A
A
Configuration
CURR
4-20mA
UNIT
%
DECP
111.1
DISP
Lo
0.0
DISP
Hi
100.0
REL UNIT
PERC
R1 FUNC = SETP R1 CONT
NC
R1 SETP
85%
ACT DIR
B
R1 Hyst
Incr
B
5%
ERR ACT No ON
DEL 30 sec.
OFF DEL 5 sec.
-73A2
low <18% delay 30 sec. 33+
E
high >85% delay 30 sec.
31
42-
Inc
R2 Hyst
0.1%
43+
24
23
output
C
4 - 20 mA
12+
21
22
DEL 5 sec.
OFF DEL 30 sec.
0-10V
PReasy 4116
4 - 20 mA
18 %
ACT DIR
ON
14 +
input
24 V DC
NO
ERR ACT No
PR electronics
ANA OUT = Volt O Range 0-10V
11-
GND
/13.4
/11.7
GND
A+
bS /13.4 analog
bS_b
M D
input water level /68.4 /68.4
fcl+
0-10 V
fcl-
-13A1.1 /13.4
DI
E.0
boiler water level low ( 3.0 )
E.1
/70.2
all lines without indication of cross section are
D
R2 SETP
E.0
C
R2 CONT
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
R2 FUNC = SETP
-13A1.1 /13.4
DI
E.1
boiler water level high ( I 3.1 ) E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 73
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 73
0-8100-100454-14-3
alarms control boiler level 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
Flt high water
Flt low water O2.4
-15A1
-15A1 A.4
/15.1
A.5
/15.1
DO
A.4
A.5
DO
E
/43.3
A2
A1
-74K7 A2
-74K6
A1
D
all lines without indication of cross section are
D
B
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
C
O2.5
N2
N2
low water alarm
14
high water alarm
11
14
/101.2 12 24
/76.4
E
11
/101.3 12 21
24
22
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 74
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 74
0-8100-100454-14-3
alarms control boiler level 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
Abo1
/69.5
Abo1
6
7
8
/77.2
A /70.8
aSC
aSC
/77.7
11
-76K5
A
14
12
5
B
N
E.2
A2
N
14
/77.2
-13A1.1
/77.2
/13.4
DI
11
E.2
21
conductivity high ( I3.2)
8 12 24
C
32
33
34
35
1
2
GNYE
3
/100.6 22
-X1
-BCC_2009 M4G1,5
8
PE
2
1
9
+F
16-
-76A3
15+
D
11
12
13
14
2
3
4
Unisafe SL 6005
1
E conductivity monitoring GND
-BCC_4099 M4X0,75SH
Leitfähigkeitsüberwachung FW 007
4
+F
3
-76B3 2
E
N2
conductivity high
all lines without indication of cross section are
D
N2
/69.5
1
C
/74.8
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-76K5
A1
B
conductance probe Leitfähigkeitssonde
FW 007
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 76
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 76
0-8100-100454-14-3
conductivity minitoring 5
=BCC
6
7
75 8
sh.
1
2
/76.5
3
4
5
6
7
8
Abo1
A
A
/76.8
aSC
11
-77K4
B
E
N2_N
14
E.6
oil turbidity
N
11
-14A1
8 12
N_N
24
21
/14.1
/100.6 22
DI
E.6 C
37
38
39
2
4
3
40
36 1
oil detector ( I5.6 )
-X1 -BCC_2008 M4G1,5
D
NC
NO
C
PE
+F
N
-77A2 L
protection note according to ISO 16016 consider!
/7.8
all lines without indication of cross section are
D
/76.6
N2
H07Z-K 1,5mm²
C
/7.8
B
A2
-77K4
/76.6
14
A1
12
4
E Mobrey MCU201
oil turbidity monitoring Öltrübungsüberwachung CO 011
CO 011 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 77
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 77
0-8100-100454-14-3
oil monitoring 5
=BCC
6
7
75 8
sh.
1
/11.7
2
3
4
5
6
7
8
aT1sch
A
A
11
-7K5
14
12
/7.5
/25.2 24
32
24
22
33
31
/24.2
/27.2
34
-25K2
LT
WH
+CC_D
+CC_D
-90H4 GN
+CC_D
+CC_D
+CC_D
GN
+CC_D
LT
LT
10 10
LT
LT
9 9
LT
LT
8
-90H7
8
LT
7
LT
6
-90H6 GN
LT
LT
7
6
-90H5 GN
C
-90H8 GN
+CC_D
1. control
fuel oil
fuel oil
feed water
feed water
chemical
MGO
MGO
voltage
pump 1
pump 2
pump 1
pump 2
dosing
pump 1
pump 2
selected
/60.2
LT
LT
5 5
LT
LT
4
-90H3 GN
4
LT
LT
3 3
LT
2
LT LT
1
protection note according to ISO 16016 consider!
-90H2
+CC_D
GN
pump
bT1 D
/11.7
bT1_b
all lines without indication of cross section are
D
-90H1
B
/92.1
H07Z-K 1,5mm²
C
LT
1
2
B
-X19
/92.6
34
/22.7
-24K2
23
21
-27K2
34
/20.2
/18.2 34
14
/17.2
-22K7
34
/1.3
-18K2
33
-17K2
33
-1K3
13
-20K2
33
1K6
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 90
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 90
0-8100-100454-14-3
ilumination door 1 ( left) 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
5
4
3
/11.7
aT2sch
-X12
13
11 14
12
lamp test
14
14
B
Lampenprüfung
18
LT LT
18
LT LT
17
LT
16
LT
17
16 LT LT
15
LT LT
14
LT LT
13
LT LT
15
14
13
12 12
LT LT
+CC_D
/27.6
14
14
14
13
13
13
13
/1.6
/28.4
/30.2
/30.6 14
34
32
14
12 11
protection note according to ISO 16016 consider!
/30.4
-92S7 -27K6
-92H2 +CC_D burner standby
-92H4
-92H3 YE
+CC_D
GN
+CC_D rotary cup
burner in operation
-92H5 GN
+CC_D
-92H6 GN
+CC_D
ignition
comb.air
oil pump
fan
-92H7 GN
+CC_D preheater
-92H9
-92H8 GN
+CC_D 2. control
WH
+CC_D
RD
alarm
voltage selected
D
/13.8
/11.7
bT2
bT2_b
all lines without indication of cross section are
D
-30K2
C
H07Z-K 1,5mm²
C
-30K6
-28K4
LT 11
/90.8
-30K4
/42.5
/35.5 B
-1K6
31
-42K5
11
-35K6
13
/90.8
1K6
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 92
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 92
0-8100-100454-14-3
ilumination door 2 ( right) 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
Wiring color = orange
VOLT FREE CONTACTS ECR A
A
21
19
17
-X
-X
-X
21
19
17
11
13
-X
15
-X
-X
9
15
13
11
9
7
-X
7
-X
5
-X
3
-BCC_6010
-X
1
-X
5
3
1
+ECR
E
17
-X4
-X4
33
D
22
24
C
-X4
-X4
-X4
20
18
14
16
44
22
34
34
/53.6
22
21
21 24
-53K6
/52.6
/77.4
/76.5
/1.6 44
12
43
43
11 14 12
-X4
-X4
-X4
salt
oil
steam
temp
alarm
shut
fault
contaminated
detected
press
flue gas
too high
too high 22
14
alarm
12
10
down
20
power
18
common
16
common
M24X1,5
-X
-X
-X
-X
-X
-X
20
18
16
14
10
8
-X
22
-X
12
-X
6
burner
4
+ECR
-1K6
/1.3
12
14 10
22
24 8
standby
-1K3
/27.8
-X4
8
service
6
burner
11
21
43
-X4
MDO
-27K8
/27.7
44
-X4
4
operation
service
2
HFO
-27K7
/35.5
6
34
-X4
burner in
-35K6
/57.6
4
44
2
42
/56.6
-X4
-BCC_6010
-57K6
33
41
/42.5
-56K6
-77K4
33
24
34
22
/7.5
-76K5 -42K5
B
-X4
21
-7K5
-X4
21
-X4
-X4
19
-X4
15
13
11
9
7
5
-X4
-52K6
all lines without indication of cross section are
D
-X4
/9.4
2
C
-X4
-9K5
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
33
B
3
1
M24X1,5
-X
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 100
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 100
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
+ECR
41
39
-X
17
13
9
-X
15
-X
-X
11
-X
7
37
35
-X
5
3
33
31
29
25
41
39
-18K8
-X4
-X4
-X4
42
40
38
C
-X4
FOP 1
FOP 1
level low
level high
fan on
FOP 2
pump 1 on
pump 2 on
dosing
over
over
stand
stand
pump
load
load
by fault
by fault
12
10
8
6
2
-X
-X
-X
-X
-X
42
40
38
36
-X
34
-X
-X
32
-X
30
24
+ECR
28
M24X1,5
26
M24X1,5
on
D
18
chemical
16
fuel oil
FOP 2
14
fuel oil
4
comb.air
24
water
-BCC_6011
14
12
14
12
/18.8
water
-BCC_6010
B
11
11
-17K8
44
44
-X4
/17.8
/3.4
36
44
42
-X4
-X4
43
-3Q3
/3.2
34
-X4
37
35
-3Q2
43
41
-27K2
14
30
28
-X4
-X4
-X4
/27.2
/18.2 14
34
/17.2
-X4
33
31
-18K2
-X4
13
13
-17K2
-X4
32
-X4
14
12 26
14
12
/30.2
24
-X4
-X4
33
11
/74.7
-30K2
29
27
25
23 11
-74K7
/74.7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E
-X4
-X4
-74K6
all lines without indication of cross section are
D
-X
M24X1,5
-X4
C
1
-BCC_6011
M24X1,5
B
-X
-X
23
-X
-BCC_6010
27
A
23
A
-X E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 101
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 101
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange 65
63
-X
13
17
-X
15
61
59
9
7
-X
-X
11
57
55
53
-X4
-X4
-X4
-X4
65
63
61
59
57
-X4
-X4
-X4 B
23
-X4
55
53
51
49
45
43
47
-X4
-X4
31
23
34
32
24
14
12
43
44
14
C
66
64
62
60
58
-X4
-X4 D
Flame
comb.air
comb.air
rotary
burner not
emergency
failure
press low
fan
cup
in pos.
stop
over load
over load
fuel oil temp.
14
18
high 16
56
54
-X4
-X4
12
24
-BCC_6012
-X4
10
too low
too high
-X4
8
pressure
M24X1,5
-X
-X
-X
-X
-X
-X
-X
-X
66
64
62
60
56
54
-X
58
-X
52
48
-X
50
M18X1,5
46
+ECR
52
50
temp.
22
-BCC_6011
20
too low
fuel oil
-X4
6
level 2
too low
fuel oil
-X4
4
water
level 1
-X4
-X4
water
/51.6
/9.6
/2.2
2
-X4
-51K6
84 48
46
44
-X4
-9K6
/46.7
-2Q2
/56.6 HFO
11
-46K8
/2.6 12
14
12
43
11
11
33
-2Q5
44
83
HFO
-27K5 /27.5
/27.4
/49.6
/56.6
-56K6
-27K4
34
24
22
71
21
-56K6
/70.4
24
-49K6
72
/69.5
24
23
-70K5
44
protection note according to ISO 16016 consider!
E
-X
/50.6
-69K5
all lines without indication of cross section are
D
-X4
-50K6
H07Z-K 1,5mm²
C
-X
M18X1,5
-X4
B
-X
5
23
-BCC_6012
M24X1,5
-X
3
-X
-X 21
19
-BCC_6011
-X
1
-X
47
45
43
+ECR
51
A
49
A
-X E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 102
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 102
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
A
A
83
81
79
-X
17
13
-X
15
-X
-X
11
-X
9
5
77
75
73
-X
7
-X
3
-BCC_6013
-X
1
-X
71
69
67
+ECR
E
21 24
24
22
14
12
22
11
21
/63.5
/63.6
-X4
-X4
-X4
feed water
steam
steam
pump 1 on
pump 2 on
pump 1
pump 2
pump 1
pump 2
press.
press.
overload
overload
stand by fault
stand by fault
low
high
12
14
feed water
10
feed water
8
feed water
6
feed water
4
84
82
80
78
-X4
-X4
D
18
-X4
16
-X4
76
72
-X4
2
B
-X4
-63K5
feed water
-BCC_6013
83
81
79
-X4
-63K6
/22.2 12
24
-22K3
14
/20.3 22
44
11
21
-20K3
/22.8
34
77
75
73
71 31
-22K8
-X4
-X4
C
70
32
-X4
74
43 68
-X4
-X4
/4.2
/22.7 44
/20.2
-X
-X
-X
-X
-X
-X
-X
84
82
80
78
76
74
+ECR
72
M18X1,5
70
all lines without indication of cross section are
D
-X4
-22K7
68
C
-X4
-4Q2 -20K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
43
B
69
67
M18X1,5
-X
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 103
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 103
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
A
A
101
99
-X
15
13
-X
17
97
-X
-X
11
-X
9
5
95
93
91
-X
7
-X
3
-BCC_6014
-X
1
-X
89
87
85
+ECR
E
MGO
pump 1
pump 2
overload
overload
stand by fault
stand by fault
101
99
97 23 24
-X4
102
98
100
C
-X4
D
MGO
18
service 16
8
14
12
MGO
pump 2
10
MGO
pump 1
6
MGO
pump 2 on
4
MGO
2
-X4
-X4
pump 1 on
B
-X4
/59.7
96
-X4
MGO
-BCC_6014
11
11 14
12 94
-X4
-X4
14
-X4
-59K7
/25.8
44
/24.8
92
90
-X4
-25K8
12
/3.7
-X4
-X4
-24K8
14 88
86
-X4
95
93
-X4
43
43
-3Q7
44
13
-X4
/3.5
/25.2 14
91
89
-X4
-3Q5 -25K2
/24.2
-X
-X
-X
-X
-X
-X
-X
-X
102
100
98
96
94
92
+ECR
90
M18X1,5
88
all lines without indication of cross section are
D
-X4
86
C
-24K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
13
B
87
85
M18X1,5
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 104
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 104
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
R. modification
cable external
free
date date 25.07.2011
drawn ROS
check ROS
name standard
0 -BCC_1005 M4G1,5
origin 1 2 3 GNYE
0 -BCC_1006 M4G2,5
0 -BCC_1010 M4G1,5
0 -BCC_1011 M4G1,5
replaced for 1 2
0 -BCC_2020 M3G1,5
Control Cabinet Boiler
replaced by
PE
+FWP1-4M2 +FWP1-4M2
1 2 3 GNYE
1
V PE L1 L2 L3 PE
+BN-5E3-X +BN-5E3-X +BN-5E3-X +BN-5E3-X
3 GNYE
+FW-5M2
0 -BCC_1012 M4G4 +FW-5M2
U
V W
+FWP1-4M2
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
/5.4
/5.4
/5.4
/5.4
/5.2
/5.2
/5.2
/4.2
/4.2
/4.2
+CC_MPE
-28K4
-28K4
-28K4
+CC_MPE
-27K2
-27K2
+CC_MPE
-20K1
-20K1
-20K1
+CC_MPE /4.2
-18K2 /3.4
-18K2
-18K2
+CC_MPE
-17K2
-17K2
-17K2
+CC_MPE
-30K2
-30K2
-2T5
+CC_MPE
-30K6
-30K6
-30K6
+CC_MPE
-30K4
-30K4
/3.4
/3.4
/3.4
/3.2
/3.2
/3.2
/3.2
/2.6
/2.6
/2.6
/2.6
/2.4
/2.4
/2.4
/2.4
/2.3
/2.3
/2.2
internal
target sign
6
4
2
6
4
2
6
4
2
6
4
L
6
4
2
6
4
6
4
2
24
14
terminal
+FW-5M2
U
W
+FOP2-3M3
PE
V
+FOP2-3M3
+FWP1-4M2
U
+FOP2-3M3
+FOP2-3M3
W
3 GNYE
PE
2
+FOP1-3M2
1
+FOP1-3M2
V
PE
+BN-2M5
3 GNYE
U
W
+BN-2M5
2
+FOP1-3M2
V
+BN-2M5
1
+FOP1-3M2
U
+BN-2M5
PE
+F-2M3
3 GNYE
V
2
W
1
+F-2M3
U
3
2
/2.2
item
+F-2M3
660
0 -BCC_1004 M4G2,5 +F-2M3
0 -BCC_1003 M4G4 +BW-X8
item 658
terminal 656
type
+BW-X8
lace connection
number of terminals : 47
comment
+BW-X8
terminal number 1
wire connection
strip : -X0
presentation
654
terminal block
free
+BW-X8
external
target sign
protection note according to ISO 16016 consider! cable internal
0
0
0
0
1 2 3 GNYE
2 GNYE
terminalblock diagram / Klemmenplan 1
=BCC+CC_M-X0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 1 31 sh.
R. modification
cable external
free
terminal
item
0 -BCC_1008 M4G1,5
date name standard 1
date 25.07.2011
drawn ROS
check ROS 2
0 -BCC_1009 M4G1,5 1
origin 2
4 -BCC_1000 M4G25 5
+CC_D-1Q2
4 -BCC_1001 M4G35
replaced for
5
+CC_D-1Q5 -2PE
-2L3
-2L2
-2L1
/1.5
/1.5
/1.5
/1.5
+CC_MPE
+MSB2-X
+MSB2-X
+MSB2-X
2L3
2L2
2L1
2
2PE
3
1
+MSB2-X
1
+CC_D-1Q5
1L3 +CC_MPE
+MSB1-X /1.2
1L2 /1.2
1L1 +MSB1-X
+MSB1-X /1.2
0 -BCC_1001 M4G35
+CC_D-1Q5
-1PE
-1L3
-1L2
-1L1
/1.2
6
4
6
4
2
1PE
3
+CC_MPE /3.8
-25K2
-25K2
+CC_MPE
-24K2
-24K2
2
1
+MSB1-X
1
39
/3.7
/3.7
/3.7
/3.6
/3.5
/3.5
-24K2
terminal
+CC_D-1Q2
PE
+MGOP2-3M7
38
37
36
35
34
33
/3.5
internal
target sign
0 -BCC_1000 M4G25
+CC_D-1Q2
V W
U
+MGOP2-3M7
+MGOP2-3M7
PE
+MGOP1-3M5
+MGOP2-3M7
V
type
W
lace connection
+MGOP1-3M5
comment
number of terminals : 47
presentation
+MGOP1-3M5
terminal number 32
wire connection
strip : -X0
item
U
terminal block
free
+MGOP1-3M5
external
target sign
protection note according to ISO 16016 consider! cable internal
0
3
3
GNYE GNYE
3 GNYE
0 3 GNYE
Control Cabinet Boiler terminalblock diagram / Klemmenplan 2
replaced by
=BCC+CC_M-X0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 2 31 sh.
cable external
free
R. modification date
16 -BCC_2005 M16G1,5
date 25.07.2011
drawn ROS
check ROS
name standard 7 8 9
origin 10
4 5 12 01 02 05 PE
+BW-X1.1 +BW-X1.1 -X1 +BN-5E3 +BN-5E3 +BN-5E3 +BN-5E3
4 5
0 -BCC_2022 M4G1,5 1
replaced for 2 11 12 13
0 -BCC_3014 M2X1,5
0 -BCC_3016 M2X1,5
Control Cabinet Boiler
replaced by 14
1 1
14
+FW005-19F7
2 GNYE
0 -BCC_2009 M4G1,5
=BCC+CC_M-X1 1
terminalblock diagram / Klemmenplan 3
8 L N PE NC
+F-77A2 +F-77A2 +F-77A2
+F-76A3
+F-77A2
0 -BCC_2008 M4G1,5 +F-76A3
2 PE
+F-76A3
1
1
+F-76A3
PE
13
+FW005-19F7
+BO-68B2
14
+FO 006-16F7
5
13
+FO 006-16F7
+BO-68B2
0 -BCC_2006 M3G1,5 3
15
+BO-68B2
15
14
11
13
+BW-X1.1
+BW-X1.1
+BW-X1.1
+BW-X1.1
12
12
3
+BW-X1.1
3
+BW-X1.1
11
2
+BW-X1.1
2
22
/19.8
28
/77.3 /77.3
40
/77.3
/77.2
/77.2
/76.5
/76.5
/76.5
/76.4
/68.2
/68.2
39
38
37
36
35
34
33
32
31
30
/68.2
/19.8
27
29
/19.7
/19.7
/16.7
26
25
24
/16.7
/5.6
21
23
/5.6
20
/54.7
/54.6
/54.3
/54.2
/5.5
/5.5
/5.5
/5.5
/61.5
/61.5
/38.6
/37.3
/37.2
/34.4
/34.4
/34.4
/34.3
/34.2
/54.8
19
18
17
16
15
14
13
10
9
8
7
1
+BW-X1.1
6
5
4
3
PE
GNYE 1
+BW-X1.1
10
6
+BW-X1.1
9
terminal
+BW-X1.1
item 2
type
8
lace connection
7
/34.3
presentation
+BW-X1.1
comment
number of terminals : 42
12
15
-77K4
-X11
-76K5
-69K5
-69A2
A1
10
A1
A2
23
17
16
-69A2 -69A2
2
3
A1
-8F4
-X30
-19K7
-X11
A1
-X11 -16K7
3
14
21
44
42
21
A1
7
44
12
12
14
82
34
-X20
-40A3
-38K2
-56K6
-50K6
-51K6
-28K4
-X11
-18K2
-X1
-61K2
-61K2
-34K7
-34K7
33
A2
-33K4
-34K7
A2
24
14
34
-34K6
-39K3
-38K2
-34K6
item
+BW-X1.1
terminal number 1
wire connection
strip : -X1
internal
target sign
terminal
6
terminal block
free
+BW-X1.1
external
target sign
protection note according to ISO 16016 consider!
0
0
1 2 4 3
3 GNYE 2 GNYE 3
2 2
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 3 31 sh.
cable internal
cable internal
33 -X11
lace connection
type
14
0 -BCC_3018 M2X1,5
1
2
cable external
free
+GO 006-23F7
item
13
external
terminal
+GO 006-23F7
41
terminal number
42
wire connection
/23.7
/23.7
strip : -X1
terminal block
comment
number of terminals : 42
presentation
-23K7
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
A1
3 -X40
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 4
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 4 31
sh.
cable external
free
R. modification
terminal
item
0 -BCC_3001 M2X1,5
date date 25.07.2011
drawn ROS
check ROS
name standard origin
2 3 8 9
+BW-X2.1 +BW-X2.1 +BW-X2.1
2
+BW-X2.1
1
1
2 -BCC_3005 M12X1,5 1 2 3 8 9
replaced for
4
+BW-X2.1
5
0 -BCC_3012 M4X1,5
Control Cabinet Boiler
replaced by
NO C NO
+F-57S3 +F-57S3
1
+F-57S2
2
C
1
+F-57S2
4
C
+F-56S2
3
NO
+F-56S2
2
+F-56S3
C NO
+F-55S3
1
+F-56S3
C NO
+F-55S3
0 -BCC_3010 M4X1,5 C
0 -BCC_3008 M4X1,5 NO
2
+F-55S2
NC
+BO-53F2
1
+F-55S2
C
2
NC
1
+BO-53F2
0 -BCC_3007 M2X1,5 +BO-52F2
5
7
+BW-X2.1
4
C
6
7
+BO-52F2
10
+BW-X2.1
6
+BW-X2.1
0 -BCC_3006 M2X1,5 10
+BW-X2.1
/9.3
6
3 4 3 4
2
=BCC+CC_M-X2
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
/57.4
/57.3
/57.2
/57.2
/56.4
/56.3
/56.2
/56.2
/55.4
/55.3
/55.2
/55.2
/53.2
/53.2
/52.2
/52.2
/51.2
/50.2
/49.2
/48.2
/47.4
/47.2
/46.2
/45.2
/44.2
/44.2
/9.3
7
/9.3
5
/9.3
/9.2
4
3
2
/9.2
23
-55K5
-56K6
-55K5
-55K6
-12K2
11
A1
A1
A1
11
A1
-52K6 -53K6
23
-53K6
A1
23
-52K6 -52K6
11
A1
22
A1
A1
A1
A1
A1
A1
-51K6
-51K6
-59K4
-49K6
-48K6
-47K5
-47K6
-46K8
-45K4
A1
23
-44K4 -44K4
21
S12
2
-42K5
-9K5
-X12
internal
target sign
terminal
+BW-X2.1
NC
0 -BCC_3002 M2X1,5 +F-9S3
2
C
1
NC
type
+F-9S3
lace connection
number of terminals : 40
comment
+F-9S2
terminal number 1
wire connection
strip : -X2
presentation
C
terminal block
item
+F-9S2
external
target sign
protection note according to ISO 16016 consider! free
0
terminalblock diagram / Klemmenplan 5
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 5 31 sh.
cable internal
cable internal
A1 -59K7 /59.7
/59.6
/59.5
-42K6 /59.5
/59.3
4
42 NO +F-59S6
3
41 C
40 NO
+F-59S6
2
+F-59S5
1
39 C +F-59S5
37
38 NO +F-59S3
2
3
4
external
item free
36
1
terminal
C
C +F-59S2
35
terminal number
NO
type
+F-59S3
lace connection
+F-59S2
wire connection
/59.2
/59.2
strip : -X2
terminal block
comment
number of terminals : 40
presentation
/59.3
-59K4
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
11
A1
0
free
0 -BCC_3020 M4X1,5
cable external
0 -BCC_3021 M4X1,5
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 6
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 6 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 -BCC_4002 M5X0,75SH
origin 1 2 3 4 5
0 -BCC_4011 M3X0,75SH
replaced for
0 -BCC_4005 M2X0,75SH
1 2
6 1 2
+BW-X3.2 +BW-X3.3 +BW-X3.3
Control Cabinet Boiler
replaced by
/64.3
18
6
24
2 3
+BO-69B3 +BO-69B3
S 1 2 3 4
30
29
28
GND
+BO-69B3
/69.4
/69.4
/69.3
/69.3
/69.3
/68.4
/68.4
23
25
/68.4
22
-69A2
-69A2
-69A2
-69A2
-69A2
1
2
3
4
5
42-
43+
-70A2 /68.4
-70A2
42-
-73A2 /68.4
21
43+
35
5
34
33
/68.3
-73A2
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
20
/64.3
/64.3
17
19
/64.2
/62.3
/62.3
/62.2
6
5 -40A3
-40A3 /40.6
4 /40.5
3 -40A3
-40A3 /40.5
2
-40A3
1
6
5
4
3
2
1
/40.6
-40A3
-39A3
-39A3
-39A3
-39A3
-39A3
-39A3
/40.6
/40.6
/39.6
/39.5
/39.5
/39.6
/39.6
16
15
14
13
12
11
10
9
8
7
6
5
4
27
2
26
1
1
2
+BO-69B3
1
-SH
1-
0 -BCC_4003 M4X0,75SH +BO-68B2
S
2+
5
+BW-X3.2
S
+BO-68B2
4
+BW-X3.2
5
-
3
+BW-X3.2
4
+BO-64B2
2
+BW-X3.2
3
3
1
+BW-X3.2
2
+
6
+BW-X3.1
1
+BO-64B2
5
3
2
/39.6
internal
target sign
terminal
+BW-X3.3
4
6 -BCC_4001 M5X0,75SH +BW-X3.1
0 -BCC_4000 M2X0,75SH +BW-X3.1
item 3
terminal 2
type
+BW-X3.1
lace connection
number of terminals : 30
comment
+BW-X3.1
terminal number 1
wire connection
strip : -X3
presentation
1
terminal block
item
+BW-X3.1
external
target sign
protection note according to ISO 16016 consider! free
0
3
terminalblock diagram / Klemmenplan 7
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 7 31 sh.
cable internal
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 7 8 9
+ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
origin 10 11 12
replaced for 13 14 15 16 17 18 19
Control Cabinet Boiler
replaced by 20 21 22 23
27 28 29 30 31 32 33
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
=BCC+CC_M-X4 10 11 12 13
terminalblock diagram / Klemmenplan 8 14 15 16 17 18 19 20 21 22 23
51 52 53 54 55 56 57
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
0-8100-100454-14 /3-32
10
0-8100-100454-14-3
11 12 13 14 15
31
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
64
63
62
61
60
59
58
50
1
+ECR-X
49 +ECR-X
47
46
45
44
43
42
41
40
39
38
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
37
36
35
48
24
+ECR-X
0 -BCC_6012 M18X1,5 +ECR-X
+ECR-X
+ECR-X
+ECR-X
34
26
1
+ECR-X
25 +ECR-X
23
22
21
+ECR-X
+ECR-X
+ECR-X
+ECR-X
20
19
18
17
16
15
14
13
12
11
24
24
+ECR-X
0 -BCC_6011 M24X1,5 +ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
10
5
1
+ECR-X
4
0 -BCC_6010 M24X1,5 +ECR-X
item +ECR-X
terminal 3
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
type
2
lace connection
+ECR-X
comment
number of terminals : 102
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
presentation
+ECR-X
terminal number 1
wire connection
strip : -X4
-9K6
-9K6
-46K8
-46K8
-2Q2
-2Q2
-2Q5
-2Q5
-27K5
-27K5
-27K4
-27K4
-49K6
-49K6
-56K6
-56K6
-70K5
-70K5
-69K5
-69K5
-18K8
-18K8
-17K8
-17K8
-3Q3
-3Q3
-3Q2
-3Q2
-27K2
-27K2
-18K2
-18K2
-17K2
-17K2
-30K2
-30K2
-74K7
-74K7
-74K6
-74K6
-53K6
-53K6
-52K6
-52K6
-77K4
-77K4
-76K5
24
23
14
11
44
43
44
43
14
11
14
11
34
33
84
71
24
21
24
23
14
11
14
11
34
33
34
33
44
41
14
13
14
13
34
33
14
11
14
11
34
33
34
33
24
21
24
21
44 -76K5
-1K6
21
14
11
14
11
24
21
44
43
34
33
44
41
44
internal
target sign
-1K3
-7K5
-27K8
-27K8
-27K7
-27K7
-35K6
-35K6
-57K6
-57K6
-56K6
-9K5
-42K5
-42K5
item
1
terminal block
terminal
+ECR-X
external
target sign
protection note according to ISO 16016 consider! free
0
16
=BCC
+CC_M sheet 8 sh.
cable internal
cable external
free
R. modification
item
date
terminal
18 -BCC_6012 M18X1,5
name standard 17
date 25.07.2011
drawn ROS
check ROS
70 71 72 73 74 75
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
origin 10
replaced for 11 12 13 14 15 16 17
87 88 89 90 91 92 93
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
Control Cabinet Boiler
replaced by 10 11 12
=BCC+CC_M-X4 13 14 15 16 17
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
102
101
100
99
98
97
96
95
94
86
+ECR-X
1
+ECR-X
85
83
82
81
80
79
78
77
+ECR-X
0 -BCC_6014 M18X1,5 84
18
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
76
69
1
+ECR-X
68
+ECR-X
18
+ECR-X
0 -BCC_6013 M18X1,5 102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
type
66
lace connection
67
comment
number of terminals : 102
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
/102.8
presentation
66
terminal number 65
wire connection
strip : -X4
-59K7
-59K7
-25K8
-25K8
-24K8
-24K8
-3Q7
-3Q7
-3Q5
-3Q5
-25K2
-25K2
-24K2
-24K2
-63K5
-63K5
-63K6
-63K6
-22K2
-22K2
-20K2
-20K2
-22K8
-22K8
-4Q2
-4Q2
-22K7
-22K7
-20K1
-20K1
-51K6
-51K6
item
+ECR-X
65
terminal block internal
target sign
24
23
14
11
14
11
44
43
44
43
14
13
14
13
22
21
22
21
14
11
14
11
24
21
44
43
34
31
44
43
34
31
terminal
+ECR-X
+ECR-X
external
target sign
protection note according to ISO 16016 consider! free
0
18
terminalblock diagram / Klemmenplan 9
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 9 31 sh.
cable internal
cable internal
11-70A2
32
12+ -70A2
+CC_D-60N3
+
-
+
-
+ECR-X
+ECR-X
+ECR-X
+ECR-X
1
terminal number
4
type
3
lace connection
2
wire connection
/70.7
/64.5
strip : -X6
terminal block
comment
number of terminals : 4
presentation
/70.6
+CC_D-60N3
internal
item
1
2
3
4
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
/64.5
31
0
free
item 2 -BCC_6001 M5X0,75SH
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 10
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X6
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 10 31
sh.
cable internal
0 l
free
terminal number
-2T5 2
type
+CC_D-2P5
lace connection
1
wire connection
+CC_D-2P5
strip : -X10
terminal block
comment
number of terminals : 2
/2.5
presentation
/2.6
+CC_MPE
internal
item
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
item 0
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 11
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X10
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 11 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
Control Cabinet Boiler
replaced by
7 7 1 2
2/4 1
+CC_D-19S3 +CC_D-19S4 +CC_D-27S2 +CC_D-27S2
+CC_D-30S2 +CC_D-30S2
terminalblock diagram / Klemmenplan 12
=BCC+CC_M-X11
3 1 2/4 1 3 1 2 8
7 7
+CC_D-35S5 +CC_D-35S5 +CC_D-35S5 +CC_D-39S2 +CC_D-39S2 +CC_D-39S2 +CC_D-42S6 +CC_D-42S6 +CC_D-23S3
+CC_D-23S3 +CC_D-23S4 +CC_D-30P5
14 2/4
+CC_D-36S5
3
8
13
8
+CC_D-19S3 +CC_D-19S4
+CC_D-36S5
7
+CC_D-30S2
7
+CC_D-16S4
14
+CC_D-9S8
+CC_D-16S3
A2
-77K4
8
37
-X1
+CC_D-16S3
A2
-42K6
item 13
terminal 36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
/30.5
/23.5
/23.3
/23.4
-30K4
-25K7
A1
14
14
-X1 -24K7
2L 41
-15A1.1
A1
72 -42K6
-34K7 /42.6
62 /42.6
52 -34K7
-34K7 /39.2
24
-34K7
11
A1
X3:18
A1
12
33
Q3:1
/39.2
-63K3
-34K7
-12A3
-36K7
-42K5
-2Q5
-10A2
/39.2
/35.4
/35.4
/35.4
/36.6
/36.6
/30.2
/30.2
14
23
-20K1 -46K6
11
-22K7
/30.2
14 /27.2
11 -5F2
-22K6 /27.2
A.2
-13A1
25
3
14
/19.5
-X1
-X21
-18K7
14
23 -17K7
34 -X1
A1 -9K7
-9K8
/19.3
/19.4
/16.5
/16.3
/16.5
/9.7
A2
A2 -27K2
-9K8
10
/7.6
/7.6
9
6
-8B6 /7.6
A2
8
-7K5
+CC_D-30P5
13
1
Q4:1
/7.6
/7.6
6
+CC_D-9S8
-8F6
-10A3
internal
target sign
7
/7.6
/7.6
5
4
/7.6
/7.6
2 3
/7.6
terminal number
-X1
type
0V
lace connection
number of terminals : 36
comment
1
presentation
A1
wire connection
strip : -X11
item
-7T2
terminal block
terminal
-7K5
external
target sign
protection note according to ISO 16016 consider! free
0
0
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 12 31 sh.
cable internal
cable external
free
R. modification
terminal
item
date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
16
-X12
Control Cabinet Boiler
replaced by
6 13 12 14 9 10
2
6 6
+CC_D-60N3 +CC_D-60N3 +CC_D-60N3 +CC_D-60N3
+CC_D-23S3
+CC_D-23S3 +CC_D-23S4
6
+CC_D-19S3
+CC_D-60N3
2
+CC_D-19S3
+CC_D-19S4
6
+CC_D-16S4
19
6
-X12
+CC_D-16S3
E.3
-13A1
11
=BCC+CC_M-X12
terminalblock diagram / Klemmenplan 13
32
31
/23.4
/23.3
31
-14A1.1
E.5
E.4
-35K2 -14A1.1
13
29
-3Q7
/63.4
28
/23.3
A1
-63K4 /63.4
27
30
A1
A1
A1
24
E.1
-63K3
-61K4
-61K3
-42K6
-13A1
E.0
-22K8 -13A1
11
19 -19K7
-X12
E.4
13
-3Q3
-13A1
11
-16K7
/63.4
/61.4
/61.3
/61.3
/19.4
/19.3
/19.3
/16.4
/16.3
/16.3
31
16
A2
A2
/63.3
26
25
24
23
22
21
20
19
18
17
16
-X12
2
+CC_D-90H8
+CC_D-16S3
-73A2 16
-X12
-47K6
-X12
/11.6
/11.6
-46K8
+CC_MPE
+CC_D-92H9
16
15
A2
-63K6
/11.6
/11.6
12
14
/11.6
11
13
1M
-13A1 /11.6
A2
11
-35K6 /11.6
10
L+
11
2
11
1
61
/11.6
-15A1
-7K5
-11F5
-27K6
-X2
-9K6
internal
target sign
9
-70K5
E.7
/11.6
/11.6
6
8
/92.8
5
/11.6
/92.8
4
7
/92.8
/9.2
/9.2
3
2
+CC_D-60N3
-13A1.1
+CC_D-60N3
13
type
22
lace connection
+CC_D-92S7
comment
number of terminals : 32
presentation
+CC_D-9S1
terminal number 1
wire connection
strip : -X12
item
21
terminal block
terminal
+CC_D-9S1
external
target sign
protection note according to ISO 16016 consider! free
0
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 13 31 sh.
cable internal
cable external
free
R. modification
terminal
date
14
lace connection
type
terminal number
item
date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
14 15 16 17 18
+CC_D-92H6 +CC_D-92H7 +CC_D-92H8 +CC_D-92S7 +CC_D-92H9
13
10
+CC_D-92H5
9
+CC_D-92H4
8
+CC_D-90H8
12
7
+CC_D-90H7
+CC_D-92H3
LT
6
+CC_D-90H6
11
LT
5
+CC_D-90H5
+CC_D-92H2
LT
4
+CC_D-90H4
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
3
LT
LT
LT
+CC_D-90H3
2
comment
number of terminals : 18
/92.7
/92.6
/92.6
/92.5
/92.4
/92.4
/92.3
/92.2
/90.8
/90.7
/90.6
/90.6
/90.5
/90.5
/90.4
/90.3
/90.3
/90.2
presentation
+CC_D-90H2
wire connection
strip : -X19
-27K6
-1K6
-28K4
-30K2
-30K6
-30K4
-42K5
-35K6
-25K2
-24K2
-27K2
-22K7
-20K1
-18K2
-17K2
-1K3
item
1
terminal block internal
target sign
12
14
14
14
14
14
34
14
24
24
34
24
34
24
24
14
terminal
+CC_D-90H1
external
target sign
protection note according to ISO 16016 consider! free
0
0
Control Cabinet Boiler terminalblock diagram / Klemmenplan 14
replaced by
=BCC+CC_M-X19
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 14 31 sh.
cable internal
cable internal
A2
A2
-17K2
-18K2
3 -X21
A1
23
24
+CC_MPE /17.6
/17.6
-17K7 /17.5
-17K2
1
2
5
+FOP1-X1
+FOP1-X1
+FOP1-X1
1
2
3
4
5
6 6
3 +FOP1-X1
5
4 +FOP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/17.5
/17.4
strip : -X20
terminal block
comment
number of terminals : 6
presentation
/17.4
-17K7
internal
item
item 1 -BCC_2120 M7G1,5
GNYE
cable external
free
+FOP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 15
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X20
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 15 31
sh.
cable internal
A2
A2
-18K2
-20K1
15 -X11
A1
3
24
+CC_MPE /18.6
/18.6
-18K7 /18.5
-18K2
1
2
5
+FOP2-X1
+FOP2-X1
+FOP2-X1
1
2
3
4
5
6 6
3 +FOP2-X1
5
4 +FOP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/18.5
/18.4
strip : -X21
terminal block
comment
number of terminals : 6
presentation
/18.4
-18K7
internal
item
item 1 -BCC_2121 M7G1,5
GNYE
cable external
free
+FOP2-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X20
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 16
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X21
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 16 31
sh.
cable internal
A2
A2
-20K1
-24K2
11 -5F2
A1
27
14
+CC_MPE /20.6
/20.6
-20K7 /20.6
-20K1
1
2
5
+FWP1-X1
+FWP1-X1
+FWP1-X1
1
2
3
4
5
6 6
3 +FWP1-X1
5
4 +FWP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/20.5
/20.4
strip : -X30
terminal block
comment
number of terminals : 6
presentation
/20.5
-20K7
internal
item
item 1 -BCC_2220 M7G1,5
GNYE
cable external
free
+FWP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 17
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X30
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 17 31
sh.
cable internal
A2
11
-22K6 /21.8
/21.8
-22K1
-22K6 /21.7
/21.6
11
12
+BCCFWP2-X1
+BCCFWP2-X1
+BCCFWP2-X1
7
9
10
+BCCFWP2-X1
2
3
4
5
6 GNYE
cable external
0 -BCC_2222 M7G1,5
6
8 +BCCFWP2-X1
external
item
5
7 +BCCFWP2-X1
1
terminal
free
A1
14 -22K1
-22K8
6 +BCCFWP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/21.6
/21.4
strip : -X31
terminal block
comment
number of terminals : 7
presentation
/21.5
-22K7
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
A1
A1
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 18
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X31
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 18 31
sh.
cable internal
A2
A2
-24K2
-25K2
3 -X41
A1
41
24
+CC_MPE /24.6
/24.6
-24K7 /24.5
-24K2
1
2
5
+MGOP1-X1
+MGOP1-X1
+MGOP1-X1
1
2
3
4
5
6 6
3 +MGOP1-X1
5
4 +MGOP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/24.5
/24.4
strip : -X40
terminal block
comment
number of terminals : 6
presentation
/24.4
-24K7
internal
item
item 1 -BCC_2122 M7G1,5
GNYE
cable external
free
+MGOP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 19
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X40
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 19 31
sh.
cable internal
A2
A2 -28K4
A1
-25K2
3
-25K7
+CC_MPE /25.6
/25.6
/25.5
-X40
-25K2
1
2
5
+MGOP2-X1
+MGOP2-X1
+MGOP2-X1
1
2
3
4
5
6 6
3 +MGOP2-X1
5
4 +MGOP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/25.5
/25.4
strip : -X41
terminal block
comment
number of terminals : 6
presentation
/25.4
-25K7
internal
item
item 1 -BCC_2123 M7G1,5
GNYE
cable external
free
+MGOP2-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
24
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 20
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X41
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 20 31
sh.
cable internal
4
6
0
free
N +CC_D-8M6
external
terminal
item
+CC_MPE
0
cable external
free
/8.6
-8B6
L +CC_D-8M6
1
terminal number
3
type
2
lace connection
PE
wire connection
+CC_D-8M6
strip : -X111
terminal block
comment
number of terminals : 3
/8.6
presentation
/8.6
-8B6
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 21
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X111
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 21 31
sh.
cable internal
0
free
/1.8
/1.8
/1.8
PE
PE
/1.8
PE
type
PE
lace connection
/1.8
wire connection
number of terminals : 5
comment strip : -XPE
terminal block
presentation
PE
+CC_MPE
internal
item
terminal number
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
item
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 22
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-XPE
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 22 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard origin
1 2 3 4
+CC_M-X1 +CC_M-X1 +CC_M-X1 +CC_M-X1
1 2 3 4 5 6 7 8 9 10 13 11
replaced for 12 14
20 6
+CC_M-X1
19
17
16
18
+CC_M-X1
+CC_M-X1
+CC_M-X1
+CC_M-X1
+CC_M-X1
5
11
Zündventile oil valves 13.01
ignition Zündtrafo valves
PE
15
14
13
12
11
10
9
8
7
6
5
12.17
Zünderbeheizung 06.01.22/06.49
igniter Heizungen 01.06.11 heater
Brennerheizung 01.06.10 heaters
Ölverteilerbeheizung burner heater
oil distributor heater
Flamme
Ölventile flame
oil Zündung valves
Notbetriebskasten ignition
emergency operation 08.02 box
Stellmotor06.01.xx/06.10 Verbundregler
servo 4 motor compound 13.03/13.09/13.11 regulator Ölventile
3
2
ignition transformer
/34.4
/54.8
/54.7
/54.3
/54.2
/54.6
/34.4
/34.4
/34.3
/34.2
/34.3
/61.5
/61.5
/38.6
/37.3
/37.2
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
internal
target sign
5
2
200
106
105
54
51
45
199
198
197
195
196
68
67
14
terminal
+CC_M-X1
10
+CC_M-X1
0 -BCC_2005 M16G1,5 +CC_M-X1
item 9
terminal 8
type
+CC_M-X1
lace connection
number of terminals : 16
comment
+CC_M-X1
terminal number 1
wire connection
strip : -X1.1
presentation
7
terminal block
item
+CC_M-X1
external
target sign
protection note according to ISO 16016 consider! free
0
15 GNYE
Control Cabinet Boiler terminalblock diagram / Klemmenplan 23
replaced by
=BCC+BW-X1.1
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 23 31 sh.
cable internal
cable external
free
R. modification
terminal number
date name standard
wire connection
lace connection
comment
type
date 25.07.2011
drawn ROS
check ROS
10 11
+CC_M-X2 +CC_M-X2
4 5 6 7 8 9
origin
12
14
+CC_M-X2
3
+CC_M-X2
13
+CC_M-X2
2
Luftkastentemperaturwächter oil pressure monitor 06.35
203
-X8
PE
replaced for
08.02
in Zündstellung 08.02
Endschalterin Verbungregler Zündstellung
Endschalter in purge Verbungregler position
232 /44.3
229
226
223
217
214
211
205
202
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
201
/47.4
/47.2
/46.2
/49.2
/48.2
/51.2
/50.2
/45.2
/44.2
-X8
internal
target sign
10 limit switch compound in ignitionregulator position 04.40
9 limit Endschalter switch compund Drehzerstäuber regulator 06.04.07
8limit switch rotary Öldruckwächter cup atomizer 04.09
7
windbox Schweröltemperaturwächter temperature monitor 06.36
16heavy 5 fuel Schweröltemperaturwächter oil temperature monitor 04.03
+CC_M-X2
1
6
15heavy 4 Verbrennungsluftdruckwächter fuel oil temperature monitor 04.04
+CC_M-X2
2 -BCC_3005 M12X1,5 8atomizing 2 air diff. pressure monitor
item Zerstäuberluftdifferenzdruckwächter 9 3 combustion air pressure monitor
terminal
+CC_M-X2
/44.2
presentation
+CC_M-X2
number of terminals : 11
strip : -X2.1
item
7
1
terminal block
terminal
+CC_M-X2
external
target sign
protection note according to ISO 16016 consider! free
0
10
Control Cabinet Boiler terminalblock diagram / Klemmenplan 24
replaced by
=BCC+BW-X2.1
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 24 31 sh.
cable internal
cable internal
506
501
502
503
-X8 /39.6
-X8
-X8 /39.5
/39.5
-X8 3
4
5
6
+CC_M-X3
+CC_M-X3
+CC_M-X3
+CC_M-X3
6
2 +CC_M-X3
5
-X8 /39.6
/39.6
14.02
1 +CC_M-X3
1
terminal number
4
type
Flammenfühler 1
lace connection
3
/39.6
wire connection
flame scanner 1
strip : -X3.1
terminal block
comment
number of terminals : 6
presentation
2
-X8
internal
item
1
2
3
4
5
S
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
504
505
0
free
item 6 -BCC_4001 M5X0,75SH
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 25
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.1
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 25 31
sh.
cable internal
507
512 -X8 /40.6
-X8
-X8 /40.5
11
12
+CC_M-X3
+CC_M-X3
6
10 +CC_M-X3
2
3
4
5
S
cable external
6 -BCC_4002 M5X0,75SH
/40.5
9 +CC_M-X3
external
item
5
8 +CC_M-X3
1
terminal
free
508
509 -X8
-X8 /40.6
/40.6
14.02
7 +CC_M-X3
1
terminal number
4
type
Flammenfühler 2
lace connection
3
/40.6
wire connection
flame scanner 2
strip : -X3.2
terminal block
comment
number of terminals : 6
presentation
2
-X8
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
510
511
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 26
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.2
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 26 31
sh.
cable internal
516
515
-X8 /62.3
-X8
1
2
3
4 +CC_MGND
-X8 /62.3
/62.3
08.02
Stellmotor Verbundregler
15
0 -BCC_4011 M3X0,75SH
SW
cable external
free
14
item
+CC_M-X3
external
terminal
+CC_M-X3
terminal number
3
/62.2
type
number of terminals : 4
lace connection
servo 1 motor compound regulator
wire connection
13
strip : -X3.3
terminal block
comment
+CC_M-X3
presentation
2
-X8
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
514
513
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 27
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.3
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 27 31
sh.
cable external
free
R. modification
terminal
item
date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
PE 1 2 PE
+BN-2Y2 +BN-2Y3 +BN-2Y3 +BN-2Y3
Control Cabinet Boiler
replaced by
1 2 PE L
+BN-3Y2 +BN-3Y5 +BN-3Y5 +BN-3Y5 +BN-5E1
=BCC+BW-X8
PE L
+BN-5E3 +BN-5E3 +BN-5E4
terminalblock diagram / Klemmenplan 28
12 22
-16K1 -16K1
0-8100-100454-14 /3-32 0-8100-100454-14-3
+BN-H1
Ölscharnierbeheizung
oil feed hinge heater
06.49
Ölblockbeheizung
oil block heater
06.01.22
ESV-Ventilbeheizung
ESV valve heater
01.06.11
Brennerheizung
burner heater
01.06.10
Ölverteilerbeheizung 2
oil distributor heater 2
01.06.10
Ölverteilerbeheizung 1
oil distributor heater 1
06.10
Hauptölentlastungsventil
main oil relief valve
06.01.02
Hauptölventil 2
main oil valve 2
06.01.01
Hauptölventil 1
08.02
Stellmotor Verbundregler
Flamme
199
31
0
=BCC
+BW sheet 28 sh.
04.04
PE Zerstäuberluftdifferenzdruckwächter 203
NO Differenzdruckwächter atomizing 202 air diff. pressure Zerstäuberluft monitor +BN-17F1
differential C 201 pressure monitor atomizing air +BN-17F1
200
Ölventile flame
Notbetriebskasten oil valves
emergency operation Zündung box
ignition
12.17
Zünderbeheizung 08.02
Stellmotor Verbundregler igniter heater 08.02
198
197
196
195
194
193
191
190
189
107
106
105
servo 68 motor Stellmotor compound Verbundregler regulator
servo 67 motor compound regulator
66
65
64
servo 63 motor compound regulator
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
31
30
29
22
21
20
19
18
+BN-17F1
+BN-H1
14 X1
+BN-S2
13
+BN-S1
+BN-S3
14
21
+BN-S
X2
21
+BN-S4
+BN-H1
13
+BN-9E2
+BN-S1
N PE
+BN-9E2
L
PE
+BN-6Y1-M
+BN-9E2
1
+BN-5E6
3
+BN-5E6
+BN-6Y1-M
N PE
+BN-5E6
+BN-6Y1-M
L
+BN-5E5
2
PE
+BN-5E5
+BN-6Y1-M
L N
+BN-5E5
N
N
+BN-5E3
PE
L
+BN-5E2
+BN-5E4
PE
+BN-5E2
+BN-5E4
L N
+BN-5E2
N
PE
+BN-3Y2
PE
2
+BN-3Y2
+BN-5E1
1
+BN-3Y1
main oil valve 1
06.01.01/06.01.02
16 17
Ölventile
oil valves
13.03/13.09/13.11
Zündventile
ignition valves
13.03/13.09/13.11
Zündventile
ignition valves
13.03/13.09/13.11
Zündventile
ignition valves
13.01
Zündtrafo
15
14
13
12
11
10
9
8
7
6
5
4
3
ignition transformer
5
/44.3
/44.2
/44.2
/34.4
/34.4
/34.4
/34.3
-X2.1
-X2.1
-X2.1
-X1.1
-X1.1
-X1.1
-X1.1
PE
2
1
PE
10
9
8
6
7 -X1.1
-X1.1 /34.3
A2 /34.2
A1 -16K1
-16K1 /34.5
16
-X
24
14
15
14
/34.5
-16K1
-16K1
-X1.1
-X1.1
-X1.1
4
/34.4
/34.5
/34.4
/54.8
/54.8
/54.7
/61.5
/61.5
/61.8
-X1.1
21
-16K1 /61.8
11
-16K1
13
12
11
3
2
1
/61.7
-X1.1
-X1.1
-X1.1
-X1.1
-X1.1
-X1.1
/61.7
/54.5
/54.5
/54.5
/54.4
/54.4
/54.4
/54.3
/54.3
/54.3
/54.2
/54.2
/54.2
/54.7
/54.7
/54.6
/54.6
/54.6
/54.6
/38.7
/38.7
/38.7
/38.4
/38.4
/38.4
/38.3
/38.3
/38.3
/38.6
/38.6
/38.6
/37.6
/37.5
/37.5
/37.5
/37.4
/37.4
/37.4
/37.3
/37.3
/37.3
/37.2
/37.2
internal
target sign
terminal
+BN-5E1
2 PE
+BN-3Y1
1
2
+BN-2Y2
+BN-3Y1
1
+BN-2Y2
V
PE
+BN-2Y1
U
2
+BN-2Y1
-3A1
1
+BN-2Y1
-3A1
PE
A2
type
+BN-2T1
lace connection
number of terminals : 108
comment
+BN-2T1
terminal number 2
wire connection
strip : -X8
presentation
A1
terminal block
item
+BN-2T1
external
target sign
protection note according to ISO 16016 consider! free
0
cable internal
cable external
free
R. modification
terminal block
wire connection
lace connection
date name standard
comment
type
date 25.07.2011
drawn ROS
check ROS
PE
origin
C
+BN-18F1
C
replaced for
Öldruckwächter
Control Cabinet Boiler
replaced by
/47.4 /47.4
+BN-6Y1-S4 limit switch compound C 231 regulator inin ignition purge position +BN-6Y1-S4
=BCC+BW-X8
terminalblock diagram / Klemmenplan 29
654 2 3 4
+CC_M-X0 +CC_M-X0 +CC_M-X0
1 2 3 GNYE
660
658
656
516 1
+CC_M-X0
0 -BCC_1004 M4G2,5 -SH
515
08.02
Stellmotor Verbundregler E
514
G +BN-6Y1-R1
Flammenfühler 2
flame scanner 2
+BN-6Y1-R1
511
510
512
+BN-40B2
servo 513 motor compound regulator 14.02
YE
+BN-40B2
509
14.02
B
WH
+BN-40B2
508
+BN-6Y1-R1
GN
+BN-40B2
Flammenfühler 1
flame scanner 1
08.02
in Zündstellung
Endschalter Verbungregler 08.02
inin purge Zündstellung position
-SH
BU RD
+BN-40B2
507
505 506
YE
+BN-40B1
504
503
502
501
233
-SH
GN WH
+BN-40B1
+BN-40B1 +BN-40B1
BU RD
+BN-40B1
PE
+BN-6Y1-S4
/2.3
/2.3
/2.2
/2.2
/62.3
/62.3
/62.3
+BN-2M2
+BN-2M2
+BN-2M2
+BN-2M2
-X3.3
-X3.3
-X3.3
PE
W
V
U
4
3
2
1
6 -X3.3
-X3.2 /62.2
1 /40.6
2 -X3.2
-X3.2 /40.6
3
-X3.2
4
5
6
1
2
3
4
5
10
9
/40.6
-X3.2
-X3.2
-X3.1
-X3.1
-X3.1
-X3.1
-X3.1
-X3.1
-X2.1
-X2.1
8
7
6
5
4
3
/40.6
/40.5
/40.5
/39.6
/39.6
/39.6
/39.6
/39.5
/39.5
/47.4
/47.2
Endschalter NO 229 limit Verbundregler switch compund in Zündstellung regulator
+BN-6Y1-S3
-X2.1
-X2.1
-X2.1
-X2.1
-X2.1
-X2.1
internal
target sign
terminal
Endschalter NO 232 limit Verbundregler switch Endschalter compound in Verbungregler Lüftstellung regulator
/47.2
+BN-6Y1-S3limit switch compound C 228 regulator in ignition position 04.40
/46.2 /46.3
PE
/46.2
/49.3
/49.2
/49.2
/48.3
/48.2
/48.2
/51.3
/51.2
/51.2
/50.3
/50.2
/50.2
227 Endschalter Drehzerstäuber
+BN-19S1
Endschalter NO 226 limit Drehzerstäuber switch rotary ausgeschwenkt cup atomizer
224
+BN-19S1
PE
oil pressure Druckwächter monitor Öl
pressure monitor 04.09 oil
limit switch C 225 rotary cup atomizer swung 06.04.07 out
+BN-18F4
223
222
218Luftkastentemperaturwächter
217 Temperaturwächter windbox temperature Luftkasten monitor
216 temperature monitor windbox 06.35
+BN-19S1
C
PE
+BN-18F3
NC
NC
+BN-18F3
+BN-18F4
C
+BN-18F3
+BN-18F4
PE
+BN-18F2
215 Schweröltemperaturwächter
NCheavy 214Temperaturwächter fuel oil temperatureSchweröl monitor
temperature monitor06.36 HFO
+BN-18F2
213
212 Schweröltemperaturwächter
PE
+BN-18F2
temperature monitor04.03 HFO
+BN-18F1
210
NOheavy 211Temperaturwächter fuel oil temperatureSchweröl monitor
+BN-18F1
/45.3
/45.2
/45.2
item
206 Verbrennungsluftdruckwächter
NO Differenzdruckwächter 205 combustion air pressure Zerstäuberluft monitor
item +BN-17F2
terminal
+BN-17F2
terminal number
differential C 204 pressure monitor atomizing air
number of terminals : 108
strip : -X8
presentation
+BN-17F2
external
target sign
protection note according to ISO 16016 consider! free
0
0
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 29 31 sh.
cable internal
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 7 8 9
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
origin 10 11 12
replaced for 13 14 15 16 17 18 19 20
Control Cabinet Boiler
replaced by 21 22 23
27 28 29 30 31 32 33
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
=BCC+ECR-X 10 11 12 13 14
terminalblock diagram / Klemmenplan 30 15 16 17 18 19 20 21 22 23
51 52 53 54 55 56 57
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
0-8100-100454-14 /3-32
10 11
0-8100-100454-14-3
12 13 14 15 16
31
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
65
64
63
62
61
60
59
58
50
+CC_M-X4
1
+CC_M-X4
49
47
46
45
44
43
42
41
40
39
48
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
38
37
36
35
+CC_M-X4
24
+CC_M-X4
0 -BCC_6012 M18X1,5 +CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
34
26
+CC_M-X4
1
+CC_M-X4
25
23
22
24
+CC_M-X4
+CC_M-X4
21
20
19
18
17
16
15
14
13
12
11
+CC_M-X4
24
+CC_M-X4
0 -BCC_6011 M24X1,5 +CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
10
5
+CC_M-X4
1
+CC_M-X4
4
+CC_M-X4
0 -BCC_6010 M24X1,5 3
item 2
terminal
+CC_M-X4
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
type number of terminals : 106
lace connection
+CC_M-X4
terminal number 1
wire connection strip : -X
comment
1
terminal block
/102.8
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
presentation
+CC_M-X4
external
target sign
protection note according to ISO 16016 consider!
internal
target sign
free
terminal
item
17
=BCC
+ECR sheet 30 sh.
cable internal
cable external
free
R. modification
18 -BCC_6012 M18X1,5
0 -BCC_6013 M18X1,5
date date 25.07.2011
drawn ROS
check ROS
name standard 1
origin 2 3 4 5 6 7 8 9 10 11
0 -BCC_6014 M18X1,5
replaced for 12 13 14 15 16 17 1
Control Cabinet Boiler
replaced by 2 3 4 5 6 7 8 9 10 11 12
=BCC+ECR-X 13 14 15 16 17
77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
4
76
+CC_M-X4
+CC_M-X6
75
+CC_M-X4
2
74
+CC_M-X4
3
73
+CC_M-X4
+CC_M-X6
72
+CC_M-X4
+CC_M-X6
71
+CC_M-X4
1
70
+CC_M-X4
102
69
+CC_M-X4
+CC_M-X6
2 -BCC_6001 M5X0,75SH +CC_M-X4
68
item 67
terminal
+CC_M-X4
terminalblock diagram / Klemmenplan 31
-
-
+
+
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
type Kesselwasserniveau
boilerDampfdruck water level
steam pressure
number of terminals : 106
lace connection
+CC_M-X4
terminal number 66
wire connection strip : -X
comment
66
terminal block
/70.7
/64.5
/70.6
/64.5
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
presentation
+CC_M-X4
external
target sign
protection note according to ISO 16016 consider!
internal
target sign
free
terminal
item
18 1 3 2 4
18 18
0-8100-100454-14 /3-32 =BCC
+ECR
0-8100-100454-14-3 sheet 31 31 sh.
cable internal
R. modification date name standard date 07.12.2011
drawn ROS
check ROS
origin replaced for
M M M
3~ 3~ 3~ 3~ 3~ 1~
Control Cabinet Boiler
replaced by
M
3~ 3~
=BCC+CC_M-X0
terminal connection diagram / Anschlussplan 1
+MSB2-X
+CC_D
-1Q5
+MSB1-X
+CC_D
2PE
1PE
M -1Q2
+MGOP2
-3M7
+MGOP1
PE
L3
L2
L1
M
-3M5
660
658
656
654
M
+BN-5E3-X
+FW
-5M2
+FWP1
-4M2
+FOP2
-3M3
+FOP1
-3M2
+BN
-2M5
+F
-2M3
+BW-X8
GNYE
PE
GNYE
PE
5
33
3
23
1
13
5
33
3
23
1
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
H07Z-K
H07Z-K
H07Z-K
3
W
13
2
GNYE
PE
V
3
W
1
2
V
U
1
GNYE
3
M4G35
-BCC_1001
M4G25
-BCC_1000
M4G1,5
-BCC_1009
M4G1,5
-BCC_1008
M4G4
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
2
GNYE
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
-BCC_1012
M3G1,5
-BCC_2020
M4G2,5
-BCC_1006
M4G1,5
-BCC_1011
M4G1,5
-BCC_1010
M4G4
-BCC_1003
M4G1,5
-BCC_1005
1
GNYE
3
1
2
U
V
1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
GNYE
PE
V
3
W
1
2
V
U
1
U
GNYE
M4G2,5
2
2 3
1
1
-BCC_1004
protection note according to ISO 16016 consider!
M
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 1 19 sh.
/2.6
9
/3.2
13
/3.4
17
/4.2
21
/3.7
36
-2PE
-2L3
-2L2
-2L1
-1PE
-1L3
-1L2
/1.5
/1.5
/1.5
/1.5
/1.2
/1.2
/1.2
/1.2
/3.8
39
-1L1
/3.7
38
/3.7
/3.6
35
37
/3.5
34
/3.5
/3.5
32 33
/5.4
/5.4
/5.4
31
30
29
/5.4
/5.2
27 28
/5.2
26
/5.2
/4.2
24 25
/4.2
23
/4.2
/3.4
20
22
/3.4
19
/3.4
/3.2
16
18
/3.2
15
/3.2
/2.6
12
14
/2.6
11
/2.6
/2.4
8
10
/2.4
7
/2.4
/2.4 6
/2.3 5
/2.3
/2.2
/2.2
4
3
2
1
Klemmen-Anzahl : 47
-X0
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 2
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 2 19 sh.
06.01.22/06.49
Heizungen
heaters
01.06.11
Brennerheizung
burner heater
+BW-X1.1
+BN
-5E3
-X1
08.02
Stellmotor Verbundregler
servo motor compound regulator
06.01.xx/06.10
Ölventile
oil valves
13.03/13.09/13.11
Zündventile
ignition valves
13.01
Zündtrafo
ignition transformer
Flamme
flame
Ölventile
oil valves
Zündung
ignition
Notbetriebskasten
emergency operation box
+BW-X1.1
13
12
12
5
4
3
2
1
PE
10
9
8
7
6
2 3 GNYE
02 05 PE
12
11
1
01
H07Z-K
5
4
3
2
1
GNYE
10
9
8
7
6
M16G1,5
-BCC_2005
M4G1,5
-BCC_2022
M16G1,5
-BCC_2005
protection note according to ISO 16016 consider!
12
11
GNYE
3
2
1
H07Z-K
5
4
3
2
1
GNYE
10
9
8
7
6
/5.5
17
/54.3
/54.2
15 16
/5.5
/5.5
/5.5
/61.5
/61.5
/38.6
/37.3
/37.2
/34.4
/34.4
/34.4
/34.3
/34.2
/34.3
14
13
12
11
10
9
8
7
6
5
4
3
2
1
Klemmen-Anzahl : 42
-X1
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 3
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 3 19 sh.
PE
Öltrübungsüberwachung
+GO 006
-23F7
NC
N
oil turbidity monitoring
3
8
1 2
13 14
3
4
2
1
GNYE
PE
GNYE
2
2
L
CO 011
2
14
2
+F-77A2
FW 007
Leitfähigkeitsüberwachung
conductivity monitoring
+F-76A3
1
13
1
PE
Kesselwasserstandsmeßumformer
2
14
1
1
13
15
14
1
5
boiler water level transmitter
BO 021
3
15
14
11
+BO-68B2
+FW005
-19F7
+FO 006
-16F7
12.17
Zünderbeheizung
igniter heater
01.06.10
Ölverteilerbeheizung
oil distributor heater
+BW-X1.1
13
M2X1,5
-BCC_3018
M4G1,5
-BCC_2008
M4G1,5
-BCC_2009
M3G1,5
-BCC_2006
M2X1,5
-BCC_3016
M2X1,5
-BCC_3014
M16G1,5
-BCC_2005
protection note according to ISO 16016 consider!
2
1
3
4
2
1
3
GNYE
2
1
GNYE
2
1
2
1
2
1
15
14
13
/5.6
22
/77.3
40
42
/23.7
/23.7
/77.3
39
41
/77.3
/77.2 38
37
/77.2
/76.5
35
36
/76.5
/76.5
/76.4
34
33
32
/68.2
/68.2
29
/68.2
/19.8
28
31
/19.8
27
30
/19.7
/19.7
/16.7
26
25
24
/16.7
/5.6
21
23
/54.8
/54.7
/54.6
20
19
18
Klemmen-Anzahl : 42
-X1
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 4
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 4 19 sh.
BO 041
Rauchgastemperaturwächter
flue gas temperature monitor
+BO-53F2
BO 034
Dampfdruckwächter
steam pressure monitor
+BO-52F2
06.35
Schweröltemperaturwächter
heavy fuel oil temperature monitor
06.36
Schweröltemperaturwächter
heavy fuel oil temperature monitor
06.04.07
Öldruckwächter
oil pressure monitor
04.09
Luftkastentemperaturwächter
windbox temperature monitor
08.02
in Zündstellung
Endschalter Verbungregler
in purge position
limit switch compound regulator
08.02
in Zündstellung
Endschalter Verbungregler
in ignition position
limit switch compund regulator
04.40
Endschalter Drehzerstäuber
limit switch rotary cup atomizer
04.03
Verbrennungsluftdruckwächter
combustion air pressure monitor
04.04
Zerstäuberluftdifferenzdruckwächter
atomizing air diff. pressure monitor
+BW-X2.1
Fluchtweg
Not-Stop 2
escape route
emergency stop 2
+F-9S3
Fluchtweg
Not-Stop 1
escape route
emergency stop 1
+F-9S2
5
4
7
6
10
9
8
3
2
1
2
NC
2
2
NC PE
1
C
PE
1
C NC
5
4
7
6
10
9
8
3
2
1
2
NC PE
1
C
PE
1
C
M2X1,5
-BCC_3007
M2X1,5
-BCC_3006
M12x1,5
-BCC_3005
M2X1,5
-BCC_3002
M2X1,5
-BCC_3001
protection note according to ISO 16016 consider!
2
1
2
1
5
4
7
6
10
9
8
3
2
1
2
1
2
1
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/53.2
/53.2
/52.2
/52.2
/51.2
/50.2
/49.2
/48.2
/47.4
/47.2
/46.2
/45.2
/44.2
/44.2
/9.3
/9.3
/9.3
/9.3
/9.2
/9.2
Klemmen-Anzahl : 40
-X2
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 5
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 5 19 sh.
to MGO
limit switch 3 way -valve
+F-59S6
to MGO
limit switch 3 way -valve
+F-59S5
toHFO
limit switch 3 way -valve
+F-59S3
to HFO
limit switch 3 way -valve
+F-59S2
BN 010
Druckregler in Leichtölstellung
Endschalter 3-Wege-Ventil
pressure controller in light fuel oil position
limit switch 3-way-valve
+F-57S3
FO 002
Zuleitung in Leichtölstellung
Endschalter 3-Wege-Ventil
pre line in light fuel oil position
limit switch 3-way-valve
+F-57S2
BN 010
Druckregler in Schwerölstellung
Endschalter 3-Wege-Ventil
pressure controller in heavy fuel oil position
limit switch 3-way-valve
+F-56S3
FO 002
Zuleitung in Schwerölstellung
Endschalter 3-Wege-Ventil
pre line in heavy fuel oil position
limit switch 3-way-valve
+F-56S2
FO 003
Rückleitung in Pumpenstellung
Endschalter 3-Wege-Ventil
return line in pump position
limit switch 3-way-valve
+F-55S3
C
2
NO
4
NO
4
2
2
NO
4
NO
4 PE
3
C NO
PE
3
C
PE
1
C
PE
1
C NO
PE
3
C NO
PE
3
C
PE
1
2
C
PE
NO
1
4
NO PE
3
C
M4x1,5
-BCC_3021
M4x1,5
-BCC_3020
M4x1,5
-BCC_3021
M4x1,5
-BCC_3020
M4x1,5
-BCC_3012
M4x1,5
-BCC_3010
M4x1,5
-BCC_3012
M4x1,5
-BCC_3010
M4x1,5
Rückleitung in Tankstellung FO 003
-BCC_3008
PE
2
NO
Endschalter 3-Wege-Ventil
return line in tank position
limit switch 3-way-valve
+F-55S2
1
C
protection note according to ISO 16016 consider!
4
3
4
3
2
1
2
1
4
3
4
3
2
1
2
1
4
3
2
1
42
41
40
39
38
37
36
35
32
31
30
29
28
27
26
25
24
/59.7
/59.6
/59.5
/59.5
/59.3
/59.3
/59.2
/59.2
/57.4
/57.3
/57.2
/57.2
/56.4
/56.3
/56.2
/56.2
/55.4
/55.3
/55.2
22
23
/55.2
21
Klemmen-Anzahl : 40
-X2
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 6
replaced by
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 6 19 sh.
08.02
Stellmotor Verbundregler
servo motor compound regulator
+BW-X3.3
14.02
Flammenfühler 2
flame scanner 2
+BW-X3.2
14.02
Flammenfühler 1
flame scanner 1
+BW-X3.1
2
1
6
5
4
3
2
1
6
5
4
3
2
1
2
M3x0,75SH 2
1
1
-BCC_4011
S
5
5
S
4
3
4
3
M5x0,75SH
1
1
-BCC_4002
S
S
2
5
5
2
4
M5x0,75SH
-BCC_4001
3
2
1
4
3
2
1
protection note according to ISO 16016 consider!
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/62.3
/62.2
/40.6
/40.5
/40.5
/40.6
/40.6
/40.6
/39.6
/39.5
/39.5
/39.6
/39.6
/39.6
Klemmen-Anzahl : 30
-X3
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 7
replaced by
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 7 19 sh.
1 GND 2 3
+BO-69B3 boiler water level electrode Kesselwasserstandselektrode BO 022
BO 021
Kesselwasserstandsmeßumformer
1-
4
3
2
1
S
2
M4x0,75SH
-BCC_4003
M2x0,75SH
4
3
2
1
S
2
1
boiler water level transmitter
-BCC_4005
1
+BO-68B2
M2x0,75SH
-BCC_4000
3
2
1
2
1
M3x0,75SH
-BCC_4011
BO 033
2+
-
steam pressure transmitter Dampfdruckmeßumformer
+
3
+BO-64B2
+BW-X3.3
3
protection note according to ISO 16016 consider!
/64.3
19
/68.4 /68.4 /68.4 /69.3
23 24 25 26
/69.3 /69.4 /69.4
28 29 30
/69.3
/68.4
22
27
/68.4
21
/68.3
/64.3
20
/64.3 18
/64.2
/62.3
17
16
15
Klemmen-Anzahl : 30
-X3
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 8
replaced by
=BCC+CC_M-X4
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 8 19 sh.
+ECR-X
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
12
12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9 10 11 12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9 10 11 12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9
16 17 18 1
16 17 18 1
7
7
5 6
M18x1,5
5
4
6
-BCC_6013 4
3
15
15
3
14
14
2
13
13
2
12
11 12
11
10
18
18
M18x1,5
17
17
-BCC_6012
16
16
10
15
14 15
14
13
18
18
M24x1,5
17
17
13
16
16
-BCC_6011
15
14
15
14
M24x1,5
11
11
13
10
10
13
9
9
8
8
5
5
7
4
4
7
3
3
6
2
2
6
1
1
-BCC_6010
protection note according to ISO 16016 consider!
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
/102.8
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
Klemmen-Anzahl : 102
-X4
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 9
replaced by
=BCC+CC_M-X4
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 9 19 sh.
+ECR-X
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
-BCC_6014
8 9
8 9
12 13 14 15 16 17 18
13 14 15 16 17 18
11
12
11
M18x1,5
7
7
10
6
6
10
5
5
2
2
4
1
1
4
18
18
3
17
17
3
16
15
14
16
15
M18x1,5
12
12
14
11
11
13
10
10
-BCC_6013
9
9
13
8
8
protection note according to ISO 16016 consider!
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
Klemmen-Anzahl : 102
-X4
date
/70.7 4
4
/70.6
4 boiler water level
07.12.2011
drawn
ROS
check
ROS
name standard
Kesselwasserniveau
+
-
3
M5x0,75SH
2 Dampfdruck
steam pressure
+ECR-X
+
-
1
-BCC_6001
3
3
/64.5 2
2
/64.5 1
Klemmen-Anzahl : 4
1
-X6 protection note according to ISO 16016 consider! R. modification
date
terminal connection diagram / Anschlussplan 10
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X6
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 10 19
sh.
/17.6 6 GNYE
/17.6 5
/17.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2120 1
3
4
+FOP1-X1
2
/17.4
/17.5 3
3 3
2
/17.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X20 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 11
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X20
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 11 19
sh.
/18.6 6 GNYE
/18.6 5
/18.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2121 1
3
4
+FOP2-X1
2
/18.4
/18.5 3
3 3
2
/18.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X21 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 12
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X21
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 12 19
sh.
/20.6 6 GNYE
/20.6 5
/20.6 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2220 1
3
4
+FWP1-X1
2
/20.5
/20.5 3
3 3
2
/20.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X30 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 13
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X30
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 13 19
sh.
/21.8
/21.8 7
6
GNYE GNYE 12
11
/21.6
/21.7
6
6
5
4
5 M7G1,5 5
9
10
/21.5
/21.6
-BCC_2222 4
4
3
3
8
+BCCFWP2-X1
7
3
2
/21.4 1
2 2
Klemmen-Anzahl : 7
6
1 1
-X31 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 14
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X31
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 14 19
sh.
/24.6 6 GNYE
/24.6 5
/24.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2122 1
3
4
+MGOP1-X1
2
/24.4
/24.5 3
3 3
2
/24.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X40 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 15
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X40
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 15 19
sh.
/25.6 6 GNYE GNYE 6
/25.5
/25.6 5
4
5 M7G1,5 5 5
2
/25.4
/25.5
-BCC_2123 4
4
3
3
1
+MGOP2-X1
3
3
2
/25.4 1
2 2
Klemmen-Anzahl : 6
4
1 1
-X41 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 16
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X41
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 16 19
sh.
/1.8
/1.8
/1.8
/1.8
/1.8
PE
PE
PE
PE
PE
Klemmen-Anzahl : 5
-XPE protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 17
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-XPE
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 17 19
sh.
/4.5 -1PE 1PE
GNYE
/4.4
/4.5
GNYE
-1L3
-1L2
3
M4G4
3
1L2
GNYE PE
2
3 W
1
2 V
1L1
1L3
/4.4
-BCC_1002
2
/4.6
-1L1
4
1
/4.6
1 U
M4G2,5
GNYE
/4.6
3
3
2
/4.6 1
-BCC_1007
2
Klemmen-Anzahl : 8
1 date
+BCCFWP2+MSB2-X
-4M3
3~ +BCCFWP2+FWP2
-X0 protection note according to ISO 16016 consider! R. modification
M
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 18
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BCCFWP2-X0
0-8100-100454-14 /3-32
=BCC. +BCCFWP2
0-8100-100454-14-3
sheet 18 19
sh.
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 19
replaced by
=BCC+BCCFWP2-X1
0-8100-100454-14 /3-32 =BCC.
+BCCFWP2
0-8100-100454-14-3 sheet 19 19 sh.
+FWP2-X1
+CC_M-X31
+FWP2-X1
6
7
6
5
4
3
2
1
5
2
1
3
4
GNYE
GNYE
6
5
M7G1,5
-BCC_2221
M7G1,5
3
3
GNYE
GNYE
6
5
4
2
2
4
1
5
4
3
1
-BCC_2222
M7G1,5
4 5
-BCC_2221
2
2 3
1
1
protection note according to ISO 16016 consider!
13
12
11
10
9
8
7
6
5
4
3
2
1
/21.4
/21.8
/21.8
/21.7
/21.6
/21.6
/21.5
/21.4
/21.3
/21.2
/21.2
/21.3
/21.3
Klemmen-Anzahl : 13
-X1
1
2
3
4
5
6
Cabinet 1800 x 1600 x 400
7
8
Schaltschrankfarbe: Color of control cabinet:
TS 8884.500
A
A
Munsell 7,5 BG 7/2 1600
56
SAACKE SAACKE
SAACKE SAACKE
SAACKE SAACKE
58 B
99
Feed water pump 2
E
20
21
22
23
26
30
31
32
33
36
MSB 2 2
1
24
34
3
4
5
6
7
8
9
10
11
12
13
14
15
16
C
25
35
46
48
49 60
60
57
57 47
45
D
all lines without indication of cross section are
D
54
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
50
C
B
99
98
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 1
0-8100-100454-14-3
front view / Frontansicht 5
=BCC
6
7
19 8
sh.
F
1
2
No.
Name
Hole
3
Color
4
Equipment
Function
No.
0 A
2P5
Z
2
30P5
P
3
92H9
R
4
92H7
R
5
36S5
R
9S8
R
C
E
51
Hour meter
rotary cup
52
red
Lamp
alarm
53
green
Lamp
preheater on
54
black
Push Button
reset burner
55
black
Push Button
release / reset
56
Push Button
lamptest
57
burner in operation
58
7
92S7
R
black
8
92H3
R
green
Lamp
9
92H2
R
yellow
Lamp
burner stand by
59
10
92H4
R
green
Lamp
rotary cup on
60
11
92H5
R
green
12
92H6
R
13
35S5
R
14
30S2
15
42S6
16
39S2
green
Lamp
ignition oil pump on
Lamp
combustion air fan on
Switch
1 firing - 0 - 2 emergency mode
R
Switch
combustion air fan
R
Switch
Equipment
Q
Function load controller
Controller
A
13A5
X
Monitoring
Alarm monitoring Aluminium plate SAACKE Type
Resopal
plate 25x100mm
label: Resopal
BOILER CONTROL CABINET CS 010 Voltage 440V / 60Hz
plate 25x100mm
FEED WATER PUMP 2 CONTROL BOX CS 010
Warning: 2 FEEDING CIRCUITS. B
R
Switch
64
release load control
65
preselection flame scanner
66
68 69
20
90H4
R
green
Lamp
feed water pump 1 on
21
90H5
R
green
Lamp
feed water pump 2 on
71 72
70
22
90H2
R
green
Lamp
fuel oil pump 1 on
23
90H3
R
green
Lamp
fuel oil pump 2 on
73
24
90H7
R
green
Lamp
MGO pump 1 on
74
25
90H8
R
green
Lamp
MGO pump 2 on
75
chemical dosing pump on
76
90H6
R
green
Lamp
27
77
28
78 73
29
79 19S3
R
Switch
feed water pump 1
80
Switch
feed water pump 2
81
fuel oil Pump 1
82
31
19S4
R
32
16S3
R
33
16S4
R
Switch
fuel oil Pump2
83
34
23S3
R
Switch
MGO Pump 1
84
35
23S4
R
Switch
MGO Pump2
85
Switch
chemical dosing pump
86
27S2
Switch
R
37
87
38
88
39
89
40
90
41
91
42
92
43
93
44 45
60N3
Color
8
BEFORE OPENING CABINET
67
36
Hole
7
SWITCH OFF BOTH SUPPLIES
18
30
6
label:
17
26
all lines without indication of cross section are
D
current monitoring
combustion air fan
19
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
50
1
6
5
C
D
E
94 1Q2
46
90H1
47
1Q5
R
white
Main Switch
main switch
Lamp
1. control voltage selected
Main Switch
48
92H8
R
49
9S1
R
white
main switch
Lamp
1
95 96
2
97
2. control voltage selected
Push Button
boiler stop
98
8M6
fan cabinet
99
8M6
outlet strainer cabinet
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 2
0-8100-100454-14-3
legend door 2 / Legende Tür 2 5
=BCC
6
7
19 8
sh.
1
2
3
4
5
6
7
8
A
A
400
1600
B
D
all lines without indication of cross section are
D
C
1800
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E 100
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 3
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 3
0-8100-100454-14-3
control cabinet / Schaltschrank 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Control cabinet bottom A
A
Schaltschrankboden
(dimension without side walls) (for cabinets in 1200mm width) 1135
(dimension without side walls) B
B 797
E
~ 140
C
expanded rubber 240
275
for sealing cable entry
bottom plate 2
cable entry
140 ~
bottom plate 3
Ф 16
D
78,5
640
all lines without indication of cross section are
D
bottom plate 1
405
C
back plane
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
675
78,5
E
bottom plate 1+3 are fixed bottom plate 2 is adjustable
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 4
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 4
0-8100-100454-14-3
control cabinet / Schaltschrank 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
Kupferschiene
5
6
7
8
für Erdungsanschlüsse
A
A
Copper rail to fix earth potential connections
B
C
D
all lines without indication of cross section are
D
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 5
0-8100-100454-14-3
base control cabinet / Sockel Schaltschrank 5
=BCC
6
7
19 8
sh.
1
2
3
4
5
A Bohrung / Bore hole: R
6
7
M =
Name plate of control cabinet
N =
Name plate of control cabinet
8
A
Bohrung / Bore hole: P
12,7
3
22,5
45
E
Bohrung / Bore hole: X
Bohrung / Bore hole: D
Bohrung / Bore hole: D1
C
142
Bohrung / Bore hole: Q
68
92
199
177
124
D Bohrung / Bore hole: Y
Bohrung / Bore hole: W
Bohrung / Bore hole: S
+0,8
177²
22,5
185²
all lines without indication of cross section are
D
B
92
C
Bohrung / Bore hole: Z
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
45
+0,3
22,2
E
φ
4,5
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 8
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 8
0-8100-100454-14-3
bore holes / Bohrungen 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Sockel TS / socket TS Stahlblech / sheet steel
A
A
32,5
Sockel / socket 100mm hoch / high
100
62,5
18 x 14
80
17,5
62,5
30
47,5
14 92,5
B
B
C
E
T4
T3
T2
T1
C
Sockel-Element, vorn/hinten socket-element, front/behind
Sockel-Element, seitlich
mm
mm
socket-element, sidewise
B4
B1
B2
B3
B4
T1
T2
T3
T4
B3
-
-
-
-
269
235
175
144
B2
400
335
275
215
369
335
275
244
B1
500
435
375
315
469
435
375
344
600
535
475
415
569
535
475
444
800
735
675
615
769
735
675
644
850
785
725
665
-
-
-
-
1000
935
875
815
869
835
775
744
1100
1035
975
915
-
-
-
-
1200
1135
1075
1015
969
935
875
844
Für die Verschraubung am Boden können alle Bohrungen (B2-B4 / T2-T4) genutzt werden.
all lines without indication of cross section are
D
30
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
15 x 10
D
For floor connection all holes (B2-B4 / T2-T4) could be used
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 9
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 9
0-8100-100454-14-3
base control cabinet / Sockel Schaltschrank 5
=BCC
6
7
19 8
sh.
4
5
6
105
0 70
140
210
210
105 140
70
0
70
140
A
40
40
210
A
8
800
0
105
800
7
140
3
70
2
0
1
0 155
M
N
D1
330
D1
B
B
Q
X
E
500
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R R
R
R
R
R
R
R
R
R
R
R
R
580 660 740
C
820
R
900
R
R
980
200
1060 1140
M
M
600
D
D 250
all lines without indication of cross section are
D
P
1800
C
Z
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
400
E 0
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 10
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 10
0-8100-100454-14-3
bore holes / Bohrungen 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
B
B
internal
-43K2 -42K4
E
-22K7
-8B6
-41K5 -39K3
-38K2
-7Q2
-22K6
-X1
-36K7 -5Q4
-36K3 -X111
-42K6
-32K2 -27K8
-9K7
-42K3
-27K6
-35K2
-27K5
-9K6
-8F2
-27K4
-7F5
-3Q7
-25K2
-3Q5
-24K2
-27K2
-27K3
-7F4
-20K2
-42K5
-27K7
-8F3
-4Q2
external
-32K6
-8F5 -8F4
-28K4
-35K6
-34K6
-8F6
C
-7T2
-5F2
-25K8
-3Q3
-18K2
-3Q2
-17K2
-25K7 -24K8
-77K4
-24K7
-76K5
-23K7
-74K7
-22K3
-2T5
-74K6
-22K2
D
-1F6
-20K7 -2Q5
-20K3
-1F3
-30K2
-19K7 -18K8
-1K6
-18K7
-X11
-17K8
-69K5 -X10
-2Q3
-30K6
-2Q2
-30K4
-17K7 -16K7
-33K4
-12K2
-1K3
-X0
-9K8
-9K5
all lines without indication of cross section are
D
-42K3
-34K7
698
C
-22K8
-37K7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-40K3
-7K5
E
1699
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 11
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 11
0-8100-100454-14-3
mounting plate / Montageplatte 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
1698
-X20
-X31
-X40
-X41
-40A3 -39A3
-47K6
-73A2
XPE -70A2
C -X4
-69A2
698
-15A1 -59K7
-14A1.1
internal
-57K6
-56K6
-63K5
-50K6
-63K4
-61K4
-13A1.1
-48K6
-13A1
external
-61K3
-10A3
-61K2
-47K5
H07Z-K 1,5mm²
D
-63K3
-49K6
-59K4 -58K6
-46K6
-10A2
-X3
-63K6
-52K6
-X19
-X6
-53K6
-11G2
-X2
-14A1
55K6 -45K4
-55K5
-X12
-8X8
-46K8
-44K4
all lines without indication of cross section are
D
spare place PLC
-51K6
-151.1
protection note according to ISO 16016 consider!
-11F4
C
-70K5
-12A3
-11F5
-X21
B
-X30
B
E
E
scale : 1:5
100
scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 11.1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 11.1
0-8100-100454-14-3
mounting plate / Montageplatte 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
B
B
C
C
S-Nr.: 0-8100-100454-14 /3-32 A-Nr.: 100454 HN: 0108216 Baujahr: 2012 UN
= 440V
f = 60 Hz
IN
=
PN = D
SAACKE BREMEN GERMANY
all lines without indication of cross section are
D
Typ: Control Cabinet Boiler
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
A
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 12
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 12
0-8100-100454-14-3
lables / Schilder 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Starter box feed water pump A
A
AE1380.500
380 x 380 x 210 mm
Schaltschrankfarbe: Color of control cabinet: color : Munsel 7,5 BG 7/2
B
C
M/ M1
2
C
3
6 XC
XC
XD
XD
D
all lines without indication of cross section are
D
0
SAACKE SAACKE
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 20
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+BCCFWP2 sheet 20
0-8100-100454-14-3
front view / Frontansicht Starterbox FWP2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
no.
name
0
device
function Alu label SAACKE
-
1 B
colour
-
2
H2
RD
lamp
feed water pump
failed
3
H1
GN
lamp
feed water pump
in operation
S1
-
switch
feed water pump
B
4 5
C
8 9 10
C
D
all lines without indication of cross section are
D
7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
6
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 21
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 21
0-8100-100454-14-3
lables Starterbox FWP 2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Starter box feed water pump 2 A
A
AE1380.500
B
380 x 380 x 210 mm
C
D
all lines without indication of cross section are
D
380
C
B
210
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
380
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 22
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 22
0-8100-100454-14-3
front view / Frontansicht Starterbox FWP 2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
B
40
0
0
N C
100
200
R
R
R
280
D
all lines without indication of cross section are
D
40
H07Z-K 1,5mm²
C
60
B
60
A
protection note according to ISO 16016 consider!
A
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 23
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 23
0-8100-100454-14-3
bore holes / Bohrungen Feed water pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
B
B
-Q1
-K2
-F1
-Q2 -K1
-XPE
-X1
C
D
all lines without indication of cross section are
D
-X0
C
-T1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
334
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 24
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 24
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
Bohrung / Bore hole: XA
Bohrung / Bore hole: XB
Bohrung / Bore hole: XC
(M16 x 1,5)
(M20 x 1,5)
(M25 x 1,5)
Bohrung / Bore hole: XD
Bohrung / Bore hole: XE
(M32 x 1,5)
(M40 x 1,5)
protection note according to ISO 16016 consider!
40,3
32,3
25,5
Kabelverschraubungen /
Kabelverschraubungen /
Kabelverschraubungen /
Kabelverschraubungen /
high-strength cable gland
high-strength cable gland
high-strength cable gland
high-strength cable gland
51,20 40,50 32,50
C
27,30 22,70
SW 20
SW 36
SW 28
SW 24
SW 45
D
all lines without indication of cross section are
D
Kabelverschraubungen / high-strength cable gland
H07Z-K 1,5mm²
C
20,3
B 16,3
B
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 25
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 25
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
bore holes flansh plate
240 200 B
B
150
100
XB
XB
XC
C
D
all lines without indication of cross section are
D
XC
90
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
50
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 26
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 26
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
B
B
Schaltkastenrückseite mit Wandbefestigung
Wandbefestigungshalter
20
59 20
15
12
10,2
3
7
8,5
C
54
36
18
18
30
12
D
all lines without indication of cross section are
D
wall mounting bracket
D
C
control box back side with wall mountig bracket
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
A
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 27
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 27
0-8100-100454-14-3
wall mountig holders Starterbox FWP 2 5
=BCCz72
6
7
19 8
sh.
item list no.
1
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
260739
Filterlüfter
strainer fan
=BCC+CC_D-8M6 fan cabinet
RITTAL
=BCC/8.6 2
SK 3323.107
=BCC+CC_D-8M6
604351
Austrittsfilter
fan cabinet =BCC/8.6 3
SK 3322.207
=BCC+CC_D-90H1
613315
Meldeleuchte weiß
1. control voltage selected
CL-502W
=BCC+CC_D-90H2
613312
Meldeleuchte grün
fuel oil pump 1
CL-502G
=BCC+CC_D-90H3
613312
Meldeleuchte grün
fuel oil pump 2
CL-502G
=BCC+CC_D-90H4
613312
Meldeleuchte grün
feed water pump 1
protection note according to DIN 34 consider !
CL-502G
=BCC+CC_D-90H5
613312
Meldeleuchte grün
feed water pump 2
CL-502G
=BCC+CC_D-90H6
613312
Meldeleuchte grün
chemical dosing pump
CL-502G
=BCC+CC_D-90H7
613312
Meldeleuchte grün
MGO pump 1
CL-502G
=BCC+CC_D-90H8
613312
Meldeleuchte grün
MGO pump 2
CL-502G
=BCC+CC_D-92H2
613313
Meldeleuchte gelb
burner standby
CL-502Y
=BCC+CC_D-92H3
613312
Meldeleuchte grün
burner in operation
CL-502G
=BCC+CC_D-92H4
613312
Meldeleuchte grün
rotary cup
CL-502G
=BCC+CC_D-92H5
613312
Meldeleuchte grün
ignition oil pump
CL-502G
=BCC+CC_D-92H6
613312
Meldeleuchte grün
comb.air fan
CL-502G
=BCC+CC_D-92H7
613312
Meldeleuchte grün
preheater
CL-502G
=BCC+CC_D-92H8
613315
Meldeleuchte weiß
2. control voltage selected
CL-502W
=BCC+CC_D-92H9
613311
Meldeleuchte rot
alarm
CL-502R
=BCC+CC_D-1Q2
634179
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
switch disconnector front mounting black
ABB
=BCC/1.2 20
lamp red
ABB
=BCC/92.7 19
lamp white
ABB
=BCC/92.6 18
lamp green
ABB
=BCC/92.6 17
lamp green
ABB
=BCC/92.5 16
lamp green
ABB
=BCC/92.4 15
lamp green
ABB
=BCC/92.4 14
lamp green
ABB
=BCC/92.3 13
lamp yellow
ABB
=BCC/92.2 12
lamp green
ABB
=BCC/90.6 11
lamp green
ABB
=BCC/90.6 10
lamp green
ABB
=BCC/90.5 9
lamp green
ABB
=BCC/90.5 8
lamp green
ABB
=BCC/90.4 7
lamp green
ABB
=BCC/90.3 6
lamp green
ABB
=BCC/90.3 5
lamp white
ABB
=BCC/90.2 4
discharge strainer
RITTAL
OT100ET3HS7ST4
=BCC+CC_D-1Q2
634180
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
switch disconnector front mounting black
ABB
=BCC/1.2
OT100ET3HS7ST4
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 1 25
sh.
item list no.
21
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
634181
Lasttrennschalter Frontmontage schwarz
switch disconnector front mounting black
=BCC+CC_D-1Q2 main switch Hauptschalter
ABB
=BCC/1.2 22
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634179
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter =BCC/1.5 23
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634180
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634181
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
OT100ET3HS7ST4
=BCC+CC_D-2P5
606022
Strommesser
combustion air fan
EQ 72s 20/5A
=BCC+CC_D-2P5
510651
Gummidichtung
combustion air fan
protection note according to DIN 34 consider !
72x72mm
=BCC+CC_D-9S1
614546
NOT-AUS-TASTER
boiler stop Kessel Stop
CE4T-10R-02
=BCC+CC_D-9S8
613304
DRUCKTASTER SCHWARZ
reset emergency stop Reset Not-Stop
CP1-10B-11
=BCC+CC_D-16S3
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-16S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-16S4
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S3
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-19S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
CONTROL HEAD
TELEMECANIQUE
=BCC/19.5 40
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.5 39
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.3 38
CONTROL HEAD
TELEMECANIQUE
=BCC/19.3 37
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.3 36
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.4 35
CONTROL HEAD
TELEMECANIQUE
=BCC/16.4 34
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.4 33
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.3 32
CONTROL HEAD
TELEMECANIQUE
=BCC/16.3 31
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.3 30
PUSHBUTTON BLACK
ABB
=BCC/9.7 29
IP54
EMERGENCY-STOP
ABB
=BCC/9.2 28
grommet
CELSA
=BCC/2.5 27
AMMETER
Celsa
=BCC/2.5 26
switch disconnector front mounting black
ABB
=BCC/1.5 25
switch disconnector front mounting black
ABB
=BCC/1.5 24
switch disconnector front mounting black
ABB
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-19S4
145542
STEUERSCHALTER
mode Betriebsart
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.5
K1D 002U
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 2 25
sh.
item list no.
41
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
012095
STEUERSCHALTER
CHANGE-OVER SWITCH
=BCC+CC_D-23S3 mode Betriebsart
TELEMECANIQUE
=BCC/23.3 42
K1D 002U
=BCC+CC_D-23S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart =BCC/23.3 43
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-23S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-23S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-23S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-23S4
145542
STEUERSCHALTER
mode Betriebsart
protection note according to DIN 34 consider !
K1D 002U
=BCC+CC_D-27S2
012093
STEUERSCHALTER
chemical dosing pump Chemikaliendosierpumpe
K1A 001A
=BCC+CC_D-27S2
012102
BETAETIGUNGSVORSATZ
chemical dosing pump Chemikaliendosierpumpe
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-27S2
145541
STEUERSCHALTER
chemical dosing pump Chemikaliendosierpumpe
K1A 001A
=BCC+CC_D-30P5
011566
Betriebsstundenzähler
rotary cup atomizer Drehzerstäuber
631.2/879-220V/60Hz
=BCC+CC_D-30S2
012094
STEUERSCHALTER
combustion air fan
K1B 001U
=BCC+CC_D-30S2
012102
BETAETIGUNGSVORSATZ
combustion air fan
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-30S2
146120
STEUERSCHALTER
combustion air fan
K1B 001U
=BCC+CC_D-35S5
012094
STEUERSCHALTER
burner mode Brenner Betriebsart
K1B 001U
=BCC+CC_D-35S5
012102
BETAETIGUNGSVORSATZ
burner mode Brenner Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-35S5
145542
STEUERSCHALTER
burner mode Brenner Betriebsart
K1B 001U
=BCC+CC_D-36S5
613304
DRUCKTASTER SCHWARZ
reset burner
CP1-10B-11
=BCC+CC_D-39S2
012098
STEUERSCHALTER
selection flame scanner emergency operation
K1B 011U
=BCC+CC_D-39S2
012102
BETAETIGUNGSVORSATZ
selection flame scanner emergency operation
CONTROL HEAD
TELEMECANIQUE
=BCC/39.2 60
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/39.2 59
PUSHBUTTON BLACK
ABB
=BCC/36.6 58
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/35.4 57
CONTROL HEAD
TELEMECANIQUE
=BCC/35.4 56
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/35.4 55
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/30.2 54
CONTROL HEAD
TELEMECANIQUE
=BCC/30.2 53
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/30.2 52
operation recorder
Bauser
=BCC/30.5 51
START SWITCH
TELEMECANIQUE
=BCC/27.2 50
CONTROL HEAD
TELEMECANIQUE
=BCC/27.2 49
START SWITCH
TELEMECANIQUE
=BCC/27.2 48
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.4 47
CONTROL HEAD
TELEMECANIQUE
=BCC/23.4 46
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.4 45
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.3 44
CONTROL HEAD
TELEMECANIQUE
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-39S2
145547
STEUERSCHALTER
selection flame scanner emergency operation
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/39.2
K1B 011U
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 3 25
sh.
item list no.
61
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
012093
STEUERSCHALTER
START SWITCH
=BCC+CC_D-42S6 release load control
TELEMECANIQUE
=BCC/42.6 62
K1A 001A
=BCC+CC_D-42S6
012102
BETAETIGUNGSVORSATZ
release load control =BCC/42.6 63
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-42S6
145541
STEUERSCHALTER
release load control
START SWITCH
TELEMECANIQUE
=BCC/42.6 64
CONTROL HEAD
TELEMECANIQUE
K1A 001A
=BCC+CC_D-60N3
528974
REGLER, PRORAMMIERBAR
CONTROLLER, PROGRAMABLE
SAACKE =BCC/60.3 65
RSE-P II ENGLISCH
=BCC+CC_D-60N3
RSEP01
Programm Lastregelung w=8bar
PROGRAM LOAD CONTROL SP=8BAR
Saacke =BCC/60.3 66
RSE-PII
=BCC+CC_D-92S7
613304
DRUCKTASTER SCHWARZ
lamp test Lampenprüfung
protection note according to DIN 34 consider !
=BCC/92.8 67
PUSHBUTTON BLACK
ABB CP1-10B-11
=BCC+CC_M-1F3
610118
Sicherungsautomat
automatic circuit breaker
ABB =BCC/1.3 68
S 202-C 1
=BCC+CC_M-1F6
610118
Sicherungsautomat
automatic circuit breaker
ABB =BCC/1.6 69
S 202-C 1
=BCC+CC_M-1K3
635662
LEISTUNGSSCHUETZ
power supply 1 =BCC/1.3 70
1 SBL 371 001 R 86
=BCC+CC_M-1K3
635663
Löschglied
power supply 1
SBN 0500 10R 1003
=BCC+CC_M-1K6
635662
LEISTUNGSSCHUETZ
power supply 2
1 SBL 371 001 R 86 2
=BCC+CC_M-1K6
635663
Löschglied
power supply 2
SBN 0500 10R 1003
=BCC+CC_M-2Q2
529941
Motorschutzschalter
rotary cup atomizer
MS 325-4
=BCC+CC_M-2Q2
622058
Hilfsschalter
rotary cup atomizer
HKF-20
=BCC+CC_M-2Q2
603281
Hilfsschalter
rotary cup atomizer
HK-11
=BCC+CC_M-2Q3
529940
Motorschutzschalter
ignition oil pump
MS 325-1
=BCC+CC_M-2Q3
622058
Hilfsschalter
ignition oil pump
HKF-20
=BCC+CC_M-2Q3
603281
Hilfsschalter
ignition oil pump
HK-11
=BCC+CC_M-2Q5
531353
Motorschutzschalter
combustion air fan
motor protection switch
ABB
=BCC/2.6 80
auxiliary contact
ABB
=BCC/2.4 79
MOTOR PROTECTION SWITCH
ABB
=BCC/2.4 78
motor protection switch
ABB
=BCC/2.4 77
auxiliary contact
ABB
=BCC/2.2 76
MOTOR PROTECTION SWITCH
ABB
=BCC/2.2 75
motor protection switch
ABB
=BCC/2.2 74
RV5 / 440
ABB
=BCC/1.6 73
ABB
ABB
=BCC/1.6 72
RV5 / 440
ABB
=BCC/1.3 71
A-63-30-22
ABB
MS 325-20
=BCC+CC_M-2Q5
622058
Hilfsschalter
combustion air fan
MOTOR PROTECTION SWITCH
ABB
=BCC/2.6
HKF-20
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 4
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 4 25
sh.
item list no.
81
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603281
Hilfsschalter
auxiliary contact
=BCC+CC_M-2Q5 combustion air fan
ABB
=BCC/2.6 82
HK-11
=BCC+CC_M-2T5
613399
Stromwandler Kl. 1
combustion air fan =BCC/2.6 83
WST40 (20/5A)
=BCC+CC_M-3Q2
529940
Motorschutzschalter
fuel oil pump 1
MS 325-1
=BCC+CC_M-3Q2
622058
Hilfsschalter
fuel oil pump 1
HKF-20
=BCC+CC_M-3Q2
603281
Hilfsschalter
fuel oil pump 1
HK-11
=BCC+CC_M-3Q3
529940
Motorschutzschalter
fuel oil pump 2
protection note according to DIN 34 consider !
MS 325-1
=BCC+CC_M-3Q3
622058
Hilfsschalter
fuel oil pump 2
HKF-20
=BCC+CC_M-3Q3
603281
Hilfsschalter
fuel oil pump 2
HK-11
=BCC+CC_M-3Q5
529940
Motorschutzschalter
MGO pump 1
MS 325-1
=BCC+CC_M-3Q5
622058
Hilfsschalter
MGO pump 1
HKF-20
=BCC+CC_M-3Q5
603281
Hilfsschalter
MGO pump 1
HK-11
=BCC+CC_M-3Q7
529940
Motorschutzschalter
MGOpump 2
MS 325-1
=BCC+CC_M-3Q7
622058
Hilfsschalter
MGOpump 2
HKF-20
=BCC+CC_M-3Q7
603281
Hilfsschalter
MGOpump 2
HK-11
=BCC+CC_M-4Q2 feed water
603279
Motorschutzschalter
pump 1
MS 325-6,3
=BCC+CC_M-4Q2 feed water
622058
Hilfsschalter
pump 1
HKF-20
=BCC+CC_M-4Q2 feed water
603281
Hilfsschalter
pump 1
HK-11
=BCC+CC_M-5F2
610107
Sicherungsautomat
chemical dosing pump
S 201-C 1
=BCC+CC_M-5F2
610117
Hilfsschalter (1 W)
chemical dosing pump
auxiliary switch (1 CO)
ABB
=BCC/5.2 100
automatic circuit breaker
ABB
=BCC/5.2 99
auxiliary contact
ABB
=BCC/4.2 98
MOTOR PROTECTION SWITCH
ABB
=BCC/4.2 97
motor protection switch
ABB
=BCC/4.2 96
auxiliary contact
ABB
=BCC/3.7 95
MOTOR PROTECTION SWITCH
ABB
=BCC/3.7 94
motor protection switch
ABB
=BCC/3.7 93
auxiliary contact
ABB
=BCC/3.5 92
MOTOR PROTECTION SWITCH
ABB
=BCC/3.5 91
motor protection switch
ABB
=BCC/3.5 90
auxiliary contact
ABB
=BCC/3.4 89
MOTOR PROTECTION SWITCH
ABB
=BCC/3.4 88
motor protection switch
ABB
=BCC/3.4 87
auxiliary contact
ABB
=BCC/3.2 86
MOTOR PROTECTION SWITCH
ABB
=BCC/3.2 85
motor protection switch
ABB
=BCC/3.2 84
CURRENT TRANSFORMER CL. 1
Celsa
S2C-H6R
=BCC+CC_M-5Q4
603728
Motorschutzschalter
electrical preheater
motor protection switch
ABB
=BCC/5.4
MS325-16
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 5
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 5 25
sh.
item list no.
101
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
622058
Hilfsschalter
MOTOR PROTECTION SWITCH
=BCC+CC_M-5Q4 electrical preheater
ABB
=BCC/5.4 102
HKF-20
=BCC+CC_M-5Q4
603281
Hilfsschalter
electrical preheater =BCC/5.4 103
HK-11
=BCC+CC_M-7F3
610113
Sicherungsautomat
24V AC supply
S 201-C 4
=BCC+CC_M-7F4
610113
Sicherungsautomat
230V AC supply
S 201-C 4
=BCC+CC_M-7K5
515358
RELAIS
power fault
40.52.8.230
=BCC+CC_M-7K5
629903
RELAIS
power fault
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-7K5
515355
SCHRAUBFASSUNG BLAU
power fault
95.95.1
=BCC+CC_M-7K5
515356
Haltebügel blau
power fault
095.91
=BCC+CC_M-7Q2
603279
Motorschutzschalter
control voltage
MS 325-6,3
=BCC+CC_M-7T2
511024
TRANSFORMATOR
440V/230V 1600VA control transformer
TRANSFORMER
BLOCK
=BCC/7.2 111
motor protection switch
ABB
=BCC/7.2 110
hold-down clip blue
FINDER
=BCC/7.5 109
SOCKET BLUE
FINDER
=BCC/7.5 108
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/7.5 107
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/7.5 106
automatic circuit breaker
ABB
=BCC/7.4 105
automatic circuit breaker
ABB
=BCC/7.3 104
auxiliary contact
ABB
STU 1600/2x115
=BCC+CC_M-8B6 Thermostat =BCC/8.6
112
SK 3110000
=BCC+CC_M-8B6
250222
TEMPERATUR-REGLER
Thermostat =BCC/8.6 113
SK 3110000
=BCC+CC_M-8F2
610112
Sicherungsautomat
power supply burner equipment
S 201-C 2
=BCC+CC_M-8F3
610114
Sicherungsautomat
power supply heating tracer
S 201-C 6
=BCC+CC_M-8F4
610114
Sicherungsautomat
power supply boiler equipment
S 201-C 6
=BCC+CC_M-8F5
610112
Sicherungsautomat
power supply MGO pumps
S 201-C 2
=BCC+CC_M-8F6
610112
Sicherungsautomat
fan socket 230V
automatic circuit breaker
ABB
=BCC/8.6 118
automatic circuit breaker
ABB
=BCC/8.5 117
automatic circuit breaker
ABB
=BCC/8.4 116
automatic circuit breaker
ABB
=BCC/8.3 115
automatic circuit breaker
ABB
=BCC/8.2 114
TEMPERATURE CONTROLLER
RITTAL
S 201-C 2
=BCC+CC_M-8X8
524473
STECKDOSE FUER SCHALTSCHRANKEINBAU
PLUG FOR PANEL MOUNTING
HAGER =BCC/8.8 119
SN016
=BCC+CC_M-8X8
1
STECKDOSE FUER SCHALTSCHRANKEINBAU
PLUG FOR PANEL MOUNTING
HAGER =BCC/8.8 120
SN016
=BCC+CC_M-9K5
634413
Sicherheits-Schaltgerät
emergency stop
safety device
H.Zander GmbH & Co.K
=BCC/9.4
SR3C AC230V
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 6
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 6 25
sh.
item list no.
121
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
510035
Hilfsschütz
auxiliary contactor
=BCC+CC_M-9K6 emergency stop
ABB
=BCC/9.6 122
N 40 E
=BCC+CC_M-9K6
526164
Löschglied
emergency stop
suppressor
ABB
=BCC/9.6 123
RC 5-1/250
=BCC+CC_M-9K6
603271
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 124
CA 5-10
=BCC+CC_M-9K6
603272
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 125
CA 5-01
=BCC+CC_M-9K7
510035
Hilfsschütz
emergency stop
auxiliary contactor
ABB
=BCC/9.6 126
N 40 E
=BCC+CC_M-9K7
526164
Löschglied
emergency stop
suppressor
ABB
protection note according to DIN 34 consider !
=BCC/9.6 127
RC 5-1/250
=BCC+CC_M-9K7
603271
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 128
CA 5-10
=BCC+CC_M-9K7
603272
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 129
CA 5-01
=BCC+CC_M-9K8
515358
RELAIS
reset emergency stop
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/9.7 130
40.52.8.230
=BCC+CC_M-9K8
629903
RELAIS
reset emergency stop
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/9.7 131
40.52.8.230
=BCC+CC_M-9K8
515355
SCHRAUBFASSUNG BLAU
reset emergency stop
SOCKET BLUE
FINDER
=BCC/9.7 132
95.95.1
=BCC+CC_M-9K8
515356
Haltebügel blau
reset emergency stop
hold-down clip blue
FINDER
=BCC/9.7 133
095.91
=BCC+CC_M-10A2
601264
PROGRAMMIERBARE STEUERUNG
PROGRAMMABLE CONTROL
SAACKE =BCC/10.2 134
LOGO 230 RCO
=BCC+CC_M-10A2
LOGO39
PROGRAMMIERBARE STEUERUNG
PROGRAMMABLE CONTROL
SAACKE =BCC/10.2 135
LOGO 230 RCO
=BCC+CC_M-10A3
601265
PROGRAMMIERBARE STEUERUNG ERWEITERUNG
PROGRAMMABLE CONTROL ADDITIONAL MODULE
SAACKE =BCC/10.3 136
LOGO DM 8 230R
=BCC+CC_M-10R2
627467
Metalloxid-Varistor S10K275
metal oxide varistor S10K275
Schuricht =BCC/10.2 137
B722110S271K101
=BCC+CC_M-10R3
627467
Metalloxid-Varistor S10K275
metal oxide varistor S10K275
Schuricht =BCC/10.3 138
B722110S271K101
=BCC+CC_M-11F4
610107
Sicherungsautomat
safety devices =BCC/11.4 139
S 201-C 1
=BCC+CC_M-11F5
610113
Sicherungsautomat
24V DC supply
automatic circuit breaker
ABB
=BCC/11.5 140
automatic circuit breaker
ABB
S 201-C 4
=BCC+CC_M-11G2
629443
GLEICHSTROMVERSORGUNG
power supply 230VAC/24VDC 5A
DIRECT CURRENT SUPPLY
Weidmüller
=BCC/11.2
STN 120 W 5A
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 7
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 7 25
sh.
item list no.
141
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
143200
FEUERUNGSAUTOMAT OEL
FIRING SEQUENCE CONTROL SYSTEM
=BCC+CC_M-12A3
SAACKE =BCC/12.3 142
F-OSA
=BCC+CC_M-12K2
515358
RELAIS
fault F-OSA
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/12.2 143
40.52.8.230
=BCC+CC_M-12K2
629903
RELAIS
fault F-OSA
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/12.2 144
40.52.8.230
=BCC+CC_M-12K2
515355
SCHRAUBFASSUNG BLAU
fault F-OSA =BCC/12.2 145
95.95.1
=BCC+CC_M-12K2
515356
Haltebügel blau
fault F-OSA
hold-down clip blue
FINDER
=BCC/12.2 146
SOCKET BLUE
FINDER
095.91
=BCC+CC_M-13A1
633897
CPU224XP
14DE, 10DA
CPU224XP
14DI, 10DO
SIEMENS
protection note according to DIN 34 consider !
=BCC/13.2 147
6ES7 214-2BD23-0XB0
=BCC+CC_M-13A1.1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/13.4 148
6ES7- 221-1BH22-0XA0
=BCC+CC_M-13A5
632135
Operator Panel TP177micro
Blue Mode-LC-Display
SIEMENS =BCC/13.5 149
6AV6640-0CA11-0AX1
=BCC+CC_M-13A5
632136
Operator Panel TP177micro
Blue Mode-LC-Display
SIEMENS =BCC/13.5 150
6AV6640-0CA11-0AX1
=BCC+CC_M-14A1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/14.1 151
6ES7 221-1BH22-0XA0
=BCC+CC_M-14A1.1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/14.4 152
6ES7 221-1BH22-0XA0
=BCC+CC_M-15A1
632137
Digital Outut 8x Relay
Digital Outut 8x Relay
SIEMENS =BCC/15.1 153
6ES7 222-1HF22-0XA0
=BCC+CC_M-15A1.1
632137
Digital Outut 8x Relay
Digital Outut 8x Relay
SIEMENS =BCC/15.3 154
6ES7 222-1HF22-0XA0
=BCC+CC_M-16K7
515358
RELAIS
press. switch FOP =BCC/16.7 155
40.52.8.230
=BCC+CC_M-16K7
629903
RELAIS
press. switch FOP
40.52.8.230
=BCC+CC_M-16K7
515355
SCHRAUBFASSUNG BLAU
press. switch FOP
95.95.1
=BCC+CC_M-16K7
515356
Haltebügel blau
press. switch FOP
095.91
=BCC+CC_M-17K2
527018
Leistungsschütz
oil pump 1
A9-30-10
=BCC+CC_M-17K2
526164
Löschglied
oil pump 1
suppressor
ABB
=BCC/17.2 160
power contactor
ABB
=BCC/17.2 159
hold-down clip blue
FINDER
=BCC/16.7 158
SOCKET BLUE
FINDER
=BCC/16.7 157
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/16.7 156
PRINT RELAY,2-CHANGER,230 VAC
FINDER
RC 5-1/250
=BCC+CC_M-17K2
603271
Hilfskontakt
oil pump 1
auxiliary contact
ABB
=BCC/17.2
CA 5-10
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 8
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 8 25
sh.
item list no.
161
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603282
Adapter
adapter
=BCC+CC_M-17K2 oil pump 1
ABB
=BCC/17.2 162
BEA 16/325
=BCC+CC_M-17K7
515358
RELAIS
local / remote =BCC/17.7 163
40.52.8.230
=BCC+CC_M-17K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-17K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-17K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-17K8
515358
RELAIS
FOP1 Standby fault
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-17K8
629903
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-17K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
95.95.1
=BCC+CC_M-17K8
515356
Haltebügel blau
FOP1 Standby fault
095.91
=BCC+CC_M-18K2
527018
Leistungsschütz
oil pump 2
A9-30-10
=BCC+CC_M-18K2
526164
Löschglied
oil pump 2
RC 5-1/250
=BCC+CC_M-18K2
603271
Hilfskontakt
oil pump 2
CA 5-10
=BCC+CC_M-18K2
603282
Adapter
oil pump 2
BEA 16/325
=BCC+CC_M-18K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-18K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-18K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-18K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-18K8
515358
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-18K8
629903
RELAIS
FOP1 Standby fault
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.8 180
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.8 179
hold-down clip blue
FINDER
=BCC/18.7 178
SOCKET BLUE
FINDER
=BCC/18.7 177
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.7 176
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.7 175
adapter
ABB
=BCC/18.2 174
auxiliary contact
ABB
=BCC/18.2 173
suppressor
ABB
=BCC/18.2 172
power contactor
ABB
=BCC/18.2 171
hold-down clip blue
FINDER
=BCC/17.8 170
SOCKET BLUE
FINDER
=BCC/17.8 169
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.8 168
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.8 167
hold-down clip blue
FINDER
=BCC/17.7 166
SOCKET BLUE
FINDER
=BCC/17.7 165
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.7 164
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-18K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
SOCKET BLUE
FINDER
=BCC/18.8
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 9
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 9 25
sh.
item list no.
181
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-18K8 FOP1 Standby fault
FINDER
=BCC/18.8 182
095.91
=BCC+CC_M-19K7
515358
RELAIS
press.switch FWP =BCC/19.7 183
40.52.8.230
=BCC+CC_M-19K7
629903
RELAIS
press.switch FWP
40.52.8.230
=BCC+CC_M-19K7
515355
SCHRAUBFASSUNG BLAU
press.switch FWP
95.95.1
=BCC+CC_M-19K7
515356
Haltebügel blau
press.switch FWP
095.91
=BCC+CC_M-20K2
527018
Leistungsschütz
feed water pump 1
protection note according to DIN 34 consider !
A9-30-10
=BCC+CC_M-20K2
526164
Löschglied
feed water pump 1
RC 5-1/250
=BCC+CC_M-20K2
603271
Hilfskontakt
feed water pump 1
CA 5-10
=BCC+CC_M-20K2
603282
Adapter
feed water pump 1
BEA 16/325
=BCC+CC_M-20K3
515358
RELAIS
FWP1 Standby fault
40.52.8.230
=BCC+CC_M-20K3
629903
RELAIS
FWP1 Standby fault
40.52.8.230
=BCC+CC_M-20K3
515355
SCHRAUBFASSUNG BLAU
FWP1 Standby fault
95.95.1
=BCC+CC_M-20K3
515356
Haltebügel blau
FWP1 Standby fault
095.91
=BCC+CC_M-20K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-20K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-20K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-20K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-22K2
515358
RELAIS
feed water pump 2 on
40.52.8.230
=BCC+CC_M-22K2
629903
RELAIS
feed water pump 2 on
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 200
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 199
hold-down clip blue
FINDER
=BCC/20.7 198
SOCKET BLUE
FINDER
=BCC/20.7 197
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.7 196
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.7 195
hold-down clip blue
FINDER
=BCC/20.3 194
SOCKET BLUE
FINDER
=BCC/20.3 193
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.3 192
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.3 191
adapter
ABB
=BCC/20.2 190
auxiliary contact
ABB
=BCC/20.2 189
suppressor
ABB
=BCC/20.2 188
power contactor
ABB
=BCC/20.2 187
hold-down clip blue
FINDER
=BCC/19.7 186
SOCKET BLUE
FINDER
=BCC/19.7 185
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/19.7 184
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-22K2
515355
SCHRAUBFASSUNG BLAU
feed water pump 2 on
SOCKET BLUE
FINDER
=BCC/22.2
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 10
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 10 25
sh.
item list no.
201
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-22K2 feed water pump 2 on
FINDER
=BCC/22.2 202
095.91
=BCC+CC_M-22K3
515358
RELAIS
FWP2 Standbyfault =BCC/22.2 203
40.52.8.230
=BCC+CC_M-22K3
629903
RELAIS
FWP2 Standbyfault
40.52.8.230
=BCC+CC_M-22K3
515355
SCHRAUBFASSUNG BLAU
FWP2 Standbyfault
95.95.1
=BCC+CC_M-22K3
515356
Haltebügel blau
FWP2 Standbyfault
095.91
=BCC+CC_M-22K6
515358
RELAIS
local stop
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-22K6
629903
RELAIS
local stop
40.52.8.230
=BCC+CC_M-22K6
515355
SCHRAUBFASSUNG BLAU
local stop
95.95.1
=BCC+CC_M-22K6
515356
Haltebügel blau
local stop
095.91
=BCC+CC_M-22K7
526294
RELAIS
feed water pump 2 in operation
55.34.8.230.00.40
=BCC+CC_M-22K7
629903
RELAIS
feed water pump 2 in operation
40.52.8.230
=BCC+CC_M-22K7
526291
SCHRAUBFASSUNG BLAU
feed water pump 2 in operation
94.84.03
=BCC+CC_M-22K7
526292
Haltebügel blau
feed water pump 2 in operation
094.91
=BCC+CC_M-22K8
515358
RELAIS
feed water pump 2 overload
40.52.8.230
=BCC+CC_M-22K8
629903
RELAIS
feed water pump 2 overload
40.52.8.230
=BCC+CC_M-22K8
515355
SCHRAUBFASSUNG BLAU
feed water pump 2 overload
95.95.1
=BCC+CC_M-22K8
515356
Haltebügel blau
feed water pump 2 overload
095.91
=BCC+CC_M-23K7
515358
RELAIS
press. switch MGO
40.52.8.230
=BCC+CC_M-23K7
629903
RELAIS
press. switch MGO
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/23.7 220
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/23.7 219
hold-down clip blue
FINDER
=BCC/22.8 218
SOCKET BLUE
FINDER
=BCC/22.8 217
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.8 216
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.8 215
hold-down clip blue
FINDER
=BCC/22.7 214
SOCKET BLUE
FINDER
=BCC/22.7 213
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.7 212
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/22.7 211
hold-down clip blue
FINDER
=BCC/22.6 210
SOCKET BLUE
FINDER
=BCC/22.6 209
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.6 208
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.6 207
hold-down clip blue
FINDER
=BCC/22.2 206
SOCKET BLUE
FINDER
=BCC/22.2 205
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 204
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-23K7
515355
SCHRAUBFASSUNG BLAU
press. switch MGO
SOCKET BLUE
FINDER
=BCC/23.7
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 11
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 11 25
sh.
item list no.
221
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-23K7 press. switch MGO
FINDER
=BCC/23.7 222
095.91
=BCC+CC_M-24K2
527018
Leistungsschütz
MGO pump 1 =BCC/24.2 223
A9-30-10
=BCC+CC_M-24K2
526164
Löschglied
MGO pump 1
RC 5-1/250
=BCC+CC_M-24K2
603271
Hilfskontakt
MGO pump 1
CA 5-10
=BCC+CC_M-24K2
603282
Adapter
MGO pump 1
BEA 16/325
=BCC+CC_M-24K7
515358
RELAIS
local / remote
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-24K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-24K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-24K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-24K8
515358
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-24K8
629903
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-24K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
95.95.1
=BCC+CC_M-24K8
515356
Haltebügel blau
FOP1 Standby fault
095.91
=BCC+CC_M-25K2
527018
Leistungsschütz
MGO pump 2
A9-30-10
=BCC+CC_M-25K2
526164
Löschglied
MGO pump 2
RC 5-1/250
=BCC+CC_M-25K2
603271
Hilfskontakt
MGO pump 2
CA 5-10
=BCC+CC_M-25K2
603282
Adapter
MGO pump 2
BEA 16/325
=BCC+CC_M-25K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-25K7
629903
RELAIS
local / remote
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.7 240
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.7 239
adapter
ABB
=BCC/25.2 238
auxiliary contact
ABB
=BCC/25.2 237
suppressor
ABB
=BCC/25.2 236
power contactor
ABB
=BCC/25.2 235
hold-down clip blue
FINDER
=BCC/24.8 234
SOCKET BLUE
FINDER
=BCC/24.8 233
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.8 232
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.8 231
hold-down clip blue
FINDER
=BCC/24.7 230
SOCKET BLUE
FINDER
=BCC/24.7 229
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.7 228
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.7 227
adapter
ABB
=BCC/24.2 226
auxiliary contact
ABB
=BCC/24.2 225
suppressor
ABB
=BCC/24.2 224
power contactor
ABB
40.52.8.230
=BCC+CC_M-25K7
515355
SCHRAUBFASSUNG BLAU
local / remote
SOCKET BLUE
FINDER
=BCC/25.7
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 12
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 12 25
sh.
item list no.
241
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-25K7 local / remote
FINDER
=BCC/25.7 242
095.91
=BCC+CC_M-25K8
515358
RELAIS
FOP2 Standby fault =BCC/25.8 243
40.52.8.230
=BCC+CC_M-25K8
629903
RELAIS
FOP2 Standby fault
40.52.8.230
=BCC+CC_M-25K8
515355
SCHRAUBFASSUNG BLAU
FOP2 Standby fault
95.95.1
=BCC+CC_M-25K8
515356
Haltebügel blau
FOP2 Standby fault
095.91
=BCC+CC_M-27K2
526294
RELAIS
chemical dosing pump in operation
protection note according to DIN 34 consider !
55.34.8.230.00.40
=BCC+CC_M-27K2
629903
RELAIS
chemical dosing pump in operation
40.52.8.230
=BCC+CC_M-27K2
526291
SCHRAUBFASSUNG BLAU
chemical dosing pump in operation
94.84.03
=BCC+CC_M-27K2
526292
Haltebügel blau
chemical dosing pump in operation
094.91
=BCC+CC_M-27K3
515358
RELAIS
accoustic com alarm
40.52.8.230
=BCC+CC_M-27K3
629903
RELAIS
accoustic com alarm
40.52.8.230
=BCC+CC_M-27K3
515355
SCHRAUBFASSUNG BLAU
accoustic com alarm
95.95.1
=BCC+CC_M-27K3
515356
Haltebügel blau
accoustic com alarm
095.91
=BCC+CC_M-27K4
515358
RELAIS
flame failure (ECR)
40.52.8.230
=BCC+CC_M-27K4
629903
RELAIS
flame failure (ECR)
40.52.8.230
=BCC+CC_M-27K4
515355
SCHRAUBFASSUNG BLAU
flame failure (ECR)
95.95.1
=BCC+CC_M-27K4
515356
Haltebügel blau
flame failure (ECR)
095.91
=BCC+CC_M-27K5
515358
RELAIS
alarm comb.air low ( ECR)
40.52.8.230
=BCC+CC_M-27K5
629903
RELAIS
alarm comb.air low ( ECR)
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.5 260
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.5 259
hold-down clip blue
FINDER
=BCC/27.4 258
SOCKET BLUE
FINDER
=BCC/27.4 257
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.4 256
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.4 255
hold-down clip blue
FINDER
=BCC/27.3 254
SOCKET BLUE
FINDER
=BCC/27.3 253
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.3 252
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.3 251
hold-down clip blue
FINDER
=BCC/27.2 250
SOCKET BLUE
FINDER
=BCC/27.2 249
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.2 248
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/27.2 247
hold-down clip blue
FINDER
=BCC/25.8 246
SOCKET BLUE
FINDER
=BCC/25.8 245
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.8 244
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-27K5
515355
SCHRAUBFASSUNG BLAU
alarm comb.air low ( ECR)
SOCKET BLUE
FINDER
=BCC/27.5
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 13
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 13 25
sh.
item list no.
261
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-27K5 alarm comb.air low ( ECR)
FINDER
=BCC/27.5 262
095.91
=BCC+CC_M-27K6
515358
RELAIS
alarm ( cabinet) =BCC/27.6 263
40.52.8.230
=BCC+CC_M-27K6
629903
RELAIS
alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K6
515355
SCHRAUBFASSUNG BLAU
alarm ( cabinet)
95.95.1
=BCC+CC_M-27K6
515356
Haltebügel blau
alarm ( cabinet)
095.91
=BCC+CC_M-27K7
515358
RELAIS
common alarm ( ECR )
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-27K7
629903
RELAIS
common alarm ( ECR )
40.52.8.230
=BCC+CC_M-27K7
515355
SCHRAUBFASSUNG BLAU
common alarm ( ECR )
95.95.1
=BCC+CC_M-27K7
515356
Haltebügel blau
common alarm ( ECR )
095.91
=BCC+CC_M-27K8
515358
RELAIS
common shut down alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K8
629903
RELAIS
common shut down alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K8
515355
SCHRAUBFASSUNG BLAU
common shut down alarm ( cabinet)
95.95.1
=BCC+CC_M-27K8
515356
Haltebügel blau
common shut down alarm ( cabinet)
095.91
=BCC+CC_M-28K4
534245
Leistungsschütz
electrical preheater
A16-30-10
=BCC+CC_M-28K4
526164
Löschglied
electrical preheater
RC 5-1/250
=BCC+CC_M-28K4
603282
Adapter
electrical preheater
BEA 16/325
=BCC+CC_M-30K2
603730
Leistungsschütz
combustion air fan
A26-30-10
=BCC+CC_M-30K2
526164
Löschglied
combustion air fan
RC 5-1/250
=BCC+CC_M-30K2
603271
Hilfskontakt
combustion air fan
auxiliary contact
ABB
=BCC/30.2 280
suppressor
ABB
=BCC/30.2 279
power contactor
ABB
=BCC/30.2 278
adapter
ABB
=BCC/28.4 277
suppressor
ABB
=BCC/28.4 276
power contactor
ABB
=BCC/28.4 275
hold-down clip blue
FINDER
=BCC/27.8 274
SOCKET BLUE
FINDER
=BCC/27.8 273
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.8 272
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.8 271
hold-down clip blue
FINDER
=BCC/27.7 270
SOCKET BLUE
FINDER
=BCC/27.7 269
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.7 268
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.7 267
hold-down clip blue
FINDER
=BCC/27.6 266
SOCKET BLUE
FINDER
=BCC/27.6 265
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.6 264
PRINT RELAY,2-CHANGER,230 VAC
FINDER
CA 5-10
=BCC+CC_M-30K2
603272
Hilfskontakt
combustion air fan
auxiliary contact
ABB
=BCC/30.2
CA 5-01
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 14
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 14 25
sh.
item list no.
281
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603640
Adapter
adapter
=BCC+CC_M-30K2 combustion air fan
ABB
=BCC/30.2 282
BEA 26/325
=BCC+CC_M-30K4
527018
Leistungsschütz
rotary cup atomizer =BCC/30.4 283
A9-30-10
=BCC+CC_M-30K4
526164
Löschglied
rotary cup atomizer
RC 5-1/250
=BCC+CC_M-30K4
603271
Hilfskontakt
rotary cup atomizer
CA 5-10
=BCC+CC_M-30K4
603272
Hilfskontakt
rotary cup atomizer
CA 5-01
=BCC+CC_M-30K4
603282
Adapter
rotary cup atomizer
protection note according to DIN 34 consider !
BEA 16/325
=BCC+CC_M-30K6
527018
Leistungsschütz
ignition oil pump
A9-30-10
=BCC+CC_M-30K6
526164
Löschglied
ignition oil pump
RC 5-1/250
=BCC+CC_M-30K6
603271
Hilfskontakt
ignition oil pump
CA 5-10
=BCC+CC_M-30K6
603272
Hilfskontakt
ignition oil pump
CA 5-01
=BCC+CC_M-30K6
603282
Adapter
ignition oil pump
BEA 16/325
=BCC+CC_M-32K2
515358
RELAIS
combustion air fan
40.52.8.230
=BCC+CC_M-32K2
629903
RELAIS
combustion air fan
40.52.8.230
=BCC+CC_M-32K2
515355
SCHRAUBFASSUNG BLAU
combustion air fan
95.95.1
=BCC+CC_M-32K2
515356
Haltebügel blau
combustion air fan
095.91
=BCC+CC_M-32K6
515358
RELAIS
rotary cup atomizer
40.52.8.230
=BCC+CC_M-32K6
629903
RELAIS
rotary cup atomizer
40.52.8.230
=BCC+CC_M-32K6
515355
SCHRAUBFASSUNG BLAU
rotary cup atomizer
95.95.1
=BCC+CC_M-32K6
515356
Haltebügel blau
rotary cup atomizer
hold-down clip blue
FINDER
=BCC/32.6 300
SOCKET BLUE
FINDER
=BCC/32.6 299
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.6 298
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.6 297
hold-down clip blue
FINDER
=BCC/32.2 296
SOCKET BLUE
FINDER
=BCC/32.2 295
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.2 294
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.2 293
adapter
ABB
=BCC/30.6 292
auxiliary contact
ABB
=BCC/30.6 291
auxiliary contact
ABB
=BCC/30.6 290
suppressor
ABB
=BCC/30.6 289
power contactor
ABB
=BCC/30.6 288
adapter
ABB
=BCC/30.4 287
auxiliary contact
ABB
=BCC/30.4 286
auxiliary contact
ABB
=BCC/30.4 285
suppressor
ABB
=BCC/30.4 284
power contactor
ABB
095.91
=BCC+CC_M-33K4
634413
Sicherheits-Schaltgerät
safety interlock circuit
safety device
H.Zander GmbH & Co.K
=BCC/33.4
SR3C AC230V
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 15
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 15 25
sh.
item list no.
301
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
510035
Hilfsschütz
auxiliary contactor
=BCC+CC_M-34K6 emergency operation
ABB
=BCC/34.6 302
N 40 E
=BCC+CC_M-34K6
526164
Löschglied
emergency operation =BCC/34.6 303
RC 5-1/250
=BCC+CC_M-34K6
603271
Hilfskontakt
emergency operation
CA 5-10
=BCC+CC_M-34K6
603272
Hilfskontakt
emergency operation
CA 5-01
=BCC+CC_M-34K6
603272
Hilfskontakt
emergency operation
CA 5-01
=BCC+CC_M-34K7
510036
HILFSSCHUETZ
emergency operation
protection note according to DIN 34 consider !
N 44E
=BCC+CC_M-34K7
526164
Löschglied
emergency operation
RC 5-1/250
=BCC+CC_M-35K2
526294
RELAIS
burner start
55.34.8.230.00.40
=BCC+CC_M-35K2
629903
RELAIS
burner start
40.52.8.230
=BCC+CC_M-35K2
526291
SCHRAUBFASSUNG BLAU
burner start
94.84.03
=BCC+CC_M-35K2
526292
Haltebügel blau
burner start
094.91
=BCC+CC_M-35K6
515358
RELAIS
burner stand by
40.52.8.230
=BCC+CC_M-35K6
629903
RELAIS
burner stand by
40.52.8.230
=BCC+CC_M-35K6
515355
SCHRAUBFASSUNG BLAU
burner stand by
95.95.1
=BCC+CC_M-35K6
515356
Haltebügel blau
burner stand by
095.91
=BCC+CC_M-36K3
515358
RELAIS
purge position
40.52.8.230
=BCC+CC_M-36K3
629903
RELAIS
purge position
40.52.8.230
=BCC+CC_M-36K3
515355
SCHRAUBFASSUNG BLAU
purge position
95.95.1
=BCC+CC_M-36K3
515356
Haltebügel blau
purge position
hold-down clip blue
FINDER
=BCC/36.2 320
SOCKET BLUE
FINDER
=BCC/36.2 319
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.2 318
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.2 317
hold-down clip blue
FINDER
=BCC/35.5 316
SOCKET BLUE
FINDER
=BCC/35.5 315
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.5 314
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.5 313
hold-down clip blue
FINDER
=BCC/35.2 312
SOCKET BLUE
FINDER
=BCC/35.2 311
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.2 310
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/35.2 309
suppressor
ABB
=BCC/34.7 308
AUXILIARY CONTACTOR
ABB
=BCC/34.7 307
auxiliary contact
ABB
=BCC/34.6 306
auxiliary contact
ABB
=BCC/34.6 305
auxiliary contact
ABB
=BCC/34.6 304
suppressor
ABB
095.91
=BCC+CC_M-36K7
515358
RELAIS
reset
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.6
40.52.8.230
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 16
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 16 25
sh.
item list no.
321
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
629903
RELAIS
PRINT RELAY,2-CHANGER,230 VAC
=BCC+CC_M-36K7 reset
FINDER
=BCC/36.6 322
40.52.8.230
=BCC+CC_M-36K7
515355
SCHRAUBFASSUNG BLAU
reset =BCC/36.6 323
95.95.1
=BCC+CC_M-36K7
515356
Haltebügel blau
reset
095.91
=BCC+CC_M-37K7
515358
RELAIS
ignition
40.52.8.230
=BCC+CC_M-37K7
629903
RELAIS
ignition
40.52.8.230
=BCC+CC_M-37K7
515355
SCHRAUBFASSUNG BLAU
ignition
protection note according to DIN 34 consider !
95.95.1
=BCC+CC_M-37K7
515356
Haltebügel blau
ignition
095.91
=BCC+CC_M-38K2
515358
RELAIS
oil valves
40.52.8.230
=BCC+CC_M-38K2
629903
RELAIS
oil valves
40.52.8.230
=BCC+CC_M-38K2
515355
SCHRAUBFASSUNG BLAU
oil valves
95.95.1
=BCC+CC_M-38K2
515356
Haltebügel blau
oil valves
095.91
=BCC+CC_M-39A3
602164
FLAMMENWAECHTER
flame detector 1 Flammenwächter 1
FLUS 06 UV
=BCC+CC_M-39K3
510037
HILFSSCHUETZ
flame signal 1
N 62E
=BCC+CC_M-39K3
526164
Löschglied
flame signal 1
RC 5-1/250
=BCC+CC_M-40A3
602164
FLAMMENWAECHTER
flame detector 2 Flammenwächter 2
FLUS 06 UV
=BCC+CC_M-40K3
510037
HILFSSCHUETZ
flame signal 2
N 62E
=BCC+CC_M-40K3
526164
Löschglied
flame signal 2
RC 5-1/250
=BCC+CC_M-41K5
515358
RELAIS
ignition
40.52.8.230
=BCC+CC_M-41K5
629903
RELAIS
ignition
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/41.5 340
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/41.5 339
suppressor
ABB
=BCC/40.3 338
AUXILIARY CONTACTOR
ABB
=BCC/40.3 337
FLAME DETECTOR
SAACKE
=BCC/40.3 336
suppressor
ABB
=BCC/39.3 335
AUXILIARY CONTACTOR
ABB
=BCC/39.3 334
FLAME DETECTOR
SAACKE
=BCC/39.3 333
hold-down clip blue
FINDER
=BCC/38.2 332
SOCKET BLUE
FINDER
=BCC/38.2 331
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/38.2 330
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/38.2 329
hold-down clip blue
FINDER
=BCC/37.7 328
SOCKET BLUE
FINDER
=BCC/37.7 327
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/37.7 326
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/37.7 325
hold-down clip blue
FINDER
=BCC/36.6 324
SOCKET BLUE
FINDER
40.52.8.230
=BCC+CC_M-41K5
515355
SCHRAUBFASSUNG BLAU
ignition
SOCKET BLUE
FINDER
=BCC/41.5
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 17
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 17 25
sh.
item list no.
341
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-41K5 ignition
FINDER
=BCC/41.5 342
095.91
=BCC+CC_M-42K2
526294
RELAIS
purge =BCC/42.2 343
55.34.8.230.00.40
=BCC+CC_M-42K2
629903
RELAIS
purge
40.52.8.230
=BCC+CC_M-42K2
526291
SCHRAUBFASSUNG BLAU
purge
94.84.03
=BCC+CC_M-42K2
526292
Haltebügel blau
purge
094.91
=BCC+CC_M-42K3
515358
RELAIS
end of purge
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-42K3
629903
RELAIS
end of purge
40.52.8.230
=BCC+CC_M-42K3
515355
SCHRAUBFASSUNG BLAU
end of purge
95.95.1
=BCC+CC_M-42K3
515356
Haltebügel blau
end of purge
095.91
=BCC+CC_M-42K4
515358
RELAIS
release flame scanner
40.52.8.230
=BCC+CC_M-42K4
629903
RELAIS
release flame scanner
40.52.8.230
=BCC+CC_M-42K4
515355
SCHRAUBFASSUNG BLAU
release flame scanner
95.95.1
=BCC+CC_M-42K4
515356
Haltebügel blau
release flame scanner
095.91
=BCC+CC_M-42K5
526294
RELAIS
burner fires
55.34.8.230.00.40
=BCC+CC_M-42K5
629903
RELAIS
burner fires
40.52.8.230
=BCC+CC_M-42K5
526291
SCHRAUBFASSUNG BLAU
burner fires
94.84.03
=BCC+CC_M-42K5
526292
Haltebügel blau
burner fires
094.91
=BCC+CC_M-42K6
526294
RELAIS
control
55.34.8.230.00.40
=BCC+CC_M-42K6
629903
RELAIS
control
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.6 360
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/42.6 359
hold-down clip blue
FINDER
=BCC/42.5 358
SOCKET BLUE
FINDER
=BCC/42.5 357
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.5 356
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/42.5 355
hold-down clip blue
FINDER
=BCC/42.4 354
SOCKET BLUE
FINDER
=BCC/42.4 353
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.4 352
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.4 351
hold-down clip blue
FINDER
=BCC/42.3 350
SOCKET BLUE
FINDER
=BCC/42.3 349
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.3 348
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.3 347
hold-down clip blue
FINDER
=BCC/42.2 346
SOCKET BLUE
FINDER
=BCC/42.2 345
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.2 344
MINIATURE-RELAY 4CHANGE-OVER
FINDER
40.52.8.230
=BCC+CC_M-42K6
526291
SCHRAUBFASSUNG BLAU
control
SOCKET BLUE
FINDER
=BCC/42.6
94.84.03
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 18
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 18 25
sh.
item list no.
361
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
526292
Haltebügel blau
hold-down clip blue
=BCC+CC_M-42K6 control
FINDER
=BCC/42.6 362
094.91
=BCC+CC_M-43K2
515358
RELAIS
fault =BCC/43.2 363
40.52.8.230
=BCC+CC_M-43K2
629903
RELAIS
fault
40.52.8.230
=BCC+CC_M-43K2
515355
SCHRAUBFASSUNG BLAU
fault
95.95.1
=BCC+CC_M-43K2
515356
Haltebügel blau
fault
095.91
=BCC+CC_M-44K4
634414
Sicherheits-Schaltgerät
primary air failure
protection note according to DIN 34 consider !
SR3C AC/DC24V
=BCC+CC_M-45K4
634414
Sicherheits-Schaltgerät
combustion air failure
SR3C AC/DC24V
=BCC+CC_M-46K6
634414
Sicherheits-Schaltgerät
burner swung out
SR3C AC/DC24V
=BCC+CC_M-46K8
515357
RELAIS
burner swung out
40.52.9.024
=BCC+CC_M-46K8
515359
LED-Anzeige rot
burner swung out
LED-ANZEIGE
=BCC+CC_M-46K8
515355
SCHRAUBFASSUNG BLAU
burner swung out
95.95.1
=BCC+CC_M-46K8
515356
Haltebügel blau
burner swung out
095.91
=BCC+CC_M-47K5
622489
HILFSSCHUETZ
purge position
NL 40E
=BCC+CC_M-47K5
615592
Löschglied
purge position
RT 5/32
=BCC+CC_M-47K5
603271
Hilfskontakt
purge position
CA 5-10
=BCC+CC_M-47K5
603272
Hilfskontakt
purge position
CA 5-01
=BCC+CC_M-47K6
526293
RELAIS
ignition position
55.34.9.024.00.40
=BCC+CC_M-47K6
515359
LED-Anzeige rot
ignition position
LED-ANZEIGE
=BCC+CC_M-47K6
526291
SCHRAUBFASSUNG BLAU
ignition position
SOCKET BLUE
FINDER
=BCC/47.6 380
LED indication red
FINDER
=BCC/47.6 379
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/47.6 378
auxiliary contact
ABB
=BCC/47.5 377
auxiliary contact
ABB
=BCC/47.5 376
suppressor
ABB
=BCC/47.5 375
AUXILIARY CONTACTOR
ABB
=BCC/47.5 374
hold-down clip blue
FINDER
=BCC/46.7 373
SOCKET BLUE
FINDER
=BCC/46.7 372
LED indication red
FINDER
=BCC/46.7 371
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/46.7 370
safety device
H.Zander GmbH & Co.K
=BCC/46.6 369
safety device
H.Zander GmbH & Co.K
=BCC/45.4 368
safety device
H.Zander GmbH & Co.K
=BCC/44.4 367
hold-down clip blue
FINDER
=BCC/43.2 366
SOCKET BLUE
FINDER
=BCC/43.2 365
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/43.2 364
PRINT RELAY,2-CHANGER,230 VAC
FINDER
94.84.03
=BCC+CC_M-47K6
526292
Haltebügel blau
ignition position
hold-down clip blue
FINDER
=BCC/47.6
094.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 19
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 19 25
sh.
item list no.
381
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
634414
Sicherheits-Schaltgerät
safety device
=BCC+CC_M-48K6 fire in the windbox
H.Zander GmbH & Co.K
=BCC/48.6 382
SR3C AC/DC24V
=BCC+CC_M-49K6
634414
Sicherheits-Schaltgerät
oil pressure too high =BCC/49.6 383
SR3C AC/DC24V
=BCC+CC_M-50K6
634414
Sicherheits-Schaltgerät
HFO temperature too low
SR3C AC/DC24V
=BCC+CC_M-51K6
526293
RELAIS
HFO temperature high
55.34.9.024.00.40
=BCC+CC_M-51K6
515359
LED-Anzeige rot
HFO temperature high
LED-ANZEIGE
=BCC+CC_M-51K6
526291
SCHRAUBFASSUNG BLAU
HFO temperature high
protection note according to DIN 34 consider !
94.84.03
=BCC+CC_M-51K6
526292
Haltebügel blau
HFO temperature high
094.91
=BCC+CC_M-52K6
634414
Sicherheits-Schaltgerät
steam pressure too high
SR3C AC/DC24V
=BCC+CC_M-53K6
634414
Sicherheits-Schaltgerät
flue gas temperature too high
SR3C AC/DC24V
=BCC+CC_M-55K5
515357
RELAIS
fuel oil circulating to pump
40.52.9.024
=BCC+CC_M-55K5
515359
LED-Anzeige rot
fuel oil circulating to pump
LED-ANZEIGE
=BCC+CC_M-55K5
515355
SCHRAUBFASSUNG BLAU
fuel oil circulating to pump
95.95.1
=BCC+CC_M-55K5
515356
Haltebügel blau
fuel oil circulating to pump
095.91
=BCC+CC_M-55K6
515357
RELAIS
fuel oil circulating to tank
40.52.9.024
=BCC+CC_M-55K6
515359
LED-Anzeige rot
fuel oil circulating to tank
LED-ANZEIGE
=BCC+CC_M-55K6
515355
SCHRAUBFASSUNG BLAU
fuel oil circulating to tank
95.95.1
=BCC+CC_M-55K6
515356
Haltebügel blau
fuel oil circulating to tank
095.91
=BCC+CC_M-56K6
622489
HILFSSCHUETZ
HFO operation selected
NL 40E
=BCC+CC_M-56K6
615592
Löschglied
HFO operation selected
suppressor
ABB
=BCC/56.6 400
AUXILIARY CONTACTOR
ABB
=BCC/56.6 399
hold-down clip blue
FINDER
=BCC/55.6 398
SOCKET BLUE
FINDER
=BCC/55.6 397
LED indication red
FINDER
=BCC/55.6 396
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/55.6 395
hold-down clip blue
FINDER
=BCC/55.5 394
SOCKET BLUE
FINDER
=BCC/55.5 393
LED indication red
FINDER
=BCC/55.5 392
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/55.5 391
safety device
H.Zander GmbH & Co.K
=BCC/53.6 390
safety device
H.Zander GmbH & Co.K
=BCC/52.6 389
hold-down clip blue
FINDER
=BCC/51.6 388
SOCKET BLUE
FINDER
=BCC/51.6 387
LED indication red
FINDER
=BCC/51.6 386
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/51.6 385
safety device
H.Zander GmbH & Co.K
=BCC/50.6 384
safety device
H.Zander GmbH & Co.K
RT 5/32
=BCC+CC_M-56K6
603271
Hilfskontakt
HFO operation selected
auxiliary contact
ABB
=BCC/56.6
CA 5-10
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 20
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 20 25
sh.
item list no.
401
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603272
Hilfskontakt
auxiliary contact
=BCC+CC_M-56K6 HFO operation selected
ABB
=BCC/56.6 402
CA 5-01
=BCC+CC_M-57K6
622489
HILFSSCHUETZ
MDO selected =BCC/57.6 403
NL 40E
=BCC+CC_M-57K6
615592
Löschglied
MDO selected
RT 5/32
=BCC+CC_M-57K6
603271
Hilfskontakt
MDO selected
CA 5-10
=BCC+CC_M-57K6
603272
Hilfskontakt
MDO selected
CA 5-01
=BCC+CC_M-59K4
515357
RELAIS
selection HFO / MDO
protection note according to DIN 34 consider !
40.52.9.024
=BCC+CC_M-59K4
515359
LED-Anzeige rot
selection HFO / MDO
LED-ANZEIGE
=BCC+CC_M-59K4
515355
SCHRAUBFASSUNG BLAU
selection HFO / MDO
95.95.1
=BCC+CC_M-59K4
515356
Haltebügel blau
selection HFO / MDO
095.91
=BCC+CC_M-59K7
622489
HILFSSCHUETZ
MGO operation
NL 40E
=BCC+CC_M-59K7
615592
Löschglied
MGO operation
RT 5/32
=BCC+CC_M-59K7
603271
Hilfskontakt
MGO operation
CA 5-10
=BCC+CC_M-59K7
603272
Hilfskontakt
MGO operation
CA 5-01
=BCC+CC_M-61K2
515357
RELAIS
boiler purge
40.52.9.024
=BCC+CC_M-61K2
515359
LED-Anzeige rot
boiler purge
LED-ANZEIGE
=BCC+CC_M-61K2
515355
SCHRAUBFASSUNG BLAU
boiler purge
95.95.1
=BCC+CC_M-61K2
515356
Haltebügel blau
boiler purge
095.91
=BCC+CC_M-61K3
515357
RELAIS
increase burner load
40.52.9.024
=BCC+CC_M-61K3
515359
LED-Anzeige rot
increase burner load
LED indication red
FINDER
=BCC/61.3 420
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/61.3 419
hold-down clip blue
FINDER
=BCC/61.3 418
SOCKET BLUE
FINDER
=BCC/61.3 417
LED indication red
FINDER
=BCC/61.3 416
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/61.3 415
auxiliary contact
ABB
=BCC/59.7 414
auxiliary contact
ABB
=BCC/59.7 413
suppressor
ABB
=BCC/59.7 412
AUXILIARY CONTACTOR
ABB
=BCC/59.7 411
hold-down clip blue
FINDER
=BCC/59.4 410
SOCKET BLUE
FINDER
=BCC/59.4 409
LED indication red
FINDER
=BCC/59.4 408
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/59.4 407
auxiliary contact
ABB
=BCC/57.6 406
auxiliary contact
ABB
=BCC/57.6 405
suppressor
ABB
=BCC/57.6 404
AUXILIARY CONTACTOR
ABB
LED-ANZEIGE
=BCC+CC_M-61K3
515355
SCHRAUBFASSUNG BLAU
increase burner load
SOCKET BLUE
FINDER
=BCC/61.3
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 21
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 21 25
sh.
item list no.
421
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-61K3 increase burner load
FINDER
=BCC/61.3 422
095.91
=BCC+CC_M-61K4
515357
RELAIS
decrease burner load =BCC/61.4 423
40.52.9.024
=BCC+CC_M-61K4
515359
LED-Anzeige rot
decrease burner load
LED-ANZEIGE
=BCC+CC_M-61K4
515355
SCHRAUBFASSUNG BLAU
decrease burner load
95.95.1
=BCC+CC_M-61K4
515356
Haltebügel blau
decrease burner load
095.91
=BCC+CC_M-63K3
515357
RELAIS
controlled shut-down
protection note according to DIN 34 consider !
40.52.9.024
=BCC+CC_M-63K3
515359
LED-Anzeige rot
controlled shut-down
LED-ANZEIGE
=BCC+CC_M-63K3
515355
SCHRAUBFASSUNG BLAU
controlled shut-down
95.95.1
=BCC+CC_M-63K3
515356
Haltebügel blau
controlled shut-down
095.91
=BCC+CC_M-63K4
515357
RELAIS
steam pressure low/high
40.52.9.024
=BCC+CC_M-63K4
515359
LED-Anzeige rot
steam pressure low/high
LED-ANZEIGE
=BCC+CC_M-63K4
515355
SCHRAUBFASSUNG BLAU
steam pressure low/high
95.95.1
=BCC+CC_M-63K4
515356
Haltebügel blau
steam pressure low/high
095.91
=BCC+CC_M-63K5
515357
RELAIS
steam pressure high
40.52.9.024
=BCC+CC_M-63K5
515359
LED-Anzeige rot
steam pressure high
LED-ANZEIGE
=BCC+CC_M-63K5
515355
SCHRAUBFASSUNG BLAU
steam pressure high
95.95.1
=BCC+CC_M-63K5
515356
Haltebügel blau
steam pressure high
095.91
=BCC+CC_M-63K6
515357
RELAIS
steam pressure low
40.52.9.024
=BCC+CC_M-63K6
515359
LED-Anzeige rot
steam pressure low
LED indication red
FINDER
=BCC/63.6 440
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.6 439
hold-down clip blue
FINDER
=BCC/63.5 438
SOCKET BLUE
FINDER
=BCC/63.5 437
LED indication red
FINDER
=BCC/63.5 436
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.5 435
hold-down clip blue
FINDER
=BCC/63.4 434
SOCKET BLUE
FINDER
=BCC/63.4 433
LED indication red
FINDER
=BCC/63.4 432
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.4 431
hold-down clip blue
FINDER
=BCC/63.3 430
SOCKET BLUE
FINDER
=BCC/63.3 429
LED indication red
FINDER
=BCC/63.3 428
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.3 427
hold-down clip blue
FINDER
=BCC/61.4 426
SOCKET BLUE
FINDER
=BCC/61.4 425
LED indication red
FINDER
=BCC/61.4 424
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
LED-ANZEIGE
=BCC+CC_M-63K6
515355
SCHRAUBFASSUNG BLAU
steam pressure low
SOCKET BLUE
FINDER
=BCC/63.6
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 22
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 22 25
sh.
item list no.
441
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-63K6 steam pressure low
FINDER
=BCC/63.6 442
095.91
=BCC+CC_M-69A2
635419
GRENZWERTSCHALTER, NIVEAU
level limit switch Niveauschalter =BCC/69.2 443
NRS 1-50s , 15sek.Tr
=BCC+CC_M-69K5
634413
Sicherheits-Schaltgerät
boiler water level 1 too low
safety device
H.Zander GmbH & Co.K
=BCC/69.5 444
limit switch, level
GESTRA
SR3C AC230V
=BCC+CC_M-70A2
629178 PR electronics
=BCC/70.2 445
PReasy 4116
=BCC+CC_M-70A2
629183 PR electronics
=BCC/70.2 446
PReasy 4116
=BCC+CC_M-70K5
526293
RELAIS
boiler water level 2 too low
protection note according to DIN 34 consider !
=BCC/70.4 447
55.34.9.024.00.40
=BCC+CC_M-70K5
515359
LED-Anzeige rot
boiler water level 2 too low
LED-ANZEIGE
=BCC+CC_M-70K5
526291
SCHRAUBFASSUNG BLAU
boiler water level 2 too low
94.84.03
=BCC+CC_M-70K5
526292
Haltebügel blau
boiler water level 2 too low
hold-down clip blue
FINDER
=BCC/70.4 450
SOCKET BLUE
FINDER
=BCC/70.4 449
LED indication red
FINDER
=BCC/70.4 448
MINIATURE-RELAY 4CHANGE-OVER
FINDER
094.91
=BCC+CC_M-73A2
629178 PR electronics
=BCC/73.2 451
PReasy 4116
=BCC+CC_M-73A2
629183 PR electronics
=BCC/73.2 452
PReasy 4116
=BCC+CC_M-74K6
515358
RELAIS
low water alarm =BCC/74.7 453
40.52.8.230
=BCC+CC_M-74K6
629903
RELAIS
low water alarm
40.52.8.230
=BCC+CC_M-74K6
515355
SCHRAUBFASSUNG BLAU
low water alarm
95.95.1
=BCC+CC_M-74K6
515356
Haltebügel blau
low water alarm
095.91
=BCC+CC_M-74K7
515358
RELAIS
high water alarm
40.52.8.230
=BCC+CC_M-74K7
629903
RELAIS
high water alarm
40.52.8.230
=BCC+CC_M-74K7
515355
SCHRAUBFASSUNG BLAU
high water alarm
95.95.1
=BCC+CC_M-74K7
515356
Haltebügel blau
high water alarm
hold-down clip blue
FINDER
=BCC/74.7 460
SOCKET BLUE
FINDER
=BCC/74.7 459
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 458
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 457
hold-down clip blue
FINDER
=BCC/74.7 456
SOCKET BLUE
FINDER
=BCC/74.7 455
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 454
PRINT RELAY,2-CHANGER,230 VAC
FINDER
095.91
=BCC+CC_M-76K5
515358
RELAIS
conductivity high
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/76.5
40.52.8.230
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 23
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 23 25
sh.
item list no.
461
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515360
R/C-KOMBINATION
RC_MODULE
=BCC+CC_M-76K5 conductivity high
FINDER
=BCC/76.5 462
99.80.0230.09
=BCC+CC_M-76K5
515355
SCHRAUBFASSUNG BLAU
conductivity high =BCC/76.5 463
95.95.1
=BCC+CC_M-76K5
515356
Haltebügel blau
conductivity high
095.91
=BCC+CC_M-77K4
515358
RELAIS
oil turbidity
40.52.8.230
=BCC+CC_M-77K4
515360
R/C-KOMBINATION
oil turbidity
99.80.0230.09
=BCC+CC_M-77K4
515355
SCHRAUBFASSUNG BLAU
oil turbidity
protection note according to DIN 34 consider !
SOCKET BLUE
FINDER
=BCC/77.4 467
RC_MODULE
FINDER
=BCC/77.4 466
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/77.4 465
hold-down clip blue
FINDER
=BCC/76.5 464
SOCKET BLUE
FINDER
95.95.1
=BCC+CC_M-77K4
515356
Haltebügel blau
oil turbidity
hold-down clip blue
FINDER
=BCC/77.4
095.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 24
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 24 25
sh.
item list no.
481
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515360
R/C-KOMBINATION
RC_MODULE
=BCC+CC_M-76K5 conductivity high
FINDER
=BCC/76.5 482
99.80.0230.09
=BCC+CC_M-76K5
515355
SCHRAUBFASSUNG BLAU
conductivity high =BCC/76.5 483
95.95.1
=BCC+CC_M-76K5
515356
Haltebügel blau
conductivity high
095.91
=BCC+CC_M-77K4
515358
RELAIS
oil turbidity
40.52.8.230
=BCC+CC_M-77K4
515360
R/C-KOMBINATION
oil turbidity
99.80.0230.09
=BCC+CC_M-77K4
515355
SCHRAUBFASSUNG BLAU
oil turbidity
protection note according to DIN 34 consider !
SOCKET BLUE
FINDER
=BCC/77.4 487
RC_MODULE
FINDER
=BCC/77.4 486
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/77.4 485
hold-down clip blue
FINDER
=BCC/76.5 484
SOCKET BLUE
FINDER
95.95.1
=BCC+CC_M-77K4
515356
Haltebügel blau
oil turbidity
hold-down clip blue
FINDER
=BCC/77.4
095.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 25
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 25 25
sh.
cable list no.
1
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
25
=BCC+CC_M-X0
Marine- cable
1.00
=BCC+MSB1-X
-BCC_1000
4
M4G25 2
-BCC_1001
3
-BCC_1002
4
-BCC_1003
5
-BCC_1004
-BCC_1005
protection note according to ISO 16016 consider!
-BCC_1006
-BCC_1007
-BCC_1008
10
-BCC_1009
-BCC_1010
-BCC_1011
-BCC_1012
-BCC_2005
15
-BCC_2006
-BCC_2008
-BCC_2009
-BCC_2020
-BCC_2022
20
4
2,5
=BCC+CC_M-X0
1.00
=BCC+BW-X8
Marine- cable
-BCC_2120
4
1,5
=BCC+CC_M-X0
1.00
=BCC+F-2M3
Marine- cable
0 0 4
2,5
=BCC+CC_M-X0
1.00
=BCC+FWP1-4M2
Marine- cable
0 0 4
2,5
=BCC+CC_M-X0
1.00
=BCC+FWP2-4M3
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+MGOP1-3M5
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+MGOP2-3M7
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+FOP1-3M2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+FOP2-3M3
Marine- cable
0 0 4
4
=BCC+CC_M-X0
1.00
=BCC+BN-X
Marine- cable
0 0 16
1,5
=BCC+CC_M-X1
1.00
=BCC+BW-X1.1
Marine- cable
0 0 3
1,5
=BCC+CC_M-X1
1.00
=BCC+BO-68B2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+F-77A2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+F-76A3
Marine- cable
0 0 3
1,5
=BCC+CC_M-X0
1.00
=BCC+FW-5M2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+BN-X
Marine- cable
0 0
7
M7G1,5
0 0
4
M4G1,5
0 0
3
M3G1,5 19
=BCC+BN-2M5
4
M4G1,5 18
1.00
Marine- cable
4
M4G1,5 17
=BCC+CC_M-X0
3
M3G1,5 16
4
4
16
M16G1,5
0 0
4
M4G4 14
=BCC+FWP2-X0
4
M4G1,5 13
1.00
Marine- cable
4
M4G1,5 12
=BCC+FWP2+MSB2-X
4
M4G1,5 11
4
4
4
M4G1,5
0 0
4
M4G2,5 9
=BCC+MSB2-X
4
M4G2,5 8
1.00
Marine- cable
4
M4G1,5 7
=BCC+CC_M-X0
4
M4G2,5 6
4
35
4
M4G4
0 0
4
M4G4
proved wires
4
4
M4G35
laying system
6
1,5
=BCC+CC_M-X20
1.00
=BCC+FOP1-S3
Marine- cable
0 1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 1 3
sh.
cable list no.
21
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
1,5
=BCC+CC_M-X21
Marine- cable
1.00
=BCC+FOP2-S3
-BCC_2121
7
M7G1,5 22
-BCC_2122
23
-BCC_2123
24
-BCC_2220
25
-BCC_2221
-BCC_2222
protection note according to ISO 16016 consider!
-BCC_3001
-BCC_3002
-BCC_3005
30
-BCC_3006
-BCC_3007
-BCC_3008
-BCC_3010
-BCC_3012
35
-BCC_3014
-BCC_3016
-BCC_3018
-BCC_3020
-BCC_3021
40
6
1,5
=BCC+BCCFWP2-X1
1.00
=BCC+FWP2-S1
Marine- cable
-BCC_4000
7
1,5
=BCC+CC_M-X31
1.00
=BCC+BCCFWP2-X1
Marine- cable
0 0 2
1,5
=BCC.+CC-X2
1.00
=BCC.+F-9S2
Marine- cable
0 0 2
1,5
=BCC.+CC-X2
1.00
=BCC.+F-9S3
Marine- cable
0 0 10
1,5
=BCC+CC_M-X2
1.00
=BCC+BW-X2.1
Marine- cable
0 2 2
1,5
=BCC+CC_M-X2
1.00
=BCC+BO-52F2
Marine- cable
0 0 2
1,5
=BCC+CC_M-X2
1.00
=BCC+BO-53F2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-55S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-56S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-56S3
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+F-16F7
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+FW-19F7-19F1
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+GO 006-23F7
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-59S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-59S3
Marine- cable
0 0
3
M2x0,75SH
0 1
4
M4x1,5
0 1
4
M4x1,5 39
=BCC+FWP1-S3
2
M2X1,5 38
1.00
Marine- cable
2
M2X1,5 37
=BCC+CC_M-X30
2
M2X1,5 36
6
1,5
4
M4x1,5
0 1
4
M4x1,5 34
=BCC+MGOP2-S3
4
M4x1,5 33
1.00
Marine- cable
2
M2X1,5 32
=BCC+CC_M-X41
2
M2X1,5 31
6
1,5
12
M12x1,5
0 1
2
M2X1,5 29
=BCC+MGOP1-S3
2
M2X1,5 28
1.00
Marine- cable
7
M7G1,5 27
=BCC+CC_M-X40
7
M7G1,5 26
6
1,5
7
M7G1,5
0 1
7
M7G1,5
proved wires
6
7
M7G1,5
laying system
3
0,75
=BCC+CC_M-X3
1.00
=BCC+BO-64B2
Marine- cable screened
0 0
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 2 3
sh.
cable list no.
41
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
0,75
=BCC+CC_M-X3
Marine- cable screened
1.00
=BCC+BW-X3.1
-BCC_4001
6
M5x0,75SH 42
-BCC_4002
43
-BCC_4003
44
-BCC_4005
45
-BCC_4011
-BCC_4099
protection note according to ISO 16016 consider!
-BCC_6001
-BCC_6010
-BCC_6011
50
-BCC_6012
-BCC_6013
1.00
-SH
Marine- cable screened
-BCC_6014
3
0,75
=BCC+CC_M-X3
1.00
=BCC+BO-68B2
Marine- cable screened
0 0 4
0,75
=BCC+CC_M-X3
1.00
=BCC+BW-X3.3
Marine- cable screened
0 0 4
0,75
=BCC+F-76A3
1.00
=BCC+F-86B3
Marine- cable screened
0 1 4
0,75
=BCC+CC_M-X6
1.00
=ECR+.-X
Marine- cable screened
0 2 24
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 24
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0
18
M18x1,5
0 0
18
M18x1,5 52
=BCC+CC_M-X3
18
M18x1,5 51
5
0,75
24
M24x1,5
0 0
24
M24x1,5 49
=BCC+BW-X3.2
6
M5x0,75SH 48
1.00
Marine- cable screened
5
M4x0,75SH 47
=BCC+CC_M-X3
4
M3x0,75SH 46
6
0,75
3
M2x0,75SH
0 0
5
M4x0,75SH
proved wires
6
6
M5x0,75SH
laying system
18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 3 3
sh.
SAACKE VKK Marine Boilers GmbH
protection note according to DIN 34 consider !
operating voltage
: 440V/60 Hz
Betriebsspannung
Kaiserstrasse 4 24143 Kiel / Germany
control voltage
: 230V/60 Hz
Steuerspannung signal voltage
: 24V/DC
Signalspannung regulation Vorschrift degree of protection Schutzart
Power input
phone :
+49 (0) 431 7303 0
fax :
+49 (0) 431 7303 303
e-mail :
[email protected]
internet :
www.vkkmb.de
: LR ETS 25775-11
electrical documentation
: IP 54
Elektro-Dokumentation
22 KW / 50 A max
fuse
63 A contract number
Colour :Munsell 7.5 BG 7/2
PCS
Control cabinet
1
PID BN 001 CS010
Dimension H 1800 x W 1600 x D 400 + 100mm socket
1
project
FO / FW/ MGO pumps
0
as built
R. modification
2012-01-30
drawn
ROS
check
2012-01-30
30.01.2012
ROS
date
name standard
H 380x W 380 x D 210
6
:
CMB-VS-1.6+1.0/7
:
NEW TIMES SY
:
SKVJ-M 14
Projektkommentar
Brennertyp cover sheet / Deckblatt 1
Control Cabinet Boiler origin
0-8100-100454-14 /3-32
Projekt
type of burner
Local switch boxes
date
CS010
:
Zeichnungsnummer
comment on project Starter box FWP 2
100454 HN: 0108216
Auftragsnummer drawing number
Cabinet
:
replaced for
replaced by
general informations / allgemeine Informationen
0-8100-100454-14 /3-32
=BCC +CC
0-8100-100454-14-3
sheet 1 6
sh.
1
2
A
3
4
5
6
7
8
A
The regulation of the acceptance associations have to be considered Use approved materials and equipment only
1.)
Grounding of the casing (base, door, console panel, etc.)
13.)
Screw which cannot be lost are to be used for plug-in modules.
14.)
All labels are additionally to be fastened with grooved rails
earthing cable min. 16mm²
2.)
Grounding to be carried out via cable lugs only, screws = M6
or screws (Gravopley labels).
B 3.)
Doors of control boxes and control cabinets a accommodating control and annunciating equipment must be provided with a locking divice and with
C
E
When installing unions in flange plates not processed or finished the area of the unions has to be made metallically bare and is to be greased.
5.)
Use standard parts with processed surface (disks, lock washers, spring lock washers, etc.)
6.)
Electric control equipment for more than one boiler has to be erected apart and must be mechanically separated (partition). This is applicable too for the shared oil supply system.
7.)
When using cable ducts the supply line may only be arranged in a separate cable duct or must remain visible.
8.)
Application of vibration immune screw caps with verifying hole is imperative.
9.)
15.)
BV requires wires with heavy insulation for all lines above 230V up to 16²
16.)
DNV requires wires with heavy insulation for all lines up to 16²
17.)
The control cabinet is to be equipped with fasting strips.
18.)
Mounting plate, cabinet door and back wall are to be reinforced.
19.)
Use non halogen lines
20.)
Use non halogen cable duct
21.)
wiring control voltage >50V without indication cross section with H05Z-K 1,0 mm²
22.)
Tension spring terminals client side. (Cutting terminals internally internal sid
23.)
Protect equipment against shift
24.)
Startype equipment grounding
25.)
The control cabinet bottom has to be equipped with isolated
Separating disks are to be provided between terminals with
C
and pierced copper busbar for connection cable shilding.
26.) 10.)
Install cable pull relief bar so that cables can be fitted directly.
All equipment labels on the mounting plates are to be coated additionally with transparent lacquer (paper labels)
27.)
Copper busbars for cable shilding have to be isolated und equipped with clips for external cables.
11.)
All lines are to be labeled. Cable harnesses must be tied up in bundles.
12.)
D
Colour of cores
different potentials. The voltage of the terminals must be labeled.
all lines without indication of cross section are
D
4.)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
an equipment cover for equipment not contact-protected.
B
Control transformers must by all means be grounded via cable.
L1
Green
L2
Yellow
L3
Brown
PE
green / Yellow
230 VAC (L)
Black
230 VAC (N)
Light Blue
24 V DC (+)
Red
24 V DC (-)
Blue
E
Measuring Cable
White
Extern
Orange
Voltage
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 2
0-8100-100454-14-3
design specification / Bauvorschrift 5
=BCC
6
7
6 8
sh.
1
2
X0:
3
4
5
=BCC :
terminal strip for external items equipment >230V
X1:
=ECR :
terminal strip for external items equipment 230V
=MSB1 :
terminal strip for external items equipment <230V
engine control room
+F :
main switch board 1
+BO :
=MSB2 :
terminal strip for external items equipment analoge signals
X6:
main switch board 2
+BW :
Hauptschalttafel 2 +BN :
terminal strip for volt free contacts
terminal strip for "volt free" analog signals
protection note according to ISO 16016 consider!
E
+FWP2 :
terminal strip for control and indication equipment >50V
+.._B :
junction box burner
equipment at cabinet bottom plate Geräte in der Bodenplatte
burner equipment
local operation box electrical pre heater
local operation box feed water pump 1
local operation box feed water pump 2 Vor-Ort-Bedienkasten Speisewasserpumpe 2
+FOP1 :
terminal strip for control and indication equipment <50V
local operation box oil pump 1 Vor-Ort-Bedienkasten Ölpumpe 1 C
+FOP2 :
terminal strip for control and indication equipment analoge signals
local operation box oil pump 2 Vor-Ort-Bedienkasten Ölpumpe 2
+MGOP1 : X111:
Geräte in den Seitenwänden
Vor-Ort-Bedienkasten Speisewasserpumpe 1
Klemmenleiste für Befehls- und Meldegeräte analoge Signale terminal strip for control cabinet ventilation
local operation box MGO pump 1 Vor-Ort-Bedienkasten MGO pumpe 1
Klemmenleiste für Schaltschrankbelüftung +MGOP2 : X601:
terminal strip for data transfer to +ECR
local operation box MGO pump 2 Vor-Ort-Bedienkasten MGO pumpe 2
Klemmenleiste für Datenübertragung zum ECR -Raum
D
example circuits: Beispiel Strompfade: /12.7 *sheet-No.
all lines without indication of cross section are
D
+FWP1 :
terminal strip for control and indication equipment >230V
Klemmenleiste für Befehls- und Meldegeräte <50V X13:
equipment at cabinet side walls
Vor-Ort-Bedienkasten Elektrovorwärmer
H07Z-K 1,5mm²
C
+.._S :
boiler equipment
B +CEP :
Klemmenleiste für Befehls- und Meldegeräte >50V X12:
equipment in cabinet door
Brennergeräte
Klemmenleiste für Befehls- und Meldegeräte >230V X11:
equipment on mounting plate
Geräte in Schaltschranktür
Anschlußkasten Brenner
Klemmenleiste für "potentialfreie" analoge Signale X10:
+.._D :
field equipment
Kesselgeräte
Klemmenleiste für potentialfreie Kontakte
B
8
Geräte auf der Montageplatte
Feldgeräte
Hauptschalttafel 1
Klemmenleiste für analoge Signale X4:
+.._M :
control unit Steuerteil
Maschinenkontrollraum
Klemmenleiste für außenliegende Geräte <230V X3:
7
A
Klemmenleiste für außenliegende Geräte 230V X2:
+CC :
Kessel
Klemmenleiste für außenliegende Geräte >230V
A
boiler
6
*Blatt-Nr. Strompfad-Nr.
13
14
21
22
31
32
43
44 E
circuit-No.
modification index / Änderungsindex a = b...z= 0 = 1...30 =
*Die Angabe entfällt,
*this indication
first issue
erste Ausgabe
wenn Schütz und
is not required
modifications before delivery
Änderung vor Auslieferung
Kontakt auf dem
where the contactor
as built
Auslieferungszustand
gleichem Blatt vor-
and contact exist
modification after delivery
Änderung nach Auslieferung
handen sind.
on the same sheet.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 3
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 3
0-8100-100454-14-3
legend / Zeichenerklärung 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
6
7
8
+BN001
A
Junction box
control unit
Klemmenkasten
Steuerteil
=BCC
Pumps / drives boiler A
CS010
+BW
BCC_1004 (M4G2,5)
Flame scanner 1
BCC_4001 (M5x0,75SH)
Flame scanner 2
BCC_4002 (M5x0,75SH)
=BCC +CC
BCC_1005 (M4G1,5) M
+BN020-2M3 ignition oil pump
BCC_1003 (M4G4) M
+BN001-2M5 combustion air fan
M
+FO001 -3M3 fuel oil pump 2
BCC_1010 (M4G1,5) M Poti- contr.valve
+FO001 -3M2fuel oil pump 1
BCC_4011 (M3x0,75SH) BCC_1011 (M4G1,5)
BCC_2005 (M 16G1,5) BCC_3005 (M 12G1,5)
B
B
C
E
M
M
+FW001 -4M2 feed water pump 1
+FW008-5M2 chemical dosing pump +FO 001
Heater box Burner
local switch box
BCC_1012 (M4G4)
BCC_2120 (M7G1,5)
=BCC +BN
fuel oil pump 1
Heater
BCC_2022 (M4G1,5)
C
+FO 002
CS062
Heater Control
local switch box BCC_2121 (M7G1,5)
fuel oil pump 2 CS062 +FW 001 local switch box
BCC_2220 (M7G1,5)
feed water pump 1 CS061
MSB 1
BCC_2222 (M7G1,5)
BCC_1000 (M4G25)
D
+BCCFWP2
MSB 2
BCC_1007(M4G2,5) BCC_1001 (M4G25) BCC_1002 (M4G4)
all lines without indication of cross section are
D
BCC_2020 (M3G1,5)
+BN001
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
BCC_1006 (M4G2,5)
starter box
M
+FW001 -4M3 feed water pump 2
feed water pump 2 CS010
E
+FW 002 local switch box BCC_2221 (M7G1,5)
feed water pump 2 CS061
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 5
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
6
control unit
Sensors
Steuerteil
+F -9S2 emergenca stop 1 escape route A
BCC_3001 (M2X1,5) S
BN 001
+F -9S3 emergency stop 2 escape route
BCC_3006 (M2X1,5) PSH
CS 010 =BCC
7
boiler A
+BO034 -52F2 pressure monitor boiler
BCC_3007 (M2X1,5) TSH
+CC BCC_3002 (M2X1,5)
8
BCC_4000 (M 2X0,75SH)
PT
+BO041 -53F2temperature monitor flue gas
+BO033-64B2 transmitter steam pressure
S Push button " emegency stop " only option Yard supply in case of using
B
B
BCC_4003 (M 4 X0,75SH)
LSL
+BO022-69B3 level monitor 1 boiler water
C
E
+BO021 -68B2 level transmitter boiler water
C
BCC_3014 (M2X1,5) PSL BCC_3016 (M2X1,5)
BCC_3008
PSL
+FO003-55S2/55S3 limit switch
(M4X1,5)
BCC_3010 (M4X1,5)
GS
3-way valve return line D
+FO002-56S2/57S2
limit switch 3-way valve return line HFO / MDO
BCC_3012 (M4X1,5)
control room
+FO006-16F7 pressure monitor fuel oil pump
+FW005-19F7 pressure monitor feed water pump 1
GS
GS
+BN010 -56S3/57S3 limit switch 3-way valve pressure controller HFO / MDO
Leitstand =ECR
remote indicator
PT Boiler CS 080
BCC_6001 (M5X1,5SH)
LT Boiler CS 081
all lines without indication of cross section are
D
LT
BCC_2006 (M 2x1,5)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
BCC_4005 (M2X0,75SH)
BCC_2008 (M5G1,5) volt free contacts
GS
BCC_6010 (M24X1,5)
E
+CO 011-77A2 oil detector device
BCC_6011 (M24X1,5) BCC_6012 (M18X1,5)
MGO
BCC_6013 (M18X1,5)
BCC_2009 (M4G1,5)
QS
+FW007-76A3 conductivity device
BCC_6014 (M18X1,5) BCC_4099(M2x0,75SH)
GS
conductivity electrode
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 6
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 6
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
1
2
3
4
5
control unit A
M
A
+GO001 -3M5 MGO pump 1
BCC_1009 (M4G1,5)
BCC_3018 (M2X1,5)
BCC_3020
M
PSL
+GO001 -3M7 MGO pump 2
+GD 006 -23F7 pressure monitor MGO pump
(M4X1,5) GS
BCC_3021 (M4X1,5)
B
8
BCC_1008 (M4G1,5)
=BCC +CC
7
MGO pump
Steuerteil CS 010
6
GS
+GO 015-59S2/59S5
limit switch 3-way valve HFO / MDO B
+GO 016 -59S3/59S6
limit switch 3-way valve MGO
+GO 001
C
+GO 002
CS062 local switch box BCC_2123 (M7G1,5)
MGO pump 2 CS062 C
D
all lines without indication of cross section are
D
MGO pump 1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
local switch box BCC_2122 (M7G1,5)
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
cover sheet / Deckblatt 7
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 7
0-8100-100454-14-3
cable overview / Kabelübersicht 5
=BCC
6
7
6 8
sh.
directory no.
1
2
3
4
5
protection note according to ISO 16016 consider!
6
kind of plan
sheet no.
cover sheet / Deckblatt
1
cover sheet / Deckblatt
design specification / Bauvorschrift
3
cover sheet / Deckblatt
legend / Zeichenerklärung
5
cover sheet / Deckblatt
cable overview / Kabelübersicht
6
cover sheet / Deckblatt
special notes
general informations / allgemeine Informationen
2
cover sheet / Deckblatt
sheet designation
cable overview / Kabelübersicht
7
cable overview / Kabelübersicht
drawn
revision
date
date
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
a
2012-01-30
25.07.2011
ROS
7
directory / Inhaltsverzeichnis
1
8
directory / Inhaltsverzeichnis
2
9
directory / Inhaltsverzeichnis
3
10
directory / Inhaltsverzeichnis
4
11
directory / Inhaltsverzeichnis
5
12
directory / Inhaltsverzeichnis
6
13
circuit diagram / Stromlaufplan
1
power supply / Einspeisung
14
circuit diagram / Stromlaufplan
2
burner oil pumps
15
circuit diagram / Stromlaufplan
3
fuel oil pumps
16
circuit diagram / Stromlaufplan
4
feed water pumps
17
circuit diagram / Stromlaufplan
5
electrical heater/ chemical dosing pump
18
circuit diagram / Stromlaufplan
7
230V supply
19
circuit diagram / Stromlaufplan
8
230V supply
20
circuit diagram / Stromlaufplan
9
emergency stop
21
circuit diagram / Stromlaufplan
10
control voltage
22
circuit diagram / Stromlaufplan
11
24VDC supply
23
circuit diagram / Stromlaufplan
12
firing sequence control
24
circuit diagram / Stromlaufplan
13
PLC S7 200
25
circuit diagram / Stromlaufplan
14
PLC S7-200
26
circuit diagram / Stromlaufplan
15
PLC S7-200
27
circuit diagram / Stromlaufplan
16
FOP control
28
circuit diagram / Stromlaufplan
17
fuel oil pump 1
29
circuit diagram / Stromlaufplan
18
fuel oil pump 2
30
circuit diagram / Stromlaufplan
19
FWP control
2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 1 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
31
circuit diagram / Stromlaufplan
20
feed water pump 1
32
circuit diagram / Stromlaufplan
21
feed water pump 2
33
circuit diagram / Stromlaufplan
22
feed water pump 2
34
circuit diagram / Stromlaufplan
23
MGO control
35
circuit diagram / Stromlaufplan
24
MGO pump 1
36
circuit diagram / Stromlaufplan
25
MGO pump 2
37
circuit diagram / Stromlaufplan
27
dosing pump
38
circuit diagram / Stromlaufplan
28
electrical preheater
39
circuit diagram / Stromlaufplan
29
common inputs
40
circuit diagram / Stromlaufplan
30
burner motor control
41
circuit diagram / Stromlaufplan
31
safety interlock circuit
42
circuit diagram / Stromlaufplan
32
safety interlock circuit
43
circuit diagram / Stromlaufplan
33
safety interlock circuit
44
circuit diagram / Stromlaufplan
34
emergency operation
45
circuit diagram / Stromlaufplan
35
burner start
46
circuit diagram / Stromlaufplan
36
burner reset
47
circuit diagram / Stromlaufplan
37
ignition system
48
circuit diagram / Stromlaufplan
38
oil valves
49
circuit diagram / Stromlaufplan
39
flame detection 1
50
circuit diagram / Stromlaufplan
40
flame detection 2
51
circuit diagram / Stromlaufplan
41
flame detection
52
circuit diagram / Stromlaufplan
42
firing sequence control
53
circuit diagram / Stromlaufplan
43
firing sequence control
54
circuit diagram / Stromlaufplan
44
primary air pressure
55
circuit diagram / Stromlaufplan
45
combustion air pressure
56
circuit diagram / Stromlaufplan
46
burner swung out
57
circuit diagram / Stromlaufplan
47
limit switch compund regulator
58
circuit diagram / Stromlaufplan
48
fire in windbox
59
circuit diagram / Stromlaufplan
49
oil pressure
60
circuit diagram / Stromlaufplan
50
HFO temperature
special notes
drawn
revision
date
date
ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 2 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
61
circuit diagram / Stromlaufplan
51
HFO temperature high
62
circuit diagram / Stromlaufplan
52
steam pressure
63
circuit diagram / Stromlaufplan
53
flue gas temperature
64
circuit diagram / Stromlaufplan
54
heating tracer
65
circuit diagram / Stromlaufplan
55
selection fuel
66
circuit diagram / Stromlaufplan
56
selection fuel
67
circuit diagram / Stromlaufplan
57
selection fuel
68
circuit diagram / Stromlaufplan
59
selection fuel oil MGO
69
circuit diagram / Stromlaufplan
60
load control
70
circuit diagram / Stromlaufplan
61
load control
71
circuit diagram / Stromlaufplan
62
load control
72
circuit diagram / Stromlaufplan
63
alarm steam pressure
73
circuit diagram / Stromlaufplan
64
steam pressure
74
circuit diagram / Stromlaufplan
68
boiler water level
75
circuit diagram / Stromlaufplan
69
low low water 1
76
circuit diagram / Stromlaufplan
70
low low water 2
77
circuit diagram / Stromlaufplan
73
alarms control boiler level
78
circuit diagram / Stromlaufplan
74
alarms control boiler level
79
circuit diagram / Stromlaufplan
76
conductivity minitoring
80
circuit diagram / Stromlaufplan
77
oil monitoring
81
circuit diagram / Stromlaufplan
90
ilumination door 1 ( left)
82
circuit diagram / Stromlaufplan
92
ilumination door 2 ( right)
83
circuit diagram / Stromlaufplan
100
volt free contacts
84
circuit diagram / Stromlaufplan
101
volt free contacts
85
circuit diagram / Stromlaufplan
102
volt free contacts
86
circuit diagram / Stromlaufplan
103
volt free contacts
87
circuit diagram / Stromlaufplan
104
volt free contacts
88
terminalblock diagram / Klemmenplan
1
=BCC+CC_M-X0
89
terminalblock diagram / Klemmenplan
2
=BCC+CC_M-X0
90
terminalblock diagram / Klemmenplan
3
=BCC+CC_M-X1
special notes
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 3 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
91
terminalblock diagram / Klemmenplan
4
=BCC+CC_M-X1
92
terminalblock diagram / Klemmenplan
5
=BCC+CC_M-X2
93
terminalblock diagram / Klemmenplan
6
=BCC+CC_M-X2
94
terminalblock diagram / Klemmenplan
7
=BCC+CC_M-X3
95
terminalblock diagram / Klemmenplan
8
=BCC+CC_M-X4
96
terminalblock diagram / Klemmenplan
9
=BCC+CC_M-X4
97
terminalblock diagram / Klemmenplan
10
=BCC+CC_M-X6
98
terminalblock diagram / Klemmenplan
11
=BCC+CC_M-X10
99
terminalblock diagram / Klemmenplan
12
=BCC+CC_M-X11
100
terminalblock diagram / Klemmenplan
13
=BCC+CC_M-X12
101
terminalblock diagram / Klemmenplan
14
=BCC+CC_M-X19
102
terminalblock diagram / Klemmenplan
15
=BCC+CC_M-X20
103
terminalblock diagram / Klemmenplan
16
=BCC+CC_M-X21
104
terminalblock diagram / Klemmenplan
17
=BCC+CC_M-X30
105
terminalblock diagram / Klemmenplan
18
=BCC+CC_M-X31
106
terminalblock diagram / Klemmenplan
19
=BCC+CC_M-X40
107
terminalblock diagram / Klemmenplan
20
=BCC+CC_M-X41
108
terminalblock diagram / Klemmenplan
21
=BCC+CC_M-X111
109
terminalblock diagram / Klemmenplan
22
=BCC+CC_M-XPE
110
terminalblock diagram / Klemmenplan
23
=BCC+BW-X1.1
111
terminalblock diagram / Klemmenplan
24
=BCC+BW-X2.1
112
terminalblock diagram / Klemmenplan
25
=BCC+BW-X3.1
113
terminalblock diagram / Klemmenplan
26
=BCC+BW-X3.2
114
terminalblock diagram / Klemmenplan
27
=BCC+BW-X3.3
115
terminalblock diagram / Klemmenplan
28
=BCC+BW-X8
116
terminalblock diagram / Klemmenplan
29
=BCC+BW-X8
117
terminalblock diagram / Klemmenplan
30
=BCC+ECR-X
118
terminalblock diagram / Klemmenplan
31
=BCC+ECR-X
119
terminal connection diagram / Anschlussplan
1
=BCC+CC_M-X0
120
terminal connection diagram / Anschlussplan
2
=BCC+CC_M-X1
special notes
drawn
revision
date
date
ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 25.07.2011 ROS 07.12.2011 ROS 07.12.2011
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 4
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 4 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
special notes
drawn
revision
date
date
ROS
121
terminal connection diagram / Anschlussplan
3
=BCC+CC_M-X1
122
terminal connection diagram / Anschlussplan
4
=BCC+CC_M-X2
123
terminal connection diagram / Anschlussplan
5
=BCC+CC_M-X2
124
terminal connection diagram / Anschlussplan
6
=BCC+CC_M-X3
125
terminal connection diagram / Anschlussplan
7
=BCC+CC_M-X3
126
terminal connection diagram / Anschlussplan
8
=BCC+CC_M-X4
127
terminal connection diagram / Anschlussplan
9
=BCC+CC_M-X4
128
terminal connection diagram / Anschlussplan
10
=BCC+CC_M-X6
129
terminal connection diagram / Anschlussplan
11
=BCC+CC_M-X20
130
terminal connection diagram / Anschlussplan
12
=BCC+CC_M-X21
131
terminal connection diagram / Anschlussplan
13
=BCC+CC_M-X30
132
terminal connection diagram / Anschlussplan
14
=BCC+CC_M-X31
133
terminal connection diagram / Anschlussplan
15
=BCC+CC_M-X40
134
terminal connection diagram / Anschlussplan
16
=BCC+CC_M-X41
135
terminal connection diagram / Anschlussplan
17
=BCC+CC_M-XPE
136
terminal connection diagram / Anschlussplan
18
=BCC+BCCFWP2-X0
137
terminal connection diagram / Anschlussplan
19
=BCC+BCCFWP2-X1
138
layout diagram / Aufbauplan
1
front view / Frontansicht
139
layout diagram / Aufbauplan
2
legend door 2 / Legende Tür 2
140
layout diagram / Aufbauplan
3
control cabinet / Schaltschrank
141
layout diagram / Aufbauplan
4
control cabinet / Schaltschrank
142
layout diagram / Aufbauplan
5
base control cabinet / Sockel Schaltschrank
143
layout diagram / Aufbauplan
8
bore holes / Bohrungen
144
layout diagram / Aufbauplan
9
base control cabinet / Sockel Schaltschrank
145
layout diagram / Aufbauplan
10
bore holes / Bohrungen
146
layout diagram / Aufbauplan
11
mounting plate / Montageplatte
147
layout diagram / Aufbauplan
11.1
mounting plate / Montageplatte
148
layout diagram / Aufbauplan
12
lables / Schilder
149
layout diagram / Aufbauplan
20
front view / Frontansicht Starterbox FWP2
150
layout diagram / Aufbauplan
21
lables Starterbox FWP 2
07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 07.12.2011 ROS 23.07.2011 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 23.07.2011 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 5
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 5 7
sh.
directory
protection note according to ISO 16016 consider!
no.
kind of plan
sheet no.
sheet designation
special notes
151
layout diagram / Aufbauplan
22
front view / Frontansicht Starterbox FWP 2
152
layout diagram / Aufbauplan
23
bore holes / Bohrungen Feed water pump 2
153
layout diagram / Aufbauplan
24
mounting plate / Montageplatte FW pump 2
154
layout diagram / Aufbauplan
25
mounting plate / Montageplatte FW pump 2
155
layout diagram / Aufbauplan
26
mounting plate / Montageplatte FW pump 2
156
layout diagram / Aufbauplan
27
wall mountig holders Starterbox FWP 2
157
item list / Geräte-Stückliste
1
158
item list / Geräte-Stückliste
2
159
item list / Geräte-Stückliste
3
160
item list / Geräte-Stückliste
4
161
item list / Geräte-Stückliste
5
162
item list / Geräte-Stückliste
6
163
item list / Geräte-Stückliste
7
164
item list / Geräte-Stückliste
8
165
item list / Geräte-Stückliste
9
166
item list / Geräte-Stückliste
10
167
item list / Geräte-Stückliste
11
168
item list / Geräte-Stückliste
12
169
item list / Geräte-Stückliste
13
170
item list / Geräte-Stückliste
14
171
item list / Geräte-Stückliste
15
172
item list / Geräte-Stückliste
16
173
item list / Geräte-Stückliste
17
174
item list / Geräte-Stückliste
18
175
item list / Geräte-Stückliste
19
176
item list / Geräte-Stückliste
20
177
item list / Geräte-Stückliste
21
178
item list / Geräte-Stückliste
22
179
item list / Geräte-Stückliste
23
180
item list / Geräte-Stückliste
24
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 6
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 6 7
sh.
directory no.
kind of plan
sheet no.
item list / Geräte-Stückliste
25
182
cable list / Kabelliste
1
183
cable list / Kabelliste
2
184
cable list / Kabelliste
3
special notes
drawn
revision
date
date
ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30 ROS 2012-01-30
protection note according to ISO 16016 consider!
181
sheet designation
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
directory / Inhaltsverzeichnis 7
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 7 7
sh.
1
2
3
4
5
6
7
8
L1 L2
3
5
4
6
3 4
C 21 A1
-1K6
A2
-2L3
6 5 16 mm2
4 3 16 mm2 -2L2
2 1 16 mm2 -2L1
A2
-1K3
22
4
2 22
-1L3
21 5 16 mm2
-1L2
A1
6
3
4
1
+CC_D
16 mm2
2
-1Q5
16 mm2
+CC_D
B
3
Hauptschalter
-1L1
-1Q2
22
31
32
-BCC_1001
43
44
M4G35
53
54
GNYE
/100.5
-X
-X
+MSB1
+MSB2
power supply 1
3
4
5
6
13
14
21
22
31
32
43
44
53
54 E
PE
power supply 2
Einspeisung
PE
21
/92.6
3
PE
14
5
2
PE
13
5
1
PE
1PE
1L3
1L2
/100.5
6
2PE
M4G25
4
5
PE 5
2L3
6
3
power supply 2
-X0
3
/90.2
GNYE
3
1
-BCC_1000
2
2
2
2
2
1
1
2
2L1
PE
-X0
-2PE
power supply 1
2L2
-1PE
D
1L1
E
-1K3 main switch
6
Hauptschalter
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-1K6
all lines without indication of cross section are
D
A
/2.1
1 A
1 A
main switch
1
-1F6
3
1
-1F3
2
6
4
B
C
/2.1
6 2
3
1
-1K6
5
1
-1K3
2
L3
3
A
/2.1
Einspeisung
440V / 60Hz
440V / 60Hz
24 KW~50 A
24 KW~50 A
max fuse: 63A
max fuse: 63A
PE
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 1
0-8100-100454-14-3
power supply / Einspeisung 5
=BCC
6
7
75 8
sh.
1
6
A
/3.1
43
33
21
13
5
/3.1
B 34
44
/30.2
/102.6
22
14 5 6
6
3 4
2 1
/30.4
2
-30K2
4
I>>I>>I>>
combustion air fan
/29.2
44
34 /30.6
22
14 /29.3
pump
6
I>>I>>I>> 4
44 /102.6
ignition oil
2
34 /30.4
22
14 /29.2
6
0.63...1A
5
2
3
1
-30K4
4
I>>I>>I>>
rotary cup atomizer
-2T5
2,5mm²
1
3
5
2
4
6
k
K
l
L
C
2
PE
1
2,5mm²
2,5mm²
6
4
2
/30.2
-30K6
-X10
combustion air fan
4 mm² 11
12
4 mm²
GNYE PE
660 PE
2
658 W
3
656
W
654
V
V
-X0 20/5A
-BCC_1003
M4G1,5
U
10
A
1
3
combustion air fan
GNYE
PE
U
8
7
6
5
2
-BCC_1005
M4G2,5
1
4
3 3
-X0
GNYE
2
1
2
-BCC_1004
1
-X0
PE
4 mm²
-2P5 +CC_D
9
/30.6
H07Z-K 1,5mm²
PE
D
M4G4
all lines without indication of cross section are
-X8
PE
W
V
+BW
U
protection note according to ISO 16016 consider!
/3.1
16...20A
2.5...4A
E
1
-2Q5
3
43
33
21
13
5
1
43
1
-2Q3
3
L3
33
L3
B
D
8
L2
-2Q2
C
7
L1
21
/1.8
5
L2
13
A
4
L1
5
/1.8
3
3
/1.8
2
E
M
M
M
3~
3~
3~
-2M2
-2M3
-2M5
+BN
+F 0,68A
+BN 16,7A
2,6A 1,32 KW
0,22kW
8,6KW
ignition oil pump
combustion air fan
BN 001 rotary cup atomizer
BN 001
BN 020
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 2
0-8100-100454-14-3
burner oil pumps 5
=BCC
6
7
75 8
sh.
43
21 22
/4.1
33
13 14
5
1
3
43
33
21
13
5
A
44 /104.3
/23.2
6
3
5
4
6
2,5mm²
4
2 1 2
2,5mm²
44
2,5mm²
34 /24.2
/104.3
6
22
14 4
2,5mm²
/23.1
-25K2
B
6
4
2
/25.2
6
4
I>>I>>I>>
MGOpump 2
5
3
2 1
2,5mm²
44
2,5mm²
34 /18.2
6 2,5mm²
/101.6
4 2,5mm²
22
/16.2
-24K2
5
2
I>>I>>I>>
MGO pump 1
/24.2 2
6
4
/4.1
R. modification
1
3
GNYE
W
PE
39
37
38
36
2
3~
3~
3~
-3M2
-3M3
-3M5
-3M7
+FOP1
+FOP2
+MGOP1
+MGOP2
0,72A
0,72A
0,8A
0,8A
0,25KW
0,25KW
0,3KW
0,3KW
fuel oil pump 2
MGO pump 1
drawn
ROS
check
ROS
name standard
U
M
3~
2012-01-30
date
1
GNYE PE
M
date
ROS
V
35
34
33 2
3 W
V
U
PE
W
V
M4G1,5
FO 001
30.01.2012
-BCC_1009
2
E
GO 001
replaced for
3
MGO pump 2
circuit diagram / Stromlaufplan 3
Control Cabinet Boiler origin
D
PE
-X0
M
fuel oil pump 1
as built
PE
M4G1,5
U
PE
W
V
U
32
-BCC_1008
M4G1,5
M
-X0
1
20 GNYE
3
2
1
GNYE
3
2
-BCC_1011
M4G1,5
all lines without indication of cross section are
PE
-X0
1
H07Z-K 1,5mm²
-BCC_1010
19
PE
-X0
18
17
16
15
14
13
C
F
0
-3Q7
/4.1
0.63...1A
/18.2 2
3
1
43
33
21
13
5
3
14
/17.2
3
-18K2
2,5mm²
44 /101.6
I>>I>>I>>
1
34
6 2,5mm²
/17.2
4
-3Q5 0.63...1A
fuel oil pump 2
5
2
2,5mm² 3
1
2,5mm²
I>>I>>I>>
-17K2
22
/16.2
14
0.63...1A
fuel oil pump 1
protection note according to ISO 16016 consider!
-3Q3
1
43
33
1
21
L3
B
E
8
L3
0.63...1A
D
7
L2
-3Q2
C
6
L1
13
/2.8
5
L1
5
/2.8
A
4
L2
3
/2.8
3
34
2
/25.2
1
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 3
0-8100-100454-14-3
fuel oil pumps 5
F =BCC
6
7
75 8
sh.
1
/3.8 /3.8
A
/3.8
2
3
4
L1
L1
L2
L2
L3
L3
5
6
7
8
/5.1 /5.1
+BCCFWP2 A
/5.1
AT
5
3
1
-Q2
A
43
33
21
13
5
1
3
0,16-0,25A
-4Q2
6
4
2
33
21
13
5
1
2
4
1
3
22 /21.5
34
14 /21.5
2
-F1
/21.6
2,5mm²
2,5mm²
2,5mm²
1
3
5
0,5 A
-K1
4mm²
control
-T1
115V C
6
4
/21.7 2
4mm²
4mm²
6
I>>I>>I>>
pump 2
4
feed water
6
4
3
44
34 /20.2
/103.3
22
14 /19.2
6 2,5mm²
4...6.3 A
5
3
2,5mm²
1 2
/21.2
B
0V
440V
0V
115V
0V
-1PE
-1L3
-1L2
PE
PE
3
GNYE
W
PE
4
2
3
1
2
D
1
24 GNYE
2
-BCC_1006
1
-X0
-X0
PE
V
23
22
3
21
-1L1
STU 63/2x115
-X0
PE
1
2
3
GNYE
1L2
1L3
1PE
-BCC_1002
1L1
M4G2,5
-BCC_1007 M4G2,5
U
PE
W
V
M4G4 U
E
-Q1
/21.4 B
I>>I>>I>>
power supply
/20.2
all lines without indication of cross section are
D
-20K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
2,5mm²
2
pump 1
4
I>>I>>I>>
feed water
C
/21.1
BT
4...6.3 A
B
/21.5
-X
M
E
M
+MSB2
3~
3~ power supply 2
-4M2
-4M3
Einspeisung 2
+FWP1
+FWP2
440V / 60Hz
6,1A
6,1 A
3,5KW~10A
3 KW
3 KW
max fuse: 16A FW 001 feed water pump 1
feed water pump 2
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 4
replaced for
3
replaced by
feed water pumps
4
5
F
0-8100-100454-14 /3-32
=BCC +CC_M sheet 4
0-8100-100454-14-3 6
7
75 8
sh.
1
/4.3 /4.3
A
/4.3
2
3
4
5
6
7
8
L1
L1
L2
L2
L3
L3
Abo
13
21
33
43
14
22
34
44
5
3
1
-5Q4
24
22
14
1
-5F2
12
N1
/7.1 A /7.1
/8.4 /7.5
12,5-16A
/29.5
6
4
21 /29.4
2
11 21
5
3
1
A28
/28.3
C
2
4
6
4mm²
4mm²
4mm²
28
29
30
-X1 -BCC_2022
M4G4
D
22
21
15 GNYE PE
1 mm2 14 3 05
1 mm2 13 2 02
1 mm2 12 1 01
31
PE
GNYE
3
-BCC_1012
M3G1,5
2
27
24
-X0 1
2
-BCC_2020
PE
GNYE
26
22
14
1 mm2
12 1 mm2 25
-X0
/28.3
/28.4
/27.2
M4G1,5
V
230V
PE
L3
L2
burner
L1
+BN electrical heater
E
relay
current 13A
M
0V
-5E3
U
E
11
-27K2
all lines without indication of cross section are
D
-28K4
1
C
I>>I>>I>>
electrical preheater
B
A27
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
dosing pump
/27.2
chemical
2
B
/28.4
1 A
controller
power 6 KW
PE
1~ -5M2 +FW 0,28A 0,09KW BN 001
FW 008 F
F
chemical dosing pump
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 5
0-8100-100454-14-3
electrical heater/ chemical dosing pump 5
=BCC
6
7
75 8
sh.
1
2
/5.8 /5.8
3
4
5
6
7
8
L1 L3
A
A
/11.2
4
5
1
-7Q2
3
C
4...6.3 A
B 3
B
2 2
1
2 1
24V AC supply
-7F4
A1T1
-X11
/8.5
/9.7
4 A 230V AC supply
C
-7T2
/8.1
A1
L 115V
-20V
0V
460V
115V
A2
-7K5
power fault
0V
14
440V/230V 1600VA
11 D
/90.2 12 24
PE
control transformer
21
/100.5 22
6
5
/30.5
7
N1
8
/5.8
BbnT2
N
9
-X11
N2
10
E
A1
/9.7
1
6
2
protection note according to ISO 16016 consider!
4 A
all lines without indication of cross section are
D
-7F3
H07Z-K 1,5mm²
C
4
I>>I>>I>>
control voltage
A1T
N4
N_N N2_N N4_N
/8.5 E /9.7
/27.1
/77.2 /77.2 /42.6
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 7
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 7
0-8100-100454-14-3
230V supply 5
=BCC
6
7
75 8
sh.
2
/7.4
3
4
5
L
6
/7.8
A /7.8
7
A1
A1
8
/9.4
N
N
-8F6
A /9.4
1
1
B
2
2
1
power supply
boiler equipment
socket 230V 2
power supply
fan
2 A 2
2
power supply heating tracer
MGO pumps
B 5
burner equipment
-8F5
6 A
6 A
2 A power supply
-8F4
1
-8F3
1
-8F2
1
2 A
-8B6
E
4 44
C
53
54
-9K7
/9.6
/9.6
1
54
34
24
43
/9.6
33
34 23
-9K7
/9.6
/9.6
53
33
13 13
-9K7
-9K7
-9K6
/9.6
/9.6 14
/9.6
-9K6
6
θ
Thermostat /68.2
Amgo
-X111 /15.3
-8X8
fan
/12.1
N
+CC_D Abn
L
-8M6
/54.2
PE
L
D Ath
Abo
PE
Abo
/16.1 2
PE
3
/5.8
PE
N
cabinet
all lines without indication of cross section are
D
-9K6
14
C
-9K6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
Abo1
-X111 PE
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 8
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 8
0-8100-100454-14-3
230V supply 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
/8.6
6
7
A1
A1
8
/10.2
-9K5
6
-X12
A1T1
/7.8
/7.8
A1T
61
14
4 24
4
62 1
-9K7
-9K5
13
-9K6
23
A 61
A
6 B
I2
/10.3
22
21
Reset Not-Stop
7
-10A3
DO
DO
/10.3
Q8
Q8
24
2
22
-X11
I4
C
41
33
23
13
S13
S10
A1
6
5
2
SR3C AC230V *
D
K2
ST K2
emergency stop 1
emergency stop 2
escape route
escape route
Not-Stop 1
Not-Stop 2
/8.8
-9K8
A2
A2
-9K7
A1
A1
42
-9K6
A2
/100.2
34
24 6
14
S14
S12
6
+F
S21
S11
A2
PE
NC
C
+F
/30.3
K1
-9S3
PE
NC
-9S2
I12
/10.3
K1
M2X1,5
*
-9K5
DI
N
N
emergency stop
emergency stop
/8.2
Fluchtweg
Fluchtweg
/102.7
option
option
/8.3
Yard Supply
Yard Supply
/8.5
If switche not used please make a connection
/8.4
between -X2.1+2 and -X2:3+4
4
13
14
23
24
33
34
43
44
53
54
61
62
73
74
83
84
/10.2
/7.8
emergency stop
/8.2 /8.3 /8.4 /29.7 /8.5 4
A1
M2X1,5
-X2 1
-BCC_3002
2
-BCC_3001
-X2 1
-X2
4
3
2
1
-10A3
C
protection note according to ISO 16016 consider!
E
reset emergency stop
-X12
all lines without indication of cross section are
D
-9K8
Kessel Stop
H07Z-K 1,5mm²
C
boiler stop
I11
Q4:2
/10.2
+CC_D +CC_D
Q4:1
-10A3
13
I3
-10A2
-9S8
DI 14
-9S1
DI
11
21
I2
62
B
N2
N2
reset emergency stop
13
14
14
23
24
/29.6 12
33
34
24
43
44
4 22
53
54
61
62
73
74
83
84
/12.1 E
11
21
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 9
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 9
0-8100-100454-14-3
emergency stop 5
=BCC
6
7
75 8
sh.
1
2
/9.7
A
3
4
A1
A1
1*)
/9.7
5
7
8
/13.1
A
2*)
N
N
-10R2
6
/11.1
-10R3
I3
I6
I8
LOGO 230 RCO
L1
N
I9
/9.7
/9.6
I4
I3
I2
N
I1
/30.3
I7
L1
/47.7 I8
/47.8
I5
I7
/35.6
I4
I6
I5
/32.8 I4
I3
I2
N
L1
I1
I2
SAACKE
I10 I11 I12
LOGO DM 8 230R
-10A2
-10A3
/61.2 Q2:2
/61.2
/9.8
Q4:2
1 Q8 2 Q4:1
Q3:2
Q3:1
1 Q7 2
/30.5
Q4:2
Q4:1 /30.5
Q3:2
1 Q4 2
/30.2
Q3:1
1 Q3 2
/30.2
/12.2
Q2:2
Q2:1
1 Q2 2
/12.2
Q1:2
1 Q1 2
1 Q6 2
/9.8
1 Q5 2
Q2:1
Q1:2
/32.3 Q1:1
/32.3
C Program: LOGO39
Q1:1
protection note according to ISO 16016 consider!
I1
D
all lines without indication of cross section are
D
N
H07Z-K 1,5mm²
C
L1
/32.7
B /9.5
B
E
E
1*
1*
2*
Brücken bei Umschaltung
Brücken bei Umschaltung
Gebläsenachlaufzeit von
Gebläsenachlaufzeit von
5
5
10 Minuten.
2*
to be linked, if fan
15 Minuten.
to be linked, if fan
after run time shell be
after run time shell be
changed from 5
changed from 5
10
minutes
15
minutes
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 10
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 10
0-8100-100454-14-3
control voltage 5
=BCC
6
7
75 8
sh.
1
2
N
N
4
aSC /12.6
5
6
7
A
aData
7
-X12
8
aT1
9
aT2
N
E
/13.7
/15.1
/92.1
I3.7
-11F5
1 A
24V
safety devices
4 A
1
5A
2
-11F4
24V DC supply
1
-11G2 230VAC/24VDC
24V DC
/90.1
service input
power supply
PE
aT1sch
2
PE
0V
C
PE
12
11
bData
13
-X12
14 15
protection note according to ISO 16016 consider!
230V AC
E.7
16
all lines without indication of cross section are
D
aT2sch
/60.2
B
/13.4
H07Z-K 1,5mm²
C
DI
A
C
L
/7.3
as
10
E.7
-13A1.1 B
8
/34.7 6
/10.4
3
bS
/13.1 D
bT2
bT1
bS2
bS4
bS_b bT2_b bT1_b bS2_b bS4_b
/13.7
/60.2
/46.7
/47.6
/73.1 E
/92.1 /90.1 /63.6 /70.4
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 11
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 11
0-8100-100454-14-3
24VDC supply 5
=BCC
6
7
75 8
sh.
1
2
4
8
13
12
40
39
38
36
37
35
/38.6
31 /36.4
/35.2
30 /36.5
34
29 /42.3
33
28 /43.2
/37.3
27 /42.5
32
26 /42.2
25
/35.3
11
10
9
8
7
6
X2 24
X4
23 /42.4
5 22
/36.5 21
/37.2
4 /43.3
/35.4
3 /36.2
20
19
18
17
16
/41.2
X1 15
/35.2
B
/36.5
/36.2
/35.4
DO
C
A1
D
H07Z-K 1,5mm²
-12K2
/11.3
N
N
/13.1
all lines without indication of cross section are
A2
protection note according to ISO 16016 consider!
/36.4
Q2
14
/10.2
Q2
X3
DO
Q2:2
-10A2
/41.4
F-OSA
Q2:1
B
E
7
A
SAACKE,
D
6
/30.2
2
Abn
-12A3
C
5
Abn
1
/8.3
A
3
/9.8
N2
N2
/16.1
fault F-OSA
14
E
11
/29.8 12 24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 12
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 12
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
/11.7
A
/10.4 /12.7
3
4
5
6
7
8
bS
bS
A1
A1
N
/11.7 PE
Eingang
Ausgang
Sensoren
16 x Eingang
/17.1
aT2 bT2
bT2
/92.1
4M
CPU
Output byte 0 - 1
3M
DC 15-30V
2M
/11.7 1M
PE
DC 24V
3L
DC 24V/AC 24-230V
2L
DC 24V
1L
M
L+
2M
AC 100-230V
N
PE
1M
PE L1
A
/15.1
N
B
/14.1
Input byte 2
B
/16.2
A.1
/18.2
E.2
/16.2
A.2
/20.2
E.3
/16.3
A.3
/22.2
E.4
/16.4
A.4
/17.8
E.5
/16.6
A.5
/18.8
E.6
/19.2
A.6
/27.4
E.7
/19.2
A.7
/27.6
E.0
/19.3
A.0
/27.3
E.1
/19.4
A.1
/27.7
E.2
/19.6
E.3
/36.7
E.4
/43.6
E.5
/29.6 analo input
S7-200 6ES7 214-2BD23-0XB0
-13A1
Port 1
E.1
/29.2
E.2
/29.3
E.3
/29.4
E.4
/29.5
E.5
/34.8
E.6
/56.8
E.7
/57.8
E.0
/73.4
E.1
/73.5
E.2
/76.8
E.3
/55.7
E.4
/42.8
E.5
/63.7
SIEMENS
E.6
/63.8
S7-200
E.7
1
Input byte 0 - 1
Port 0
M
E
V
M
2
/11.5
A+
C
Input byte 3
6ES7- 221-1BH22-0XA0
-13A1.1
B+
-13A5
Modbus interface
PE
1
Port 0
2
D
SIEMENS
TP177 micro
PE
Pin 3+8 Adr:1 Baudr:9600 Parity:0
Segment: Teilnehmernummer: 6AV6640-0CA11-0AX1
A+
/73.6 Bus-Out
M
E
/73.6
Bus-In
E
/29.2
EB2
E.1
E.0
EB3
/17.2
EB0
A.0
all lines without indication of cross section are
D
SIEMENS
/29.7
EB1
C
E.0
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
CPU 224XP
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 13
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 13
0-8100-100454-14-3
PLC S7 200 5
=BCC
6
7
75 8
sh.
1
2
/13.8
3
4
5
6
7
8
bS
bS
/15.1
A
A
PE
Input byte 6
/35.7
E.0
/23.6
E.1
/52.7
E.1
/29.8
E.2
/53.8
E.2
/23.1
E.3
/69.7
E.3
/23.2
E.4
/70.8
E.4
/23.3
E.5
/50.8
E.5
/23.4
E.6
/51.7
E.6
/23.7
E.7
/49.8
E.7
/59.8
E.0
/48.7
E.0
/20.8
E.1
/46.7
E.1
/22.4
E.2
/45.7
E.2
/17.3
E.3
/44.7
E.3
/18.3
E.4
/42.7
E.4
/24.3
E.5
/25.3
SIEMENS
E.6
/37.7
S7-200
E.7
/43.7
E.5
/41.6
SIEMENS
E.6
/77.8
S7-200
E.7
/43.5
EB4
E.0
Input byte 5
6ES7 221-1BH22-0XA0
C
EB7
16 x Eingang
EB5
protection note according to ISO 16016 consider!
16 x Eingang
B
Input byte 7
6ES7 221-1BH22-0XA0
D
-14A1
-14A1.1
all lines without indication of cross section are
D
DC 15-30V
H07Z-K 1,5mm²
C
DC 15-30V
EB6
Input byte 4
B
4M
3M
2M
1M
PE
4M
3M
2M
PE
1M
PE
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 14
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 14
0-8100-100454-14-3
PLC S7-200 5
=BCC
6
7
75 8
sh.
1
/13.4
A /11.7
/14.8
2
3
A1
4
/8.5
Amgo
5
Amgo
6
7
8
/23.1
A
as
as
bS
bS
PE
/16.1
/44.4
PE
PE
2L
1L
L+
M
PE
2L
1L
L+
DC 24V/AC 24-230V
8 x Relay Output
8 x Relay Output AB 2 A.0
AB 3
/27.8
A.1 A.2
A.0
/24.2
A.1
/25.2
A.2
/24.8
A.3
/27.5
A.3
/25.8
A.4
/74.7
A.4
A.5
/74.7
SIEMENS
A.6
/20.3
SIEMENS
A.6
S7-200
A.7
/22.2
S7-200
A.7
C
A.5
6ES7 222-1HF22-0XA0
6ES7 222-1HF22-0XA0
-15A1
D
-15A1.1
all lines without indication of cross section are
D
DC 24V/AC 24-230V
H07Z-K 1,5mm²
C
M
B
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 15
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 15
0-8100-100454-14-3
PLC S7-200 5
=BCC
6
7
75 8
sh.
1
2
/8.4 /15.8
4
5
6
7
8
Abo
Abo
as
as
/17.1 /17.2
A
23
A
3
-X1
M2X1,5
13
/3.4 12
-X11
17
14
+FO 006 FSL
press.switch
-X12
B
13
-16F7
14
/3.2
FOP
14
-3Q3
13
-3Q2
1
-BCC_3014
-X1
7
+CC_D
5
3 = Man P2
2 4 6 8 3
A0 M
1
7
5
3
1
+CC_D mode
mode
Betriebsart
Betriebsart
-X11
11
7
FO-PP2 FO-PP1
12
-X12
14
-X11
-16K7
14
-X12
19
13
18
C
/18.1
/17.1
/13.2
DI
DI
/13.2
E.1
-13A1 /13.2
E.2
E.4
E.3
E.2
-13A1
DI
-13A1 /13.2
E.3
-13A1
DI
DI
/13.2
E.4
E.5
Overload F.O.PP 1
Overload F.O.PP 2
AUTO F.O.PP 1
AUTO F.O.PP 2
press switch
I 0.1
I 0.2
I 0.3
I 0.4
F.O.PP
A1
-13A1
E.5
D
E.1
-16K7
I 0.5
/12.3
E
A2
protection note according to ISO 16016 consider!
E
-16S4
2 = OFF
3 = Man P1
all lines without indication of cross section are
D
1 = Auto P2
2 = OFF
H07Z-K 1,5mm²
C
A0 M
2 4 6 8
24
M2X1,5
-16S3 1 = Auto P1
2
-BCC_3014
B
N2
N2
/17.7
press. switch FOP
14
11
6 12 24
FO 006
21
22 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 16
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 16
0-8100-100454-14-3
FOP control 5
=BCC
6
7
75 8
sh.
1
2
/16.8
3
4
5
6
7
8
Abo
Abo
/18.1
FOP1 STBY
A
FOP1
O0.0
/16.8
as
as
fault
/18.2
A
O0.4
-13A1
-13A1 21
-17K7
A.0
/13.2
A.4
/13.2
7
A.4
22
DO
E.2
A.0
24
DO
-14A1.1 B
/14.4 /16.4
FO-PP1
DI B
E.2
-17K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2120
7
PE C
11
M7G1,5
33
-3Q2
4
-X20
12
14
-17K7
+FOP1
-X1
X1
PE
-H1 X2
21 22
local / remote
13
22
-S1
14
off
21
on
-S2
14
-S3
13
34
/3.2
GN D
operation
-17K8 A2
/16.8 /13.8
N
N oil pump 1
/18.1
N2
N2 local / remote
14
/3.2 /3.2 /101.4 4 /90.3 /28.4
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
21
/18.7
FOP1 Standby fault
11
2 12 /3.2
A1
-17K7
A2
-17K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
2
A2
C
I 7.2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
FOP1
23
local /remote
14
11
E
/101.7 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 17
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 17
0-8100-100454-14-3
fuel oil pump 1 5
=BCC
6
7
75 8
sh.
1
/17.8
2
3
4
5
6
7
8
Abo
Abo FOP2 STBY
A FOP2
O0.1
/17.3
as
as
fault
/19.1
/19.1 A
O0.5
-13A1
-13A1 21
-18K7
A.1
/13.2
A.5
/13.2
7
A.5
22
DO
E.3
A.1
24
DO
-14A1.1 B
/14.4 /16.5
FO-PP2
DI B
E.3
-18K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2121
7
PE C
11
M7G1,5
33
-3Q3
4
-X21
12
14
-18K7
-X1
+FOP2 34
/3.4
X1
21
X2
-H1
22
local / remote
13
22
-S1
14
off
21
-S2
14
on
13
PE
-S3
GN D
operation
A2
/17.8 /17.7
-18K8
N
N oil pump 2
/20.1
N2
N2 local / remote
14
11
2 12 /3.4 /3.4 /3.4 /101.5 4 /90.3 /28.4
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-18K7
A2
-18K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
2
A2
C
I 7.3
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
FOP2
23
local / remote
21
/19.1
FOP1 Standby fault
14
E
11
/101.8 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 18
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 18
0-8100-100454-14-3
fuel oil pump 2 5
=BCC
6
7
75 8
sh.
1
4
5
6
7
8
Abo
Abo as 25
15
as
-X11
-X1
20
-X1
FSL
switch
14
14
press.
-X12
A
M2X1,5
+FW005 12
/22.8 14
/4.2
-19F7
/20.7
13
-22K8
11
-4Q2
13
-BCC_3016
/20.1
27
/18.3
A
3
1
/18.8
2
FWP
B
E
DI
/13.2
-13A1 /13.2
11
7
D E.2
DI
-13A1 /13.2
E.1
E.7
E.0
Overload F.W.PP 2
AUTO F.W.PP 1
AUTO F.W.PP 2
I0.7
I 1.0
I 1.1
I0.6
/22.1
14
-X12
-19K7
12
22
/20.1
FW-PP2
E.1
FW-PP1
DI
E.2
press switch F.W.PP1
-19K7
A2
I 1.2
A1
Overload F.W.PP 1
/13.2
28
17
16 21
E.6
-13A1
DI
C
-X11
E.0
E.7
E.6
/13.2
-13A1
-X1
Betriebsart
-X12
DI
-X1
mode
-X11
-13A1
M2X1,5 26
+CC_D
5
3 = Man P2
2 4 6 8 7
7
5
3
1
+CC_D
Betriebsart
all lines without indication of cross section are
D
A0 M
mode
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
3 = Man P1
-BCC_3016
-19S4
2 = OFF
2 = OFF
C
1 = Auto P2
3
A0 M
1 = Auto P1
2 4 6 8
1
-19S3
2
B
/18.8
N2
N2
E
/20.2
press.switch FWP
14
11
6 12 FW 005
24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 19
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 19
0-8100-100454-14-3
FWP control 5
=BCC
6
7
75 8
sh.
1
/19.8
2
3
4
5
6
7
8
Abo
Abo
/27.1
A
A FWP1 STBY
as
-15A1
-20K7
A.6
/15.1
DO
E.0
A.6
A.2
DO
FW-PP1
-14A1.1
B
12
14 2
3
4
5
2
3
4
5
-BCC_2220
GNYE 6
1 1
11
I 7.0 PE
M7G1,5
6
5
-H1 X2
22
local / remote
14
off
21
on
14
34
/4.2
PE
X1
2 21
1
-S1
13
-S2
22
-S3
13
-4Q2
-X1
33
+FWP1
3
4
C
GN
operation Drawing no: 0-xxxx-xxxxx /3-32
-20K3
/18.6
A2
/19.8
N
N2
N2 N FWP1 Standby fault
14 feed water pump 1
1
2
3
4
5
6
13
14
23
24
33
34
43
44
/4.2 /4.2 /4.2 5 /27.2 /90.4 /103.2
A1
-20K7
A2
-20K2
A1
A1
D
A2
protection note according to ISO 16016 consider!
E
FWP1
-X30
all lines without indication of cross section are
D
B
E.0
local remote
2
7
H07Z-K 1,5mm²
C
14
-20K2
DI
13
/14.4
-20K7
/22.3
7 24
A.2
/13.2
/19.4
as
22
-13A1
/19.8
fault O2.6
21
FWP 1 O 0.2
11
11
2 12
/103.4 12 24
/22.1
local / remote
/24.1 14
24 21
21 E
8 22
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 20
replaced for
3
replaced by
feed water pump 1
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 20
0-8100-100454-14-3 6
7
75 8
sh.
1
2
3
4
5
6
7
8
Drawing no: 0-xxxx-xxxxx /3-32
P_INO
/22.5
+FWP2 A
P_Stop
6
5
3
4
2
1
pump 2
FWP_Bbo
/22.5
/22.5
14
/22.2
PE
-X1
11
-22K2
remote
GNYE 7 12
6 6 11
5
4
3
2
3
4
7
8
9
5
1
-BCC_2222
-X31
6
-X31
GNYE
5
2
1
4
3
2
1
on
B
-BCC_2221
A /22.5
13
21
-S
12
pump on
14
local
-S
14
GN
22
X1
-H1
22
-S1
13
21
X2
P_Flt
B
M7G1,5
E
10
13
5
2
1
4
3
C
14
12
2 11
13 14
local / remote
21
-S1
22
21
-Q1
22
-K2
/4.6
AT /4.7
/4.8
B
overload
A1
-K1 X2
BT
RD
D
GN
A2
/4.8
-H1 X2
-H2
A1
-K2
X1
X1
34
/4.8
-Q1
33
A
14
34
/4.6
24
2 22
7
14
/4.8
-Q1
13
-K1
7
21
-K2
PE 33
13
-K1
all lines without indication of cross section are
D
-X1
A2
C
+BCCFWP2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
M7G1,5
operation
local stop
14
feed water pump 2
11
E
7 12 24
/4.6
21
/4.6
7 22
/4.6 3
4
1
2
3
4
5
6
13
14
21
22
33
34
43
44
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 21
replaced for
3
replaced by
feed water pump 2
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 21
0-8100-100454-14-3 6
7
75 8
sh.
1
2
3
4
5
6
7
8
Wiring color = orange A
FWP2STBY fault
FWP 2 O0.3
/21.8
A.3
/13.2
A
O2.7
-15A1
-13A1
P_INO
/21.8
P_Flt
A.7
/15.1
DO
/20.8
A.3
A.7
DO
as
as
/23.1
/21.8
/21.8
P_Stop
FWP_Bbo
B
B /19.5
FW-PP2
21 22
24 E.1
E.1
14
12
6 local stop FWP2 I 7.1
/20.8
N2
local stop FWP2 Standbyfault
all lines without indication of cross section are
11
14
/21.6 12
14
11
24
22
11
24
21
A1
A1
feed water pump 2 overload
11
14
/27.3 12 21
24
4 22
22
feed water pump 2 in operation
14
2 12
/103.5 12 21
-22K8
/23.1
feed water
24
-22K7
A2
A2
N2
14
A1
-22K6
A2
-22K3
A2
-22K2
A1
D
pump 2 on
E
C
DI
/14.4
11
-22K6
A1
D
-14A1.1
A2
C
6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-22K6
21
24
/90.5 22 34
11
/19.2 12 21 E
/103.3 22 31
/103.2 32 44
41
42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 22
replaced for
3
replaced by
feed water pump 2
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 22
0-8100-100454-14-3 6
7
75 8
sh.
1
/15.4 /22.5
3
4
5
6
7
8
Amgo
Amgo
as
as
/24.1 /24.2
A
41
A
2
-BCC_3018 M2X1,5
/3.7 33
-X11
30
press.switch
FSL
MGO
14
14
+GO 006
-X12
B
13
-23F7
14
/3.5
-BCC_3018
-X1
7
+CC_D
5
3 = Man P2
2 4 6 8 3
A0 M
1
7
5
3
1
+CC_D mode
mode
Betriebsart
Betriebsart
31
/35.2
11 12
7 14
-X11
MGO-PP2 MGO-PP1
-23K7
34
-X12
32
-X11
35
-X12
-35K2
32
34
31
C
/25.1
/24.1
/22.3
DI
/14.4
E.2
-14A1.1 /14.4
E.3
Overload MGOP 1
Overload MGOP 2
I 6.2
I 6.3
DI
-14A1.1 /14.4
E.4
AUTO MGOP 1
-14A1.1
DI
/14.4
E.5
E.6
E.5
E.4
E.3
-14A1.1
-14A1.1
DI
/14.4
E.0
DI
E.6
AUTO MGOP 2
release
press switch
I 6.5
MGO .PP
MGOP
I 6.0
I 6.6
I 6.4
-23K7
A1
/14.4
DI
E
A2
-14A1.1
E.0
D
E.2
protection note according to ISO 16016 consider!
E
-23S4
2 = OFF
3 = Man P1
all lines without indication of cross section are
D
1 = Auto P2
2 = OFF
H07Z-K 1,5mm²
C
A0 M
2 4 6 8
42
M2X1,5
-23S3 1 = Auto P1
B
2
13
-3Q7
13
-3Q5
1
-X1
N2
N2
/24.7
press. switch MGO
14
11
7 12 GO 006
24
21
22 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 23
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 23
0-8100-100454-14-3
MGO control 5
=BCC
6
7
75 8
sh.
1
2
/23.8
A
3
4
5
6
7
8
Amgo
Amgo
/25.1
MGOP1 STBY MGOP1
O3.0
/23.8
as
as
fault
/25.2
-15A1.1
A
O3.2
-15A1.1 A.0
/15.3
21
-24K7
A.2
/15.3
7
-14A1.1 /14.4
B
/23.4
A.2
22
DO
E.4
A.0
24
DO
DI
B
E.4
MGO-PP1 local remote
E
23
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2122
PE
C
11
M7G1,5
33
-3Q5
4
12
14
-X40
7
+MGOP1 /3.5
-X1
X1
21
X2
-H1
22
local / remote
13
22
-S1
14
off
21
on
-S2
14
13
34
PE
-S3
GN
D
operation
A2
/23.8 /20.7
-24K8
N
N MGO pump 1
/25.1
N2
N2 local / remote
14
11
2 12 /3.5 /3.5 /3.5 /104.1 /90.6
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-24K7
A2
-24K2
A1
A1
Drawing no: 0-xxxx-xxxxx /3-32
all lines without indication of cross section are
D
-24K7
A2
C
-24K2
I 7.4
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
MGOP1
21
/25.7
FOP1 Standby fault
14
E
11
/104.4 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 24
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 24
0-8100-100454-14-3
MGO pump 1 5
=BCC
6
7
75 8
sh.
1
2
/24.8
3
4
5
6
7
8
Amgo
Amgo MGOP2 STBY
A MGOP2
O3.1
/24.3
as
as
fault
/29.1
-15A1.1
A
O3.3
-15A1.1 A.1
/15.3
21
-25K7
A.3
/15.3
7
-14A1.1 /14.4 B
/23.5
A.3
22
DO
E.5
A.1
24
DO
DI
E.5
B
MGO-PP2 local remote
-25K2
E
5
GNYE 6
5
6
5
4 2
3 3 1
4
24 2 2 3
1 1
-BCC_2123
PE C
11
M7G1,5
33
-3Q7
4
12
14
-X41
7
+MGOP2
-X1
21
X1
PE
X2
-H1
22
local / remote
13
22
-S1
14
off
21
on
-S2
14
-S3
13
34
/3.7
GN
D
operation
all lines without indication of cross section are
A2
/24.8 /24.6
-25K8
N
N MGO pump 2
/28.1
N2
N2 local / remote
14
11
2 12 /3.7 /3.7 /3.7 /104.2 4 /90.6
1
2
24
3
4
3 22
5
6
13
14
23
24
33
34
43
44
A1
-25K7
A2
-25K2
A1
Drawing no: 0-xxxx-xxxxx /3-32
A1
D
-25K7
A2
C
2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
I 7.5
23
MGOP2
21
/27.3
FOP2 Standby fault
14
E
11
/104.5 12 24
21
22
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 25
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 25
0-8100-100454-14-3
MGO pump 2 5
=BCC
6
7
75 8
sh.
1
2
/20.8
3
4
5
6
7
8
Abo
Abo
A
A common alarmcomb air
alarm
A.0
alarm
( ECR ) O0.6
( ECR )O2.0
-15A1 A.6
/13.2
-13A1 A.3
/15.1
A.7
/13.2
-15A1 A.1
/13.2
DO
A.3
A.0
-13A1
DO
DO A.6
DO
14
12
alarm ( ECR )O1.1
-13A1
/13.2
/5.2
alarm ( boiler cabinet ) O0.7
A.0
/15.1
DO
DO A.0
-13A1
11
-5F2
low (ECR ) O2.3
A.1
O1.0
shut down
flame failure
A.7
accoustic com alarm
common
B 18
B
E
1 2 19
C
-X11
11 14
/22.7 12
feed water
24
/20.2
pump 2
-22K7
23
pump 1
-20K2
/7.8
N4
N4
/35.1
/25.8
14
11
24
flame failure
alarm
(ECR)
24
/5.2 22 34
accoustic com
11
12
21
22
31
A1 A2
N2
14
/5.2 12
A1
N2
chemical dosing pump in operation
-27K8
A2
-27K7
A2
-27K6
A2
-27K5
A1
A1
A1
-27K4
A2
A2
-27K3
A2
-27K2
A1
A1
D
all lines without indication of cross section are
D
+CC_D
Chemikaliendosierpumpe
feed water
C
-27S2
chemical dosing pump
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X11
14
11
24 22
14
11
/102.5 12
/102.4 12 21
alarm comb.air low ( ECR)
21
24
alarm ( cabinet)
14
11
21
22
24 22
common
alarm ( ECR )
shut down alarm ( cabinet)
14
11
/100.4 12
/92.7 12 21
/32.2
common
24
14
E
11
/100.4 12 21
22
24
21
22
/90.5 32 44
41
/101.5 42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 27
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 27
0-8100-100454-14-3
dosing pump 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-5Q4
/54.3
13
A54
/5.4
B
E
/5.6
43
43
C 44
fuel oil
pump 1
pump 2
/18.2 44
/5.5
A27
A28
A1
D
A2
-28K4
all lines without indication of cross section are
D
-18K2
/17.2
fuel oil
C
-17K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
14
B
/25.6
N
N
/30.2
E electrical preheater
/5.4 /5.4 /5.4 /92.6
1
2
3
4
5
6
13
14
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 28
replaced for
3
replaced by
electrical preheater
4
5
0-8100-100454-14 /3-32
=BCC +CC_M sheet 28
0-8100-100454-14-3 6
7
75 8
sh.
1
6
7
8
43
B
/12.2 12
44
14
12
11
-12K2
/9.6
14
-9K7
/9.7 34
24
22
11
-9K8
/5.4
/5.2 14
33
-5Q4
21
-5F2
A
/55.2
/13.4
DI
-13A1.1 /13.4
E.0
-13A1.1
E.1
DI
/13.4
E.2
-13A1.1 /13.4
DI
-13A1.1 /13.4
E.3
DI
-13A1
DI
/13.2
E.4
E.0
E.5
E.4
E.3
E.2
DI
E.5
overload
overload combustion air
overload
overload chemical
overload
reset
rotary cup
fan
ignition oil
dosing pump
preheater
I 1.5
I 2.0
I2.1
pump
I2.3
I2.4
-13A1 /13.2
E.1
-13A1.1
E.1
E.0
C
DI
-14A1.1
DI
/14.4
E.0
voltage alive ( I 0.0)
E.1
fault F-OSA I 6.1
D
I2.2
all lines without indication of cross section are
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/2.4 14
/2.6 14
B
-2Q3
13
-2Q5
/2.2
D
5
as
-2Q2
C
4
as
13
/25.3
3
13
A
2
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 29
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 29
0-8100-100454-14-3
common inputs 5
=BCC
6
7
75 8
sh.
1
2
/12.2 A
3
Abn
Abn
5
6
7
8
/31.1 A
14
-46K6
4
20
13
/46.6
2/4
-X11 -30S2
/9.7
ST
ST
/32.7
B
/48.6
-10A2
DO
/10.2
Q4
22
24
Q3:1
-10A2
I2
DI
Q4
/10.2
DO
I10
Q4:2
Q3
/10.3
ZP
C
/37.3
Q3
/10.2
-2Q3
34
33
-2Q5
33
-2Q2
33
Q3:2
DO
/2.2
/2.4 34
34
/2.6
36
D
-X11
+CC_D
A2
N
N
/2.6 /2.6 /2.6 /92.5
/101.3 /32.5
R. modification
1
1
2
3
4
5
6
13
14
21
22
33
34
43
drawn
ROS
check
ROS
date
name standard
/2.2 /92.4
/32.5
1
2
3
4
5
6
13
14
21
22
33
34
43
44
/2.4 /2.4 /2.4 /92.4
1
2
3
4
5
6
13
14
21
22
33
34
43
44 F
2012-01-30
ROS
/2.2
44
date
30.01.2012
/2.2
E
/33.4
ignition oil pump
rotary cup atomizer
combustion air fan
as built
-30K6
BbnT2
Drehzerstäuber
/28.8
/7.8
h
A1
-30K4
A2
A1
-30P5
A2
30K2
F
0
-10A3
-10A2
rotary cup atomizer
E
DO
/10.2
all lines without indication of cross section are
D
/32.6
A1
C
-10A2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X11
-32K6
21
42
22
21
-48K6
Q4:1
combustion air fan
41
+CC_D
3
B
1
A0 M
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 30
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 30
0-8100-100454-14-3
burner motor control 5
=BCC
6
7
75 8
sh.
1
2
/30.2
3
Abn
Abn
4
5
6
7
8
/36.6
high
61
62
13
windbox
C 62
12
/34.6 ESS
/59.4
mode
H1
-34K6
/32.2
14
11
HFO /MDO
14
61
13 14 14
-34K6 -59K4
in
/34.6 13
ESS
13
mode
-50K6
D
/50.6 HFO_T_low
14
protection note according to ISO 16016 consider!
temp
F1
/34.6
all lines without indication of cross section are
D
MDO
/48.6
flue gas/53.6
/57.6
13
B
fire
H07Z-K 1,5mm²
C
-53K6
14
/52.6
press.
-48K6 -57K6
13
13
steam
14
24
-52K6
oil pressure /49.6
MGO
/59.7 14
B
-49K6
14
/56.6 62
HFO
-59K7
13
-56K6
23
A
61
A
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 31
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 31
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
-30K2
comb.air fan
/30.2 44
H1
13
-69K5
LLW1
/69.5 14
-30K4
44
/31.7
43
A
rotary cup
/30.4 B
43
B
LLW2
E
14
33
12
comb.air
/45.4
33
ST
C
33
11 I4
14
/10.2
I3
/10.2
I4
/33.4
A2
-32K6
N2
N2 combustion air fan
14
DI
/34.3
A1
N1
/27.8
-10A2
D M1
-32K2
DI
A1
Ess-mode
/34.6
-10A2
34
DO
71
-34K6
Q1:2
Q5
Q5
72
23
/10.3
DO
I3
Q1:1
24
-10A3
ESS mode /34.6
6 12
2
-32K6
14
33
-32K2
12
/44.4
-34K6
/35.6
primary air 11
34
-44K4
ST
34
/30.4
SW burner
/46.6
all lines without indication of cross section are
D
-45K4
A2
C
-46K6
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/70.4
34
11
-70K5
rotary cup atomizer
11
14
7 12
/35.5 E
11
8 12
24
21
24
22
21
/30.4 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 32
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 32
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
/32.5
N1
B
41
33
23
13
S13
S10
A1
-33K4
SR3C AC230V K1 K2 K2 K1
/30.8
42
/54.6
34
24
N
/42.2
14 /35.2
S14
S12
S21
S11
D
N
/34.3
safety interlock circuit
all lines without indication of cross section are
D
C
A2
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 33
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 33
0-8100-100454-14-3
safety interlock circuit 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
7
-38K2
aSC
aSC
/35.7
A
14
/11.4 12
A
8
/38.2 11
-34K6
43
1
23
-13A1.1 23
23
ZV
/13.4
DI
E.5
/37.2 C
5
6
10
GNYE
4
N
1
3
2
/33.5
9
6
7
-BCC_2005
8
-X1
/31.5
F1
F1
/35.3
M16G1,5
14
14
24
A2
21
/61.6 22
Notbetriebskasten 19.00
21
-S4
13
X2
X1
-H1
ignition
oil valves
flame
Zündung
Ölventile
Flamme
/31.4 /32.2 /32.5 8
21
-S3
/54.5 /31.4 /32.5 *)
A1
N emergency operation
14 22
-S2
11
/61.6 12
13
-S1
22 14
emergency operation box
13
+BN
13
14
/37.2
-34K7
A2
A2
-34K6 BBW1
*)
A1
-16K1
/61.6 194
190
189
200
199
191
-X8
198
196
197
195
DEC
A1
/61.6
193
INC
16
PE
9
6
8
7
-X1.1
10
D +BW
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/38.1
/40.3
emergency operation (I 2.5)
all lines without indication of cross section are
E
OV
B /39.2
E.5
-40K3
/39.3
D
24
FL
-39K3
C
13
M1 24
/32.5
24
B
7 14
/40.3 14
/39.3
-34K7
14
-40K3
13
-39K3
13
44
6
wire jumper has to be
13
14
23
24
33
34
43
44
53
54
61
62
71
72
81
82
emergency operation
5 5 /37.3 /42.6 /39.3 /40.3 /42.6 /38.6
13
14
23
24
33
34
43
44
51
52
61
62
71
72
81
82
/35.2 E
arranged during commissioning
19.00 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 34
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 34
0-8100-100454-14-3
emergency operation 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
common safety interlock circuit
-12A3
X3:16
0VAC
X4:35
controlled shut-down
X2:12
X3:18
X3:21
-33K4
13
/12.3
14
/33.4
E
14
12
/47.7
11
-35K2 2 22
11
2 14
14
ST
-35K2
/63.3
-X11
ST
12
26
2- emergency operation / Notbetrieb
27
0- off / Aus
F1 E.0
I5
-35K6
/34.7 /27.2
N4
N4 burner start
14
N
/42.2
/32.6
-14A1
/10.2
I5
/14.1
DI
E.0
burner start
burner start ( I4.0)
N2
N2 burner
/36.1 E
stand by
11
14
11
/92.2 12 21
24
7 22 34
DI
/39.3
6 12 24
-10A2
A2
N
D
A1
A1
-35K2
/36.7
21
/32.8
-63K3
1- automatic / Automatik
aSC
C
1
3
Brenner Betriebsart +CC_D
aSC
24
12
fault
/34.8
1 0 2
burner mode
/34.7
11
25
/43.2
2/4
-35S5
all lines without indication of cross section are
D
-43K2 burner
A2
C
B
-X11
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
21
/100.3 22 31
/23.6 32 44
41
42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 35
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 35
0-8100-100454-14-3
burner start 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
A
7
Abn
/31.3
purge position
-12A3
X4:24
ignition position
X1:3
X4:31
Abn
8
A
/39.3
reset
X3:15
X4:30
X4:40
X1:5
/12.3
11 14
11 14
12
C
24
E.3
+CC_D reset burner
13
-36S5
2
14
61
-X11
-13A1
-X11
/13.2
DI
E.3
purge position ( I 1.3)
-36K7
/35.8
A2
-36K3
A1
D
N2
N2
all lines without indication of cross section are
purge position
E
B
-36K3
23
21
11
62
14 13
/47.5
A1
D
purge position
/37.6
6
A2
C
-47K5
/47.5
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-47K5
aSC
22
-36K7
6
24
12
14
12
24
-36K7
aSC
/35.7
/42.5 22
ignit.position
14
12
B
-42K5
/47.6
12
/47.6
21
-47K6
11
11
-47K6
14
11
14
7 12 24
/37.7
reset
11
4 12 21
24
22
21
E
5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 36
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 36
0-8100-100454-14-3
burner reset 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
A
/36.8
ignition transformer
-12A3
7
8
aSC
aSC
/41.6
A
general ignition valves
X3:22
X4:34
-37K7
/12.3
11
1
/30.7
ZP B
E.6
B
14
12
7
33 34
ignition ( I 7.6)
ZV
8
C
-BCC_2005
1
-BCC_2005
-X1
M16G1,5
2
-X1
M16G1,5
13
12
11
10
9
-X8
+BN
+BN
+BN
-37K7 /38.6
/36.8
PE
2
-2Y3 1
PE
2
-2Y2 1
PE
2
-2Y1 1
-2T1
BBW1
A1
8
7
-X8
BBW1
PE
/34.6
-X8
A2
-X8
6
5
4
2
-X1.1
3
-X1.1
+BW
2
1
D
A2
E
E.6
7
/34.2
all lines without indication of cross section are
D
DI
/34.7
A1
C
/14.4
-34K7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1.1
+BN
N2
N2 ignition
14
/38.1 E
11
7 12 24
21
/54.6 22 ignition transformer
ignition oil valve 1
ignition oil valve 2
ignition oil relief valve
Zündtrafo
Zündölventil 1
Zündölventil 2
Zündölentlastungsventil
13.01
13.03
13.09
13.11
13.01
13.03
13.09
13.11
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 37
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 37
0-8100-100454-14-3
ignition system 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
oil valves
-12A3
X4:36
/12.3
82
-BCC_2005
3
-X1
M16G1,5
-X8
Gleichrichter
21
31
30
29
PE
2
E
+BN A4
+BN
/61.7
V
U
1
PE
2
1
-3Y5
rectifier
A3
+BN
BBW1
-3A1
-3Y2
A2
11
/34.4 12 24
-3Y1
-X8
BBW1
L+
L-
14
/41.5
PE
N2 oil valves
2
N2
16
-X8 /37.6
1
/37.7
15
14
22
21
20
19
18
17
A1
-X8
A2
-38K2
3
D
-X1.1
+BW
A1
E
C
OV
9
/34.5
all lines without indication of cross section are
D
/34.7
H07Z-K 1,5mm²
C
-34K7
81
B
protection note according to ISO 16016 consider!
B
/54.6 22 main oil valve 1
main oil valve 2
main oil relief valve
Hauptölventil 1
Hauptölventil 2
Hauptölentlastungsventil
06.01.01
06.01.02
06.10
06.01.01
06.01.02
06.10
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 38
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 38
0-8100-100454-14-3
oil valves 5
=BCC
6
7
75 8
sh.
1
2
FL
4
Abn
/36.7
5
Abn
6
7
8
/40.3
28
/34.5
3
A
A
-34K7
2/4
-39S2
/34.7
1 2
52
3 30
emergency operation
1
+CC_D
29
selection flame scanner
51
-X11
-X11 FL2
/40.3
9
10
7-
8+
15
B 11
B
6
1
2
3
4
5
13
14
5
4
3
2
1
6
5
4
3
2
1
S
C
-X3
-BCC_4001 M5X0,75SH
5
4
3
2
1
6
502
503
504
505
506
-39K3
-X3.1
A1
+BW
501
D
-X8
/34.4 /41.4 /41.4
-40B1
13
14
23
24
33
34
43
44
53
54
61
62
flame scanner 1
71
72
Flammenfühler 1
83
84
+BN
E YE
/34.4
/40.3
WH
N flame signal 1
GN
N
RD
/35.3
BU
E
12
PE
all lines without indication of cross section are
D
flame detector 1 Flammenwächter 1
A2
C
Saacke, FLUS 06 UV
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-39A3
Die Verlegung der Fühlerleitung muß räumlich getrennt von Netz- und
Saacke FLS 09 UV
Steuerleitungen sowie energiereichen Starkstromleitungen bzw.- einrichtungen (z.B. Zündleitungen, Zündtrafos, Elektromotoren, Schütze) erfolgen. Eine parallele Leitungsführung zu Netzleitungen in Kabelkanälen ist nicht zulässig.
The installing of the probe line must be separate from the supply and control mains as well as from the power lines and high voltage systems (e.g. ignition lines, ignition transformers, electric motors, contactors). A parallel line arrangement to the supply lines in the
14.02
cable ducts is not admissible.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 39
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 39
0-8100-100454-14-3
flame detection 1 5
=BCC
6
7
75 8
sh.
1
2
3
4
Abn
/39.4
5
Abn
6
7
8
/42.6 A
-34K7
61
A
62
/34.7
/39.2
FL2
9
10
7-
8+
15
B 11
B
6
1
2
3
4
5
13
14
11
10
9
8
7
12
5
4
3
2
1
S
C
-X3
-BCC_4002 M5X0,75SH
5
4
3
2
1
6
508
509
510
511
512
-40K3
-X3.2
A1
+BW
507
D
-X8
/34.4 /41.4 /41.4
-40B2
13
14
23
24
33
34
43
44
53
54
61
62
flame scanner 2
71
72
Flammenfühler 2
83
84
+BN
E YE
/34.4
/54.7
WH
N flame signal 2
GN
N
RD
/39.4
BU
E
12
PE
all lines without indication of cross section are
D
flame detector 2 Flammenwächter 2
A2
C
Saacke, FLUS 06 UV
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-40A3
Die Verlegung der Fühlerleitung muß räumlich getrennt von Netz- und
Saacke FLS 09 UV
Steuerleitungen sowie energiereichen Starkstromleitungen bzw.- einrichtungen (z.B. Zündleitungen, Zündtrafos, Elektromotoren, Schütze) erfolgen. Eine parallele Leitungsführung zu Netzleitungen in Kabelkanälen ist nicht zulässig.
The installing of the probe line must be separate from the supply and control mains as well as from the power lines and high voltage systems (e.g. ignition lines, ignition transformers, electric motors, contactors). A parallel line arrangement to the supply lines in the
14.02
cable ducts is not admissible.
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 40
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 40
0-8100-100454-14-3
flame detection 2 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A /37.8
aSC
aSC
/42.7
flame signal
-12A3
X3:20
X3:14
/12.3
B
B 11
-41K5
E
14
43
33
C
43
44
34 34
-39K3
33
44
E.5
/39.3
/47.5
/14.1
E.5
reached
D
33
24
22
purge
purge pos.
/42.2 14
/42.2
-47K5
DI
flame signal ( I5.5)
A2
-41K5
A1
-42K2
21
11
-42K2
34
-14A1
all lines without indication of cross section are
D
/40.3
12
C
-40K3
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
12
5
/38.2
N2
N2 ignition
14
/42.2
11 E
6 12 24
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 41
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 41
0-8100-100454-14-3
flame detection 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
/40.4
Abn
7
Abn
8
/61.4
A
A
-12A3
purge
end of purge
release monitoring flame
burner fires
X4:26
X4:29
X3:23
X4:27
aSC
/41.7
aSC
/43.5
/12.3
34
32
14
12 43
71
E.4
E.4
44
72
34
-13A1.1
DI
/13.4
E.4
DI
E.4
C
31
/14.1
-X11
release
purge ( I 3.4)
-42S6
1
+CC_D
2
flame signal ( I 5.4)
release
32
load control
/35.2
/41.5
/7.8
N2
N2 purge
14
11
/41.2 12 24
release flame scanner
14
11
/43.6 12 21
/41.2 22 34
end of purge
14
11
7 12
24
21
22
14
11
24
21
22
24
24
21
34
34
31
44
/61.3 42
E
21
31
/61.5 32
/92.3 32 41
11
/61.2 22
/43.7 22
31
/43.2
/61.2 12
/36.6 12
8 32 44
control
burner fires
14
N4_N
A2
-42K6
D
A1
A1
A2
-42K5
A2
-42K4 A2
N4
A1
-42K3
A1
-42K2
A1
-X11
A2
protection note according to ISO 16016 consider!
E
ESS-Mode
-14A1
all lines without indication of cross section are
D
/34.7
/33.4
H07Z-K 1,5mm²
C
33
-34K7
B
2
4
-33K4
31
-42K2
11
-42K4
B
44
41
41
42
/100.2 42
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 42
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 42
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
external trouble
fault
-12A3
shut-down
X4:28
X1:4
/12.3
B
B
E
/13.2
E.7
DI
21 24
22
C
E.7
-14A1.1 /14.4
E.4
DI
E.7
burner fires( I7.7)
end of purge( I1.4)
D
A1
burner fault ( I5.7)
-43K2
14
12 E.4
24
22
/14.1
-13A1
DI
/44.2
/42.5
/42.3
E.7
-14A1
-42K5
11
21
-42K3
2
all lines without indication of cross section are
D
aSC
A2
C
aSC
-43K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/42.8
N2
/42.6
N2
/74.6 E
fault
14
11
/35.5 12 24
21
5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 43
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 43
0-8100-100454-14-3
firing sequence control 5
=BCC
6
7
75 8
sh.
1
2
/43.7
3
4
5
6
7
8
aSC
A
A
-44K4
/45.7
23
aSC
24
4
E
E.3
B
DI
E.3 C
7
8
1
2
primary air failure (I5.3)
41
33
23
13
S13
-44K4
M12X1,5
A1
-BCC_3005
S10
-X2
D K1
PE
-X2.1
2
+BW
1
SR3C AC/DC24V
K2
42
34
24
14
7
/32.5
/45.2
S12
S21
S14
aBW
A2
-X8
S11
K1
203
202
K2
PE
C
+BN
NO
-17F1
all lines without indication of cross section are
D
/14.1
201
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
/15.8
ΔP
bS
bS
primary air failure
/45.4 E
> min.
atomizing air diff. pressure monitor Zerstäuberluftdifferenzdruckwächter 04.04
04.04 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 44
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 44
0-8100-100454-14-3
primary air pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
aSC
-45K4
aSC
/46.7
23
/44.8
24
4
E
E.2
B
DI
E.2 C
9
combustion air failure (I 5.2)
41
33
23
13
S13
-45K4
M12X1,5
A1
3
-BCC_3005
S10
-X2
3
SR3C AC/DC24V
-X2.1
+BW
D K1
K2
42
34
24
14
7
/32.5
/46.2
S12
S21
aBW
S14
-X8
S11
206
K1
A2
aBW
/44.3
205
K2
PE
C
+BN
NO
-17F2
all lines without indication of cross section are
D
/14.1
204
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
/44.4
P
bS
bS
/46.6
combustion air failure
E
> min.
combustion air pressure monitor Verbrennungsluftdruckwächter 04.03
04.03 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 45
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 45
0-8100-100454-14-3
combustion air pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A aSC
-46K6
aSC
/48.7
23
/45.8
24
6
E
DI
/14.1
E.1
burner swung out ( I5.1
10
C
41
33
23
13
S13
-46K6
M12X1,5
A1
8
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
8
K1
+BW
-X2.1
K2
PE
C
NO
A2
-19S1 +BN
/45.4
bS
bS
burner swung out
/47.5
A1
42
-46K8
/32.2
34
24
14 /30.2
/47.2
7
S12
S21
S11
aBW
A2
-X8
S14
K1
227
225
aBW
/45.3
226
K2
all lines without indication of cross section are
D
-14A1
H07Z-K 1,5mm²
C
E.1
B
protection note according to ISO 16016 consider!
B
/11.7
bS2
bS2
/55.5 E
burner swung out
14
11
/102.7 12 24 limit switch rotary cup atomizer
21
22
Endschalter Drehzerstäuber 04.40
04.40 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 46
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 46
0-8100-100454-14-3
burner swung out 5
=BCC
6
7
75 8
sh.
4
5
6
7
A /35.6
8
ST
-47K5
A
ST
-47K6
31
3
6 24
32
5
34
2
23
1
E
I6
DI
-10A2
DI
/10.2
I7
/10.2
I6
12
11
-BCC_3005
9
10
233
-X8
aBW
/48.2
-47K5
-47K6 A2
PE
NO
-S4
C
PE
NO
-S3
C
-6Y1 +BN
A1
-X8
/46.6
6Y1
/61.6
A2
aBW
D
A1
/46.3
-X2.1
229
228
-X2.1
231
+BW
M12X1,5
9
M12X1,5
232
-BCC_3005
-X2 10
-X2
all lines without indication of cross section are
D
-10A2
C
H07Z-K 1,5mm²
C
I7
B
protection note according to ISO 16016 consider!
B
bS
bS
purge position
/36.2 7
/48.6
/51.6
bS4
bS4
13
14
14
23
24
/36.2 12
33
34
24
43
44
/36.4 22
limit switch compund regulator
limit switch compound regulator
in ignition position
in purge position
Endschalter Verbungregler
Endschalter Verbundregler
53
54
34
in Zündstellung
in Lüftstellung
61
62
8 32
08.02
08.02
71
72
44
83
84
42
08.02
/41.4
/36.4
/11.7 E
ignition position
11
21
31
41
08.02
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 47
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 47
0-8100-100454-14-3
limit switch compund regulator 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
/46.8
8
aSC
aSC
/49.8 A
-48K6
23
A
24
6
B E.0
B
-14A1
E
41
33
23
13
S13
A1
-48K6
S10
13
-X2
SR3C AC/DC24V
6
-BCC_3005
K1 K2
M12X1,5
K2
D
aBW
/47.4
aBW
/49.2 /47.5
-18F3
/30.3
42
24
34
14
S12
S21
S14
S11
bS
/49.6
PE
NC
fire in the windbox
C
+BN
bS
7
-X8
/31.7
217
A2
-X2.1
218
+BW
6
K1
all lines without indication of cross section are
D
C
216
C
E.0
fire in the windbox ( I5.0)
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
/14.1
DI
θ
E
< max.
windbox temperature monitor Luftkastentemperaturwächter 04.09
04.09 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 48
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 48
0-8100-100454-14-3
fire in windbox 5
=BCC
6
7
75 8
sh.
2
3
4
5
6
7
8
A /48.7
aSC
-49K6
aSC
A /50.6
23
1
24
6
B
E.7
B
too high ( I4.7)
14
C
E
41
33
23
13
S13
-49K6
M12X1,5
A1
7
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
-X2.1
7
K1
+BW
K2
PE
C
+BN
NC
/48.6
P
bS
bS
oil pressure too high
42
24
34
14
/102.4
-18F4
8
/50.2
S12
S21
S14
aBW
S11
224
-X8
A2
aBW
K1
/31.4
/48.3
223
K2
all lines without indication of cross section are
D
E.7
oil press
222
C
DI
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
/50.6 E
< max.
oil pressure monitor Öldruckwächter 06.04.07
06.04.07 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 49
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 49
0-8100-100454-14-3
oil pressure 5
=BCC
6
7
75 8
sh.
5
6
/49.8
8
aSC
-57K6
aSC
-59K4
-50K6
/59.4 24
/51.7
6 22
/57.6
A
33
A
7
34
4
21
3
24
2
23
1
B
E
DI
E.5
HFO temp too low (I 4.5 )
15
C
41
33
23
13
S13
-50K6
M12X1,5
A1
4
-BCC_3005
S10
-X2
SR3C AC/DC24V
D
4
K1
+BW
-X2.1
K2
PE
C
NO
θ
+BN
/49.6
bS
bS
42 /54.3
8
34
24 /102.3
-18F1
14
/51.2
S12
S21
S14
aBW
S11
212
-X8
A2
aBW
K1
/31.2
/49.3
211
K2
all lines without indication of cross section are
D
/14.1
210
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.5
B
/52.6
HFO temperature too low
E
> min.
heavy fuel oil temperature monitor Schweröltemperaturwächter 06.36
06.36 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 50
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 50
0-8100-100454-14-3
HFO temperature 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
/50.8
aSC
aSC
11
-51K6
/52.2
B
B
E
14
E.6
DI
E.6
C
16
HFO temperature high ( I4.6 )
-X2
5
-BCC_3005 M12X1,5
-X8 -51K6
A1
aBW
A2
/50.3
214
-X2.1
215
5
D +BW
PE
C
NC
-18F2
all lines without indication of cross section are
D
/14.1
213
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
12
6
θ
+BN
/47.6
bS4
bS4
/70.4 E
HFO temperature high
14
< max.
11
7 12 24 heavy fuel oil temperature monitor
21
/54.3 22
Schweröltemperaturwächter
34
06.35
31
/102.8 32 44
41
42 06.36
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 51
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 51
0-8100-100454-14-3
HFO temperature high 5
=BCC
6
7
75 8
sh.
1
2
/51.8
3
4
5
6
7
8
aSC
aSC
/53.2 A
-52K6
23
A
24
6
B
E.1
B
E
E.1
17
18 2
C
41
33
23
13
S13
-52K6
M2X1,5
A1
-BCC_3006
S10
-X2
SR3C AC/DC24V
D K1
K2 K2
PE
C
+BO
NC
/50.6
P
bS
bS
42
24 7
34
14 /31.7
/100.7
-52F2
S12
S21
S14
A2
S11
K1
all lines without indication of cross section are
D
DI
steam pressure too high ( I4.1)
1
C
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
/53.6
steam pressure too high
E
< max.
steam pressure monitor Dampfdruckwächter BO 034
BO 034 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 52
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 52
0-8100-100454-14-3
steam pressure 5
=BCC
6
7
75 8
sh.
1
2
/52.8
3
4
5
6
7
8
aSC
aSC
/55.7 A
-53K6
23
A
24
6
B
E
DI
E.2
flue gas temperature
19
20 2
too high ( I 4.2 )
C
41
33
23
13
S13
-53K6
M2X1,5
A1
-BCC_3007
S10
-X2
SR3C AC/DC24V
D K1
K2 K2
PE
C
NC
θ
+BO
/52.6
bS
bS
flue gas temperature too high
42
/100.8
24 8
-53F2
34
14 /31.4
S12
S21
S14
A2
S11
K1
all lines without indication of cross section are
D
/14.1
1
C
-14A1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.2
B
/56.6 E
< max.
flue gas temperature monitor Rauchgastemperaturwächter BO 041
BO 041 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 53
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 53
0-8100-100454-14-3
flue gas temperature 5
=BCC
6
7
75 8
sh.
1
2
4
5
6
7
8
Ath
* Heating only required for
/34.6
53
-56K6 HFO
-33K4
ESS-mode
A operation
heater has to be disconnected !
/33.4 24
61
-34K6
23
In case of MGO ( HEL )
MGO /59.7
53
A
MDO operation of igniter.
54
-59K7
62
/8.4
3
safety
54
/56.6
21
-37K7
B
24
/38.2 21
-56K6
/50.6
/56.6 HFO
20
N
15
N
19
43
/40.4
18
17
16
41
low
C
14
HFO
44 71
-50K6
42
/59.7
/68.2
13
-BCC_2005
12
11
-X1
107
15 106
*
+BN
PE
N
L
PE
N
-9E2 L
PE
14
50
49
48
47
46
L
PE
+BN
D
-X8
-5E2 N
-5E1 N
+BN
-X8
105
11 45
62
61
60
59 PE
+BN
-X1.1
-X8
-5E6 N
PE
N
N
+BN
-X8
-5E5 L
-5E4 PE
-5E3
-X8
L
-X8
58
57
56
55
-X1.1
L
-X8
+BN
13 54
53
-X1.1 52
-X1.1
51
+BW
12
M16G1,5
L
E
/28.5
-59K7
all lines without indication of cross section are
D
A54
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
oil valves
72
22
22
-38K2
/51.6
high
24
HFO
C
B
21
-51K6
24
22
ignition /37.7
+BN
E
burner heater
ESV valve heater
oil block heater
oil feed hinge heater
oil distributor heater 1
oil distributor heater 2
igniter heater
Brennerheizung
ESV-Ventilbeheizung
Ölblockbeheizung
Ölscharnierbeheizung
Ölverteilerbeheizung 1
Ölverteilerbeheizung 2
Zünderbeheizung
01.06.11
06.01.22
06.49
01.06.10
01.06.10
12.17
(OPTION) 01.06.11
06.01.22
06.49
01.06.10
12.17
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 54
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 54
0-8100-100454-14-3
heating tracer 5
=BCC
6
7
75 8
sh.
1
2
/29.8
3
4
as
as
5
6
7
8
/56.2
A
A /53.8
aSC
aSC
11
-55K6
/56.8
14
12
6
B
E
DI
E.3
oil return
C
23
24 4
-BCC_3008
2
-BCC_3008
-X2
1
-X2
3
22
21
to tank ( I3.3)
M4X1,5
M4X1,5
A2
PE
NO
C
PE
+F
A1
-55K6
A2
-55K5
-55S3 NO
-55S2
A1
D
all lines without indication of cross section are
D
/13.4
C
C
-13A1.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E.3
B
+F /46.8
bS2
bS2
fuel oil circulating to pump
14
11
limit switch 3-way-valve
return line in tank position
return line in pump position
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
Rückleitung in Tankstellung
Rückleitung in Pumpenstellung
FO 003
FO 003
FO 003
FO 003
24
14
E
11
7 12
/57.6 12
limit switch 3-way-valve
/59.4
fuel oil circulating to tank
21
24
21
22
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 55
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 55
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/55.4
3
as
as
4
5
6
7
/57.2
8
/55.8
aSC
aSC
/57.8 A
-56K6
13
A
14
6
E
E.6
B
DI
E.6 C HFO
27
28 2
-BCC_3012
2
-BCC_3010
-X2
1
-X2
1
26
25
operation ( I2.6)
M4X1,5
M4X1,5
-56K6
+F
A2
PE
NO
C
PE
-56S3 NO
-56S2
A1
D
all lines without indication of cross section are
D
/13.4
C
C
-13A1.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
+F /53.7
bS
bS
/57.6
HFO operation selected
8 limit switch 3-way-valve
limit switch 3-way-valve
/31.2
pre line in heavy fuel oil position
pressure controller in heavy fuel oil position
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
/54.6
Zuleitung in Schwerölstellung
Druckregler in Schwerölstellung
/54.3
FO 002
BN 010
/31.2
/100.2
/102.3 FO 002
/102.3
BN 010
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 56
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 56
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/56.2
3
as
as
4
5
6
7
/59.2
8
/56.8
aSC
aSC
/59.8 A
-57K6
33
A
34
6
/13.4
E
DI
E.7 C MDO
-X2
-55K5
11
-X2
32
31
30
29
operation ( I2.7)
14
12
4
3
-BCC_3012
4
-BCC_3010
3
/55.5
M4X1,5
M4X1,5
-57K6
+F
A2
PE
NO
C
PE
NO
-57S3 C
-57S2
A1
D
all lines without indication of cross section are
D
-13A1.1
H07Z-K 1,5mm²
C
E.7
B
protection note according to ISO 16016 consider!
B
+F /56.6
bS
bS
/59.7 E
MDO selected
/31.2 limit switch 3-way-valve
limit switch 3-way-valve
pre line in light fuel oil position
pressure controller in light fuel oil position
/50.6
Endschalter 3-Wege-Ventil
Endschalter 3-Wege-Ventil
Zuleitung in Leichtölstellung
Druckregler in Leichtölstellung
FO 002
8 /100.3
BN 010
FO 002
/31.2
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
BN 010
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 57
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 57
0-8100-100454-14-3
selection fuel 5
=BCC
6
7
75 8
sh.
1
2
/57.2
3
4
5
6
as
as
7
8
/61.2
/57.8
aSC
aSC
/63.7
A
A
43
-59K7
44
7
E
DI
/14.4
E.7 C MGO
42
bS2
selection HFO / MDO
14 limit switch 3 way -valve
limit switch 3 way -valve
to HFO / MDO position
toHFO / MDO position
bS2
+F
A2
PE
NO
C
PE
NO
+F /55.6
-59K7
-59S6 +F
/61.2 /57.6
/50.6 22
bS
/31.2 21
limit switch 3 way -valve
limit switch 3 way -valve
to MGO position
to MGO position
/104.5
8
/54.3 /54.6 GO 015
GO 016 GO 015
bS
MGO operation
11
/31.2 12 24
A1
A1
D
C
PE
NO
C
PE
NO
C
4
M4X1,5
-59S5
A2
-59K4
-59S3
+F
41
4
-BCC_3021
M4X1,5
-59S2
3
40
39 3
-BCC_3020
M4X1,5
M4X1,5
-X2
2
-X2
1
-BCC_3021
2
-BCC_3020
-X2
1
-X2
38
37
36
35
operation ( I6.7 )
all lines without indication of cross section are
D
-14A1.1
H07Z-K 1,5mm²
C
E.7
B
protection note according to ISO 16016 consider!
B
13
14
23
24
33
34
43
44
53
54
61
62
71
72
83
84
/70.1
E
GO 016
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 59
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 59
0-8100-100454-14-3
selection fuel oil MGO 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
DIP - Switches /11.7
aT1
aT1
spare spare
/63.2
AI1
AI0
A
A off
on
B
E
2
0VDC/ N
3
PE
-60N3 +CC_D 5
SAACKE,
4
RSE-P II ENGLISCH
2
3
1
9 8 7 6
/64.3
4
0VDC
/64.2
5
+24VDC
/62.2
6
I0
AQ 0+
31
/64.5
7
I1
AQ 0-
32
/64.5
8
I0/I1 GND
AI 0+
33
/62.3
AI 0-
34
/62.3
AI 1+
35
/64.3
/62.3
/63.3
9
Rel 0
AI 1-
36
/64.3
/63.4
10
Rel 1
DI 0
37
/64.6
/63.3
11
Rel
DI 1
38
/64.6
/61.3
12
Y+
DI 2
39
/64.6
/61.3
13
Y
DI GND
40
/64.7
/61.4
14
Y-
C
D
Program: RSEP01_2MpaRev1
/11.7
all lines without indication of cross section are
D
+24VDC/ L1
PE
H07Z-K 1,5mm²
C
1
RS232 Interface
protection note according to ISO 16016 consider!
B
bT1
bT1
/90.1
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 60
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 60
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
/59.5
as
3
as
4
/63.5
5
/42.6
6
7
8
Abn
A
A
/60.3
21
11
-42K6
13
12
14
Y
Y+
Y-
34
32
control
4 12
+CC_D
14
-60N3
/42.6 11
-61K4
31
-42K6
25
-61K2
-X12
B
11
24
23
24
22
14
control
12
burner /42.6
B
12
14
21
-61K3
11
3
E
22
24
12
14 Q2:1
11 5 5
-BCC_2005 M16G1,5
bS2
14
22
increase burner load
11
5 12 24
14
11
4 12 21
24
decrease burner load
14
21
24
66
65
64
PE
E
/63.3
M
11
4 12
5 22
1
+BN
2
A1
-6Y1
bS2
boiler purge
DEC
A2
-61K4
A2
A2
/59.4
A1
A1
/34.5
/38.7
D
BBW1
3
INC
-X8 22
/34.5
-61K3
63
/34.5
-X8
-61K2
21
67
-16K1
24
-X1.1
12
+BW
DO
14
pos.
11
44
42
purge
Q6
68
/10.3
10
-42K2 /42.2
-10A3
4
Q6
4
/10.3
-X1 41
DO
all lines without indication of cross section are
D
-10A3
C
Q2:2
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
3
-M
21 /47.4
22
1~
6Y1
6Y1
/62.2
servo motor compound regulator Stellmotor Verbundregler 08.02 08.02
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 61
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 61
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-60N3 +CC_D /60.3
6
33
34
8
I0
AI0+
AI0-
GND
E
14
15
2
3
SW
2
3
4
GND
13 1 1
-X3 -BCC_4011 M3X0,75SH
+BW
-X3.3
516
515
514
513
D
-X8
E
G
B
-6Y1 +BN
all lines without indication of cross section are
D
C
H07Z-K 1,5mm²
C
GND
B
protection note according to ISO 16016 consider!
B
E
-R1
Ω
300 /61.8
6Y1
servo motor compound regulator Stellmotor Verbundregler 08.02
08.02 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 62
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 62
0-8100-100454-14-3
load control 5
=BCC
6
7
75 8
sh.
1
2
/60.2
aT1
3
4
5
6
aT1
/61.2
as
as
7
8
/70.1
A
A
REL1
24
REL0
22
REL
/59.8
aSC
aSC
/69.7
29
10
28
/60.3
9
27
+CC_D
3 11
26
-60N3
21
-63K3
-X12
B
E
14
12 E.6
12 E.5
24
22
14
12
/13.4
-13A1.1
DI
/13.4
E.5
C
DI
E.6
steam pressure
steam pressure
low ( I3.5 )
high ( I3.6 )
/61.4
A1 A2
-63K6
A2
-63K5
A1
A1
A2
-63K4
A2
-63K3
A1
D
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-13A1.1
all lines without indication of cross section are
D
5 14
6
4
C
-63K5
11
-63K6
11
11
-63K4
21
B
bS2
E
controlled shut-down
14
11
/35.4 12 24 6 22
steam pressure low/high
14
11
5 12 21
steam pressure high
14
steam pressure low
11
14
8 12
24
21
6 22
11
/11.7
bS2_b
7 12
24
21
/103.6 22
24
21
/103.5 22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 63
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 63
0-8100-100454-14-3
alarm steam pressure 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
-60N3 +CC_D /60.3
5
35
36
4
31
32
37
38
39
40
+24V
AI1+
AI1-
0VDC
AQ0+
Aq0-
DI0
DI1
DI2
DIGND
B
E
GND 2 2
GND
1
-X6 -BCC_6001
S
2
-BCC_4000
1
GND
19
18
17
16
-X3
M2X0,75SH
M5X0,75SH
D
all lines without indication of cross section are
+BO
-
+ECR
+
+
-64B2 -
D
C
1
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
GND
B
E
P/I 0...16bar = 4...20mA
steam pressure transmitter
steam pressure
Dampfdruckmeßumformer
Dampfdruck
BO 033
4...20mA = 0...16bar
CS 080
BO 033 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 64
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 64
0-8100-100454-14-3
steam pressure 5
=BCC
6
7
75 8
sh.
1
2
A
Abo1
/8.4
3
Abo1
4
5
fwl+
/73.2
/70.2 /70.2
GND
fwl-
B
/73.2
N
/54.8
N
/69.2
24 S
25
23
22
21
2
-BCC_4005
M3G1,5
GND
31 GNYE
-BCC_2006
1
-X1
-X3
1
30 2
29
20
C
M2X0,75SH D
2+
PE
5
+BO
3
-68B2
1-
all lines without indication of cross section are
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
GND
fcl-
E
8
A
fcl+
D
7
/69.2
B
C
6
supply unit
L/I
230V/AC
0...100% = 4...20mA
E
boiler water level transmitter Kesselwasserstandsmeßumformer BO 021
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 68
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 68
0-8100-100454-14-3
boiler water level 5
=BCC
6
7
75 8
sh.
2
/68.2
A
3
4
5
Abo1
Abo1
6
7
/76.4
A
/63.8
aSC
-69K5
34
26
24
B
E.3
27
1
2
3
4
5
N 17
-14A1
30
29
28
27
26
/14.1
DI C
E.3
-X3 4
3
1
-BCC_4003
2
boiler water level 1 too low ( I4.3) S
3
41
33
23
13
K1 K2 K2
Gestra NRG 16-50
N
42
/102.2
34
24
7
14
BO 022 N
/32.2
boiler water level electrode
S14
S12
S21
S11
A2
K1
Kesselwasserstandselektrode
/68.2
S13
D
SR3C AC230V
2
GND
+BO
A1
-69K5
-69B3
S10
M4X0,75SH
1
protection note according to ISO 16016 consider!
E
/70.7
Gestra NRS 1-50s
Niveauschalter
all lines without indication of cross section are
D
level limit switch
aSC
5
L
H07Z-K 1,5mm²
C
23
16
B
-69A2
8
33
1
/76.4 E
boiler water level 1 too low
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 69
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 69
0-8100-100454-14-3
low low water 1 5
=BCC
6
7
75 8
sh.
1
2
/63.6
as
3
as
4
5
6
7
8
/73.1 /69.7
A
aSC
aSC
A
31
-70K5
/76.8
34
32
4
B
E.4
B
boiler water level 2 too low ( I4.4 )
33+
PR electronics input
24 V DC
31
42-
OPTION
4 - 20 mA
43+
24
23
22
12+
21
Configuration
GND
/68.4
-70K5
fwl-
-BCC_6001
/51.6 /11.7
GND
A1
fwl+
-X6 3
/68.4
4
/73.1
CURR
4-20mA
UNIT
%
DECP
111.1
DISP
Lo
0.0
DISP
Hi
100.0
REL UNIT
M5X0,75SH
NC
R1 SETP
65%
bS4
ACT DIR R1 Hyst
ON
11
R2 FUNC = SETP R2 CONT
+ECR
R2 SETP
-
21
/102.2 22
ACT DIR R2 Hyst
31
NO
E
10 % INC 0.1%
ERR ACT No
8 32 44
DEL 10 sec.
OFF DEL 5 sec.
/32.2 12
34
Incr 5%
ERR ACT No
boiler water level 2 too low
24
PERC
R1 CONT
bS4_b
14
D
R1 FUNC = SETP
4
bS
3
bS
C
11-
GND
+
E
output
PReasy 4116
4 - 20 mA
/59.8
E.4
<10% delay 10 sec.
all lines without indication of cross section are
D
-70A2
A2
C
DI
/14.1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-14A1
ON
41
DEL 5 sec.
OFF DEL 10 sec.
42
boiler water level ANA OUT = CURR
Kesselwasserniveau
O Range O ERR
4...20mA = 0...100%
4-20mA 23mA
CS 081 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 70
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 70
0-8100-100454-14-3
low low water 2 5
=BCC
6
7
75 8
sh.
1
2
/70.2
3
4
5
6
7
8
as
A
A
Configuration
CURR
4-20mA
UNIT
%
DECP
111.1
DISP
Lo
0.0
DISP
Hi
100.0
REL UNIT
PERC
R1 FUNC = SETP R1 CONT
NC
R1 SETP
85%
ACT DIR
B
R1 Hyst
Incr
B
5%
ERR ACT No ON
DEL 30 sec.
OFF DEL 5 sec.
-73A2
low <18% delay 30 sec. 33+
E
high >85% delay 30 sec.
31
42-
Inc
R2 Hyst
0.1%
43+
24
23
output
C
4 - 20 mA
12+
21
22
DEL 5 sec.
OFF DEL 30 sec.
0-10V
PReasy 4116
4 - 20 mA
18 %
ACT DIR
ON
14 +
input
24 V DC
NO
ERR ACT No
PR electronics
ANA OUT = Volt O Range 0-10V
11-
GND
/13.4
/11.7
GND
A+
bS /13.4 analog
bS_b
M D
input water level /68.4 /68.4
fcl+
0-10 V
fcl-
-13A1.1 /13.4
DI
E.0
boiler water level low ( 3.0 )
E.1
/70.2
all lines without indication of cross section are
D
R2 SETP
E.0
C
R2 CONT
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
R2 FUNC = SETP
-13A1.1 /13.4
DI
E.1
boiler water level high ( I 3.1 ) E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 73
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 73
0-8100-100454-14-3
alarms control boiler level 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
Flt high water
Flt low water O2.4
-15A1
-15A1 A.4
/15.1
A.5
/15.1
DO
A.4
A.5
DO
E
/43.3
A2
A1
-74K7 A2
-74K6
A1
D
all lines without indication of cross section are
D
B
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
C
O2.5
N2
N2
low water alarm
14
high water alarm
11
14
/101.2 12 24
/76.4
E
11
/101.3 12 21
24
22
21
22
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 74
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 74
0-8100-100454-14-3
alarms control boiler level 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
Abo1
/69.5
Abo1
6
7
8
/77.2
A /70.8
aSC
aSC
/77.7
11
-76K5
A
14
12
5
B
N
E.2
A2
N
14
/77.2
-13A1.1
/77.2
/13.4
DI
11
E.2
21
conductivity high ( I3.2)
8 12 24
C
32
33
34
35
1
2
GNYE
3
/100.6 22
-X1
-BCC_2009 M4G1,5
8
PE
2
1
9
+F
16-
-76A3
15+
D
11
12
13
14
2
3
4
Unisafe SL 6005
1
E conductivity monitoring GND
-BCC_4099 M4X0,75SH
Leitfähigkeitsüberwachung FW 007
4
+F
3
-76B3 2
E
N2
conductivity high
all lines without indication of cross section are
D
N2
/69.5
1
C
/74.8
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-76K5
A1
B
conductance probe Leitfähigkeitssonde
FW 007
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 76
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 76
0-8100-100454-14-3
conductivity minitoring 5
=BCC
6
7
75 8
sh.
1
2
/76.5
3
4
5
6
7
8
Abo1
A
A
/76.8
aSC
11
-77K4
B
E
N2_N
14
E.6
oil turbidity
N
11
-14A1
8 12
N_N
24
21
/14.1
/100.6 22
DI
E.6 C
37
38
39
2
4
3
40
36 1
oil detector ( I5.6 )
-X1 -BCC_2008 M4G1,5
D
NC
NO
C
PE
+F
N
-77A2 L
protection note according to ISO 16016 consider!
/7.8
all lines without indication of cross section are
D
/76.6
N2
H07Z-K 1,5mm²
C
/7.8
B
A2
-77K4
/76.6
14
A1
12
4
E Mobrey MCU201
oil turbidity monitoring Öltrübungsüberwachung CO 011
CO 011 F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 77
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 77
0-8100-100454-14-3
oil monitoring 5
=BCC
6
7
75 8
sh.
1
/11.7
2
3
4
5
6
7
8
aT1sch
A
A
11
-7K5
14
12
/7.5
/25.2 24
32
24
22
33
31
/24.2
/27.2
34
-25K2
LT
WH
+CC_D
+CC_D
-90H4 GN
+CC_D
+CC_D
+CC_D
GN
+CC_D
LT
LT
10 10
LT
LT
9 9
LT
LT
8
-90H7
8
LT
7
LT
6
-90H6 GN
LT
LT
7
6
-90H5 GN
C
-90H8 GN
+CC_D
1. control
fuel oil
fuel oil
feed water
feed water
chemical
MGO
MGO
voltage
pump 1
pump 2
pump 1
pump 2
dosing
pump 1
pump 2
selected
/60.2
LT
LT
5 5
LT
LT
4
-90H3 GN
4
LT
LT
3 3
LT
2
LT LT
1
protection note according to ISO 16016 consider!
-90H2
+CC_D
GN
pump
bT1 D
/11.7
bT1_b
all lines without indication of cross section are
D
-90H1
B
/92.1
H07Z-K 1,5mm²
C
LT
1
2
B
-X19
/92.6
34
/22.7
-24K2
23
21
-27K2
34
/20.2
/18.2 34
14
/17.2
-22K7
34
/1.3
-18K2
33
-17K2
33
-1K3
13
-20K2
33
1K6
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 90
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 90
0-8100-100454-14-3
ilumination door 1 ( left) 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
A
A
5
4
3
/11.7
aT2sch
-X12
13
11 14
12
lamp test
14
14
B
Lampenprüfung
18
LT LT
18
LT LT
17
LT
16
LT
17
16 LT LT
15
LT LT
14
LT LT
13
LT LT
15
14
13
12 12
LT LT
+CC_D
/27.6
14
14
14
13
13
13
13
/1.6
/28.4
/30.2
/30.6 14
34
32
14
12 11
protection note according to ISO 16016 consider!
/30.4
-92S7 -27K6
-92H2 +CC_D burner standby
-92H4
-92H3 YE
+CC_D
GN
+CC_D rotary cup
burner in operation
-92H5 GN
+CC_D
-92H6 GN
+CC_D
ignition
comb.air
oil pump
fan
-92H7 GN
+CC_D preheater
-92H9
-92H8 GN
+CC_D 2. control
WH
+CC_D
RD
alarm
voltage selected
D
/13.8
/11.7
bT2
bT2_b
all lines without indication of cross section are
D
-30K2
C
H07Z-K 1,5mm²
C
-30K6
-28K4
LT 11
/90.8
-30K4
/42.5
/35.5 B
-1K6
31
-42K5
11
-35K6
13
/90.8
1K6
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 92
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 92
0-8100-100454-14-3
ilumination door 2 ( right) 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
7
8
Wiring color = orange
VOLT FREE CONTACTS ECR A
A
21
19
17
-X
-X
-X
21
19
17
11
13
-X
15
-X
-X
9
15
13
11
9
7
-X
7
-X
5
-X
3
-BCC_6010
-X
1
-X
5
3
1
+ECR
E
17
-X4
-X4
33
D
22
24
C
-X4
-X4
-X4
20
18
14
16
44
22
34
34
/53.6
22
21
21 24
-53K6
/52.6
/77.4
/76.5
/1.6 44
12
43
43
11 14 12
-X4
-X4
-X4
salt
oil
steam
temp
alarm
shut
fault
contaminated
detected
press
flue gas
too high
too high 22
14
alarm
12
10
down
20
power
18
common
16
common
M24X1,5
-X
-X
-X
-X
-X
-X
20
18
16
14
10
8
-X
22
-X
12
-X
6
burner
4
+ECR
-1K6
/1.3
12
14 10
22
24 8
standby
-1K3
/27.8
-X4
8
service
6
burner
11
21
43
-X4
MDO
-27K8
/27.7
44
-X4
4
operation
service
2
HFO
-27K7
/35.5
6
34
-X4
burner in
-35K6
/57.6
4
44
2
42
/56.6
-X4
-BCC_6010
-57K6
33
41
/42.5
-56K6
-77K4
33
24
34
22
/7.5
-76K5 -42K5
B
-X4
21
-7K5
-X4
21
-X4
-X4
19
-X4
15
13
11
9
7
5
-X4
-52K6
all lines without indication of cross section are
D
-X4
/9.4
2
C
-X4
-9K5
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
33
B
3
1
M24X1,5
-X
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 100
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 100
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
+ECR
41
39
-X
17
13
9
-X
15
-X
-X
11
-X
7
37
35
-X
5
3
33
31
29
25
41
39
-18K8
-X4
-X4
-X4
42
40
38
C
-X4
FOP 1
FOP 1
level low
level high
fan on
FOP 2
pump 1 on
pump 2 on
dosing
over
over
stand
stand
pump
load
load
by fault
by fault
12
10
8
6
2
-X
-X
-X
-X
-X
42
40
38
36
-X
34
-X
-X
32
-X
30
24
+ECR
28
M24X1,5
26
M24X1,5
on
D
18
chemical
16
fuel oil
FOP 2
14
fuel oil
4
comb.air
24
water
-BCC_6011
14
12
14
12
/18.8
water
-BCC_6010
B
11
11
-17K8
44
44
-X4
/17.8
/3.4
36
44
42
-X4
-X4
43
-3Q3
/3.2
34
-X4
37
35
-3Q2
43
41
-27K2
14
30
28
-X4
-X4
-X4
/27.2
/18.2 14
34
/17.2
-X4
33
31
-18K2
-X4
13
13
-17K2
-X4
32
-X4
14
12 26
14
12
/30.2
24
-X4
-X4
33
11
/74.7
-30K2
29
27
25
23 11
-74K7
/74.7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
E
-X4
-X4
-74K6
all lines without indication of cross section are
D
-X
M24X1,5
-X4
C
1
-BCC_6011
M24X1,5
B
-X
-X
23
-X
-BCC_6010
27
A
23
A
-X E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 101
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 101
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange 65
63
-X
13
17
-X
15
61
59
9
7
-X
-X
11
57
55
53
-X4
-X4
-X4
-X4
65
63
61
59
57
-X4
-X4
-X4 B
23
-X4
55
53
51
49
45
43
47
-X4
-X4
31
23
34
32
24
14
12
43
44
14
C
66
64
62
60
58
-X4
-X4 D
Flame
comb.air
comb.air
rotary
burner not
emergency
failure
press low
fan
cup
in pos.
stop
over load
over load
fuel oil temp.
14
18
high 16
56
54
-X4
-X4
12
24
-BCC_6012
-X4
10
too low
too high
-X4
8
pressure
M24X1,5
-X
-X
-X
-X
-X
-X
-X
-X
66
64
62
60
56
54
-X
58
-X
52
48
-X
50
M18X1,5
46
+ECR
52
50
temp.
22
-BCC_6011
20
too low
fuel oil
-X4
6
level 2
too low
fuel oil
-X4
4
water
level 1
-X4
-X4
water
/51.6
/9.6
/2.2
2
-X4
-51K6
84 48
46
44
-X4
-9K6
/46.7
-2Q2
/56.6 HFO
11
-46K8
/2.6 12
14
12
43
11
11
33
-2Q5
44
83
HFO
-27K5 /27.5
/27.4
/49.6
/56.6
-56K6
-27K4
34
24
22
71
21
-56K6
/70.4
24
-49K6
72
/69.5
24
23
-70K5
44
protection note according to ISO 16016 consider!
E
-X
/50.6
-69K5
all lines without indication of cross section are
D
-X4
-50K6
H07Z-K 1,5mm²
C
-X
M18X1,5
-X4
B
-X
5
23
-BCC_6012
M24X1,5
-X
3
-X
-X 21
19
-BCC_6011
-X
1
-X
47
45
43
+ECR
51
A
49
A
-X E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 102
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 102
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
A
A
83
81
79
-X
17
13
-X
15
-X
-X
11
-X
9
5
77
75
73
-X
7
-X
3
-BCC_6013
-X
1
-X
71
69
67
+ECR
E
21 24
24
22
14
12
22
11
21
/63.5
/63.6
-X4
-X4
-X4
feed water
steam
steam
pump 1 on
pump 2 on
pump 1
pump 2
pump 1
pump 2
press.
press.
overload
overload
stand by fault
stand by fault
low
high
12
14
feed water
10
feed water
8
feed water
6
feed water
4
84
82
80
78
-X4
-X4
D
18
-X4
16
-X4
76
72
-X4
2
B
-X4
-63K5
feed water
-BCC_6013
83
81
79
-X4
-63K6
/22.2 12
24
-22K3
14
/20.3 22
44
11
21
-20K3
/22.8
34
77
75
73
71 31
-22K8
-X4
-X4
C
70
32
-X4
74
43 68
-X4
-X4
/4.2
/22.7 44
/20.2
-X
-X
-X
-X
-X
-X
-X
84
82
80
78
76
74
+ECR
72
M18X1,5
70
all lines without indication of cross section are
D
-X4
-22K7
68
C
-X4
-4Q2 -20K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
43
B
69
67
M18X1,5
-X
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 103
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 103
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
1
2
3
4
5
6
VOLT FREE CONTACTS ECR
7
8
Wiring color = orange
A
A
101
99
-X
15
13
-X
17
97
-X
-X
11
-X
9
5
95
93
91
-X
7
-X
3
-BCC_6014
-X
1
-X
89
87
85
+ECR
E
MGO
pump 1
pump 2
overload
overload
stand by fault
stand by fault
101
99
97 23 24
-X4
102
98
100
C
-X4
D
MGO
18
service 16
8
14
12
MGO
pump 2
10
MGO
pump 1
6
MGO
pump 2 on
4
MGO
2
-X4
-X4
pump 1 on
B
-X4
/59.7
96
-X4
MGO
-BCC_6014
11
11 14
12 94
-X4
-X4
14
-X4
-59K7
/25.8
44
/24.8
92
90
-X4
-25K8
12
/3.7
-X4
-X4
-24K8
14 88
86
-X4
95
93
-X4
43
43
-3Q7
44
13
-X4
/3.5
/25.2 14
91
89
-X4
-3Q5 -25K2
/24.2
-X
-X
-X
-X
-X
-X
-X
-X
102
100
98
96
94
92
+ECR
90
M18X1,5
88
all lines without indication of cross section are
D
-X4
86
C
-24K2
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-X4
13
B
87
85
M18X1,5
-X
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
circuit diagram / Stromlaufplan 104
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC_M sheet 104
0-8100-100454-14-3
volt free contacts 5
=BCC
6
7
75 8
sh.
R. modification
cable external
free
date date 25.07.2011
drawn ROS
check ROS
name standard
0 -BCC_1005 M4G1,5
origin 1 2 3 GNYE
0 -BCC_1006 M4G2,5
0 -BCC_1010 M4G1,5
0 -BCC_1011 M4G1,5
replaced for 1 2
0 -BCC_2020 M3G1,5
Control Cabinet Boiler
replaced by
PE
+FWP1-4M2 +FWP1-4M2
1 2 3 GNYE
1
V PE L1 L2 L3 PE
+BN-5E3-X +BN-5E3-X +BN-5E3-X +BN-5E3-X
3 GNYE
+FW-5M2
0 -BCC_1012 M4G4 +FW-5M2
U
V W
+FWP1-4M2
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
/5.4
/5.4
/5.4
/5.4
/5.2
/5.2
/5.2
/4.2
/4.2
/4.2
+CC_MPE
-28K4
-28K4
-28K4
+CC_MPE
-27K2
-27K2
+CC_MPE
-20K1
-20K1
-20K1
+CC_MPE /4.2
-18K2 /3.4
-18K2
-18K2
+CC_MPE
-17K2
-17K2
-17K2
+CC_MPE
-30K2
-30K2
-2T5
+CC_MPE
-30K6
-30K6
-30K6
+CC_MPE
-30K4
-30K4
/3.4
/3.4
/3.4
/3.2
/3.2
/3.2
/3.2
/2.6
/2.6
/2.6
/2.6
/2.4
/2.4
/2.4
/2.4
/2.3
/2.3
/2.2
internal
target sign
6
4
2
6
4
2
6
4
2
6
4
L
6
4
2
6
4
6
4
2
24
14
terminal
+FW-5M2
U
W
+FOP2-3M3
PE
V
+FOP2-3M3
+FWP1-4M2
U
+FOP2-3M3
+FOP2-3M3
W
3 GNYE
PE
2
+FOP1-3M2
1
+FOP1-3M2
V
PE
+BN-2M5
3 GNYE
U
W
+BN-2M5
2
+FOP1-3M2
V
+BN-2M5
1
+FOP1-3M2
U
+BN-2M5
PE
+F-2M3
3 GNYE
V
2
W
1
+F-2M3
U
3
2
/2.2
item
+F-2M3
660
0 -BCC_1004 M4G2,5 +F-2M3
0 -BCC_1003 M4G4 +BW-X8
item 658
terminal 656
type
+BW-X8
lace connection
number of terminals : 47
comment
+BW-X8
terminal number 1
wire connection
strip : -X0
presentation
654
terminal block
free
+BW-X8
external
target sign
protection note according to ISO 16016 consider! cable internal
0
0
0
0
1 2 3 GNYE
2 GNYE
terminalblock diagram / Klemmenplan 1
=BCC+CC_M-X0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 1 31 sh.
R. modification
cable external
free
terminal
item
0 -BCC_1008 M4G1,5
date name standard 1
date 25.07.2011
drawn ROS
check ROS 2
0 -BCC_1009 M4G1,5 1
origin 2
4 -BCC_1000 M4G25 5
+CC_D-1Q2
4 -BCC_1001 M4G35
replaced for
5
+CC_D-1Q5 -2PE
-2L3
-2L2
-2L1
/1.5
/1.5
/1.5
/1.5
+CC_MPE
+MSB2-X
+MSB2-X
+MSB2-X
2L3
2L2
2L1
2
2PE
3
1
+MSB2-X
1
+CC_D-1Q5
1L3 +CC_MPE
+MSB1-X /1.2
1L2 /1.2
1L1 +MSB1-X
+MSB1-X /1.2
0 -BCC_1001 M4G35
+CC_D-1Q5
-1PE
-1L3
-1L2
-1L1
/1.2
6
4
6
4
2
1PE
3
+CC_MPE /3.8
-25K2
-25K2
+CC_MPE
-24K2
-24K2
2
1
+MSB1-X
1
39
/3.7
/3.7
/3.7
/3.6
/3.5
/3.5
-24K2
terminal
+CC_D-1Q2
PE
+MGOP2-3M7
38
37
36
35
34
33
/3.5
internal
target sign
0 -BCC_1000 M4G25
+CC_D-1Q2
V W
U
+MGOP2-3M7
+MGOP2-3M7
PE
+MGOP1-3M5
+MGOP2-3M7
V
type
W
lace connection
+MGOP1-3M5
comment
number of terminals : 47
presentation
+MGOP1-3M5
terminal number 32
wire connection
strip : -X0
item
U
terminal block
free
+MGOP1-3M5
external
target sign
protection note according to ISO 16016 consider! cable internal
0
3
3
GNYE GNYE
3 GNYE
0 3 GNYE
Control Cabinet Boiler terminalblock diagram / Klemmenplan 2
replaced by
=BCC+CC_M-X0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 2 31 sh.
cable external
free
R. modification date
16 -BCC_2005 M16G1,5
date 25.07.2011
drawn ROS
check ROS
name standard 7 8 9
origin 10
4 5 12 01 02 05 PE
+BW-X1.1 +BW-X1.1 -X1 +BN-5E3 +BN-5E3 +BN-5E3 +BN-5E3
4 5
0 -BCC_2022 M4G1,5 1
replaced for 2 11 12 13
0 -BCC_3014 M2X1,5
0 -BCC_3016 M2X1,5
Control Cabinet Boiler
replaced by 14
1 1
14
+FW005-19F7
2 GNYE
0 -BCC_2009 M4G1,5
=BCC+CC_M-X1 1
terminalblock diagram / Klemmenplan 3
8 L N PE NC
+F-77A2 +F-77A2 +F-77A2
+F-76A3
+F-77A2
0 -BCC_2008 M4G1,5 +F-76A3
2 PE
+F-76A3
1
1
+F-76A3
PE
13
+FW005-19F7
+BO-68B2
14
+FO 006-16F7
5
13
+FO 006-16F7
+BO-68B2
0 -BCC_2006 M3G1,5 3
15
+BO-68B2
15
14
11
13
+BW-X1.1
+BW-X1.1
+BW-X1.1
+BW-X1.1
12
12
3
+BW-X1.1
3
+BW-X1.1
11
2
+BW-X1.1
2
22
/19.8
28
/77.3 /77.3
40
/77.3
/77.2
/77.2
/76.5
/76.5
/76.5
/76.4
/68.2
/68.2
39
38
37
36
35
34
33
32
31
30
/68.2
/19.8
27
29
/19.7
/19.7
/16.7
26
25
24
/16.7
/5.6
21
23
/5.6
20
/54.7
/54.6
/54.3
/54.2
/5.5
/5.5
/5.5
/5.5
/61.5
/61.5
/38.6
/37.3
/37.2
/34.4
/34.4
/34.4
/34.3
/34.2
/54.8
19
18
17
16
15
14
13
10
9
8
7
1
+BW-X1.1
6
5
4
3
PE
GNYE 1
+BW-X1.1
10
6
+BW-X1.1
9
terminal
+BW-X1.1
item 2
type
8
lace connection
7
/34.3
presentation
+BW-X1.1
comment
number of terminals : 42
12
15
-77K4
-X11
-76K5
-69K5
-69A2
A1
10
A1
A2
23
17
16
-69A2 -69A2
2
3
A1
-8F4
-X30
-19K7
-X11
A1
-X11 -16K7
3
14
21
44
42
21
A1
7
44
12
12
14
82
34
-X20
-40A3
-38K2
-56K6
-50K6
-51K6
-28K4
-X11
-18K2
-X1
-61K2
-61K2
-34K7
-34K7
33
A2
-33K4
-34K7
A2
24
14
34
-34K6
-39K3
-38K2
-34K6
item
+BW-X1.1
terminal number 1
wire connection
strip : -X1
internal
target sign
terminal
6
terminal block
free
+BW-X1.1
external
target sign
protection note according to ISO 16016 consider!
0
0
1 2 4 3
3 GNYE 2 GNYE 3
2 2
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 3 31 sh.
cable internal
cable internal
33 -X11
lace connection
type
14
0 -BCC_3018 M2X1,5
1
2
cable external
free
+GO 006-23F7
item
13
external
terminal
+GO 006-23F7
41
terminal number
42
wire connection
/23.7
/23.7
strip : -X1
terminal block
comment
number of terminals : 42
presentation
-23K7
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
A1
3 -X40
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 4
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 4 31
sh.
cable external
free
R. modification
terminal
item
0 -BCC_3001 M2X1,5
date date 25.07.2011
drawn ROS
check ROS
name standard origin
2 3 8 9
+BW-X2.1 +BW-X2.1 +BW-X2.1
2
+BW-X2.1
1
1
2 -BCC_3005 M12X1,5 1 2 3 8 9
replaced for
4
+BW-X2.1
5
0 -BCC_3012 M4X1,5
Control Cabinet Boiler
replaced by
NO C NO
+F-57S3 +F-57S3
1
+F-57S2
2
C
1
+F-57S2
4
C
+F-56S2
3
NO
+F-56S2
2
+F-56S3
C NO
+F-55S3
1
+F-56S3
C NO
+F-55S3
0 -BCC_3010 M4X1,5 C
0 -BCC_3008 M4X1,5 NO
2
+F-55S2
NC
+BO-53F2
1
+F-55S2
C
2
NC
1
+BO-53F2
0 -BCC_3007 M2X1,5 +BO-52F2
5
7
+BW-X2.1
4
C
6
7
+BO-52F2
10
+BW-X2.1
6
+BW-X2.1
0 -BCC_3006 M2X1,5 10
+BW-X2.1
/9.3
6
3 4 3 4
2
=BCC+CC_M-X2
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
/57.4
/57.3
/57.2
/57.2
/56.4
/56.3
/56.2
/56.2
/55.4
/55.3
/55.2
/55.2
/53.2
/53.2
/52.2
/52.2
/51.2
/50.2
/49.2
/48.2
/47.4
/47.2
/46.2
/45.2
/44.2
/44.2
/9.3
7
/9.3
5
/9.3
/9.2
4
3
2
/9.2
23
-55K5
-56K6
-55K5
-55K6
-12K2
11
A1
A1
A1
11
A1
-52K6 -53K6
23
-53K6
A1
23
-52K6 -52K6
11
A1
22
A1
A1
A1
A1
A1
A1
-51K6
-51K6
-59K4
-49K6
-48K6
-47K5
-47K6
-46K8
-45K4
A1
23
-44K4 -44K4
21
S12
2
-42K5
-9K5
-X12
internal
target sign
terminal
+BW-X2.1
NC
0 -BCC_3002 M2X1,5 +F-9S3
2
C
1
NC
type
+F-9S3
lace connection
number of terminals : 40
comment
+F-9S2
terminal number 1
wire connection
strip : -X2
presentation
C
terminal block
item
+F-9S2
external
target sign
protection note according to ISO 16016 consider! free
0
terminalblock diagram / Klemmenplan 5
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 5 31 sh.
cable internal
cable internal
A1 -59K7 /59.7
/59.6
/59.5
-42K6 /59.5
/59.3
4
42 NO +F-59S6
3
41 C
40 NO
+F-59S6
2
+F-59S5
1
39 C +F-59S5
37
38 NO +F-59S3
2
3
4
external
item free
36
1
terminal
C
C +F-59S2
35
terminal number
NO
type
+F-59S3
lace connection
+F-59S2
wire connection
/59.2
/59.2
strip : -X2
terminal block
comment
number of terminals : 40
presentation
/59.3
-59K4
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
11
A1
0
free
0 -BCC_3020 M4X1,5
cable external
0 -BCC_3021 M4X1,5
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 6
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 6 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 -BCC_4002 M5X0,75SH
origin 1 2 3 4 5
0 -BCC_4011 M3X0,75SH
replaced for
0 -BCC_4005 M2X0,75SH
1 2
6 1 2
+BW-X3.2 +BW-X3.3 +BW-X3.3
Control Cabinet Boiler
replaced by
/64.3
18
6
24
2 3
+BO-69B3 +BO-69B3
S 1 2 3 4
30
29
28
GND
+BO-69B3
/69.4
/69.4
/69.3
/69.3
/69.3
/68.4
/68.4
23
25
/68.4
22
-69A2
-69A2
-69A2
-69A2
-69A2
1
2
3
4
5
42-
43+
-70A2 /68.4
-70A2
42-
-73A2 /68.4
21
43+
35
5
34
33
/68.3
-73A2
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
+CC_D-60N3
20
/64.3
/64.3
17
19
/64.2
/62.3
/62.3
/62.2
6
5 -40A3
-40A3 /40.6
4 /40.5
3 -40A3
-40A3 /40.5
2
-40A3
1
6
5
4
3
2
1
/40.6
-40A3
-39A3
-39A3
-39A3
-39A3
-39A3
-39A3
/40.6
/40.6
/39.6
/39.5
/39.5
/39.6
/39.6
16
15
14
13
12
11
10
9
8
7
6
5
4
27
2
26
1
1
2
+BO-69B3
1
-SH
1-
0 -BCC_4003 M4X0,75SH +BO-68B2
S
2+
5
+BW-X3.2
S
+BO-68B2
4
+BW-X3.2
5
-
3
+BW-X3.2
4
+BO-64B2
2
+BW-X3.2
3
3
1
+BW-X3.2
2
+
6
+BW-X3.1
1
+BO-64B2
5
3
2
/39.6
internal
target sign
terminal
+BW-X3.3
4
6 -BCC_4001 M5X0,75SH +BW-X3.1
0 -BCC_4000 M2X0,75SH +BW-X3.1
item 3
terminal 2
type
+BW-X3.1
lace connection
number of terminals : 30
comment
+BW-X3.1
terminal number 1
wire connection
strip : -X3
presentation
1
terminal block
item
+BW-X3.1
external
target sign
protection note according to ISO 16016 consider! free
0
3
terminalblock diagram / Klemmenplan 7
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 7 31 sh.
cable internal
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 7 8 9
+ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
origin 10 11 12
replaced for 13 14 15 16 17 18 19
Control Cabinet Boiler
replaced by 20 21 22 23
27 28 29 30 31 32 33
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
=BCC+CC_M-X4 10 11 12 13
terminalblock diagram / Klemmenplan 8 14 15 16 17 18 19 20 21 22 23
51 52 53 54 55 56 57
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
0-8100-100454-14 /3-32
10
0-8100-100454-14-3
11 12 13 14 15
31
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
64
63
62
61
60
59
58
50
1
+ECR-X
49 +ECR-X
47
46
45
44
43
42
41
40
39
38
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
37
36
35
48
24
+ECR-X
0 -BCC_6012 M18X1,5 +ECR-X
+ECR-X
+ECR-X
+ECR-X
34
26
1
+ECR-X
25 +ECR-X
23
22
21
+ECR-X
+ECR-X
+ECR-X
+ECR-X
20
19
18
17
16
15
14
13
12
11
24
24
+ECR-X
0 -BCC_6011 M24X1,5 +ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
10
5
1
+ECR-X
4
0 -BCC_6010 M24X1,5 +ECR-X
item +ECR-X
terminal 3
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
type
2
lace connection
+ECR-X
comment
number of terminals : 102
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
presentation
+ECR-X
terminal number 1
wire connection
strip : -X4
-9K6
-9K6
-46K8
-46K8
-2Q2
-2Q2
-2Q5
-2Q5
-27K5
-27K5
-27K4
-27K4
-49K6
-49K6
-56K6
-56K6
-70K5
-70K5
-69K5
-69K5
-18K8
-18K8
-17K8
-17K8
-3Q3
-3Q3
-3Q2
-3Q2
-27K2
-27K2
-18K2
-18K2
-17K2
-17K2
-30K2
-30K2
-74K7
-74K7
-74K6
-74K6
-53K6
-53K6
-52K6
-52K6
-77K4
-77K4
-76K5
24
23
14
11
44
43
44
43
14
11
14
11
34
33
84
71
24
21
24
23
14
11
14
11
34
33
34
33
44
41
14
13
14
13
34
33
14
11
14
11
34
33
34
33
24
21
24
21
44 -76K5
-1K6
21
14
11
14
11
24
21
44
43
34
33
44
41
44
internal
target sign
-1K3
-7K5
-27K8
-27K8
-27K7
-27K7
-35K6
-35K6
-57K6
-57K6
-56K6
-9K5
-42K5
-42K5
item
1
terminal block
terminal
+ECR-X
external
target sign
protection note according to ISO 16016 consider! free
0
16
=BCC
+CC_M sheet 8 sh.
cable internal
cable external
free
R. modification
item
date
terminal
18 -BCC_6012 M18X1,5
name standard 17
date 25.07.2011
drawn ROS
check ROS
70 71 72 73 74 75
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
origin 10
replaced for 11 12 13 14 15 16 17
87 88 89 90 91 92 93
+ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X +ECR-X
2 3 4 5 6 7 8 9
Control Cabinet Boiler
replaced by 10 11 12
=BCC+CC_M-X4 13 14 15 16 17
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
102
101
100
99
98
97
96
95
94
86
+ECR-X
1
+ECR-X
85
83
82
81
80
79
78
77
+ECR-X
0 -BCC_6014 M18X1,5 84
18
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
+ECR-X
76
69
1
+ECR-X
68
+ECR-X
18
+ECR-X
0 -BCC_6013 M18X1,5 102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
type
66
lace connection
67
comment
number of terminals : 102
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
/102.8
presentation
66
terminal number 65
wire connection
strip : -X4
-59K7
-59K7
-25K8
-25K8
-24K8
-24K8
-3Q7
-3Q7
-3Q5
-3Q5
-25K2
-25K2
-24K2
-24K2
-63K5
-63K5
-63K6
-63K6
-22K2
-22K2
-20K2
-20K2
-22K8
-22K8
-4Q2
-4Q2
-22K7
-22K7
-20K1
-20K1
-51K6
-51K6
item
+ECR-X
65
terminal block internal
target sign
24
23
14
11
14
11
44
43
44
43
14
13
14
13
22
21
22
21
14
11
14
11
24
21
44
43
34
31
44
43
34
31
terminal
+ECR-X
+ECR-X
external
target sign
protection note according to ISO 16016 consider! free
0
18
terminalblock diagram / Klemmenplan 9
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 9 31 sh.
cable internal
cable internal
11-70A2
32
12+ -70A2
+CC_D-60N3
+
-
+
-
+ECR-X
+ECR-X
+ECR-X
+ECR-X
1
terminal number
4
type
3
lace connection
2
wire connection
/70.7
/64.5
strip : -X6
terminal block
comment
number of terminals : 4
presentation
/70.6
+CC_D-60N3
internal
item
1
2
3
4
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
/64.5
31
0
free
item 2 -BCC_6001 M5X0,75SH
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 10
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X6
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 10 31
sh.
cable internal
0 l
free
terminal number
-2T5 2
type
+CC_D-2P5
lace connection
1
wire connection
+CC_D-2P5
strip : -X10
terminal block
comment
number of terminals : 2
/2.5
presentation
/2.6
+CC_MPE
internal
item
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
item 0
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 11
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X10
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 11 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
Control Cabinet Boiler
replaced by
7 7 1 2
2/4 1
+CC_D-19S3 +CC_D-19S4 +CC_D-27S2 +CC_D-27S2
+CC_D-30S2 +CC_D-30S2
terminalblock diagram / Klemmenplan 12
=BCC+CC_M-X11
3 1 2/4 1 3 1 2 8
7 7
+CC_D-35S5 +CC_D-35S5 +CC_D-35S5 +CC_D-39S2 +CC_D-39S2 +CC_D-39S2 +CC_D-42S6 +CC_D-42S6 +CC_D-23S3
+CC_D-23S3 +CC_D-23S4 +CC_D-30P5
14 2/4
+CC_D-36S5
3
8
13
8
+CC_D-19S3 +CC_D-19S4
+CC_D-36S5
7
+CC_D-30S2
7
+CC_D-16S4
14
+CC_D-9S8
+CC_D-16S3
A2
-77K4
8
37
-X1
+CC_D-16S3
A2
-42K6
item 13
terminal 36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
/30.5
/23.5
/23.3
/23.4
-30K4
-25K7
A1
14
14
-X1 -24K7
2L 41
-15A1.1
A1
72 -42K6
-34K7 /42.6
62 /42.6
52 -34K7
-34K7 /39.2
24
-34K7
11
A1
X3:18
A1
12
33
Q3:1
/39.2
-63K3
-34K7
-12A3
-36K7
-42K5
-2Q5
-10A2
/39.2
/35.4
/35.4
/35.4
/36.6
/36.6
/30.2
/30.2
14
23
-20K1 -46K6
11
-22K7
/30.2
14 /27.2
11 -5F2
-22K6 /27.2
A.2
-13A1
25
3
14
/19.5
-X1
-X21
-18K7
14
23 -17K7
34 -X1
A1 -9K7
-9K8
/19.3
/19.4
/16.5
/16.3
/16.5
/9.7
A2
A2 -27K2
-9K8
10
/7.6
/7.6
9
6
-8B6 /7.6
A2
8
-7K5
+CC_D-30P5
13
1
Q4:1
/7.6
/7.6
6
+CC_D-9S8
-8F6
-10A3
internal
target sign
7
/7.6
/7.6
5
4
/7.6
/7.6
2 3
/7.6
terminal number
-X1
type
0V
lace connection
number of terminals : 36
comment
1
presentation
A1
wire connection
strip : -X11
item
-7T2
terminal block
terminal
-7K5
external
target sign
protection note according to ISO 16016 consider! free
0
0
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 12 31 sh.
cable internal
cable external
free
R. modification
terminal
item
date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
16
-X12
Control Cabinet Boiler
replaced by
6 13 12 14 9 10
2
6 6
+CC_D-60N3 +CC_D-60N3 +CC_D-60N3 +CC_D-60N3
+CC_D-23S3
+CC_D-23S3 +CC_D-23S4
6
+CC_D-19S3
+CC_D-60N3
2
+CC_D-19S3
+CC_D-19S4
6
+CC_D-16S4
19
6
-X12
+CC_D-16S3
E.3
-13A1
11
=BCC+CC_M-X12
terminalblock diagram / Klemmenplan 13
32
31
/23.4
/23.3
31
-14A1.1
E.5
E.4
-35K2 -14A1.1
13
29
-3Q7
/63.4
28
/23.3
A1
-63K4 /63.4
27
30
A1
A1
A1
24
E.1
-63K3
-61K4
-61K3
-42K6
-13A1
E.0
-22K8 -13A1
11
19 -19K7
-X12
E.4
13
-3Q3
-13A1
11
-16K7
/63.4
/61.4
/61.3
/61.3
/19.4
/19.3
/19.3
/16.4
/16.3
/16.3
31
16
A2
A2
/63.3
26
25
24
23
22
21
20
19
18
17
16
-X12
2
+CC_D-90H8
+CC_D-16S3
-73A2 16
-X12
-47K6
-X12
/11.6
/11.6
-46K8
+CC_MPE
+CC_D-92H9
16
15
A2
-63K6
/11.6
/11.6
12
14
/11.6
11
13
1M
-13A1 /11.6
A2
11
-35K6 /11.6
10
L+
11
2
11
1
61
/11.6
-15A1
-7K5
-11F5
-27K6
-X2
-9K6
internal
target sign
9
-70K5
E.7
/11.6
/11.6
6
8
/92.8
5
/11.6
/92.8
4
7
/92.8
/9.2
/9.2
3
2
+CC_D-60N3
-13A1.1
+CC_D-60N3
13
type
22
lace connection
+CC_D-92S7
comment
number of terminals : 32
presentation
+CC_D-9S1
terminal number 1
wire connection
strip : -X12
item
21
terminal block
terminal
+CC_D-9S1
external
target sign
protection note according to ISO 16016 consider! free
0
0
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 13 31 sh.
cable internal
cable external
free
R. modification
terminal
date
14
lace connection
type
terminal number
item
date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
14 15 16 17 18
+CC_D-92H6 +CC_D-92H7 +CC_D-92H8 +CC_D-92S7 +CC_D-92H9
13
10
+CC_D-92H5
9
+CC_D-92H4
8
+CC_D-90H8
12
7
+CC_D-90H7
+CC_D-92H3
LT
6
+CC_D-90H6
11
LT
5
+CC_D-90H5
+CC_D-92H2
LT
4
+CC_D-90H4
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
LT
3
LT
LT
LT
+CC_D-90H3
2
comment
number of terminals : 18
/92.7
/92.6
/92.6
/92.5
/92.4
/92.4
/92.3
/92.2
/90.8
/90.7
/90.6
/90.6
/90.5
/90.5
/90.4
/90.3
/90.3
/90.2
presentation
+CC_D-90H2
wire connection
strip : -X19
-27K6
-1K6
-28K4
-30K2
-30K6
-30K4
-42K5
-35K6
-25K2
-24K2
-27K2
-22K7
-20K1
-18K2
-17K2
-1K3
item
1
terminal block internal
target sign
12
14
14
14
14
14
34
14
24
24
34
24
34
24
24
14
terminal
+CC_D-90H1
external
target sign
protection note according to ISO 16016 consider! free
0
0
Control Cabinet Boiler terminalblock diagram / Klemmenplan 14
replaced by
=BCC+CC_M-X19
0-8100-100454-14 /3-32 =BCC
+CC_M
0-8100-100454-14-3 sheet 14 31 sh.
cable internal
cable internal
A2
A2
-17K2
-18K2
3 -X21
A1
23
24
+CC_MPE /17.6
/17.6
-17K7 /17.5
-17K2
1
2
5
+FOP1-X1
+FOP1-X1
+FOP1-X1
1
2
3
4
5
6 6
3 +FOP1-X1
5
4 +FOP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/17.5
/17.4
strip : -X20
terminal block
comment
number of terminals : 6
presentation
/17.4
-17K7
internal
item
item 1 -BCC_2120 M7G1,5
GNYE
cable external
free
+FOP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 15
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X20
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 15 31
sh.
cable internal
A2
A2
-18K2
-20K1
15 -X11
A1
3
24
+CC_MPE /18.6
/18.6
-18K7 /18.5
-18K2
1
2
5
+FOP2-X1
+FOP2-X1
+FOP2-X1
1
2
3
4
5
6 6
3 +FOP2-X1
5
4 +FOP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/18.5
/18.4
strip : -X21
terminal block
comment
number of terminals : 6
presentation
/18.4
-18K7
internal
item
item 1 -BCC_2121 M7G1,5
GNYE
cable external
free
+FOP2-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X20
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 16
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X21
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 16 31
sh.
cable internal
A2
A2
-20K1
-24K2
11 -5F2
A1
27
14
+CC_MPE /20.6
/20.6
-20K7 /20.6
-20K1
1
2
5
+FWP1-X1
+FWP1-X1
+FWP1-X1
1
2
3
4
5
6 6
3 +FWP1-X1
5
4 +FWP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/20.5
/20.4
strip : -X30
terminal block
comment
number of terminals : 6
presentation
/20.5
-20K7
internal
item
item 1 -BCC_2220 M7G1,5
GNYE
cable external
free
+FWP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 17
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X30
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 17 31
sh.
cable internal
A2
11
-22K6 /21.8
/21.8
-22K1
-22K6 /21.7
/21.6
11
12
+BCCFWP2-X1
+BCCFWP2-X1
+BCCFWP2-X1
7
9
10
+BCCFWP2-X1
2
3
4
5
6 GNYE
cable external
0 -BCC_2222 M7G1,5
6
8 +BCCFWP2-X1
external
item
5
7 +BCCFWP2-X1
1
terminal
free
A1
14 -22K1
-22K8
6 +BCCFWP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/21.6
/21.4
strip : -X31
terminal block
comment
number of terminals : 7
presentation
/21.5
-22K7
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
A1
A1
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 18
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X31
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 18 31
sh.
cable internal
A2
A2
-24K2
-25K2
3 -X41
A1
41
24
+CC_MPE /24.6
/24.6
-24K7 /24.5
-24K2
1
2
5
+MGOP1-X1
+MGOP1-X1
+MGOP1-X1
1
2
3
4
5
6 6
3 +MGOP1-X1
5
4 +MGOP1-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/24.5
/24.4
strip : -X40
terminal block
comment
number of terminals : 6
presentation
/24.4
-24K7
internal
item
item 1 -BCC_2122 M7G1,5
GNYE
cable external
free
+MGOP1-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
-X1
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 19
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X40
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 19 31
sh.
cable internal
A2
A2 -28K4
A1
-25K2
3
-25K7
+CC_MPE /25.6
/25.6
/25.5
-X40
-25K2
1
2
5
+MGOP2-X1
+MGOP2-X1
+MGOP2-X1
1
2
3
4
5
6 6
3 +MGOP2-X1
5
4 +MGOP2-X1
1
terminal number
4
type
3
lace connection
2
wire connection
/25.5
/25.4
strip : -X41
terminal block
comment
number of terminals : 6
presentation
/25.4
-25K7
internal
item
item 1 -BCC_2123 M7G1,5
GNYE
cable external
free
+MGOP2-X1
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
24
11
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 20
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X41
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 20 31
sh.
cable internal
4
6
0
free
N +CC_D-8M6
external
terminal
item
+CC_MPE
0
cable external
free
/8.6
-8B6
L +CC_D-8M6
1
terminal number
3
type
2
lace connection
PE
wire connection
+CC_D-8M6
strip : -X111
terminal block
comment
number of terminals : 3
/8.6
presentation
/8.6
-8B6
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 21
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X111
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 21 31
sh.
cable internal
0
free
/1.8
/1.8
/1.8
PE
PE
/1.8
PE
type
PE
lace connection
/1.8
wire connection
number of terminals : 5
comment strip : -XPE
terminal block
presentation
PE
+CC_MPE
internal
item
terminal number
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
item
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 22
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-XPE
0-8100-100454-14 /3-32
=BCC +CC_M
0-8100-100454-14-3
sheet 22 31
sh.
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard origin
1 2 3 4
+CC_M-X1 +CC_M-X1 +CC_M-X1 +CC_M-X1
1 2 3 4 5 6 7 8 9 10 13 11
replaced for 12 14
20 6
+CC_M-X1
19
17
16
18
+CC_M-X1
+CC_M-X1
+CC_M-X1
+CC_M-X1
+CC_M-X1
5
11
Zündventile oil valves 13.01
ignition Zündtrafo valves
PE
15
14
13
12
11
10
9
8
7
6
5
12.17
Zünderbeheizung 06.01.22/06.49
igniter Heizungen 01.06.11 heater
Brennerheizung 01.06.10 heaters
Ölverteilerbeheizung burner heater
oil distributor heater
Flamme
Ölventile flame
oil Zündung valves
Notbetriebskasten ignition
emergency operation 08.02 box
Stellmotor06.01.xx/06.10 Verbundregler
servo 4 motor compound 13.03/13.09/13.11 regulator Ölventile
3
2
ignition transformer
/34.4
/54.8
/54.7
/54.3
/54.2
/54.6
/34.4
/34.4
/34.3
/34.2
/34.3
/61.5
/61.5
/38.6
/37.3
/37.2
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
internal
target sign
5
2
200
106
105
54
51
45
199
198
197
195
196
68
67
14
terminal
+CC_M-X1
10
+CC_M-X1
0 -BCC_2005 M16G1,5 +CC_M-X1
item 9
terminal 8
type
+CC_M-X1
lace connection
number of terminals : 16
comment
+CC_M-X1
terminal number 1
wire connection
strip : -X1.1
presentation
7
terminal block
item
+CC_M-X1
external
target sign
protection note according to ISO 16016 consider! free
0
15 GNYE
Control Cabinet Boiler terminalblock diagram / Klemmenplan 23
replaced by
=BCC+BW-X1.1
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 23 31 sh.
cable internal
cable external
free
R. modification
terminal number
date name standard
wire connection
lace connection
comment
type
date 25.07.2011
drawn ROS
check ROS
10 11
+CC_M-X2 +CC_M-X2
4 5 6 7 8 9
origin
12
14
+CC_M-X2
3
+CC_M-X2
13
+CC_M-X2
2
Luftkastentemperaturwächter oil pressure monitor 06.35
203
-X8
PE
replaced for
08.02
in Zündstellung 08.02
Endschalterin Verbungregler Zündstellung
Endschalter in purge Verbungregler position
232 /44.3
229
226
223
217
214
211
205
202
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
-X8
201
/47.4
/47.2
/46.2
/49.2
/48.2
/51.2
/50.2
/45.2
/44.2
-X8
internal
target sign
10 limit switch compound in ignitionregulator position 04.40
9 limit Endschalter switch compund Drehzerstäuber regulator 06.04.07
8limit switch rotary Öldruckwächter cup atomizer 04.09
7
windbox Schweröltemperaturwächter temperature monitor 06.36
16heavy 5 fuel Schweröltemperaturwächter oil temperature monitor 04.03
+CC_M-X2
1
6
15heavy 4 Verbrennungsluftdruckwächter fuel oil temperature monitor 04.04
+CC_M-X2
2 -BCC_3005 M12X1,5 8atomizing 2 air diff. pressure monitor
item Zerstäuberluftdifferenzdruckwächter 9 3 combustion air pressure monitor
terminal
+CC_M-X2
/44.2
presentation
+CC_M-X2
number of terminals : 11
strip : -X2.1
item
7
1
terminal block
terminal
+CC_M-X2
external
target sign
protection note according to ISO 16016 consider! free
0
10
Control Cabinet Boiler terminalblock diagram / Klemmenplan 24
replaced by
=BCC+BW-X2.1
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 24 31 sh.
cable internal
cable internal
506
501
502
503
-X8 /39.6
-X8
-X8 /39.5
/39.5
-X8 3
4
5
6
+CC_M-X3
+CC_M-X3
+CC_M-X3
+CC_M-X3
6
2 +CC_M-X3
5
-X8 /39.6
/39.6
14.02
1 +CC_M-X3
1
terminal number
4
type
Flammenfühler 1
lace connection
3
/39.6
wire connection
flame scanner 1
strip : -X3.1
terminal block
comment
number of terminals : 6
presentation
2
-X8
internal
item
1
2
3
4
5
S
external
terminal
target sign
protection note according to ISO 16016 consider!
target sign
terminal
504
505
0
free
item 6 -BCC_4001 M5X0,75SH
cable external
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 25
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.1
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 25 31
sh.
cable internal
507
512 -X8 /40.6
-X8
-X8 /40.5
11
12
+CC_M-X3
+CC_M-X3
6
10 +CC_M-X3
2
3
4
5
S
cable external
6 -BCC_4002 M5X0,75SH
/40.5
9 +CC_M-X3
external
item
5
8 +CC_M-X3
1
terminal
free
508
509 -X8
-X8 /40.6
/40.6
14.02
7 +CC_M-X3
1
terminal number
4
type
Flammenfühler 2
lace connection
3
/40.6
wire connection
flame scanner 2
strip : -X3.2
terminal block
comment
number of terminals : 6
presentation
2
-X8
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
510
511
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 26
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.2
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 26 31
sh.
cable internal
516
515
-X8 /62.3
-X8
1
2
3
4 +CC_MGND
-X8 /62.3
/62.3
08.02
Stellmotor Verbundregler
15
0 -BCC_4011 M3X0,75SH
SW
cable external
free
14
item
+CC_M-X3
external
terminal
+CC_M-X3
terminal number
3
/62.2
type
number of terminals : 4
lace connection
servo 1 motor compound regulator
wire connection
13
strip : -X3.3
terminal block
comment
+CC_M-X3
presentation
2
-X8
internal
item
target sign
protection note according to ISO 16016 consider!
target sign
terminal
514
513
0
free
R. modification
date
date
25.07.2011
drawn
ROS
check
ROS
name standard
terminalblock diagram / Klemmenplan 27
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BW-X3.3
0-8100-100454-14 /3-32
=BCC +BW
0-8100-100454-14-3
sheet 27 31
sh.
cable external
free
R. modification
terminal
item
date date 25.07.2011
drawn ROS
check ROS
name standard origin replaced for
PE 1 2 PE
+BN-2Y2 +BN-2Y3 +BN-2Y3 +BN-2Y3
Control Cabinet Boiler
replaced by
1 2 PE L
+BN-3Y2 +BN-3Y5 +BN-3Y5 +BN-3Y5 +BN-5E1
=BCC+BW-X8
PE L
+BN-5E3 +BN-5E3 +BN-5E4
terminalblock diagram / Klemmenplan 28
12 22
-16K1 -16K1
0-8100-100454-14 /3-32 0-8100-100454-14-3
+BN-H1
Ölscharnierbeheizung
oil feed hinge heater
06.49
Ölblockbeheizung
oil block heater
06.01.22
ESV-Ventilbeheizung
ESV valve heater
01.06.11
Brennerheizung
burner heater
01.06.10
Ölverteilerbeheizung 2
oil distributor heater 2
01.06.10
Ölverteilerbeheizung 1
oil distributor heater 1
06.10
Hauptölentlastungsventil
main oil relief valve
06.01.02
Hauptölventil 2
main oil valve 2
06.01.01
Hauptölventil 1
08.02
Stellmotor Verbundregler
Flamme
199
31
0
=BCC
+BW sheet 28 sh.
04.04
PE Zerstäuberluftdifferenzdruckwächter 203
NO Differenzdruckwächter atomizing 202 air diff. pressure Zerstäuberluft monitor +BN-17F1
differential C 201 pressure monitor atomizing air +BN-17F1
200
Ölventile flame
Notbetriebskasten oil valves
emergency operation Zündung box
ignition
12.17
Zünderbeheizung 08.02
Stellmotor Verbundregler igniter heater 08.02
198
197
196
195
194
193
191
190
189
107
106
105
servo 68 motor Stellmotor compound Verbundregler regulator
servo 67 motor compound regulator
66
65
64
servo 63 motor compound regulator
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
31
30
29
22
21
20
19
18
+BN-17F1
+BN-H1
14 X1
+BN-S2
13
+BN-S1
+BN-S3
14
21
+BN-S
X2
21
+BN-S4
+BN-H1
13
+BN-9E2
+BN-S1
N PE
+BN-9E2
L
PE
+BN-6Y1-M
+BN-9E2
1
+BN-5E6
3
+BN-5E6
+BN-6Y1-M
N PE
+BN-5E6
+BN-6Y1-M
L
+BN-5E5
2
PE
+BN-5E5
+BN-6Y1-M
L N
+BN-5E5
N
N
+BN-5E3
PE
L
+BN-5E2
+BN-5E4
PE
+BN-5E2
+BN-5E4
L N
+BN-5E2
N
PE
+BN-3Y2
PE
2
+BN-3Y2
+BN-5E1
1
+BN-3Y1
main oil valve 1
06.01.01/06.01.02
16 17
Ölventile
oil valves
13.03/13.09/13.11
Zündventile
ignition valves
13.03/13.09/13.11
Zündventile
ignition valves
13.03/13.09/13.11
Zündventile
ignition valves
13.01
Zündtrafo
15
14
13
12
11
10
9
8
7
6
5
4
3
ignition transformer
5
/44.3
/44.2
/44.2
/34.4
/34.4
/34.4
/34.3
-X2.1
-X2.1
-X2.1
-X1.1
-X1.1
-X1.1
-X1.1
PE
2
1
PE
10
9
8
6
7 -X1.1
-X1.1 /34.3
A2 /34.2
A1 -16K1
-16K1 /34.5
16
-X
24
14
15
14
/34.5
-16K1
-16K1
-X1.1
-X1.1
-X1.1
4
/34.4
/34.5
/34.4
/54.8
/54.8
/54.7
/61.5
/61.5
/61.8
-X1.1
21
-16K1 /61.8
11
-16K1
13
12
11
3
2
1
/61.7
-X1.1
-X1.1
-X1.1
-X1.1
-X1.1
-X1.1
/61.7
/54.5
/54.5
/54.5
/54.4
/54.4
/54.4
/54.3
/54.3
/54.3
/54.2
/54.2
/54.2
/54.7
/54.7
/54.6
/54.6
/54.6
/54.6
/38.7
/38.7
/38.7
/38.4
/38.4
/38.4
/38.3
/38.3
/38.3
/38.6
/38.6
/38.6
/37.6
/37.5
/37.5
/37.5
/37.4
/37.4
/37.4
/37.3
/37.3
/37.3
/37.2
/37.2
internal
target sign
terminal
+BN-5E1
2 PE
+BN-3Y1
1
2
+BN-2Y2
+BN-3Y1
1
+BN-2Y2
V
PE
+BN-2Y1
U
2
+BN-2Y1
-3A1
1
+BN-2Y1
-3A1
PE
A2
type
+BN-2T1
lace connection
number of terminals : 108
comment
+BN-2T1
terminal number 2
wire connection
strip : -X8
presentation
A1
terminal block
item
+BN-2T1
external
target sign
protection note according to ISO 16016 consider! free
0
cable internal
cable external
free
R. modification
terminal block
wire connection
lace connection
date name standard
comment
type
date 25.07.2011
drawn ROS
check ROS
PE
origin
C
+BN-18F1
C
replaced for
Öldruckwächter
Control Cabinet Boiler
replaced by
/47.4 /47.4
+BN-6Y1-S4 limit switch compound C 231 regulator inin ignition purge position +BN-6Y1-S4
=BCC+BW-X8
terminalblock diagram / Klemmenplan 29
654 2 3 4
+CC_M-X0 +CC_M-X0 +CC_M-X0
1 2 3 GNYE
660
658
656
516 1
+CC_M-X0
0 -BCC_1004 M4G2,5 -SH
515
08.02
Stellmotor Verbundregler E
514
G +BN-6Y1-R1
Flammenfühler 2
flame scanner 2
+BN-6Y1-R1
511
510
512
+BN-40B2
servo 513 motor compound regulator 14.02
YE
+BN-40B2
509
14.02
B
WH
+BN-40B2
508
+BN-6Y1-R1
GN
+BN-40B2
Flammenfühler 1
flame scanner 1
08.02
in Zündstellung
Endschalter Verbungregler 08.02
inin purge Zündstellung position
-SH
BU RD
+BN-40B2
507
505 506
YE
+BN-40B1
504
503
502
501
233
-SH
GN WH
+BN-40B1
+BN-40B1 +BN-40B1
BU RD
+BN-40B1
PE
+BN-6Y1-S4
/2.3
/2.3
/2.2
/2.2
/62.3
/62.3
/62.3
+BN-2M2
+BN-2M2
+BN-2M2
+BN-2M2
-X3.3
-X3.3
-X3.3
PE
W
V
U
4
3
2
1
6 -X3.3
-X3.2 /62.2
1 /40.6
2 -X3.2
-X3.2 /40.6
3
-X3.2
4
5
6
1
2
3
4
5
10
9
/40.6
-X3.2
-X3.2
-X3.1
-X3.1
-X3.1
-X3.1
-X3.1
-X3.1
-X2.1
-X2.1
8
7
6
5
4
3
/40.6
/40.5
/40.5
/39.6
/39.6
/39.6
/39.6
/39.5
/39.5
/47.4
/47.2
Endschalter NO 229 limit Verbundregler switch compund in Zündstellung regulator
+BN-6Y1-S3
-X2.1
-X2.1
-X2.1
-X2.1
-X2.1
-X2.1
internal
target sign
terminal
Endschalter NO 232 limit Verbundregler switch Endschalter compound in Verbungregler Lüftstellung regulator
/47.2
+BN-6Y1-S3limit switch compound C 228 regulator in ignition position 04.40
/46.2 /46.3
PE
/46.2
/49.3
/49.2
/49.2
/48.3
/48.2
/48.2
/51.3
/51.2
/51.2
/50.3
/50.2
/50.2
227 Endschalter Drehzerstäuber
+BN-19S1
Endschalter NO 226 limit Drehzerstäuber switch rotary ausgeschwenkt cup atomizer
224
+BN-19S1
PE
oil pressure Druckwächter monitor Öl
pressure monitor 04.09 oil
limit switch C 225 rotary cup atomizer swung 06.04.07 out
+BN-18F4
223
222
218Luftkastentemperaturwächter
217 Temperaturwächter windbox temperature Luftkasten monitor
216 temperature monitor windbox 06.35
+BN-19S1
C
PE
+BN-18F3
NC
NC
+BN-18F3
+BN-18F4
C
+BN-18F3
+BN-18F4
PE
+BN-18F2
215 Schweröltemperaturwächter
NCheavy 214Temperaturwächter fuel oil temperatureSchweröl monitor
temperature monitor06.36 HFO
+BN-18F2
213
212 Schweröltemperaturwächter
PE
+BN-18F2
temperature monitor04.03 HFO
+BN-18F1
210
NOheavy 211Temperaturwächter fuel oil temperatureSchweröl monitor
+BN-18F1
/45.3
/45.2
/45.2
item
206 Verbrennungsluftdruckwächter
NO Differenzdruckwächter 205 combustion air pressure Zerstäuberluft monitor
item +BN-17F2
terminal
+BN-17F2
terminal number
differential C 204 pressure monitor atomizing air
number of terminals : 108
strip : -X8
presentation
+BN-17F2
external
target sign
protection note according to ISO 16016 consider! free
0
0
0-8100-100454-14 /3-32 =BCC
+BW
0-8100-100454-14-3 sheet 29 31 sh.
cable internal
cable external
free
R. modification date date 25.07.2011
drawn ROS
check ROS
name standard
6 7 8 9
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
origin 10 11 12
replaced for 13 14 15 16 17 18 19 20
Control Cabinet Boiler
replaced by 21 22 23
27 28 29 30 31 32 33
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
=BCC+ECR-X 10 11 12 13 14
terminalblock diagram / Klemmenplan 30 15 16 17 18 19 20 21 22 23
51 52 53 54 55 56 57
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
2 3 4 5 6 7 8 9
0-8100-100454-14 /3-32
10 11
0-8100-100454-14-3
12 13 14 15 16
31
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
65
64
63
62
61
60
59
58
50
+CC_M-X4
1
+CC_M-X4
49
47
46
45
44
43
42
41
40
39
48
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
38
37
36
35
+CC_M-X4
24
+CC_M-X4
0 -BCC_6012 M18X1,5 +CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
34
26
+CC_M-X4
1
+CC_M-X4
25
23
22
24
+CC_M-X4
+CC_M-X4
21
20
19
18
17
16
15
14
13
12
11
+CC_M-X4
24
+CC_M-X4
0 -BCC_6011 M24X1,5 +CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
+CC_M-X4
10
5
+CC_M-X4
1
+CC_M-X4
4
+CC_M-X4
0 -BCC_6010 M24X1,5 3
item 2
terminal
+CC_M-X4
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
type number of terminals : 106
lace connection
+CC_M-X4
terminal number 1
wire connection strip : -X
comment
1
terminal block
/102.8
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
presentation
+CC_M-X4
external
target sign
protection note according to ISO 16016 consider!
internal
target sign
free
terminal
item
17
=BCC
+ECR sheet 30 sh.
cable internal
cable external
free
R. modification
18 -BCC_6012 M18X1,5
0 -BCC_6013 M18X1,5
date date 25.07.2011
drawn ROS
check ROS
name standard 1
origin 2 3 4 5 6 7 8 9 10 11
0 -BCC_6014 M18X1,5
replaced for 12 13 14 15 16 17 1
Control Cabinet Boiler
replaced by 2 3 4 5 6 7 8 9 10 11 12
=BCC+ECR-X 13 14 15 16 17
77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101
+CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4 +CC_M-X4
4
76
+CC_M-X4
+CC_M-X6
75
+CC_M-X4
2
74
+CC_M-X4
3
73
+CC_M-X4
+CC_M-X6
72
+CC_M-X4
+CC_M-X6
71
+CC_M-X4
1
70
+CC_M-X4
102
69
+CC_M-X4
+CC_M-X6
2 -BCC_6001 M5X0,75SH +CC_M-X4
68
item 67
terminal
+CC_M-X4
terminalblock diagram / Klemmenplan 31
-
-
+
+
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
type Kesselwasserniveau
boilerDampfdruck water level
steam pressure
number of terminals : 106
lace connection
+CC_M-X4
terminal number 66
wire connection strip : -X
comment
66
terminal block
/70.7
/64.5
/70.6
/64.5
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
presentation
+CC_M-X4
external
target sign
protection note according to ISO 16016 consider!
internal
target sign
free
terminal
item
18 1 3 2 4
18 18
0-8100-100454-14 /3-32 =BCC
+ECR
0-8100-100454-14-3 sheet 31 31 sh.
cable internal
R. modification date name standard date 07.12.2011
drawn ROS
check ROS
origin replaced for
M M M
3~ 3~ 3~ 3~ 3~ 1~
Control Cabinet Boiler
replaced by
M
3~ 3~
=BCC+CC_M-X0
terminal connection diagram / Anschlussplan 1
+MSB2-X
+CC_D
-1Q5
+MSB1-X
+CC_D
2PE
1PE
M -1Q2
+MGOP2
-3M7
+MGOP1
PE
L3
L2
L1
M
-3M5
660
658
656
654
M
+BN-5E3-X
+FW
-5M2
+FWP1
-4M2
+FOP2
-3M3
+FOP1
-3M2
+BN
-2M5
+F
-2M3
+BW-X8
GNYE
PE
GNYE
PE
5
33
3
23
1
13
5
33
3
23
1
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
H07Z-K
H07Z-K
H07Z-K
3
W
13
2
GNYE
PE
V
3
W
1
2
V
U
1
GNYE
3
M4G35
-BCC_1001
M4G25
-BCC_1000
M4G1,5
-BCC_1009
M4G1,5
-BCC_1008
M4G4
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
H07Z-K
H07Z-K
H07Z-K
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
2
GNYE
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
GNYE
3
2
1
-BCC_1012
M3G1,5
-BCC_2020
M4G2,5
-BCC_1006
M4G1,5
-BCC_1011
M4G1,5
-BCC_1010
M4G4
-BCC_1003
M4G1,5
-BCC_1005
1
GNYE
3
1
2
U
V
1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
V
GNYE
PE 1
3
W
U
2
GNYE
PE
V
3
W
1
2
V
U
1
U
GNYE
M4G2,5
2
2 3
1
1
-BCC_1004
protection note according to ISO 16016 consider!
M
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 1 19 sh.
/2.6
9
/3.2
13
/3.4
17
/4.2
21
/3.7
36
-2PE
-2L3
-2L2
-2L1
-1PE
-1L3
-1L2
/1.5
/1.5
/1.5
/1.5
/1.2
/1.2
/1.2
/1.2
/3.8
39
-1L1
/3.7
38
/3.7
/3.6
35
37
/3.5
34
/3.5
/3.5
32 33
/5.4
/5.4
/5.4
31
30
29
/5.4
/5.2
27 28
/5.2
26
/5.2
/4.2
24 25
/4.2
23
/4.2
/3.4
20
22
/3.4
19
/3.4
/3.2
16
18
/3.2
15
/3.2
/2.6
12
14
/2.6
11
/2.6
/2.4
8
10
/2.4
7
/2.4
/2.4 6
/2.3 5
/2.3
/2.2
/2.2
4
3
2
1
Klemmen-Anzahl : 47
-X0
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 2
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 2 19 sh.
06.01.22/06.49
Heizungen
heaters
01.06.11
Brennerheizung
burner heater
+BW-X1.1
+BN
-5E3
-X1
08.02
Stellmotor Verbundregler
servo motor compound regulator
06.01.xx/06.10
Ölventile
oil valves
13.03/13.09/13.11
Zündventile
ignition valves
13.01
Zündtrafo
ignition transformer
Flamme
flame
Ölventile
oil valves
Zündung
ignition
Notbetriebskasten
emergency operation box
+BW-X1.1
13
12
12
5
4
3
2
1
PE
10
9
8
7
6
2 3 GNYE
02 05 PE
12
11
1
01
H07Z-K
5
4
3
2
1
GNYE
10
9
8
7
6
M16G1,5
-BCC_2005
M4G1,5
-BCC_2022
M16G1,5
-BCC_2005
protection note according to ISO 16016 consider!
12
11
GNYE
3
2
1
H07Z-K
5
4
3
2
1
GNYE
10
9
8
7
6
/5.5
17
/54.3
/54.2
15 16
/5.5
/5.5
/5.5
/61.5
/61.5
/38.6
/37.3
/37.2
/34.4
/34.4
/34.4
/34.3
/34.2
/34.3
14
13
12
11
10
9
8
7
6
5
4
3
2
1
Klemmen-Anzahl : 42
-X1
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 3
replaced by
=BCC+CC_M-X1
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 3 19 sh.
PE
Öltrübungsüberwachung
+GO 006
-23F7
NC
N
oil turbidity monitoring
3
8
1 2
13 14
3
4
2
1
GNYE
PE
GNYE
2
2
L
CO 011
2
14
2
+F-77A2
FW 007
Leitfähigkeitsüberwachung
conductivity monitoring
+F-76A3
1
13
1
PE
Kesselwasserstandsmeßumformer
2
14
1
1
13
15
14
1
5
boiler water level transmitter
BO 021
3
15
14
11
+BO-68B2
+FW005
-19F7
+FO 006
-16F7
12.17
Zünderbeheizung
igniter heater
01.06.10
Ölverteilerbeheizung
oil distributor heater
+BW-X1.1
13
M2X1,5
-BCC_3018
M4G1,5
-BCC_2008
M4G1,5
-BCC_2009
M3G1,5
-BCC_2006
M2X1,5
-BCC_3016
M2X1,5
-BCC_3014
M16G1,5
-BCC_2005
protection note according to ISO 16016 consider!
2
1
3
4
2
1
3
GNYE
2
1
GNYE
2
1
2
1
2
1
15
14
13
/5.6
22
/77.3
40
42
/23.7
/23.7
/77.3
39
41
/77.3
/77.2 38
37
/77.2
/76.5
35
36
/76.5
/76.5
/76.4
34
33
32
/68.2
/68.2
29
/68.2
/19.8
28
31
/19.8
27
30
/19.7
/19.7
/16.7
26
25
24
/16.7
/5.6
21
23
/54.8
/54.7
/54.6
20
19
18
Klemmen-Anzahl : 42
-X1
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 4
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 4 19 sh.
BO 041
Rauchgastemperaturwächter
flue gas temperature monitor
+BO-53F2
BO 034
Dampfdruckwächter
steam pressure monitor
+BO-52F2
06.35
Schweröltemperaturwächter
heavy fuel oil temperature monitor
06.36
Schweröltemperaturwächter
heavy fuel oil temperature monitor
06.04.07
Öldruckwächter
oil pressure monitor
04.09
Luftkastentemperaturwächter
windbox temperature monitor
08.02
in Zündstellung
Endschalter Verbungregler
in purge position
limit switch compound regulator
08.02
in Zündstellung
Endschalter Verbungregler
in ignition position
limit switch compund regulator
04.40
Endschalter Drehzerstäuber
limit switch rotary cup atomizer
04.03
Verbrennungsluftdruckwächter
combustion air pressure monitor
04.04
Zerstäuberluftdifferenzdruckwächter
atomizing air diff. pressure monitor
+BW-X2.1
Fluchtweg
Not-Stop 2
escape route
emergency stop 2
+F-9S3
Fluchtweg
Not-Stop 1
escape route
emergency stop 1
+F-9S2
5
4
7
6
10
9
8
3
2
1
2
NC
2
2
NC PE
1
C
PE
1
C NC
5
4
7
6
10
9
8
3
2
1
2
NC PE
1
C
PE
1
C
M2X1,5
-BCC_3007
M2X1,5
-BCC_3006
M12x1,5
-BCC_3005
M2X1,5
-BCC_3002
M2X1,5
-BCC_3001
protection note according to ISO 16016 consider!
2
1
2
1
5
4
7
6
10
9
8
3
2
1
2
1
2
1
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/53.2
/53.2
/52.2
/52.2
/51.2
/50.2
/49.2
/48.2
/47.4
/47.2
/46.2
/45.2
/44.2
/44.2
/9.3
/9.3
/9.3
/9.3
/9.2
/9.2
Klemmen-Anzahl : 40
-X2
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 5
replaced by
=BCC+CC_M-X2
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 5 19 sh.
to MGO
limit switch 3 way -valve
+F-59S6
to MGO
limit switch 3 way -valve
+F-59S5
toHFO
limit switch 3 way -valve
+F-59S3
to HFO
limit switch 3 way -valve
+F-59S2
BN 010
Druckregler in Leichtölstellung
Endschalter 3-Wege-Ventil
pressure controller in light fuel oil position
limit switch 3-way-valve
+F-57S3
FO 002
Zuleitung in Leichtölstellung
Endschalter 3-Wege-Ventil
pre line in light fuel oil position
limit switch 3-way-valve
+F-57S2
BN 010
Druckregler in Schwerölstellung
Endschalter 3-Wege-Ventil
pressure controller in heavy fuel oil position
limit switch 3-way-valve
+F-56S3
FO 002
Zuleitung in Schwerölstellung
Endschalter 3-Wege-Ventil
pre line in heavy fuel oil position
limit switch 3-way-valve
+F-56S2
FO 003
Rückleitung in Pumpenstellung
Endschalter 3-Wege-Ventil
return line in pump position
limit switch 3-way-valve
+F-55S3
C
2
NO
4
NO
4
2
2
NO
4
NO
4 PE
3
C NO
PE
3
C
PE
1
C
PE
1
C NO
PE
3
C NO
PE
3
C
PE
1
2
C
PE
NO
1
4
NO PE
3
C
M4x1,5
-BCC_3021
M4x1,5
-BCC_3020
M4x1,5
-BCC_3021
M4x1,5
-BCC_3020
M4x1,5
-BCC_3012
M4x1,5
-BCC_3010
M4x1,5
-BCC_3012
M4x1,5
-BCC_3010
M4x1,5
Rückleitung in Tankstellung FO 003
-BCC_3008
PE
2
NO
Endschalter 3-Wege-Ventil
return line in tank position
limit switch 3-way-valve
+F-55S2
1
C
protection note according to ISO 16016 consider!
4
3
4
3
2
1
2
1
4
3
4
3
2
1
2
1
4
3
2
1
42
41
40
39
38
37
36
35
32
31
30
29
28
27
26
25
24
/59.7
/59.6
/59.5
/59.5
/59.3
/59.3
/59.2
/59.2
/57.4
/57.3
/57.2
/57.2
/56.4
/56.3
/56.2
/56.2
/55.4
/55.3
/55.2
22
23
/55.2
21
Klemmen-Anzahl : 40
-X2
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 6
replaced by
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 6 19 sh.
08.02
Stellmotor Verbundregler
servo motor compound regulator
+BW-X3.3
14.02
Flammenfühler 2
flame scanner 2
+BW-X3.2
14.02
Flammenfühler 1
flame scanner 1
+BW-X3.1
2
1
6
5
4
3
2
1
6
5
4
3
2
1
2
M3x0,75SH 2
1
1
-BCC_4011
S
5
5
S
4
3
4
3
M5x0,75SH
1
1
-BCC_4002
S
S
2
5
5
2
4
M5x0,75SH
-BCC_4001
3
2
1
4
3
2
1
protection note according to ISO 16016 consider!
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/62.3
/62.2
/40.6
/40.5
/40.5
/40.6
/40.6
/40.6
/39.6
/39.5
/39.5
/39.6
/39.6
/39.6
Klemmen-Anzahl : 30
-X3
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 7
replaced by
=BCC+CC_M-X3
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 7 19 sh.
1 GND 2 3
+BO-69B3 boiler water level electrode Kesselwasserstandselektrode BO 022
BO 021
Kesselwasserstandsmeßumformer
1-
4
3
2
1
S
2
M4x0,75SH
-BCC_4003
M2x0,75SH
4
3
2
1
S
2
1
boiler water level transmitter
-BCC_4005
1
+BO-68B2
M2x0,75SH
-BCC_4000
3
2
1
2
1
M3x0,75SH
-BCC_4011
BO 033
2+
-
steam pressure transmitter Dampfdruckmeßumformer
+
3
+BO-64B2
+BW-X3.3
3
protection note according to ISO 16016 consider!
/64.3
19
/68.4 /68.4 /68.4 /69.3
23 24 25 26
/69.3 /69.4 /69.4
28 29 30
/69.3
/68.4
22
27
/68.4
21
/68.3
/64.3
20
/64.3 18
/64.2
/62.3
17
16
15
Klemmen-Anzahl : 30
-X3
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 8
replaced by
=BCC+CC_M-X4
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 8 19 sh.
+ECR-X
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
12
12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9 10 11 12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9 10 11 12
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9
19 20 21 22 23 24 1 2 3 4 5 6 7 8 9
16 17 18 1
16 17 18 1
7
7
5 6
M18x1,5
5
4
6
-BCC_6013 4
3
15
15
3
14
14
2
13
13
2
12
11 12
11
10
18
18
M18x1,5
17
17
-BCC_6012
16
16
10
15
14 15
14
13
18
18
M24x1,5
17
17
13
16
16
-BCC_6011
15
14
15
14
M24x1,5
11
11
13
10
10
13
9
9
8
8
5
5
7
4
4
7
3
3
6
2
2
6
1
1
-BCC_6010
protection note according to ISO 16016 consider!
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
/103.3
/103.3
/103.3
/103.2
/103.2
/103.2
/103.2
/102.8
/102.8
/102.8
/102.8
/102.7
/102.7
/102.7
/102.7
/102.6
/102.6
/102.6
/102.6
/102.5
/102.5
/102.4
/102.4
/102.4
/102.4
/102.3
/102.3
/102.2
/102.2
/102.2
/102.2
/101.8
/101.8
/101.7
/101.7
/101.6
/101.6
/101.6
/101.6
/101.5
/101.5
/101.5
/101.5
/101.4
/101.4
/101.3
/101.3
/101.3
/101.3
/101.2
/101.2
/100.8
/100.8
/100.7
/100.7
/100.6
/100.6
/100.6
/100.6
/100.5
/100.5
/100.4
/100.4
/100.4
/100.4
/100.3
/100.3
/100.3
/100.3
/100.2
/100.2
/100.2
/100.2
Klemmen-Anzahl : 102
-X4
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 9
replaced by
=BCC+CC_M-X4
0-8100-100454-14 /3-32 =BCC.
+CC_M
0-8100-100454-14-3 sheet 9 19 sh.
+ECR-X
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
-BCC_6014
8 9
8 9
12 13 14 15 16 17 18
13 14 15 16 17 18
11
12
11
M18x1,5
7
7
10
6
6
10
5
5
2
2
4
1
1
4
18
18
3
17
17
3
16
15
14
16
15
M18x1,5
12
12
14
11
11
13
10
10
-BCC_6013
9
9
13
8
8
protection note according to ISO 16016 consider!
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
/104.6
/104.6
/104.6
/104.6
/104.5
/104.5
/104.5
/104.5
/104.4
/104.4
/104.3
/104.3
/104.3
/104.3
/104.2
/104.2
/104.1
/104.1
/103.6
/103.6
/103.6
/103.6
/103.5
/103.5
/103.5
/103.5
/103.4
/103.4
/103.3
Klemmen-Anzahl : 102
-X4
date
/70.7 4
4
/70.6
4 boiler water level
07.12.2011
drawn
ROS
check
ROS
name standard
Kesselwasserniveau
+
-
3
M5x0,75SH
2 Dampfdruck
steam pressure
+ECR-X
+
-
1
-BCC_6001
3
3
/64.5 2
2
/64.5 1
Klemmen-Anzahl : 4
1
-X6 protection note according to ISO 16016 consider! R. modification
date
terminal connection diagram / Anschlussplan 10
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X6
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 10 19
sh.
/17.6 6 GNYE
/17.6 5
/17.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2120 1
3
4
+FOP1-X1
2
/17.4
/17.5 3
3 3
2
/17.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X20 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 11
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X20
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 11 19
sh.
/18.6 6 GNYE
/18.6 5
/18.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2121 1
3
4
+FOP2-X1
2
/18.4
/18.5 3
3 3
2
/18.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X21 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 12
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X21
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 12 19
sh.
/20.6 6 GNYE
/20.6 5
/20.6 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2220 1
3
4
+FWP1-X1
2
/20.5
/20.5 3
3 3
2
/20.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X30 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 13
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X30
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 13 19
sh.
/21.8
/21.8 7
6
GNYE GNYE 12
11
/21.6
/21.7
6
6
5
4
5 M7G1,5 5
9
10
/21.5
/21.6
-BCC_2222 4
4
3
3
8
+BCCFWP2-X1
7
3
2
/21.4 1
2 2
Klemmen-Anzahl : 7
6
1 1
-X31 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 14
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X31
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 14 19
sh.
/24.6 6 GNYE
/24.6 5
/24.5 4
5
4
GNYE 6
5
5
M7G1,5
4
-BCC_2122 1
3
4
+MGOP1-X1
2
/24.4
/24.5 3
3 3
2
/24.4
2 2
Klemmen-Anzahl : 6
1 1 1
-X40 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 15
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X40
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 15 19
sh.
/25.6 6 GNYE GNYE 6
/25.5
/25.6 5
4
5 M7G1,5 5 5
2
/25.4
/25.5
-BCC_2123 4
4
3
3
1
+MGOP2-X1
3
3
2
/25.4 1
2 2
Klemmen-Anzahl : 6
4
1 1
-X41 protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 16
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-X41
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 16 19
sh.
/1.8
/1.8
/1.8
/1.8
/1.8
PE
PE
PE
PE
PE
Klemmen-Anzahl : 5
-XPE protection note according to ISO 16016 consider! R. modification
date
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 17
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+CC_M-XPE
0-8100-100454-14 /3-32
=BCC. +CC_M
0-8100-100454-14-3
sheet 17 19
sh.
/4.5 -1PE 1PE
GNYE
/4.4
/4.5
GNYE
-1L3
-1L2
3
M4G4
3
1L2
GNYE PE
2
3 W
1
2 V
1L1
1L3
/4.4
-BCC_1002
2
/4.6
-1L1
4
1
/4.6
1 U
M4G2,5
GNYE
/4.6
3
3
2
/4.6 1
-BCC_1007
2
Klemmen-Anzahl : 8
1 date
+BCCFWP2+MSB2-X
-4M3
3~ +BCCFWP2+FWP2
-X0 protection note according to ISO 16016 consider! R. modification
M
date
07.12.2011
drawn
ROS
check
ROS
name standard
terminal connection diagram / Anschlussplan 18
Control Cabinet Boiler origin
replaced for
replaced by
=BCC+BCCFWP2-X0
0-8100-100454-14 /3-32
=BCC. +BCCFWP2
0-8100-100454-14-3
sheet 18 19
sh.
R. modification date date 07.12.2011
drawn ROS
check ROS
name standard
Control Cabinet Boiler
origin replaced for
terminal connection diagram / Anschlussplan 19
replaced by
=BCC+BCCFWP2-X1
0-8100-100454-14 /3-32 =BCC.
+BCCFWP2
0-8100-100454-14-3 sheet 19 19 sh.
+FWP2-X1
+CC_M-X31
+FWP2-X1
6
7
6
5
4
3
2
1
5
2
1
3
4
GNYE
GNYE
6
5
M7G1,5
-BCC_2221
M7G1,5
3
3
GNYE
GNYE
6
5
4
2
2
4
1
5
4
3
1
-BCC_2222
M7G1,5
4 5
-BCC_2221
2
2 3
1
1
protection note according to ISO 16016 consider!
13
12
11
10
9
8
7
6
5
4
3
2
1
/21.4
/21.8
/21.8
/21.7
/21.6
/21.6
/21.5
/21.4
/21.3
/21.2
/21.2
/21.3
/21.3
Klemmen-Anzahl : 13
-X1
1
2
3
4
5
6
Cabinet 1800 x 1600 x 400
7
8
Schaltschrankfarbe: Color of control cabinet:
TS 8884.500
A
A
Munsell 7,5 BG 7/2 1600
56
SAACKE SAACKE
SAACKE SAACKE
SAACKE SAACKE
58 B
99
Feed water pump 2
E
20
21
22
23
26
30
31
32
33
36
MSB 2 2
1
24
34
3
4
5
6
7
8
9
10
11
12
13
14
15
16
C
25
35
46
48
49 60
60
57
57 47
45
D
all lines without indication of cross section are
D
54
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
50
C
B
99
98
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 1
0-8100-100454-14-3
front view / Frontansicht 5
=BCC
6
7
19 8
sh.
F
1
2
No.
Name
Hole
3
Color
4
Equipment
Function
No.
0 A
2P5
Z
2
30P5
P
3
92H9
R
4
92H7
R
5
36S5
R
9S8
R
C
E
51
Hour meter
rotary cup
52
red
Lamp
alarm
53
green
Lamp
preheater on
54
black
Push Button
reset burner
55
black
Push Button
release / reset
56
Push Button
lamptest
57
burner in operation
58
7
92S7
R
black
8
92H3
R
green
Lamp
9
92H2
R
yellow
Lamp
burner stand by
59
10
92H4
R
green
Lamp
rotary cup on
60
11
92H5
R
green
12
92H6
R
13
35S5
R
14
30S2
15
42S6
16
39S2
green
Lamp
ignition oil pump on
Lamp
combustion air fan on
Switch
1 firing - 0 - 2 emergency mode
R
Switch
combustion air fan
R
Switch
Equipment
Q
Function load controller
Controller
A
13A5
X
Monitoring
Alarm monitoring Aluminium plate SAACKE Type
Resopal
plate 25x100mm
label: Resopal
BOILER CONTROL CABINET CS 010 Voltage 440V / 60Hz
plate 25x100mm
FEED WATER PUMP 2 CONTROL BOX CS 010
Warning: 2 FEEDING CIRCUITS. B
R
Switch
64
release load control
65
preselection flame scanner
66
68 69
20
90H4
R
green
Lamp
feed water pump 1 on
21
90H5
R
green
Lamp
feed water pump 2 on
71 72
70
22
90H2
R
green
Lamp
fuel oil pump 1 on
23
90H3
R
green
Lamp
fuel oil pump 2 on
73
24
90H7
R
green
Lamp
MGO pump 1 on
74
25
90H8
R
green
Lamp
MGO pump 2 on
75
chemical dosing pump on
76
90H6
R
green
Lamp
27
77
28
78 73
29
79 19S3
R
Switch
feed water pump 1
80
Switch
feed water pump 2
81
fuel oil Pump 1
82
31
19S4
R
32
16S3
R
33
16S4
R
Switch
fuel oil Pump2
83
34
23S3
R
Switch
MGO Pump 1
84
35
23S4
R
Switch
MGO Pump2
85
Switch
chemical dosing pump
86
27S2
Switch
R
37
87
38
88
39
89
40
90
41
91
42
92
43
93
44 45
60N3
Color
8
BEFORE OPENING CABINET
67
36
Hole
7
SWITCH OFF BOTH SUPPLIES
18
30
6
label:
17
26
all lines without indication of cross section are
D
current monitoring
combustion air fan
19
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
50
1
6
5
C
D
E
94 1Q2
46
90H1
47
1Q5
R
white
Main Switch
main switch
Lamp
1. control voltage selected
Main Switch
48
92H8
R
49
9S1
R
white
main switch
Lamp
1
95 96
2
97
2. control voltage selected
Push Button
boiler stop
98
8M6
fan cabinet
99
8M6
outlet strainer cabinet
F
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 2
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 2
0-8100-100454-14-3
legend door 2 / Legende Tür 2 5
=BCC
6
7
19 8
sh.
1
2
3
4
5
6
7
8
A
A
400
1600
B
D
all lines without indication of cross section are
D
C
1800
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E 100
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 3
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 3
0-8100-100454-14-3
control cabinet / Schaltschrank 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Control cabinet bottom A
A
Schaltschrankboden
(dimension without side walls) (for cabinets in 1200mm width) 1135
(dimension without side walls) B
B 797
E
~ 140
C
expanded rubber 240
275
for sealing cable entry
bottom plate 2
cable entry
140 ~
bottom plate 3
Ф 16
D
78,5
640
all lines without indication of cross section are
D
bottom plate 1
405
C
back plane
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
675
78,5
E
bottom plate 1+3 are fixed bottom plate 2 is adjustable
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 4
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 4
0-8100-100454-14-3
control cabinet / Schaltschrank 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
Kupferschiene
5
6
7
8
für Erdungsanschlüsse
A
A
Copper rail to fix earth potential connections
B
C
D
all lines without indication of cross section are
D
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 5
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 5
0-8100-100454-14-3
base control cabinet / Sockel Schaltschrank 5
=BCC
6
7
19 8
sh.
1
2
3
4
5
A Bohrung / Bore hole: R
6
7
M =
Name plate of control cabinet
N =
Name plate of control cabinet
8
A
Bohrung / Bore hole: P
12,7
3
22,5
45
E
Bohrung / Bore hole: X
Bohrung / Bore hole: D
Bohrung / Bore hole: D1
C
142
Bohrung / Bore hole: Q
68
92
199
177
124
D Bohrung / Bore hole: Y
Bohrung / Bore hole: W
Bohrung / Bore hole: S
+0,8
177²
22,5
185²
all lines without indication of cross section are
D
B
92
C
Bohrung / Bore hole: Z
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
45
+0,3
22,2
E
φ
4,5
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 8
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 8
0-8100-100454-14-3
bore holes / Bohrungen 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Sockel TS / socket TS Stahlblech / sheet steel
A
A
32,5
Sockel / socket 100mm hoch / high
100
62,5
18 x 14
80
17,5
62,5
30
47,5
14 92,5
B
B
C
E
T4
T3
T2
T1
C
Sockel-Element, vorn/hinten socket-element, front/behind
Sockel-Element, seitlich
mm
mm
socket-element, sidewise
B4
B1
B2
B3
B4
T1
T2
T3
T4
B3
-
-
-
-
269
235
175
144
B2
400
335
275
215
369
335
275
244
B1
500
435
375
315
469
435
375
344
600
535
475
415
569
535
475
444
800
735
675
615
769
735
675
644
850
785
725
665
-
-
-
-
1000
935
875
815
869
835
775
744
1100
1035
975
915
-
-
-
-
1200
1135
1075
1015
969
935
875
844
Für die Verschraubung am Boden können alle Bohrungen (B2-B4 / T2-T4) genutzt werden.
all lines without indication of cross section are
D
30
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
15 x 10
D
For floor connection all holes (B2-B4 / T2-T4) could be used
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 9
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 9
0-8100-100454-14-3
base control cabinet / Sockel Schaltschrank 5
=BCC
6
7
19 8
sh.
4
5
6
105
0 70
140
210
210
105 140
70
0
70
140
A
40
40
210
A
8
800
0
105
800
7
140
3
70
2
0
1
0 155
M
N
D1
330
D1
B
B
Q
X
E
500
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R R
R
R
R
R
R
R
R
R
R
R
R
580 660 740
C
820
R
900
R
R
980
200
1060 1140
M
M
600
D
D 250
all lines without indication of cross section are
D
P
1800
C
Z
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
400
E 0
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
23.07.2011
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 10
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 10
0-8100-100454-14-3
bore holes / Bohrungen 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
B
B
internal
-43K2 -42K4
E
-22K7
-8B6
-41K5 -39K3
-38K2
-7Q2
-22K6
-X1
-36K7 -5Q4
-36K3 -X111
-42K6
-32K2 -27K8
-9K7
-42K3
-27K6
-35K2
-27K5
-9K6
-8F2
-27K4
-7F5
-3Q7
-25K2
-3Q5
-24K2
-27K2
-27K3
-7F4
-20K2
-42K5
-27K7
-8F3
-4Q2
external
-32K6
-8F5 -8F4
-28K4
-35K6
-34K6
-8F6
C
-7T2
-5F2
-25K8
-3Q3
-18K2
-3Q2
-17K2
-25K7 -24K8
-77K4
-24K7
-76K5
-23K7
-74K7
-22K3
-2T5
-74K6
-22K2
D
-1F6
-20K7 -2Q5
-20K3
-1F3
-30K2
-19K7 -18K8
-1K6
-18K7
-X11
-17K8
-69K5 -X10
-2Q3
-30K6
-2Q2
-30K4
-17K7 -16K7
-33K4
-12K2
-1K3
-X0
-9K8
-9K5
all lines without indication of cross section are
D
-42K3
-34K7
698
C
-22K8
-37K7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
-40K3
-7K5
E
1699
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 11
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 11
0-8100-100454-14-3
mounting plate / Montageplatte 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
1698
-X20
-X31
-X40
-X41
-40A3 -39A3
-47K6
-73A2
XPE -70A2
C -X4
-69A2
698
-15A1 -59K7
-14A1.1
internal
-57K6
-56K6
-63K5
-50K6
-63K4
-61K4
-13A1.1
-48K6
-13A1
external
-61K3
-10A3
-61K2
-47K5
H07Z-K 1,5mm²
D
-63K3
-49K6
-59K4 -58K6
-46K6
-10A2
-X3
-63K6
-52K6
-X19
-X6
-53K6
-11G2
-X2
-14A1
55K6 -45K4
-55K5
-X12
-8X8
-46K8
-44K4
all lines without indication of cross section are
D
spare place PLC
-51K6
-151.1
protection note according to ISO 16016 consider!
-11F4
C
-70K5
-12A3
-11F5
-X21
B
-X30
B
E
E
scale : 1:5
100
scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 11.1
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 11.1
0-8100-100454-14-3
mounting plate / Montageplatte 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
B
B
C
C
S-Nr.: 0-8100-100454-14 /3-32 A-Nr.: 100454 HN: 0108216 Baujahr: 2012 UN
= 440V
f = 60 Hz
IN
=
PN = D
SAACKE BREMEN GERMANY
all lines without indication of cross section are
D
Typ: Control Cabinet Boiler
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
A
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 12
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 12
0-8100-100454-14-3
lables / Schilder 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Starter box feed water pump A
A
AE1380.500
380 x 380 x 210 mm
Schaltschrankfarbe: Color of control cabinet: color : Munsel 7,5 BG 7/2
B
C
M/ M1
2
C
3
6 XC
XC
XD
XD
D
all lines without indication of cross section are
D
0
SAACKE SAACKE
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
B
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 20
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+BCCFWP2 sheet 20
0-8100-100454-14-3
front view / Frontansicht Starterbox FWP2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
no.
name
0
device
function Alu label SAACKE
-
1 B
colour
-
2
H2
RD
lamp
feed water pump
failed
3
H1
GN
lamp
feed water pump
in operation
S1
-
switch
feed water pump
B
4 5
C
8 9 10
C
D
all lines without indication of cross section are
D
7
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
6
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 21
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 21
0-8100-100454-14-3
lables Starterbox FWP 2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
Starter box feed water pump 2 A
A
AE1380.500
B
380 x 380 x 210 mm
C
D
all lines without indication of cross section are
D
380
C
B
210
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
380
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 22
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 22
0-8100-100454-14-3
front view / Frontansicht Starterbox FWP 2 5
=BCC
6
7
19 8
sh.
F
1
2
3
4
5
6
7
8
B
40
0
0
N C
100
200
R
R
R
280
D
all lines without indication of cross section are
D
40
H07Z-K 1,5mm²
C
60
B
60
A
protection note according to ISO 16016 consider!
A
E
E
scale : 1:10 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 23
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 23
0-8100-100454-14-3
bore holes / Bohrungen Feed water pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
B
B
-Q1
-K2
-F1
-Q2 -K1
-XPE
-X1
C
D
all lines without indication of cross section are
D
-X0
C
-T1
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
334
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 24
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 24
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
Bohrung / Bore hole: XA
Bohrung / Bore hole: XB
Bohrung / Bore hole: XC
(M16 x 1,5)
(M20 x 1,5)
(M25 x 1,5)
Bohrung / Bore hole: XD
Bohrung / Bore hole: XE
(M32 x 1,5)
(M40 x 1,5)
protection note according to ISO 16016 consider!
40,3
32,3
25,5
Kabelverschraubungen /
Kabelverschraubungen /
Kabelverschraubungen /
Kabelverschraubungen /
high-strength cable gland
high-strength cable gland
high-strength cable gland
high-strength cable gland
51,20 40,50 32,50
C
27,30 22,70
SW 20
SW 36
SW 28
SW 24
SW 45
D
all lines without indication of cross section are
D
Kabelverschraubungen / high-strength cable gland
H07Z-K 1,5mm²
C
20,3
B 16,3
B
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 25
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 25
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
A
bore holes flansh plate
240 200 B
B
150
100
XB
XB
XC
C
D
all lines without indication of cross section are
D
XC
90
C
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
50
E
E
scale : 1:5 scale unit : mm
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 26
replaced for
3
replaced by
4
0-8100-100454-14 /3-32 6
+CC sheet 26
0-8100-100454-14-3
mounting plate / Montageplatte FW pump 2 5
=BCC
7
19 8
sh.
F
1
2
3
4
5
6
7
8
A
B
B
Schaltkastenrückseite mit Wandbefestigung
Wandbefestigungshalter
20
59 20
15
12
10,2
3
7
8,5
C
54
36
18
18
30
12
D
all lines without indication of cross section are
D
wall mounting bracket
D
C
control box back side with wall mountig bracket
H07Z-K 1,5mm²
protection note according to ISO 16016 consider!
A
E
E
F
F
0
as built
R. modification
1
date
2012-01-30
drawn
ROS
check
ROS
30.01.2012
ROS
date
name standard
Control Cabinet Boiler origin
2
layout diagram / Aufbauplan 27
replaced for
3
replaced by
4
0-8100-100454-14 /3-32
+CC sheet 27
0-8100-100454-14-3
wall mountig holders Starterbox FWP 2 5
=BCCz72
6
7
19 8
sh.
item list no.
1
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
260739
Filterlüfter
strainer fan
=BCC+CC_D-8M6 fan cabinet
RITTAL
=BCC/8.6 2
SK 3323.107
=BCC+CC_D-8M6
604351
Austrittsfilter
fan cabinet =BCC/8.6 3
SK 3322.207
=BCC+CC_D-90H1
613315
Meldeleuchte weiß
1. control voltage selected
CL-502W
=BCC+CC_D-90H2
613312
Meldeleuchte grün
fuel oil pump 1
CL-502G
=BCC+CC_D-90H3
613312
Meldeleuchte grün
fuel oil pump 2
CL-502G
=BCC+CC_D-90H4
613312
Meldeleuchte grün
feed water pump 1
protection note according to DIN 34 consider !
CL-502G
=BCC+CC_D-90H5
613312
Meldeleuchte grün
feed water pump 2
CL-502G
=BCC+CC_D-90H6
613312
Meldeleuchte grün
chemical dosing pump
CL-502G
=BCC+CC_D-90H7
613312
Meldeleuchte grün
MGO pump 1
CL-502G
=BCC+CC_D-90H8
613312
Meldeleuchte grün
MGO pump 2
CL-502G
=BCC+CC_D-92H2
613313
Meldeleuchte gelb
burner standby
CL-502Y
=BCC+CC_D-92H3
613312
Meldeleuchte grün
burner in operation
CL-502G
=BCC+CC_D-92H4
613312
Meldeleuchte grün
rotary cup
CL-502G
=BCC+CC_D-92H5
613312
Meldeleuchte grün
ignition oil pump
CL-502G
=BCC+CC_D-92H6
613312
Meldeleuchte grün
comb.air fan
CL-502G
=BCC+CC_D-92H7
613312
Meldeleuchte grün
preheater
CL-502G
=BCC+CC_D-92H8
613315
Meldeleuchte weiß
2. control voltage selected
CL-502W
=BCC+CC_D-92H9
613311
Meldeleuchte rot
alarm
CL-502R
=BCC+CC_D-1Q2
634179
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
switch disconnector front mounting black
ABB
=BCC/1.2 20
lamp red
ABB
=BCC/92.7 19
lamp white
ABB
=BCC/92.6 18
lamp green
ABB
=BCC/92.6 17
lamp green
ABB
=BCC/92.5 16
lamp green
ABB
=BCC/92.4 15
lamp green
ABB
=BCC/92.4 14
lamp green
ABB
=BCC/92.3 13
lamp yellow
ABB
=BCC/92.2 12
lamp green
ABB
=BCC/90.6 11
lamp green
ABB
=BCC/90.6 10
lamp green
ABB
=BCC/90.5 9
lamp green
ABB
=BCC/90.5 8
lamp green
ABB
=BCC/90.4 7
lamp green
ABB
=BCC/90.3 6
lamp green
ABB
=BCC/90.3 5
lamp white
ABB
=BCC/90.2 4
discharge strainer
RITTAL
OT100ET3HS7ST4
=BCC+CC_D-1Q2
634180
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
switch disconnector front mounting black
ABB
=BCC/1.2
OT100ET3HS7ST4
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 1 25
sh.
item list no.
21
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
634181
Lasttrennschalter Frontmontage schwarz
switch disconnector front mounting black
=BCC+CC_D-1Q2 main switch Hauptschalter
ABB
=BCC/1.2 22
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634179
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter =BCC/1.5 23
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634180
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
OT100ET3HS7ST4
=BCC+CC_D-1Q5
634181
Lasttrennschalter Frontmontage schwarz
main switch Hauptschalter
OT100ET3HS7ST4
=BCC+CC_D-2P5
606022
Strommesser
combustion air fan
EQ 72s 20/5A
=BCC+CC_D-2P5
510651
Gummidichtung
combustion air fan
protection note according to DIN 34 consider !
72x72mm
=BCC+CC_D-9S1
614546
NOT-AUS-TASTER
boiler stop Kessel Stop
CE4T-10R-02
=BCC+CC_D-9S8
613304
DRUCKTASTER SCHWARZ
reset emergency stop Reset Not-Stop
CP1-10B-11
=BCC+CC_D-16S3
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-16S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-16S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-16S4
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S3
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-19S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-19S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
CONTROL HEAD
TELEMECANIQUE
=BCC/19.5 40
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.5 39
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.3 38
CONTROL HEAD
TELEMECANIQUE
=BCC/19.3 37
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.3 36
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.4 35
CONTROL HEAD
TELEMECANIQUE
=BCC/16.4 34
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.4 33
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.3 32
CONTROL HEAD
TELEMECANIQUE
=BCC/16.3 31
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/16.3 30
PUSHBUTTON BLACK
ABB
=BCC/9.7 29
IP54
EMERGENCY-STOP
ABB
=BCC/9.2 28
grommet
CELSA
=BCC/2.5 27
AMMETER
Celsa
=BCC/2.5 26
switch disconnector front mounting black
ABB
=BCC/1.5 25
switch disconnector front mounting black
ABB
=BCC/1.5 24
switch disconnector front mounting black
ABB
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-19S4
145542
STEUERSCHALTER
mode Betriebsart
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/19.5
K1D 002U
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 2 25
sh.
item list no.
41
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
012095
STEUERSCHALTER
CHANGE-OVER SWITCH
=BCC+CC_D-23S3 mode Betriebsart
TELEMECANIQUE
=BCC/23.3 42
K1D 002U
=BCC+CC_D-23S3
012102
BETAETIGUNGSVORSATZ
mode Betriebsart =BCC/23.3 43
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-23S3
145542
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-23S4
012095
STEUERSCHALTER
mode Betriebsart
K1D 002U
=BCC+CC_D-23S4
012102
BETAETIGUNGSVORSATZ
mode Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-23S4
145542
STEUERSCHALTER
mode Betriebsart
protection note according to DIN 34 consider !
K1D 002U
=BCC+CC_D-27S2
012093
STEUERSCHALTER
chemical dosing pump Chemikaliendosierpumpe
K1A 001A
=BCC+CC_D-27S2
012102
BETAETIGUNGSVORSATZ
chemical dosing pump Chemikaliendosierpumpe
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-27S2
145541
STEUERSCHALTER
chemical dosing pump Chemikaliendosierpumpe
K1A 001A
=BCC+CC_D-30P5
011566
Betriebsstundenzähler
rotary cup atomizer Drehzerstäuber
631.2/879-220V/60Hz
=BCC+CC_D-30S2
012094
STEUERSCHALTER
combustion air fan
K1B 001U
=BCC+CC_D-30S2
012102
BETAETIGUNGSVORSATZ
combustion air fan
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-30S2
146120
STEUERSCHALTER
combustion air fan
K1B 001U
=BCC+CC_D-35S5
012094
STEUERSCHALTER
burner mode Brenner Betriebsart
K1B 001U
=BCC+CC_D-35S5
012102
BETAETIGUNGSVORSATZ
burner mode Brenner Betriebsart
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-35S5
145542
STEUERSCHALTER
burner mode Brenner Betriebsart
K1B 001U
=BCC+CC_D-36S5
613304
DRUCKTASTER SCHWARZ
reset burner
CP1-10B-11
=BCC+CC_D-39S2
012098
STEUERSCHALTER
selection flame scanner emergency operation
K1B 011U
=BCC+CC_D-39S2
012102
BETAETIGUNGSVORSATZ
selection flame scanner emergency operation
CONTROL HEAD
TELEMECANIQUE
=BCC/39.2 60
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/39.2 59
PUSHBUTTON BLACK
ABB
=BCC/36.6 58
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/35.4 57
CONTROL HEAD
TELEMECANIQUE
=BCC/35.4 56
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/35.4 55
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/30.2 54
CONTROL HEAD
TELEMECANIQUE
=BCC/30.2 53
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/30.2 52
operation recorder
Bauser
=BCC/30.5 51
START SWITCH
TELEMECANIQUE
=BCC/27.2 50
CONTROL HEAD
TELEMECANIQUE
=BCC/27.2 49
START SWITCH
TELEMECANIQUE
=BCC/27.2 48
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.4 47
CONTROL HEAD
TELEMECANIQUE
=BCC/23.4 46
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.4 45
CHANGE-OVER SWITCH
TELEMECANIQUE
=BCC/23.3 44
CONTROL HEAD
TELEMECANIQUE
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-39S2
145547
STEUERSCHALTER
selection flame scanner emergency operation
CHANGE OVER SWITCH
TELEMECANIQUE
=BCC/39.2
K1B 011U
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 3 25
sh.
item list no.
61
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
012093
STEUERSCHALTER
START SWITCH
=BCC+CC_D-42S6 release load control
TELEMECANIQUE
=BCC/42.6 62
K1A 001A
=BCC+CC_D-42S6
012102
BETAETIGUNGSVORSATZ
release load control =BCC/42.6 63
KBC 1B-MIT BEZEICHNU
=BCC+CC_D-42S6
145541
STEUERSCHALTER
release load control
START SWITCH
TELEMECANIQUE
=BCC/42.6 64
CONTROL HEAD
TELEMECANIQUE
K1A 001A
=BCC+CC_D-60N3
528974
REGLER, PRORAMMIERBAR
CONTROLLER, PROGRAMABLE
SAACKE =BCC/60.3 65
RSE-P II ENGLISCH
=BCC+CC_D-60N3
RSEP01
Programm Lastregelung w=8bar
PROGRAM LOAD CONTROL SP=8BAR
Saacke =BCC/60.3 66
RSE-PII
=BCC+CC_D-92S7
613304
DRUCKTASTER SCHWARZ
lamp test Lampenprüfung
protection note according to DIN 34 consider !
=BCC/92.8 67
PUSHBUTTON BLACK
ABB CP1-10B-11
=BCC+CC_M-1F3
610118
Sicherungsautomat
automatic circuit breaker
ABB =BCC/1.3 68
S 202-C 1
=BCC+CC_M-1F6
610118
Sicherungsautomat
automatic circuit breaker
ABB =BCC/1.6 69
S 202-C 1
=BCC+CC_M-1K3
635662
LEISTUNGSSCHUETZ
power supply 1 =BCC/1.3 70
1 SBL 371 001 R 86
=BCC+CC_M-1K3
635663
Löschglied
power supply 1
SBN 0500 10R 1003
=BCC+CC_M-1K6
635662
LEISTUNGSSCHUETZ
power supply 2
1 SBL 371 001 R 86 2
=BCC+CC_M-1K6
635663
Löschglied
power supply 2
SBN 0500 10R 1003
=BCC+CC_M-2Q2
529941
Motorschutzschalter
rotary cup atomizer
MS 325-4
=BCC+CC_M-2Q2
622058
Hilfsschalter
rotary cup atomizer
HKF-20
=BCC+CC_M-2Q2
603281
Hilfsschalter
rotary cup atomizer
HK-11
=BCC+CC_M-2Q3
529940
Motorschutzschalter
ignition oil pump
MS 325-1
=BCC+CC_M-2Q3
622058
Hilfsschalter
ignition oil pump
HKF-20
=BCC+CC_M-2Q3
603281
Hilfsschalter
ignition oil pump
HK-11
=BCC+CC_M-2Q5
531353
Motorschutzschalter
combustion air fan
motor protection switch
ABB
=BCC/2.6 80
auxiliary contact
ABB
=BCC/2.4 79
MOTOR PROTECTION SWITCH
ABB
=BCC/2.4 78
motor protection switch
ABB
=BCC/2.4 77
auxiliary contact
ABB
=BCC/2.2 76
MOTOR PROTECTION SWITCH
ABB
=BCC/2.2 75
motor protection switch
ABB
=BCC/2.2 74
RV5 / 440
ABB
=BCC/1.6 73
ABB
ABB
=BCC/1.6 72
RV5 / 440
ABB
=BCC/1.3 71
A-63-30-22
ABB
MS 325-20
=BCC+CC_M-2Q5
622058
Hilfsschalter
combustion air fan
MOTOR PROTECTION SWITCH
ABB
=BCC/2.6
HKF-20
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 4
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 4 25
sh.
item list no.
81
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603281
Hilfsschalter
auxiliary contact
=BCC+CC_M-2Q5 combustion air fan
ABB
=BCC/2.6 82
HK-11
=BCC+CC_M-2T5
613399
Stromwandler Kl. 1
combustion air fan =BCC/2.6 83
WST40 (20/5A)
=BCC+CC_M-3Q2
529940
Motorschutzschalter
fuel oil pump 1
MS 325-1
=BCC+CC_M-3Q2
622058
Hilfsschalter
fuel oil pump 1
HKF-20
=BCC+CC_M-3Q2
603281
Hilfsschalter
fuel oil pump 1
HK-11
=BCC+CC_M-3Q3
529940
Motorschutzschalter
fuel oil pump 2
protection note according to DIN 34 consider !
MS 325-1
=BCC+CC_M-3Q3
622058
Hilfsschalter
fuel oil pump 2
HKF-20
=BCC+CC_M-3Q3
603281
Hilfsschalter
fuel oil pump 2
HK-11
=BCC+CC_M-3Q5
529940
Motorschutzschalter
MGO pump 1
MS 325-1
=BCC+CC_M-3Q5
622058
Hilfsschalter
MGO pump 1
HKF-20
=BCC+CC_M-3Q5
603281
Hilfsschalter
MGO pump 1
HK-11
=BCC+CC_M-3Q7
529940
Motorschutzschalter
MGOpump 2
MS 325-1
=BCC+CC_M-3Q7
622058
Hilfsschalter
MGOpump 2
HKF-20
=BCC+CC_M-3Q7
603281
Hilfsschalter
MGOpump 2
HK-11
=BCC+CC_M-4Q2 feed water
603279
Motorschutzschalter
pump 1
MS 325-6,3
=BCC+CC_M-4Q2 feed water
622058
Hilfsschalter
pump 1
HKF-20
=BCC+CC_M-4Q2 feed water
603281
Hilfsschalter
pump 1
HK-11
=BCC+CC_M-5F2
610107
Sicherungsautomat
chemical dosing pump
S 201-C 1
=BCC+CC_M-5F2
610117
Hilfsschalter (1 W)
chemical dosing pump
auxiliary switch (1 CO)
ABB
=BCC/5.2 100
automatic circuit breaker
ABB
=BCC/5.2 99
auxiliary contact
ABB
=BCC/4.2 98
MOTOR PROTECTION SWITCH
ABB
=BCC/4.2 97
motor protection switch
ABB
=BCC/4.2 96
auxiliary contact
ABB
=BCC/3.7 95
MOTOR PROTECTION SWITCH
ABB
=BCC/3.7 94
motor protection switch
ABB
=BCC/3.7 93
auxiliary contact
ABB
=BCC/3.5 92
MOTOR PROTECTION SWITCH
ABB
=BCC/3.5 91
motor protection switch
ABB
=BCC/3.5 90
auxiliary contact
ABB
=BCC/3.4 89
MOTOR PROTECTION SWITCH
ABB
=BCC/3.4 88
motor protection switch
ABB
=BCC/3.4 87
auxiliary contact
ABB
=BCC/3.2 86
MOTOR PROTECTION SWITCH
ABB
=BCC/3.2 85
motor protection switch
ABB
=BCC/3.2 84
CURRENT TRANSFORMER CL. 1
Celsa
S2C-H6R
=BCC+CC_M-5Q4
603728
Motorschutzschalter
electrical preheater
motor protection switch
ABB
=BCC/5.4
MS325-16
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 5
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 5 25
sh.
item list no.
101
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
622058
Hilfsschalter
MOTOR PROTECTION SWITCH
=BCC+CC_M-5Q4 electrical preheater
ABB
=BCC/5.4 102
HKF-20
=BCC+CC_M-5Q4
603281
Hilfsschalter
electrical preheater =BCC/5.4 103
HK-11
=BCC+CC_M-7F3
610113
Sicherungsautomat
24V AC supply
S 201-C 4
=BCC+CC_M-7F4
610113
Sicherungsautomat
230V AC supply
S 201-C 4
=BCC+CC_M-7K5
515358
RELAIS
power fault
40.52.8.230
=BCC+CC_M-7K5
629903
RELAIS
power fault
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-7K5
515355
SCHRAUBFASSUNG BLAU
power fault
95.95.1
=BCC+CC_M-7K5
515356
Haltebügel blau
power fault
095.91
=BCC+CC_M-7Q2
603279
Motorschutzschalter
control voltage
MS 325-6,3
=BCC+CC_M-7T2
511024
TRANSFORMATOR
440V/230V 1600VA control transformer
TRANSFORMER
BLOCK
=BCC/7.2 111
motor protection switch
ABB
=BCC/7.2 110
hold-down clip blue
FINDER
=BCC/7.5 109
SOCKET BLUE
FINDER
=BCC/7.5 108
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/7.5 107
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/7.5 106
automatic circuit breaker
ABB
=BCC/7.4 105
automatic circuit breaker
ABB
=BCC/7.3 104
auxiliary contact
ABB
STU 1600/2x115
=BCC+CC_M-8B6 Thermostat =BCC/8.6
112
SK 3110000
=BCC+CC_M-8B6
250222
TEMPERATUR-REGLER
Thermostat =BCC/8.6 113
SK 3110000
=BCC+CC_M-8F2
610112
Sicherungsautomat
power supply burner equipment
S 201-C 2
=BCC+CC_M-8F3
610114
Sicherungsautomat
power supply heating tracer
S 201-C 6
=BCC+CC_M-8F4
610114
Sicherungsautomat
power supply boiler equipment
S 201-C 6
=BCC+CC_M-8F5
610112
Sicherungsautomat
power supply MGO pumps
S 201-C 2
=BCC+CC_M-8F6
610112
Sicherungsautomat
fan socket 230V
automatic circuit breaker
ABB
=BCC/8.6 118
automatic circuit breaker
ABB
=BCC/8.5 117
automatic circuit breaker
ABB
=BCC/8.4 116
automatic circuit breaker
ABB
=BCC/8.3 115
automatic circuit breaker
ABB
=BCC/8.2 114
TEMPERATURE CONTROLLER
RITTAL
S 201-C 2
=BCC+CC_M-8X8
524473
STECKDOSE FUER SCHALTSCHRANKEINBAU
PLUG FOR PANEL MOUNTING
HAGER =BCC/8.8 119
SN016
=BCC+CC_M-8X8
1
STECKDOSE FUER SCHALTSCHRANKEINBAU
PLUG FOR PANEL MOUNTING
HAGER =BCC/8.8 120
SN016
=BCC+CC_M-9K5
634413
Sicherheits-Schaltgerät
emergency stop
safety device
H.Zander GmbH & Co.K
=BCC/9.4
SR3C AC230V
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 6
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 6 25
sh.
item list no.
121
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
510035
Hilfsschütz
auxiliary contactor
=BCC+CC_M-9K6 emergency stop
ABB
=BCC/9.6 122
N 40 E
=BCC+CC_M-9K6
526164
Löschglied
emergency stop
suppressor
ABB
=BCC/9.6 123
RC 5-1/250
=BCC+CC_M-9K6
603271
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 124
CA 5-10
=BCC+CC_M-9K6
603272
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 125
CA 5-01
=BCC+CC_M-9K7
510035
Hilfsschütz
emergency stop
auxiliary contactor
ABB
=BCC/9.6 126
N 40 E
=BCC+CC_M-9K7
526164
Löschglied
emergency stop
suppressor
ABB
protection note according to DIN 34 consider !
=BCC/9.6 127
RC 5-1/250
=BCC+CC_M-9K7
603271
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 128
CA 5-10
=BCC+CC_M-9K7
603272
Hilfskontakt
emergency stop
auxiliary contact
ABB
=BCC/9.6 129
CA 5-01
=BCC+CC_M-9K8
515358
RELAIS
reset emergency stop
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/9.7 130
40.52.8.230
=BCC+CC_M-9K8
629903
RELAIS
reset emergency stop
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/9.7 131
40.52.8.230
=BCC+CC_M-9K8
515355
SCHRAUBFASSUNG BLAU
reset emergency stop
SOCKET BLUE
FINDER
=BCC/9.7 132
95.95.1
=BCC+CC_M-9K8
515356
Haltebügel blau
reset emergency stop
hold-down clip blue
FINDER
=BCC/9.7 133
095.91
=BCC+CC_M-10A2
601264
PROGRAMMIERBARE STEUERUNG
PROGRAMMABLE CONTROL
SAACKE =BCC/10.2 134
LOGO 230 RCO
=BCC+CC_M-10A2
LOGO39
PROGRAMMIERBARE STEUERUNG
PROGRAMMABLE CONTROL
SAACKE =BCC/10.2 135
LOGO 230 RCO
=BCC+CC_M-10A3
601265
PROGRAMMIERBARE STEUERUNG ERWEITERUNG
PROGRAMMABLE CONTROL ADDITIONAL MODULE
SAACKE =BCC/10.3 136
LOGO DM 8 230R
=BCC+CC_M-10R2
627467
Metalloxid-Varistor S10K275
metal oxide varistor S10K275
Schuricht =BCC/10.2 137
B722110S271K101
=BCC+CC_M-10R3
627467
Metalloxid-Varistor S10K275
metal oxide varistor S10K275
Schuricht =BCC/10.3 138
B722110S271K101
=BCC+CC_M-11F4
610107
Sicherungsautomat
safety devices =BCC/11.4 139
S 201-C 1
=BCC+CC_M-11F5
610113
Sicherungsautomat
24V DC supply
automatic circuit breaker
ABB
=BCC/11.5 140
automatic circuit breaker
ABB
S 201-C 4
=BCC+CC_M-11G2
629443
GLEICHSTROMVERSORGUNG
power supply 230VAC/24VDC 5A
DIRECT CURRENT SUPPLY
Weidmüller
=BCC/11.2
STN 120 W 5A
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 7
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 7 25
sh.
item list no.
141
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
143200
FEUERUNGSAUTOMAT OEL
FIRING SEQUENCE CONTROL SYSTEM
=BCC+CC_M-12A3
SAACKE =BCC/12.3 142
F-OSA
=BCC+CC_M-12K2
515358
RELAIS
fault F-OSA
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/12.2 143
40.52.8.230
=BCC+CC_M-12K2
629903
RELAIS
fault F-OSA
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/12.2 144
40.52.8.230
=BCC+CC_M-12K2
515355
SCHRAUBFASSUNG BLAU
fault F-OSA =BCC/12.2 145
95.95.1
=BCC+CC_M-12K2
515356
Haltebügel blau
fault F-OSA
hold-down clip blue
FINDER
=BCC/12.2 146
SOCKET BLUE
FINDER
095.91
=BCC+CC_M-13A1
633897
CPU224XP
14DE, 10DA
CPU224XP
14DI, 10DO
SIEMENS
protection note according to DIN 34 consider !
=BCC/13.2 147
6ES7 214-2BD23-0XB0
=BCC+CC_M-13A1.1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/13.4 148
6ES7- 221-1BH22-0XA0
=BCC+CC_M-13A5
632135
Operator Panel TP177micro
Blue Mode-LC-Display
SIEMENS =BCC/13.5 149
6AV6640-0CA11-0AX1
=BCC+CC_M-13A5
632136
Operator Panel TP177micro
Blue Mode-LC-Display
SIEMENS =BCC/13.5 150
6AV6640-0CA11-0AX1
=BCC+CC_M-14A1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/14.1 151
6ES7 221-1BH22-0XA0
=BCC+CC_M-14A1.1
632133
Digital Input 16 x 24VDC
Digital Input 16 x 24VDC
SIEMENS =BCC/14.4 152
6ES7 221-1BH22-0XA0
=BCC+CC_M-15A1
632137
Digital Outut 8x Relay
Digital Outut 8x Relay
SIEMENS =BCC/15.1 153
6ES7 222-1HF22-0XA0
=BCC+CC_M-15A1.1
632137
Digital Outut 8x Relay
Digital Outut 8x Relay
SIEMENS =BCC/15.3 154
6ES7 222-1HF22-0XA0
=BCC+CC_M-16K7
515358
RELAIS
press. switch FOP =BCC/16.7 155
40.52.8.230
=BCC+CC_M-16K7
629903
RELAIS
press. switch FOP
40.52.8.230
=BCC+CC_M-16K7
515355
SCHRAUBFASSUNG BLAU
press. switch FOP
95.95.1
=BCC+CC_M-16K7
515356
Haltebügel blau
press. switch FOP
095.91
=BCC+CC_M-17K2
527018
Leistungsschütz
oil pump 1
A9-30-10
=BCC+CC_M-17K2
526164
Löschglied
oil pump 1
suppressor
ABB
=BCC/17.2 160
power contactor
ABB
=BCC/17.2 159
hold-down clip blue
FINDER
=BCC/16.7 158
SOCKET BLUE
FINDER
=BCC/16.7 157
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/16.7 156
PRINT RELAY,2-CHANGER,230 VAC
FINDER
RC 5-1/250
=BCC+CC_M-17K2
603271
Hilfskontakt
oil pump 1
auxiliary contact
ABB
=BCC/17.2
CA 5-10
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 8
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 8 25
sh.
item list no.
161
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603282
Adapter
adapter
=BCC+CC_M-17K2 oil pump 1
ABB
=BCC/17.2 162
BEA 16/325
=BCC+CC_M-17K7
515358
RELAIS
local / remote =BCC/17.7 163
40.52.8.230
=BCC+CC_M-17K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-17K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-17K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-17K8
515358
RELAIS
FOP1 Standby fault
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-17K8
629903
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-17K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
95.95.1
=BCC+CC_M-17K8
515356
Haltebügel blau
FOP1 Standby fault
095.91
=BCC+CC_M-18K2
527018
Leistungsschütz
oil pump 2
A9-30-10
=BCC+CC_M-18K2
526164
Löschglied
oil pump 2
RC 5-1/250
=BCC+CC_M-18K2
603271
Hilfskontakt
oil pump 2
CA 5-10
=BCC+CC_M-18K2
603282
Adapter
oil pump 2
BEA 16/325
=BCC+CC_M-18K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-18K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-18K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-18K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-18K8
515358
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-18K8
629903
RELAIS
FOP1 Standby fault
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.8 180
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.8 179
hold-down clip blue
FINDER
=BCC/18.7 178
SOCKET BLUE
FINDER
=BCC/18.7 177
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.7 176
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/18.7 175
adapter
ABB
=BCC/18.2 174
auxiliary contact
ABB
=BCC/18.2 173
suppressor
ABB
=BCC/18.2 172
power contactor
ABB
=BCC/18.2 171
hold-down clip blue
FINDER
=BCC/17.8 170
SOCKET BLUE
FINDER
=BCC/17.8 169
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.8 168
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.8 167
hold-down clip blue
FINDER
=BCC/17.7 166
SOCKET BLUE
FINDER
=BCC/17.7 165
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/17.7 164
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-18K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
SOCKET BLUE
FINDER
=BCC/18.8
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 9
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 9 25
sh.
item list no.
181
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-18K8 FOP1 Standby fault
FINDER
=BCC/18.8 182
095.91
=BCC+CC_M-19K7
515358
RELAIS
press.switch FWP =BCC/19.7 183
40.52.8.230
=BCC+CC_M-19K7
629903
RELAIS
press.switch FWP
40.52.8.230
=BCC+CC_M-19K7
515355
SCHRAUBFASSUNG BLAU
press.switch FWP
95.95.1
=BCC+CC_M-19K7
515356
Haltebügel blau
press.switch FWP
095.91
=BCC+CC_M-20K2
527018
Leistungsschütz
feed water pump 1
protection note according to DIN 34 consider !
A9-30-10
=BCC+CC_M-20K2
526164
Löschglied
feed water pump 1
RC 5-1/250
=BCC+CC_M-20K2
603271
Hilfskontakt
feed water pump 1
CA 5-10
=BCC+CC_M-20K2
603282
Adapter
feed water pump 1
BEA 16/325
=BCC+CC_M-20K3
515358
RELAIS
FWP1 Standby fault
40.52.8.230
=BCC+CC_M-20K3
629903
RELAIS
FWP1 Standby fault
40.52.8.230
=BCC+CC_M-20K3
515355
SCHRAUBFASSUNG BLAU
FWP1 Standby fault
95.95.1
=BCC+CC_M-20K3
515356
Haltebügel blau
FWP1 Standby fault
095.91
=BCC+CC_M-20K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-20K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-20K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-20K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-22K2
515358
RELAIS
feed water pump 2 on
40.52.8.230
=BCC+CC_M-22K2
629903
RELAIS
feed water pump 2 on
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 200
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 199
hold-down clip blue
FINDER
=BCC/20.7 198
SOCKET BLUE
FINDER
=BCC/20.7 197
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.7 196
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.7 195
hold-down clip blue
FINDER
=BCC/20.3 194
SOCKET BLUE
FINDER
=BCC/20.3 193
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.3 192
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/20.3 191
adapter
ABB
=BCC/20.2 190
auxiliary contact
ABB
=BCC/20.2 189
suppressor
ABB
=BCC/20.2 188
power contactor
ABB
=BCC/20.2 187
hold-down clip blue
FINDER
=BCC/19.7 186
SOCKET BLUE
FINDER
=BCC/19.7 185
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/19.7 184
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-22K2
515355
SCHRAUBFASSUNG BLAU
feed water pump 2 on
SOCKET BLUE
FINDER
=BCC/22.2
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 10
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 10 25
sh.
item list no.
201
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-22K2 feed water pump 2 on
FINDER
=BCC/22.2 202
095.91
=BCC+CC_M-22K3
515358
RELAIS
FWP2 Standbyfault =BCC/22.2 203
40.52.8.230
=BCC+CC_M-22K3
629903
RELAIS
FWP2 Standbyfault
40.52.8.230
=BCC+CC_M-22K3
515355
SCHRAUBFASSUNG BLAU
FWP2 Standbyfault
95.95.1
=BCC+CC_M-22K3
515356
Haltebügel blau
FWP2 Standbyfault
095.91
=BCC+CC_M-22K6
515358
RELAIS
local stop
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-22K6
629903
RELAIS
local stop
40.52.8.230
=BCC+CC_M-22K6
515355
SCHRAUBFASSUNG BLAU
local stop
95.95.1
=BCC+CC_M-22K6
515356
Haltebügel blau
local stop
095.91
=BCC+CC_M-22K7
526294
RELAIS
feed water pump 2 in operation
55.34.8.230.00.40
=BCC+CC_M-22K7
629903
RELAIS
feed water pump 2 in operation
40.52.8.230
=BCC+CC_M-22K7
526291
SCHRAUBFASSUNG BLAU
feed water pump 2 in operation
94.84.03
=BCC+CC_M-22K7
526292
Haltebügel blau
feed water pump 2 in operation
094.91
=BCC+CC_M-22K8
515358
RELAIS
feed water pump 2 overload
40.52.8.230
=BCC+CC_M-22K8
629903
RELAIS
feed water pump 2 overload
40.52.8.230
=BCC+CC_M-22K8
515355
SCHRAUBFASSUNG BLAU
feed water pump 2 overload
95.95.1
=BCC+CC_M-22K8
515356
Haltebügel blau
feed water pump 2 overload
095.91
=BCC+CC_M-23K7
515358
RELAIS
press. switch MGO
40.52.8.230
=BCC+CC_M-23K7
629903
RELAIS
press. switch MGO
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/23.7 220
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/23.7 219
hold-down clip blue
FINDER
=BCC/22.8 218
SOCKET BLUE
FINDER
=BCC/22.8 217
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.8 216
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.8 215
hold-down clip blue
FINDER
=BCC/22.7 214
SOCKET BLUE
FINDER
=BCC/22.7 213
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.7 212
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/22.7 211
hold-down clip blue
FINDER
=BCC/22.6 210
SOCKET BLUE
FINDER
=BCC/22.6 209
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.6 208
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.6 207
hold-down clip blue
FINDER
=BCC/22.2 206
SOCKET BLUE
FINDER
=BCC/22.2 205
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/22.2 204
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-23K7
515355
SCHRAUBFASSUNG BLAU
press. switch MGO
SOCKET BLUE
FINDER
=BCC/23.7
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 11
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 11 25
sh.
item list no.
221
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-23K7 press. switch MGO
FINDER
=BCC/23.7 222
095.91
=BCC+CC_M-24K2
527018
Leistungsschütz
MGO pump 1 =BCC/24.2 223
A9-30-10
=BCC+CC_M-24K2
526164
Löschglied
MGO pump 1
RC 5-1/250
=BCC+CC_M-24K2
603271
Hilfskontakt
MGO pump 1
CA 5-10
=BCC+CC_M-24K2
603282
Adapter
MGO pump 1
BEA 16/325
=BCC+CC_M-24K7
515358
RELAIS
local / remote
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-24K7
629903
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-24K7
515355
SCHRAUBFASSUNG BLAU
local / remote
95.95.1
=BCC+CC_M-24K7
515356
Haltebügel blau
local / remote
095.91
=BCC+CC_M-24K8
515358
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-24K8
629903
RELAIS
FOP1 Standby fault
40.52.8.230
=BCC+CC_M-24K8
515355
SCHRAUBFASSUNG BLAU
FOP1 Standby fault
95.95.1
=BCC+CC_M-24K8
515356
Haltebügel blau
FOP1 Standby fault
095.91
=BCC+CC_M-25K2
527018
Leistungsschütz
MGO pump 2
A9-30-10
=BCC+CC_M-25K2
526164
Löschglied
MGO pump 2
RC 5-1/250
=BCC+CC_M-25K2
603271
Hilfskontakt
MGO pump 2
CA 5-10
=BCC+CC_M-25K2
603282
Adapter
MGO pump 2
BEA 16/325
=BCC+CC_M-25K7
515358
RELAIS
local / remote
40.52.8.230
=BCC+CC_M-25K7
629903
RELAIS
local / remote
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.7 240
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.7 239
adapter
ABB
=BCC/25.2 238
auxiliary contact
ABB
=BCC/25.2 237
suppressor
ABB
=BCC/25.2 236
power contactor
ABB
=BCC/25.2 235
hold-down clip blue
FINDER
=BCC/24.8 234
SOCKET BLUE
FINDER
=BCC/24.8 233
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.8 232
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.8 231
hold-down clip blue
FINDER
=BCC/24.7 230
SOCKET BLUE
FINDER
=BCC/24.7 229
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.7 228
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/24.7 227
adapter
ABB
=BCC/24.2 226
auxiliary contact
ABB
=BCC/24.2 225
suppressor
ABB
=BCC/24.2 224
power contactor
ABB
40.52.8.230
=BCC+CC_M-25K7
515355
SCHRAUBFASSUNG BLAU
local / remote
SOCKET BLUE
FINDER
=BCC/25.7
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 12
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 12 25
sh.
item list no.
241
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-25K7 local / remote
FINDER
=BCC/25.7 242
095.91
=BCC+CC_M-25K8
515358
RELAIS
FOP2 Standby fault =BCC/25.8 243
40.52.8.230
=BCC+CC_M-25K8
629903
RELAIS
FOP2 Standby fault
40.52.8.230
=BCC+CC_M-25K8
515355
SCHRAUBFASSUNG BLAU
FOP2 Standby fault
95.95.1
=BCC+CC_M-25K8
515356
Haltebügel blau
FOP2 Standby fault
095.91
=BCC+CC_M-27K2
526294
RELAIS
chemical dosing pump in operation
protection note according to DIN 34 consider !
55.34.8.230.00.40
=BCC+CC_M-27K2
629903
RELAIS
chemical dosing pump in operation
40.52.8.230
=BCC+CC_M-27K2
526291
SCHRAUBFASSUNG BLAU
chemical dosing pump in operation
94.84.03
=BCC+CC_M-27K2
526292
Haltebügel blau
chemical dosing pump in operation
094.91
=BCC+CC_M-27K3
515358
RELAIS
accoustic com alarm
40.52.8.230
=BCC+CC_M-27K3
629903
RELAIS
accoustic com alarm
40.52.8.230
=BCC+CC_M-27K3
515355
SCHRAUBFASSUNG BLAU
accoustic com alarm
95.95.1
=BCC+CC_M-27K3
515356
Haltebügel blau
accoustic com alarm
095.91
=BCC+CC_M-27K4
515358
RELAIS
flame failure (ECR)
40.52.8.230
=BCC+CC_M-27K4
629903
RELAIS
flame failure (ECR)
40.52.8.230
=BCC+CC_M-27K4
515355
SCHRAUBFASSUNG BLAU
flame failure (ECR)
95.95.1
=BCC+CC_M-27K4
515356
Haltebügel blau
flame failure (ECR)
095.91
=BCC+CC_M-27K5
515358
RELAIS
alarm comb.air low ( ECR)
40.52.8.230
=BCC+CC_M-27K5
629903
RELAIS
alarm comb.air low ( ECR)
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.5 260
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.5 259
hold-down clip blue
FINDER
=BCC/27.4 258
SOCKET BLUE
FINDER
=BCC/27.4 257
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.4 256
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.4 255
hold-down clip blue
FINDER
=BCC/27.3 254
SOCKET BLUE
FINDER
=BCC/27.3 253
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.3 252
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.3 251
hold-down clip blue
FINDER
=BCC/27.2 250
SOCKET BLUE
FINDER
=BCC/27.2 249
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.2 248
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/27.2 247
hold-down clip blue
FINDER
=BCC/25.8 246
SOCKET BLUE
FINDER
=BCC/25.8 245
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/25.8 244
PRINT RELAY,2-CHANGER,230 VAC
FINDER
40.52.8.230
=BCC+CC_M-27K5
515355
SCHRAUBFASSUNG BLAU
alarm comb.air low ( ECR)
SOCKET BLUE
FINDER
=BCC/27.5
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 13
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 13 25
sh.
item list no.
261
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-27K5 alarm comb.air low ( ECR)
FINDER
=BCC/27.5 262
095.91
=BCC+CC_M-27K6
515358
RELAIS
alarm ( cabinet) =BCC/27.6 263
40.52.8.230
=BCC+CC_M-27K6
629903
RELAIS
alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K6
515355
SCHRAUBFASSUNG BLAU
alarm ( cabinet)
95.95.1
=BCC+CC_M-27K6
515356
Haltebügel blau
alarm ( cabinet)
095.91
=BCC+CC_M-27K7
515358
RELAIS
common alarm ( ECR )
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-27K7
629903
RELAIS
common alarm ( ECR )
40.52.8.230
=BCC+CC_M-27K7
515355
SCHRAUBFASSUNG BLAU
common alarm ( ECR )
95.95.1
=BCC+CC_M-27K7
515356
Haltebügel blau
common alarm ( ECR )
095.91
=BCC+CC_M-27K8
515358
RELAIS
common shut down alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K8
629903
RELAIS
common shut down alarm ( cabinet)
40.52.8.230
=BCC+CC_M-27K8
515355
SCHRAUBFASSUNG BLAU
common shut down alarm ( cabinet)
95.95.1
=BCC+CC_M-27K8
515356
Haltebügel blau
common shut down alarm ( cabinet)
095.91
=BCC+CC_M-28K4
534245
Leistungsschütz
electrical preheater
A16-30-10
=BCC+CC_M-28K4
526164
Löschglied
electrical preheater
RC 5-1/250
=BCC+CC_M-28K4
603282
Adapter
electrical preheater
BEA 16/325
=BCC+CC_M-30K2
603730
Leistungsschütz
combustion air fan
A26-30-10
=BCC+CC_M-30K2
526164
Löschglied
combustion air fan
RC 5-1/250
=BCC+CC_M-30K2
603271
Hilfskontakt
combustion air fan
auxiliary contact
ABB
=BCC/30.2 280
suppressor
ABB
=BCC/30.2 279
power contactor
ABB
=BCC/30.2 278
adapter
ABB
=BCC/28.4 277
suppressor
ABB
=BCC/28.4 276
power contactor
ABB
=BCC/28.4 275
hold-down clip blue
FINDER
=BCC/27.8 274
SOCKET BLUE
FINDER
=BCC/27.8 273
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.8 272
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.8 271
hold-down clip blue
FINDER
=BCC/27.7 270
SOCKET BLUE
FINDER
=BCC/27.7 269
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.7 268
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.7 267
hold-down clip blue
FINDER
=BCC/27.6 266
SOCKET BLUE
FINDER
=BCC/27.6 265
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/27.6 264
PRINT RELAY,2-CHANGER,230 VAC
FINDER
CA 5-10
=BCC+CC_M-30K2
603272
Hilfskontakt
combustion air fan
auxiliary contact
ABB
=BCC/30.2
CA 5-01
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 14
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 14 25
sh.
item list no.
281
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603640
Adapter
adapter
=BCC+CC_M-30K2 combustion air fan
ABB
=BCC/30.2 282
BEA 26/325
=BCC+CC_M-30K4
527018
Leistungsschütz
rotary cup atomizer =BCC/30.4 283
A9-30-10
=BCC+CC_M-30K4
526164
Löschglied
rotary cup atomizer
RC 5-1/250
=BCC+CC_M-30K4
603271
Hilfskontakt
rotary cup atomizer
CA 5-10
=BCC+CC_M-30K4
603272
Hilfskontakt
rotary cup atomizer
CA 5-01
=BCC+CC_M-30K4
603282
Adapter
rotary cup atomizer
protection note according to DIN 34 consider !
BEA 16/325
=BCC+CC_M-30K6
527018
Leistungsschütz
ignition oil pump
A9-30-10
=BCC+CC_M-30K6
526164
Löschglied
ignition oil pump
RC 5-1/250
=BCC+CC_M-30K6
603271
Hilfskontakt
ignition oil pump
CA 5-10
=BCC+CC_M-30K6
603272
Hilfskontakt
ignition oil pump
CA 5-01
=BCC+CC_M-30K6
603282
Adapter
ignition oil pump
BEA 16/325
=BCC+CC_M-32K2
515358
RELAIS
combustion air fan
40.52.8.230
=BCC+CC_M-32K2
629903
RELAIS
combustion air fan
40.52.8.230
=BCC+CC_M-32K2
515355
SCHRAUBFASSUNG BLAU
combustion air fan
95.95.1
=BCC+CC_M-32K2
515356
Haltebügel blau
combustion air fan
095.91
=BCC+CC_M-32K6
515358
RELAIS
rotary cup atomizer
40.52.8.230
=BCC+CC_M-32K6
629903
RELAIS
rotary cup atomizer
40.52.8.230
=BCC+CC_M-32K6
515355
SCHRAUBFASSUNG BLAU
rotary cup atomizer
95.95.1
=BCC+CC_M-32K6
515356
Haltebügel blau
rotary cup atomizer
hold-down clip blue
FINDER
=BCC/32.6 300
SOCKET BLUE
FINDER
=BCC/32.6 299
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.6 298
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.6 297
hold-down clip blue
FINDER
=BCC/32.2 296
SOCKET BLUE
FINDER
=BCC/32.2 295
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.2 294
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/32.2 293
adapter
ABB
=BCC/30.6 292
auxiliary contact
ABB
=BCC/30.6 291
auxiliary contact
ABB
=BCC/30.6 290
suppressor
ABB
=BCC/30.6 289
power contactor
ABB
=BCC/30.6 288
adapter
ABB
=BCC/30.4 287
auxiliary contact
ABB
=BCC/30.4 286
auxiliary contact
ABB
=BCC/30.4 285
suppressor
ABB
=BCC/30.4 284
power contactor
ABB
095.91
=BCC+CC_M-33K4
634413
Sicherheits-Schaltgerät
safety interlock circuit
safety device
H.Zander GmbH & Co.K
=BCC/33.4
SR3C AC230V
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 15
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 15 25
sh.
item list no.
301
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
510035
Hilfsschütz
auxiliary contactor
=BCC+CC_M-34K6 emergency operation
ABB
=BCC/34.6 302
N 40 E
=BCC+CC_M-34K6
526164
Löschglied
emergency operation =BCC/34.6 303
RC 5-1/250
=BCC+CC_M-34K6
603271
Hilfskontakt
emergency operation
CA 5-10
=BCC+CC_M-34K6
603272
Hilfskontakt
emergency operation
CA 5-01
=BCC+CC_M-34K6
603272
Hilfskontakt
emergency operation
CA 5-01
=BCC+CC_M-34K7
510036
HILFSSCHUETZ
emergency operation
protection note according to DIN 34 consider !
N 44E
=BCC+CC_M-34K7
526164
Löschglied
emergency operation
RC 5-1/250
=BCC+CC_M-35K2
526294
RELAIS
burner start
55.34.8.230.00.40
=BCC+CC_M-35K2
629903
RELAIS
burner start
40.52.8.230
=BCC+CC_M-35K2
526291
SCHRAUBFASSUNG BLAU
burner start
94.84.03
=BCC+CC_M-35K2
526292
Haltebügel blau
burner start
094.91
=BCC+CC_M-35K6
515358
RELAIS
burner stand by
40.52.8.230
=BCC+CC_M-35K6
629903
RELAIS
burner stand by
40.52.8.230
=BCC+CC_M-35K6
515355
SCHRAUBFASSUNG BLAU
burner stand by
95.95.1
=BCC+CC_M-35K6
515356
Haltebügel blau
burner stand by
095.91
=BCC+CC_M-36K3
515358
RELAIS
purge position
40.52.8.230
=BCC+CC_M-36K3
629903
RELAIS
purge position
40.52.8.230
=BCC+CC_M-36K3
515355
SCHRAUBFASSUNG BLAU
purge position
95.95.1
=BCC+CC_M-36K3
515356
Haltebügel blau
purge position
hold-down clip blue
FINDER
=BCC/36.2 320
SOCKET BLUE
FINDER
=BCC/36.2 319
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.2 318
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.2 317
hold-down clip blue
FINDER
=BCC/35.5 316
SOCKET BLUE
FINDER
=BCC/35.5 315
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.5 314
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.5 313
hold-down clip blue
FINDER
=BCC/35.2 312
SOCKET BLUE
FINDER
=BCC/35.2 311
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/35.2 310
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/35.2 309
suppressor
ABB
=BCC/34.7 308
AUXILIARY CONTACTOR
ABB
=BCC/34.7 307
auxiliary contact
ABB
=BCC/34.6 306
auxiliary contact
ABB
=BCC/34.6 305
auxiliary contact
ABB
=BCC/34.6 304
suppressor
ABB
095.91
=BCC+CC_M-36K7
515358
RELAIS
reset
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/36.6
40.52.8.230
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 16
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 16 25
sh.
item list no.
321
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
629903
RELAIS
PRINT RELAY,2-CHANGER,230 VAC
=BCC+CC_M-36K7 reset
FINDER
=BCC/36.6 322
40.52.8.230
=BCC+CC_M-36K7
515355
SCHRAUBFASSUNG BLAU
reset =BCC/36.6 323
95.95.1
=BCC+CC_M-36K7
515356
Haltebügel blau
reset
095.91
=BCC+CC_M-37K7
515358
RELAIS
ignition
40.52.8.230
=BCC+CC_M-37K7
629903
RELAIS
ignition
40.52.8.230
=BCC+CC_M-37K7
515355
SCHRAUBFASSUNG BLAU
ignition
protection note according to DIN 34 consider !
95.95.1
=BCC+CC_M-37K7
515356
Haltebügel blau
ignition
095.91
=BCC+CC_M-38K2
515358
RELAIS
oil valves
40.52.8.230
=BCC+CC_M-38K2
629903
RELAIS
oil valves
40.52.8.230
=BCC+CC_M-38K2
515355
SCHRAUBFASSUNG BLAU
oil valves
95.95.1
=BCC+CC_M-38K2
515356
Haltebügel blau
oil valves
095.91
=BCC+CC_M-39A3
602164
FLAMMENWAECHTER
flame detector 1 Flammenwächter 1
FLUS 06 UV
=BCC+CC_M-39K3
510037
HILFSSCHUETZ
flame signal 1
N 62E
=BCC+CC_M-39K3
526164
Löschglied
flame signal 1
RC 5-1/250
=BCC+CC_M-40A3
602164
FLAMMENWAECHTER
flame detector 2 Flammenwächter 2
FLUS 06 UV
=BCC+CC_M-40K3
510037
HILFSSCHUETZ
flame signal 2
N 62E
=BCC+CC_M-40K3
526164
Löschglied
flame signal 2
RC 5-1/250
=BCC+CC_M-41K5
515358
RELAIS
ignition
40.52.8.230
=BCC+CC_M-41K5
629903
RELAIS
ignition
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/41.5 340
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/41.5 339
suppressor
ABB
=BCC/40.3 338
AUXILIARY CONTACTOR
ABB
=BCC/40.3 337
FLAME DETECTOR
SAACKE
=BCC/40.3 336
suppressor
ABB
=BCC/39.3 335
AUXILIARY CONTACTOR
ABB
=BCC/39.3 334
FLAME DETECTOR
SAACKE
=BCC/39.3 333
hold-down clip blue
FINDER
=BCC/38.2 332
SOCKET BLUE
FINDER
=BCC/38.2 331
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/38.2 330
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/38.2 329
hold-down clip blue
FINDER
=BCC/37.7 328
SOCKET BLUE
FINDER
=BCC/37.7 327
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/37.7 326
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/37.7 325
hold-down clip blue
FINDER
=BCC/36.6 324
SOCKET BLUE
FINDER
40.52.8.230
=BCC+CC_M-41K5
515355
SCHRAUBFASSUNG BLAU
ignition
SOCKET BLUE
FINDER
=BCC/41.5
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 17
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 17 25
sh.
item list no.
341
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-41K5 ignition
FINDER
=BCC/41.5 342
095.91
=BCC+CC_M-42K2
526294
RELAIS
purge =BCC/42.2 343
55.34.8.230.00.40
=BCC+CC_M-42K2
629903
RELAIS
purge
40.52.8.230
=BCC+CC_M-42K2
526291
SCHRAUBFASSUNG BLAU
purge
94.84.03
=BCC+CC_M-42K2
526292
Haltebügel blau
purge
094.91
=BCC+CC_M-42K3
515358
RELAIS
end of purge
protection note according to DIN 34 consider !
40.52.8.230
=BCC+CC_M-42K3
629903
RELAIS
end of purge
40.52.8.230
=BCC+CC_M-42K3
515355
SCHRAUBFASSUNG BLAU
end of purge
95.95.1
=BCC+CC_M-42K3
515356
Haltebügel blau
end of purge
095.91
=BCC+CC_M-42K4
515358
RELAIS
release flame scanner
40.52.8.230
=BCC+CC_M-42K4
629903
RELAIS
release flame scanner
40.52.8.230
=BCC+CC_M-42K4
515355
SCHRAUBFASSUNG BLAU
release flame scanner
95.95.1
=BCC+CC_M-42K4
515356
Haltebügel blau
release flame scanner
095.91
=BCC+CC_M-42K5
526294
RELAIS
burner fires
55.34.8.230.00.40
=BCC+CC_M-42K5
629903
RELAIS
burner fires
40.52.8.230
=BCC+CC_M-42K5
526291
SCHRAUBFASSUNG BLAU
burner fires
94.84.03
=BCC+CC_M-42K5
526292
Haltebügel blau
burner fires
094.91
=BCC+CC_M-42K6
526294
RELAIS
control
55.34.8.230.00.40
=BCC+CC_M-42K6
629903
RELAIS
control
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.6 360
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/42.6 359
hold-down clip blue
FINDER
=BCC/42.5 358
SOCKET BLUE
FINDER
=BCC/42.5 357
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.5 356
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/42.5 355
hold-down clip blue
FINDER
=BCC/42.4 354
SOCKET BLUE
FINDER
=BCC/42.4 353
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.4 352
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.4 351
hold-down clip blue
FINDER
=BCC/42.3 350
SOCKET BLUE
FINDER
=BCC/42.3 349
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.3 348
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.3 347
hold-down clip blue
FINDER
=BCC/42.2 346
SOCKET BLUE
FINDER
=BCC/42.2 345
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/42.2 344
MINIATURE-RELAY 4CHANGE-OVER
FINDER
40.52.8.230
=BCC+CC_M-42K6
526291
SCHRAUBFASSUNG BLAU
control
SOCKET BLUE
FINDER
=BCC/42.6
94.84.03
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 18
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 18 25
sh.
item list no.
361
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
526292
Haltebügel blau
hold-down clip blue
=BCC+CC_M-42K6 control
FINDER
=BCC/42.6 362
094.91
=BCC+CC_M-43K2
515358
RELAIS
fault =BCC/43.2 363
40.52.8.230
=BCC+CC_M-43K2
629903
RELAIS
fault
40.52.8.230
=BCC+CC_M-43K2
515355
SCHRAUBFASSUNG BLAU
fault
95.95.1
=BCC+CC_M-43K2
515356
Haltebügel blau
fault
095.91
=BCC+CC_M-44K4
634414
Sicherheits-Schaltgerät
primary air failure
protection note according to DIN 34 consider !
SR3C AC/DC24V
=BCC+CC_M-45K4
634414
Sicherheits-Schaltgerät
combustion air failure
SR3C AC/DC24V
=BCC+CC_M-46K6
634414
Sicherheits-Schaltgerät
burner swung out
SR3C AC/DC24V
=BCC+CC_M-46K8
515357
RELAIS
burner swung out
40.52.9.024
=BCC+CC_M-46K8
515359
LED-Anzeige rot
burner swung out
LED-ANZEIGE
=BCC+CC_M-46K8
515355
SCHRAUBFASSUNG BLAU
burner swung out
95.95.1
=BCC+CC_M-46K8
515356
Haltebügel blau
burner swung out
095.91
=BCC+CC_M-47K5
622489
HILFSSCHUETZ
purge position
NL 40E
=BCC+CC_M-47K5
615592
Löschglied
purge position
RT 5/32
=BCC+CC_M-47K5
603271
Hilfskontakt
purge position
CA 5-10
=BCC+CC_M-47K5
603272
Hilfskontakt
purge position
CA 5-01
=BCC+CC_M-47K6
526293
RELAIS
ignition position
55.34.9.024.00.40
=BCC+CC_M-47K6
515359
LED-Anzeige rot
ignition position
LED-ANZEIGE
=BCC+CC_M-47K6
526291
SCHRAUBFASSUNG BLAU
ignition position
SOCKET BLUE
FINDER
=BCC/47.6 380
LED indication red
FINDER
=BCC/47.6 379
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/47.6 378
auxiliary contact
ABB
=BCC/47.5 377
auxiliary contact
ABB
=BCC/47.5 376
suppressor
ABB
=BCC/47.5 375
AUXILIARY CONTACTOR
ABB
=BCC/47.5 374
hold-down clip blue
FINDER
=BCC/46.7 373
SOCKET BLUE
FINDER
=BCC/46.7 372
LED indication red
FINDER
=BCC/46.7 371
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/46.7 370
safety device
H.Zander GmbH & Co.K
=BCC/46.6 369
safety device
H.Zander GmbH & Co.K
=BCC/45.4 368
safety device
H.Zander GmbH & Co.K
=BCC/44.4 367
hold-down clip blue
FINDER
=BCC/43.2 366
SOCKET BLUE
FINDER
=BCC/43.2 365
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/43.2 364
PRINT RELAY,2-CHANGER,230 VAC
FINDER
94.84.03
=BCC+CC_M-47K6
526292
Haltebügel blau
ignition position
hold-down clip blue
FINDER
=BCC/47.6
094.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 19
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 19 25
sh.
item list no.
381
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
634414
Sicherheits-Schaltgerät
safety device
=BCC+CC_M-48K6 fire in the windbox
H.Zander GmbH & Co.K
=BCC/48.6 382
SR3C AC/DC24V
=BCC+CC_M-49K6
634414
Sicherheits-Schaltgerät
oil pressure too high =BCC/49.6 383
SR3C AC/DC24V
=BCC+CC_M-50K6
634414
Sicherheits-Schaltgerät
HFO temperature too low
SR3C AC/DC24V
=BCC+CC_M-51K6
526293
RELAIS
HFO temperature high
55.34.9.024.00.40
=BCC+CC_M-51K6
515359
LED-Anzeige rot
HFO temperature high
LED-ANZEIGE
=BCC+CC_M-51K6
526291
SCHRAUBFASSUNG BLAU
HFO temperature high
protection note according to DIN 34 consider !
94.84.03
=BCC+CC_M-51K6
526292
Haltebügel blau
HFO temperature high
094.91
=BCC+CC_M-52K6
634414
Sicherheits-Schaltgerät
steam pressure too high
SR3C AC/DC24V
=BCC+CC_M-53K6
634414
Sicherheits-Schaltgerät
flue gas temperature too high
SR3C AC/DC24V
=BCC+CC_M-55K5
515357
RELAIS
fuel oil circulating to pump
40.52.9.024
=BCC+CC_M-55K5
515359
LED-Anzeige rot
fuel oil circulating to pump
LED-ANZEIGE
=BCC+CC_M-55K5
515355
SCHRAUBFASSUNG BLAU
fuel oil circulating to pump
95.95.1
=BCC+CC_M-55K5
515356
Haltebügel blau
fuel oil circulating to pump
095.91
=BCC+CC_M-55K6
515357
RELAIS
fuel oil circulating to tank
40.52.9.024
=BCC+CC_M-55K6
515359
LED-Anzeige rot
fuel oil circulating to tank
LED-ANZEIGE
=BCC+CC_M-55K6
515355
SCHRAUBFASSUNG BLAU
fuel oil circulating to tank
95.95.1
=BCC+CC_M-55K6
515356
Haltebügel blau
fuel oil circulating to tank
095.91
=BCC+CC_M-56K6
622489
HILFSSCHUETZ
HFO operation selected
NL 40E
=BCC+CC_M-56K6
615592
Löschglied
HFO operation selected
suppressor
ABB
=BCC/56.6 400
AUXILIARY CONTACTOR
ABB
=BCC/56.6 399
hold-down clip blue
FINDER
=BCC/55.6 398
SOCKET BLUE
FINDER
=BCC/55.6 397
LED indication red
FINDER
=BCC/55.6 396
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/55.6 395
hold-down clip blue
FINDER
=BCC/55.5 394
SOCKET BLUE
FINDER
=BCC/55.5 393
LED indication red
FINDER
=BCC/55.5 392
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/55.5 391
safety device
H.Zander GmbH & Co.K
=BCC/53.6 390
safety device
H.Zander GmbH & Co.K
=BCC/52.6 389
hold-down clip blue
FINDER
=BCC/51.6 388
SOCKET BLUE
FINDER
=BCC/51.6 387
LED indication red
FINDER
=BCC/51.6 386
MINIATURE-RELAY 4CHANGE-OVER
FINDER
=BCC/51.6 385
safety device
H.Zander GmbH & Co.K
=BCC/50.6 384
safety device
H.Zander GmbH & Co.K
RT 5/32
=BCC+CC_M-56K6
603271
Hilfskontakt
HFO operation selected
auxiliary contact
ABB
=BCC/56.6
CA 5-10
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 20
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 20 25
sh.
item list no.
401
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
603272
Hilfskontakt
auxiliary contact
=BCC+CC_M-56K6 HFO operation selected
ABB
=BCC/56.6 402
CA 5-01
=BCC+CC_M-57K6
622489
HILFSSCHUETZ
MDO selected =BCC/57.6 403
NL 40E
=BCC+CC_M-57K6
615592
Löschglied
MDO selected
RT 5/32
=BCC+CC_M-57K6
603271
Hilfskontakt
MDO selected
CA 5-10
=BCC+CC_M-57K6
603272
Hilfskontakt
MDO selected
CA 5-01
=BCC+CC_M-59K4
515357
RELAIS
selection HFO / MDO
protection note according to DIN 34 consider !
40.52.9.024
=BCC+CC_M-59K4
515359
LED-Anzeige rot
selection HFO / MDO
LED-ANZEIGE
=BCC+CC_M-59K4
515355
SCHRAUBFASSUNG BLAU
selection HFO / MDO
95.95.1
=BCC+CC_M-59K4
515356
Haltebügel blau
selection HFO / MDO
095.91
=BCC+CC_M-59K7
622489
HILFSSCHUETZ
MGO operation
NL 40E
=BCC+CC_M-59K7
615592
Löschglied
MGO operation
RT 5/32
=BCC+CC_M-59K7
603271
Hilfskontakt
MGO operation
CA 5-10
=BCC+CC_M-59K7
603272
Hilfskontakt
MGO operation
CA 5-01
=BCC+CC_M-61K2
515357
RELAIS
boiler purge
40.52.9.024
=BCC+CC_M-61K2
515359
LED-Anzeige rot
boiler purge
LED-ANZEIGE
=BCC+CC_M-61K2
515355
SCHRAUBFASSUNG BLAU
boiler purge
95.95.1
=BCC+CC_M-61K2
515356
Haltebügel blau
boiler purge
095.91
=BCC+CC_M-61K3
515357
RELAIS
increase burner load
40.52.9.024
=BCC+CC_M-61K3
515359
LED-Anzeige rot
increase burner load
LED indication red
FINDER
=BCC/61.3 420
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/61.3 419
hold-down clip blue
FINDER
=BCC/61.3 418
SOCKET BLUE
FINDER
=BCC/61.3 417
LED indication red
FINDER
=BCC/61.3 416
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/61.3 415
auxiliary contact
ABB
=BCC/59.7 414
auxiliary contact
ABB
=BCC/59.7 413
suppressor
ABB
=BCC/59.7 412
AUXILIARY CONTACTOR
ABB
=BCC/59.7 411
hold-down clip blue
FINDER
=BCC/59.4 410
SOCKET BLUE
FINDER
=BCC/59.4 409
LED indication red
FINDER
=BCC/59.4 408
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/59.4 407
auxiliary contact
ABB
=BCC/57.6 406
auxiliary contact
ABB
=BCC/57.6 405
suppressor
ABB
=BCC/57.6 404
AUXILIARY CONTACTOR
ABB
LED-ANZEIGE
=BCC+CC_M-61K3
515355
SCHRAUBFASSUNG BLAU
increase burner load
SOCKET BLUE
FINDER
=BCC/61.3
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 21
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 21 25
sh.
item list no.
421
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-61K3 increase burner load
FINDER
=BCC/61.3 422
095.91
=BCC+CC_M-61K4
515357
RELAIS
decrease burner load =BCC/61.4 423
40.52.9.024
=BCC+CC_M-61K4
515359
LED-Anzeige rot
decrease burner load
LED-ANZEIGE
=BCC+CC_M-61K4
515355
SCHRAUBFASSUNG BLAU
decrease burner load
95.95.1
=BCC+CC_M-61K4
515356
Haltebügel blau
decrease burner load
095.91
=BCC+CC_M-63K3
515357
RELAIS
controlled shut-down
protection note according to DIN 34 consider !
40.52.9.024
=BCC+CC_M-63K3
515359
LED-Anzeige rot
controlled shut-down
LED-ANZEIGE
=BCC+CC_M-63K3
515355
SCHRAUBFASSUNG BLAU
controlled shut-down
95.95.1
=BCC+CC_M-63K3
515356
Haltebügel blau
controlled shut-down
095.91
=BCC+CC_M-63K4
515357
RELAIS
steam pressure low/high
40.52.9.024
=BCC+CC_M-63K4
515359
LED-Anzeige rot
steam pressure low/high
LED-ANZEIGE
=BCC+CC_M-63K4
515355
SCHRAUBFASSUNG BLAU
steam pressure low/high
95.95.1
=BCC+CC_M-63K4
515356
Haltebügel blau
steam pressure low/high
095.91
=BCC+CC_M-63K5
515357
RELAIS
steam pressure high
40.52.9.024
=BCC+CC_M-63K5
515359
LED-Anzeige rot
steam pressure high
LED-ANZEIGE
=BCC+CC_M-63K5
515355
SCHRAUBFASSUNG BLAU
steam pressure high
95.95.1
=BCC+CC_M-63K5
515356
Haltebügel blau
steam pressure high
095.91
=BCC+CC_M-63K6
515357
RELAIS
steam pressure low
40.52.9.024
=BCC+CC_M-63K6
515359
LED-Anzeige rot
steam pressure low
LED indication red
FINDER
=BCC/63.6 440
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.6 439
hold-down clip blue
FINDER
=BCC/63.5 438
SOCKET BLUE
FINDER
=BCC/63.5 437
LED indication red
FINDER
=BCC/63.5 436
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.5 435
hold-down clip blue
FINDER
=BCC/63.4 434
SOCKET BLUE
FINDER
=BCC/63.4 433
LED indication red
FINDER
=BCC/63.4 432
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.4 431
hold-down clip blue
FINDER
=BCC/63.3 430
SOCKET BLUE
FINDER
=BCC/63.3 429
LED indication red
FINDER
=BCC/63.3 428
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
=BCC/63.3 427
hold-down clip blue
FINDER
=BCC/61.4 426
SOCKET BLUE
FINDER
=BCC/61.4 425
LED indication red
FINDER
=BCC/61.4 424
PRINT RELAY, 2-CHANGER, 24VDC
FINDER
LED-ANZEIGE
=BCC+CC_M-63K6
515355
SCHRAUBFASSUNG BLAU
steam pressure low
SOCKET BLUE
FINDER
=BCC/63.6
95.95.1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 22
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 22 25
sh.
item list no.
441
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515356
Haltebügel blau
hold-down clip blue
=BCC+CC_M-63K6 steam pressure low
FINDER
=BCC/63.6 442
095.91
=BCC+CC_M-69A2
635419
GRENZWERTSCHALTER, NIVEAU
level limit switch Niveauschalter =BCC/69.2 443
NRS 1-50s , 15sek.Tr
=BCC+CC_M-69K5
634413
Sicherheits-Schaltgerät
boiler water level 1 too low
safety device
H.Zander GmbH & Co.K
=BCC/69.5 444
limit switch, level
GESTRA
SR3C AC230V
=BCC+CC_M-70A2
629178 PR electronics
=BCC/70.2 445
PReasy 4116
=BCC+CC_M-70A2
629183 PR electronics
=BCC/70.2 446
PReasy 4116
=BCC+CC_M-70K5
526293
RELAIS
boiler water level 2 too low
protection note according to DIN 34 consider !
=BCC/70.4 447
55.34.9.024.00.40
=BCC+CC_M-70K5
515359
LED-Anzeige rot
boiler water level 2 too low
LED-ANZEIGE
=BCC+CC_M-70K5
526291
SCHRAUBFASSUNG BLAU
boiler water level 2 too low
94.84.03
=BCC+CC_M-70K5
526292
Haltebügel blau
boiler water level 2 too low
hold-down clip blue
FINDER
=BCC/70.4 450
SOCKET BLUE
FINDER
=BCC/70.4 449
LED indication red
FINDER
=BCC/70.4 448
MINIATURE-RELAY 4CHANGE-OVER
FINDER
094.91
=BCC+CC_M-73A2
629178 PR electronics
=BCC/73.2 451
PReasy 4116
=BCC+CC_M-73A2
629183 PR electronics
=BCC/73.2 452
PReasy 4116
=BCC+CC_M-74K6
515358
RELAIS
low water alarm =BCC/74.7 453
40.52.8.230
=BCC+CC_M-74K6
629903
RELAIS
low water alarm
40.52.8.230
=BCC+CC_M-74K6
515355
SCHRAUBFASSUNG BLAU
low water alarm
95.95.1
=BCC+CC_M-74K6
515356
Haltebügel blau
low water alarm
095.91
=BCC+CC_M-74K7
515358
RELAIS
high water alarm
40.52.8.230
=BCC+CC_M-74K7
629903
RELAIS
high water alarm
40.52.8.230
=BCC+CC_M-74K7
515355
SCHRAUBFASSUNG BLAU
high water alarm
95.95.1
=BCC+CC_M-74K7
515356
Haltebügel blau
high water alarm
hold-down clip blue
FINDER
=BCC/74.7 460
SOCKET BLUE
FINDER
=BCC/74.7 459
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 458
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 457
hold-down clip blue
FINDER
=BCC/74.7 456
SOCKET BLUE
FINDER
=BCC/74.7 455
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/74.7 454
PRINT RELAY,2-CHANGER,230 VAC
FINDER
095.91
=BCC+CC_M-76K5
515358
RELAIS
conductivity high
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/76.5
40.52.8.230
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 23
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 23 25
sh.
item list no.
461
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515360
R/C-KOMBINATION
RC_MODULE
=BCC+CC_M-76K5 conductivity high
FINDER
=BCC/76.5 462
99.80.0230.09
=BCC+CC_M-76K5
515355
SCHRAUBFASSUNG BLAU
conductivity high =BCC/76.5 463
95.95.1
=BCC+CC_M-76K5
515356
Haltebügel blau
conductivity high
095.91
=BCC+CC_M-77K4
515358
RELAIS
oil turbidity
40.52.8.230
=BCC+CC_M-77K4
515360
R/C-KOMBINATION
oil turbidity
99.80.0230.09
=BCC+CC_M-77K4
515355
SCHRAUBFASSUNG BLAU
oil turbidity
protection note according to DIN 34 consider !
SOCKET BLUE
FINDER
=BCC/77.4 467
RC_MODULE
FINDER
=BCC/77.4 466
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/77.4 465
hold-down clip blue
FINDER
=BCC/76.5 464
SOCKET BLUE
FINDER
95.95.1
=BCC+CC_M-77K4
515356
Haltebügel blau
oil turbidity
hold-down clip blue
FINDER
=BCC/77.4
095.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 24
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 24 25
sh.
item list no.
481
item Betriebsmittel
part number
identifier 1 + 2
comment
additional info 1
producer
kind
presentation
additional info 2
odering number
type
515360
R/C-KOMBINATION
RC_MODULE
=BCC+CC_M-76K5 conductivity high
FINDER
=BCC/76.5 482
99.80.0230.09
=BCC+CC_M-76K5
515355
SCHRAUBFASSUNG BLAU
conductivity high =BCC/76.5 483
95.95.1
=BCC+CC_M-76K5
515356
Haltebügel blau
conductivity high
095.91
=BCC+CC_M-77K4
515358
RELAIS
oil turbidity
40.52.8.230
=BCC+CC_M-77K4
515360
R/C-KOMBINATION
oil turbidity
99.80.0230.09
=BCC+CC_M-77K4
515355
SCHRAUBFASSUNG BLAU
oil turbidity
protection note according to DIN 34 consider !
SOCKET BLUE
FINDER
=BCC/77.4 487
RC_MODULE
FINDER
=BCC/77.4 486
PRINT RELAY,2-CHANGER,230 VAC
FINDER
=BCC/77.4 485
hold-down clip blue
FINDER
=BCC/76.5 484
SOCKET BLUE
FINDER
95.95.1
=BCC+CC_M-77K4
515356
Haltebügel blau
oil turbidity
hold-down clip blue
FINDER
=BCC/77.4
095.91
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
item list / Geräte-Stückliste 25
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32
= +
0-8100-100454-14-3
sheet 25 25
sh.
cable list no.
1
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
25
=BCC+CC_M-X0
Marine- cable
1.00
=BCC+MSB1-X
-BCC_1000
4
M4G25 2
-BCC_1001
3
-BCC_1002
4
-BCC_1003
5
-BCC_1004
-BCC_1005
protection note according to ISO 16016 consider!
-BCC_1006
-BCC_1007
-BCC_1008
10
-BCC_1009
-BCC_1010
-BCC_1011
-BCC_1012
-BCC_2005
15
-BCC_2006
-BCC_2008
-BCC_2009
-BCC_2020
-BCC_2022
20
4
2,5
=BCC+CC_M-X0
1.00
=BCC+BW-X8
Marine- cable
-BCC_2120
4
1,5
=BCC+CC_M-X0
1.00
=BCC+F-2M3
Marine- cable
0 0 4
2,5
=BCC+CC_M-X0
1.00
=BCC+FWP1-4M2
Marine- cable
0 0 4
2,5
=BCC+CC_M-X0
1.00
=BCC+FWP2-4M3
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+MGOP1-3M5
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+MGOP2-3M7
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+FOP1-3M2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X0
1.00
=BCC+FOP2-3M3
Marine- cable
0 0 4
4
=BCC+CC_M-X0
1.00
=BCC+BN-X
Marine- cable
0 0 16
1,5
=BCC+CC_M-X1
1.00
=BCC+BW-X1.1
Marine- cable
0 0 3
1,5
=BCC+CC_M-X1
1.00
=BCC+BO-68B2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+F-77A2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+F-76A3
Marine- cable
0 0 3
1,5
=BCC+CC_M-X0
1.00
=BCC+FW-5M2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X1
1.00
=BCC+BN-X
Marine- cable
0 0
7
M7G1,5
0 0
4
M4G1,5
0 0
3
M3G1,5 19
=BCC+BN-2M5
4
M4G1,5 18
1.00
Marine- cable
4
M4G1,5 17
=BCC+CC_M-X0
3
M3G1,5 16
4
4
16
M16G1,5
0 0
4
M4G4 14
=BCC+FWP2-X0
4
M4G1,5 13
1.00
Marine- cable
4
M4G1,5 12
=BCC+FWP2+MSB2-X
4
M4G1,5 11
4
4
4
M4G1,5
0 0
4
M4G2,5 9
=BCC+MSB2-X
4
M4G2,5 8
1.00
Marine- cable
4
M4G1,5 7
=BCC+CC_M-X0
4
M4G2,5 6
4
35
4
M4G4
0 0
4
M4G4
proved wires
4
4
M4G35
laying system
6
1,5
=BCC+CC_M-X20
1.00
=BCC+FOP1-S3
Marine- cable
0 1
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 1
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 1 3
sh.
cable list no.
21
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
1,5
=BCC+CC_M-X21
Marine- cable
1.00
=BCC+FOP2-S3
-BCC_2121
7
M7G1,5 22
-BCC_2122
23
-BCC_2123
24
-BCC_2220
25
-BCC_2221
-BCC_2222
protection note according to ISO 16016 consider!
-BCC_3001
-BCC_3002
-BCC_3005
30
-BCC_3006
-BCC_3007
-BCC_3008
-BCC_3010
-BCC_3012
35
-BCC_3014
-BCC_3016
-BCC_3018
-BCC_3020
-BCC_3021
40
6
1,5
=BCC+BCCFWP2-X1
1.00
=BCC+FWP2-S1
Marine- cable
-BCC_4000
7
1,5
=BCC+CC_M-X31
1.00
=BCC+BCCFWP2-X1
Marine- cable
0 0 2
1,5
=BCC.+CC-X2
1.00
=BCC.+F-9S2
Marine- cable
0 0 2
1,5
=BCC.+CC-X2
1.00
=BCC.+F-9S3
Marine- cable
0 0 10
1,5
=BCC+CC_M-X2
1.00
=BCC+BW-X2.1
Marine- cable
0 2 2
1,5
=BCC+CC_M-X2
1.00
=BCC+BO-52F2
Marine- cable
0 0 2
1,5
=BCC+CC_M-X2
1.00
=BCC+BO-53F2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-55S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-56S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-56S3
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+F-16F7
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+FW-19F7-19F1
Marine- cable
0 0 2
1,5
=BCC+CC_M-X1
1.00
=BCC+GO 006-23F7
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-59S2
Marine- cable
0 0 4
1,5
=BCC+CC_M-X2
1.00
=BCC+F-59S3
Marine- cable
0 0
3
M2x0,75SH
0 1
4
M4x1,5
0 1
4
M4x1,5 39
=BCC+FWP1-S3
2
M2X1,5 38
1.00
Marine- cable
2
M2X1,5 37
=BCC+CC_M-X30
2
M2X1,5 36
6
1,5
4
M4x1,5
0 1
4
M4x1,5 34
=BCC+MGOP2-S3
4
M4x1,5 33
1.00
Marine- cable
2
M2X1,5 32
=BCC+CC_M-X41
2
M2X1,5 31
6
1,5
12
M12x1,5
0 1
2
M2X1,5 29
=BCC+MGOP1-S3
2
M2X1,5 28
1.00
Marine- cable
7
M7G1,5 27
=BCC+CC_M-X40
7
M7G1,5 26
6
1,5
7
M7G1,5
0 1
7
M7G1,5
proved wires
6
7
M7G1,5
laying system
3
0,75
=BCC+CC_M-X3
1.00
=BCC+BO-64B2
Marine- cable screened
0 0
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 2
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 2 3
sh.
cable list no.
41
item
number of wire
cablerun
kind of cable
comment
wires width
destination 1
identifier 1
reserve wires
cable type
cable length
destination 2
identifier 2
free wires
0,75
=BCC+CC_M-X3
Marine- cable screened
1.00
=BCC+BW-X3.1
-BCC_4001
6
M5x0,75SH 42
-BCC_4002
43
-BCC_4003
44
-BCC_4005
45
-BCC_4011
-BCC_4099
protection note according to ISO 16016 consider!
-BCC_6001
-BCC_6010
-BCC_6011
50
-BCC_6012
-BCC_6013
1.00
-SH
Marine- cable screened
-BCC_6014
3
0,75
=BCC+CC_M-X3
1.00
=BCC+BO-68B2
Marine- cable screened
0 0 4
0,75
=BCC+CC_M-X3
1.00
=BCC+BW-X3.3
Marine- cable screened
0 0 4
0,75
=BCC+F-76A3
1.00
=BCC+F-86B3
Marine- cable screened
0 1 4
0,75
=BCC+CC_M-X6
1.00
=ECR+.-X
Marine- cable screened
0 2 24
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 24
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0 18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0
18
M18x1,5
0 0
18
M18x1,5 52
=BCC+CC_M-X3
18
M18x1,5 51
5
0,75
24
M24x1,5
0 0
24
M24x1,5 49
=BCC+BW-X3.2
6
M5x0,75SH 48
1.00
Marine- cable screened
5
M4x0,75SH 47
=BCC+CC_M-X3
4
M3x0,75SH 46
6
0,75
3
M2x0,75SH
0 0
5
M4x0,75SH
proved wires
6
6
M5x0,75SH
laying system
18
1,5
=BCC+CC_M-X4
1.00
=BCC+ECR-X
Marine- cable
0 0
remark :
R. modification
date
date
2012-01-30
drawn
ROS
check
ROS
name standard
cable list / Kabelliste 3
Control Cabinet Boiler origin
replaced for
replaced by
0-8100-100454-14 /3-32 0-8100-100454-14-3
sheet 3 3
sh.
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