03 Loc

Hitachi Proprietary

LOC00-00 Rev.0 / May.2005

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOCATION SECTION

LOC00-00

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC00-10 Rev.3 / Jan.2006, Apr.2006

Contents LOC01-10

1. Overview of Disk Subsystem

LOC02-10 LOC02-10 LOC02-10 LOC02-11 LOC02-12 LOC02-20 LOC02-20 LOC02-21 LOC02-30 LOC02-40 LOC02-50

2. Parts Location 2.1 Basic Rack 2.1.1 Standard Configuration 2.1.2 TagmaStore AMS/WMS Mounting Configuration 2.1.3 Disk-less Configuration 2.2 Extension Rack 2.2.1 Standard Configuration 2.2.2 TagmaStore AMS/WMS Mounting Configuration 2.3 PCB Location 2.4 Memory Module Location 2.5 Location Label for HDD BOX

LOC03-10 LOC03-10 LOC03-30 LOC03-80 LOC03-80 LOC03-90 LOC03-110 LOC03-130

3. Panel 3.1 Operator Panel 3.2 Other Switches and LEDs 3.3 Circuit Breakers 3.3.1 Location of Circuit Breakers 3.3.2 Connection of Power Supplies (Standard Configuration) 3.3.3 Connection of Power Supplies (TagmaStore AMS/WMS Mounting Configuration) 3.3.4 Connection of Power Supplies (Disk-less Configuration)

LOC04-10 LOC04-10 LOC04-50

4. Connection of External Cable 4.1 Channel Interface 4.2 SVP Interface

LOC05-10 LOC05-10 LOC05-10 LOC05-21 LOC05-23 LOC05-30 LOC05-80

5. Internal Cabling Block Diagram 5.1 Internal Cable Connection of Rack 5.1.1 Standard Configuration 5.1.2 TagmaStore AMS/WMS Mounting Configuration 5.1.3 Disk-less Configuration 5.2 Cable Connection between Basic Rack and Extension Rack 5.3 LAN Cabling

LOC06-10 LOC06-10 LOC06-20

6. Jumper Setting 6.1 Shut Down Jumpers 6.2 Other Jumpers

LOC00-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC01-10 Rev.0 / May.2005

1. Overview of Disk Subsystem Basic Rack

Extension Rack Extension BOX

Basic Configuration

Extension BOX

Extension BOX

Front View

LOC01-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC02-10 Rev.2 / Jun.2005, Jan.2006

2. Parts Location Note: Mounted positions of DKU-RK1, RK2, and RK3 will be different between a standard configuration and TagmaStore AMS/ WMS mounting configuration. See the stickers labeled on front and back of a HDD BOX therefore they indicate mount positions of the parts to avoid mismounting the parts. (Refer to LOC02-50.) 2.1 Basic Rack 2.1.1 Standard Configuration The name in parentheses in the SVP messages shows HDDXX-YY here.

HDD13-00 HDD13-01 HDD13-02 HDD13-03 HDD13-04 HDD13-05 HDD13-06 HDD13-07 HDD13-08 HDD13-09 HDD13-0A HDD13-0B HDD13-0C HDD13-0D HDD13-0E

DKU-RK1

HDD12-00 HDD12-01 HDD12-02 HDD12-03 HDD12-04 HDD12-05 HDD12-06 HDD12-07 HDD12-08 HDD12-09 HDD12-0A HDD12-0B HDD12-0C HDD12-0D HDD12-0E HDD11-00 HDD11-01 HDD11-02 HDD11-03 HDD11-04 HDD11-05 HDD11-06 HDD11-07 HDD11-08 HDD11-09 HDD11-0A HDD11-0B HDD11-0C HDD11-0D HDD11-0E HDD10-00 HDD10-01 HDD10-02 HDD10-03 HDD10-04 HDD10-05 HDD10-06 HDD10-07 HDD10-08 HDD10-09 HDD10-0A HDD10-0B HDD10-0C HDD10-0D HDD10-0E HDD03-00 HDD03-01 HDD03-02 HDD03-03 HDD03-04 HDD03-05 HDD03-06 HDD03-07 HDD03-08 HDD03-09 HDD03-0A HDD03-0B HDD03-0C HDD03-0D HDD03-0E

DKU-RK0

FSW123-U

HDU-13

HDU-12

HDU-11

DKUPS1-3 P D U U 1 0

P D U U 1 1

DKUPS1-2 FSW123-L FSW101-U DKUPS1-1

HDU-10

DKUPS1-0 FSW101-L FSW023-U

HDU-03

DKUPS0-3

HDD02-00 HDD02-01 HDD02-02 HDD02-03 HDD02-04 HDD02-05 HDD02-06 HDD02-07 HDD02-08 HDD02-09 HDD02-0A HDD02-0B HDD02-0C HDD02-0D HDD02-0E

HDU-02

DKUPS0-2 FSW023-L

HDD01-00 HDD01-01 HDD01-02 HDD01-03 HDD01-04 HDD01-05 HDD01-06 HDD01-07 HDD01-08 HDD01-09 HDD01-0A HDD01-0B HDD01-0C HDD01-0D HDD01-0E

FSW001-U

HDU-01

DKUPS0-1

HDD00-00 HDD00-01 HDD00-02 HDD00-03 HDD00-04 HDD00-05 HDD00-06 HDD00-07 HDD00-08 HDD00-09 HDD00-0A HDD00-0B HDD00-0C HDD00-0D HDD00-0E

HDU-00

SVP

DKUPS0-0 FSW001-L TH2

TH1

DKC-PANEL

BATTERY23 (Add.2) BATTERY22 (Add.1) BATTERY21

P RFAN1 D RFAN RFAN U 11 12 C M C B 0 I H A 0 X A S E

RFAN2 RFAN 21 B A S E

C H A

RFAN 22 M I X

S S V P / M N

BATTERY13 (Add.2) BATTERY12 (Add.1) BATTERY11 FFAN2 FFAN FFAN 21 22

Fig. 2.1-1

P S 2 1

P D U C 0 1

P S 1 2 P S 1 1

FFAN1 FFAN FFAN 11 12

Front View of Basic Rack

P S 2 2

Rear View of Basic Rack

Parts Location of Basic Rack LOC02-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC02-11 Rev.0 / Jan.2006

2.1.2 TagmaStore AMS/WMS Mounting Configuration

P D U U 1 0

TagmaStore AMS/WMS

HDD02-00 HDD02-01 HDD02-02 HDD02-03 HDD02-04 HDD02-05 HDD02-06 HDD02-07 HDD02-08 HDD02-09 HDD02-0A HDD02-0B HDD02-0C HDD02-0D HDD02-0E HDD01-00 HDD01-01 HDD01-02 HDD01-03 HDD01-04 HDD01-05 HDD01-06 HDD01-07 HDD01-08 HDD01-09 HDD01-0A HDD01-0B HDD01-0C HDD01-0D HDD01-0E

The name in parentheses in the SVP messages shows HDDXX-YY here.

HDD03-00 HDD03-01 HDD03-02 HDD03-03 HDD03-04 HDD03-05 HDD03-06 HDD03-07 HDD03-08 HDD03-09 HDD03-0A HDD03-0B HDD03-0C HDD03-0D HDD03-0E

DKU-RK0

TagmaStore AMS/WMS

FSW023-U

HDU-03

DKUPS0-3

HDU-02

DKUPS0-2 FSW023-L FSW001-U

HDU-01

DKUPS0-1

HDD00-00 HDD00-01 HDD00-02 HDD00-03 HDD00-04 HDD00-05 HDD00-06 HDD00-07 HDD00-08 HDD00-09 HDD00-0A HDD00-0B HDD00-0C HDD00-0D HDD00-0E

HDU-00

SVP

DKUPS0-0 FSW001-L TH2

TH1

DKC-PANEL

BATTERY23 (Add.2) BATTERY22 (Add.1) BATTERY21

P RFAN1 D RFAN RFAN U 11 12 C M C B 0 I H A 0 X A S E

RFAN2 RFAN 21 B A S E

C H A

RFAN 22 M I X

S S V P / M N

BATTERY13 (Add.2) BATTERY12 (Add.1) BATTERY11 FFAN2 FFAN FFAN 21 22

P S 2 2 P S 2 1

P D U C 0 1

P S 1 2 P S 1 1

FFAN1 FFAN FFAN 11 12

Front View of Basic Rack

Fig. 2.1.2-1

P D U U 1 1

Rear View of Basic Rack

Parts Location of Basic Rack

LOC02-11

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC02-12 Rev.0 / Apr.2006

2.1.3 Disk-less Configuration Note: There is also a case for installing a single Control Frame (DKC515I-5/5R) on the lower frame in the Disk-less configuration.

P D U U 1 0

P D U U 1 1

SVP

TH2

TH1 RFAN1 RFAN 11

DKC-PANEL

BATTERY23 (Add.2)

M I X

BATTERY22 (Add.1) BATTERY21

RFAN 12 C H A

B A S E

RFAN2 RFAN 21 B A S E

C H A

RFAN 22 M I X

BATTERY13 (Add.2)

S S V P / M N

BATTERY12 (Add.1) BATTERY11 FFAN2 FFAN FFAN 21 22

SVP

BATTERY22 (Add.1) BATTERY21

P RFAN1 D RFAN RFAN U 11 12 C M C B 0 I H A 0 X A S E

RFAN2 RFAN 21 B A S E

C H A

RFAN 22 M I X

S S V P / M N

BATTERY13 (Add.2) BATTERY12 (Add.1) BATTERY11 FFAN2 FFAN FFAN 21 22

P S 2 2 P S 2 1

P D U C 0 1

P S 1 2 P S 1 1

FFAN1 FFAN FFAN 11 12

Front View of Basic Rack

Fig. 2.1.3-1

P S 1 2

TH2

TH1

BATTERY23 (Add.2)

P S 2 1

P S 1 1

FFAN1 FFAN FFAN 11 12

DKC-PANEL

P S 2 2

Rear View of Basic Rack

Parts Location of Basic Rack LOC02-12

Rev.1 / May.2005, Jan.2006

FSW323-L

HDD32-00 HDD32-01 HDD32-02 HDD32-03 HDD32-04 HDD32-05 HDD32-06 HDD32-07 HDD32-08 HDD32-09 HDD32-0A HDD32-0B HDD32-0C HDD32-0D HDD32-0E

FSW301-U DKUPS3-1

HDD31-00 HDD31-01 HDD31-02 HDD31-03 HDD31-04 HDD31-05 HDD31-06 HDD31-07 HDD31-08 HDD31-09 HDD31-0A HDD31-0B HDD31-0C HDD31-0D HDD31-0E

FSW301-L HDD30-00 HDD30-01 HDD30-02 HDD30-03 HDD30-04 HDD30-05 HDD30-06 HDD30-07 HDD30-08 HDD30-09 HDD30-0A HDD30-0B HDD30-0C HDD30-0D HDD30-0E

HDD23-00 HDD23-01 HDD23-02 HDD23-03 HDD23-04 HDD23-05 HDD23-06 HDD23-07 HDD23-08 HDD23-09 HDD23-0A HDD23-0B HDD23-0C HDD23-0D HDD23-0E

FSW223-L HDD22-00 HDD22-01 HDD22-02 HDD22-03 HDD22-04 HDD22-05 HDD22-06 HDD22-07 HDD22-08 HDD22-09 HDD22-0A HDD22-0B HDD22-0C HDD22-0D HDD22-0E

FSW201-U

DKUPS2-1

HDD21-00 HDD21-01 HDD21-02 HDD21-03 HDD21-04 HDD21-05 HDD21-06 HDD21-07 HDD21-08 HDD21-09 HDD21-0A HDD21-0B HDD21-0C HDD21-0D HDD21-0E

FSW201-L

HDD20-00 HDD20-01 HDD20-02 HDD20-03 HDD20-04 HDD20-05 HDD20-06 HDD20-07 HDD20-08 HDD20-09 HDD20-0A HDD20-0B HDD20-0C HDD20-0D HDD20-0E

Rear View of Extension Rack

Front View of Extension Rack

DKUPS2-0

HDU-20

P D U U 2 1

HDU-21

DKUPS2-3

HDU-23

DKUPS2-2

P D U U 2 0

HDU-22

DKUPS3-0

HDU-30

P D U U 3 1

HDU-31

DKUPS3-3

HDU-33 HDD33-00 HDD33-01 HDD33-02 HDD33-03 HDD33-04 HDD33-05 HDD33-06 HDD33-07 HDD33-08 HDD33-09 HDD33-0A HDD33-0B HDD33-0C HDD33-0D HDD33-0E

Parts Location of Extension Rack

Fig. 2.2-1

FSW223-U

DKU-RK2

DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC02-20

DKUPS3-2 P D U U 3 0

HDU-32

The name in parentheses in the SVP messages shows HDDXX-YY here.

FSW323-U

DKU-RK3

SC01486Z Hitachi Proprietary

2.2 Extension Rack

2.2.1 Standard Configuration

LOC02-20

DKC515I Copyright © 2006, Hitachi, Ltd.

LOC02-21

Rev.0 / Jan.2006

FSW323-L

HDD32-00 HDD32-01 HDD32-02 HDD32-03 HDD32-04 HDD32-05 HDD32-06 HDD32-07 HDD32-08 HDD32-09 HDD32-0A HDD32-0B HDD32-0C HDD32-0D HDD32-0E

DKUPS3-1

HDD31-00 HDD31-01 HDD31-02 HDD31-03 HDD31-04 HDD31-05 HDD31-06 HDD31-07 HDD31-08 HDD31-09 HDD31-0A HDD31-0B HDD31-0C HDD31-0D HDD31-0E

FSW301-L

HDD30-00 HDD30-01 HDD30-02 HDD30-03 HDD30-04 HDD30-05 HDD30-06 HDD30-07 HDD30-08 HDD30-09 HDD30-0A HDD30-0B HDD30-0C HDD30-0D HDD30-0E

HDD23-00 HDD23-01 HDD23-02 HDD23-03 HDD23-04 HDD23-05 HDD23-06 HDD23-07 HDD23-08 HDD23-09 HDD23-0A HDD23-0B HDD23-0C HDD23-0D HDD23-0E

FSW223-L

HDD22-00 HDD22-01 HDD22-02 HDD22-03 HDD22-04 HDD22-05 HDD22-06 HDD22-07 HDD22-08 HDD22-09 HDD22-0A HDD22-0B HDD22-0C HDD22-0D HDD22-0E

FSW201-U DKUPS2-1

HDD21-00 HDD21-01 HDD21-02 HDD21-03 HDD21-04 HDD21-05 HDD21-06 HDD21-07 HDD21-08 HDD21-09 HDD21-0A HDD21-0B HDD21-0C HDD21-0D HDD21-0E

FSW201-L

HDD20-00 HDD20-01 HDD20-02 HDD20-03 HDD20-04 HDD20-05 HDD20-06 HDD20-07 HDD20-08 HDD20-09 HDD20-0A HDD20-0B HDD20-0C HDD20-0D HDD20-0E

HDD13-00 HDD13-01 HDD13-02 HDD13-03 HDD13-04 HDD13-05 HDD13-06 HDD13-07 HDD13-08 HDD13-09 HDD13-0A HDD13-0B HDD13-0C HDD13-0D HDD13-0E

FSW123-L HDD12-00 HDD12-01 HDD12-02 HDD12-03 HDD12-04 HDD12-05 HDD12-06 HDD12-07 HDD12-08 HDD12-09 HDD12-0A HDD12-0B HDD12-0C HDD12-0D HDD12-0E

FSW101-U

DKUPS1-1 HDD11-00 HDD11-01 HDD11-02 HDD11-03 HDD11-04 HDD11-05 HDD11-06 HDD11-07 HDD11-08 HDD11-09 HDD11-0A HDD11-0B HDD11-0C HDD11-0D HDD11-0E

FSW101-L

HDD10-00 HDD10-01 HDD10-02 HDD10-03 HDD10-04 HDD10-05 HDD10-06 HDD10-07 HDD10-08 HDD10-09 HDD10-0A HDD10-0B HDD10-0C HDD10-0D HDD10-0E

Rear View of Extension Rack

Front View of Extension Rack

DKUPS1-3

HDU-13

DKUPS1-0

HDU-10

DKUPS2-0

HDU-20

P D U U 2 1

HDU-11

DKUPS2-3

HDU-23

DKUPS1-2

P D U U 2 0

HDU-12

DKUPS3-0

HDU-30

P D U U 3 1

HDU-21

FSW301-U

HDU-31

DKUPS2-2 P D U U 3 0

HDU-22

DKUPS3-3

HDU-33 HDD33-00 HDD33-01 HDD33-02 HDD33-03 HDD33-04 HDD33-05 HDD33-06 HDD33-07 HDD33-08 HDD33-09 HDD33-0A HDD33-0B HDD33-0C HDD33-0D HDD33-0E

Parts Location of Extension Rack

Fig. 2.2.2-1

FSW123-U

DKU-RK1

FSW223-U

DKU-RK2

DKUPS3-2

HDU-32 The name in parentheses in the SVP messages shows HDDXX-YY here.

FSW323-U

DKU-RK3

SC01486Z Hitachi Proprietary

2.2.2 TagmaStore AMS/WMS Mounting Configuration

LOC02-21

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC02-30 Rev.5 / Nov.2005, Apr.2006

2.3 PCB Location LOGIC BOX PCB LOCATION CL1 1B C H A

1A W P 5 2 5 | B × 1

S H 3 4 3 | B × 4

*A MIX-1A Add.

*B CHA-1B Add.

CL2 2E C H A

1C W P 5 3 5 | A

2D W P 5 3 5 | A

BASE-1C Basic

BASE-2D Basic

*B CHA-2E Add.

2F W P 5 2 5 | B × 1

S H 3 4 3 | B × 4

*A MIX-2F Add.

*A: DKC-F515I-MIX2R *B: Description of CHA PCBs W S W S P H P H 5 3 5 3 1 4 1 4 2 3 4 3 | | | | B B D B × × × × 1 4 1 4 *1, *10 *2

*1: *2: *3: *4: *5:

W P 5 1 4 | C × 1

S H 3 4 3 | B × 4 *3

W S W P H P 5 3 5 1 4 1 5 3 5 | | | D B C × × × 1 4 1 *4, *11 *5,

DKC-F510I-16SR DKC-F510I-16MLR DKC-F510I-16MSR DKC-F510I-8MLR DKC-F510I-8MSR

Fig. 2.3-1

S W S W S H P H P H 3 5 3 5 3 4 1 4 1 4 3 7 3 6 3 | | | | | B C B B B × × × × × 4 1 1 1 2 *12 *6, *13 *7

*6: DKC-F510I-8NSR *7: DKC-F510I-8ISR *8: DKC-F510I-32HSR *9: DKC-F510I-16HSR *10: DKC-F510I-16S

W S W S P H P H 5 3 5 3 1 4 1 4 3 3 3 3 | | | | D B C B × × × × 1 4 1 2 *8, *14 *9, *15

CL1/CL2 (1B or 2E) W S W S W S P H P H P H 5 3 5 3 5 3 1 4 1 4 1 4 2 3 5 3 5 3 | | | | | | A A B A A A × × × × × × 1 4 1 4 1 4 *10 *11 *12

*11: DKC-F510I-8ML *12: DKC-F510I-8MS *13: DKC-F510I-8NS *14: DKC-F510I-32HS *15: DKC-F510I-16HS

W S P H 5 3 1 4 7 3 | | A A × × 1 1 *13

W S P H 5 3 1 4 3 3 | | B A × × 1 4 *14

W S P H 5 3 1 4 3 3 | | A A × × 1 2 *15

W S P H 5 3 1 4 8 3 | | D B × × 1 4 *16

W S P H 5 3 1 4 3 3 | | E B × × 1 2 *17

W S P H 5 3 1 4 8 3 | | G B × × 1 2 *18

W S P H 5 3 1 4 8 3 | | E B × × 1 2 *19

W S P H 5 3 1 4 8 3 | | F B × × 1 4 *20

*16: DKC-F510I-32FSR *17: DKC-F510I-8HSR *18: DKC-F510I-8FS2R *19: DKC-F510I-16FS2R *20: DKC-F510I-32FS2R

PCB Location

LOC02-30

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC02-40 Rev.1 / May.2005, Oct.2005

2.4 Memory Module Location Cluster 1 Cluster 2

BASE PCB (WP535-A) Shared Memory Module Location SM00 : SH341-A/C/D SM01: SH341-A/C/D : SH341-A/C/D SM00 SM02: SH341-A/C/D : SH341-A/C/D SM01 SM02 : SH341-A/C/D

*a *a*b *b*c *c

SM05 : SH341-A/C/D SM04: SH341-A/C/D : SH341-A/C/D SM05 SM03: SH341-A/C/D : SH341-A/C/D SM04 SM03 : SH341-A/C/D

*f *f*e *e*d *d

*1: DKC-F510I-S1G/S1GR/S2GR *2: DKC-F510I-S1G/S1GR/S2GR *3: DKC-F510I-S1G/S1GR/S2GR *4: DKC-F510I-S1G/S1GR/S2GR *5: DKC-F510I-S1G/S1GR/S2GR *6: DKC-F510I-S1G/S1GR/S2GR (Note 1) DKC-F510I-S1G: SH341-A/C DKC-F510I-S1GR: SH341-C DKC-F510I-S2GR: SH341-D

Cache Memory Module Location

CM17 : SH342-A/C/D CM16 : SH342-A/C/D CM17 : SH342-A/C/D CM15 : SH342-A/C/D CM16 : SH342-A/C/D CM14 : SH342-A/C/D CM15 : SH342-A/C/D CM07 : SH342-A/C/D CM14 : SH342-A/C/D CM06 : SH342-A/C/D CM07 : SH342-A/C/D CM05 : SH342-A/C/D CM06 : SH342-A/C/D CM04 : SH342-A/C/D CM05 : SH342-A/C/D CM04 : SH342-A/C/D

CM00 : SH342-A/C/D CM01 : SH342-A/C/D CM00 : SH342-A/C/D CM02 : SH342-A/C/D CM01 : SH342-A/C/D CM03 : SH342-A/C/D CM02 : SH342-A/C/D CM03 : SH342-A/C/D

*8 *7 *6 *5 *8 *7 *6 *5 *8 *7 *6 *5 *8 *7 *6 *5

CM13 : SH342-A/C/D CM12 : SH342-A/C/D CM13 : SH342-A/C/D CM11 : SH342-A/C/D CM12 : SH342-A/C/D CM10 : SH342-A/C/D CM11 : SH342-A/C/D CM10 : SH342-A/C/D

*1 *1 *2 *2 *3 *3 *4 *4

*4 *4 *3 *3 *2 *2 *1 *1

*1: DKC-F510I-C4G/C4GR/C8GR × 1 set *2: DKC-F510I-C4G/C4GR/C8GR × 2 sets *3: DKC-F510I-C4G/C4GR/C8GR × 3 sets *4: DKC-F510I-C4G/C4GR/C8GR × 4 sets *5: DKC-F510I-C4G/C4GR/C8GR × 5 sets *6: DKC-F510I-C4G/C4GR/C8GR × 6 sets *7: DKC-F510I-C4G/C4GR/C8GR × 7 sets *8: DKC-F510I-C4G/C4GR/C8GR × 8 sets (Note 2) DKC-F510I-C4G: SH342-A/C DKC-F510I-C4GR: SH342-C DKC-F510I-C8GR: SH342-D

LOC02-40

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC02-50 Rev.0 / Jan.2006

2.5 Location Label for HDD BOX Figures 2.5-1 and 2.5-2 show where “HDD BOX location sticker” should be labeled. This sticker may not be labeled on a standard-configured HDD BOX. Standard Configuration

HDD BOX (DKU-RK1)

DKU-RK1

Location Label:

HDD BOX (DKU-RK1) HDD BOX (DKU-RK0)

HDD BOX (DKU-RK3) HDD BOX (DKU-RK3) HDD BOX (DKU-RK2)

LOGIC BOX

Location Label: DKU-RK3

HDD BOX (DKU-RK0)

Location Label: DKU-RK2

DKU-RK0

Location Label:

HDD BOX (DKU-RK2)

Front View of Extension Rack

Front View of Basic Rack

HDD BOX (DKU-RK1)

Location Label: DKU-RK1

HDD BOX (DKU-RK1) HDD BOX (DKU-RK0)

Location Label: DKU-RK0

HDD BOX (DKU-RK0)

HDD BOX (DKU-RK3)

Location Label: HDD BOX (DKU-RK3) HDD BOX (DKU-RK2)

LOGIC BOX

Location Label: HDD BOX (DKU-RK2)

Rear View of Basic Rack

Fig. 2.5-1

DKU-RK3

DKU-RK2

Rear View of Extension Rack

Attachment Position of Location Label for HDD BOX LOC02-50

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC02-60 Rev.0 / Jan.2006

TagmaStore AMS/WMS Mounting Configuration

HDD BOX (DKU-RK3)

Location Label: DKU-RK3

TagmaStore AMS/WMS

HDD BOX (DKU-RK3)

HDD BOX (DKU-RK0)

HDD BOX (DKU-RK2) HDD BOX (DKU-RK2) HDD BOX (DKU-RK1)

LOGIC BOX

Location Label: DKU-RK2

HDD BOX (DKU-RK0)

Location Label: DKU-RK1

DKU-RK0

Location Label:

HDD BOX (DKU-RK1)

Front View of Extension Rack

Front View of Basic Rack

TagmaStore AMS/WMS

HDD BOX (DKU-RK3)

Location Label: DKU-RK3

HDD BOX (DKU-RK3)

HDD BOX (DKU-RK0)

Location Label: DKU-RK0

HDD BOX (DKU-RK0)

HDD BOX (DKU-RK2)

Location Label: DKU-RK2

HDD BOX (DKU-RK2) HDD BOX (DKU-RK1)

LOGIC BOX

Location Label: HDD BOX (DKU-RK1)

Rear View of Basic Rack

Fig. 2.5-2

DKU-RK1

Rear View of Extension Rack

Attachment Position of Location Label for HDD BOX

LOC02-60

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-10 Rev.1 / May.2005, Apr.2006

3. Panel 3.1 Operator Panel [1] Operator Panel Fig. 3.1-1 and Table 3.1-1 show the Operator Panel and its functions respectively. Circled numbers in Fig. 3.1-1 correspond to the numbers in Table 3.1-1. Standard Configuration or TagmaStore AMS/WMS Mounting Configuration

Operator Control Panel READY

1

RESTART

REMOTE ENABLE PS-ON MAINTENANCE

ENABLE

PS

ON

PROCESSING

ALARM

BS-ON

2

MESSAGE

OFF

DESABLE

Option-1

3

4

5

6

7

8

9

10

Front View

Disk-less Configuration

Option-2

Option-1

Push

Front View

Fig. 3.1-1

Operator Panel

LOC03-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC03-20 Rev.1 / May.2005, Oct.2005

Table 3.1-1 No.

Part Function on Operator Panel

1

Parts Name SUBSYSTEM READY

2

SUBSYSTEM ALARM

3

SUBSYSTEM MESSAGE

4

SUBSYSTEM RESTART

5

7

REMOTE MAINTENANCE PROCESSING REMOTE MAINTENANCE ENABLE/DISABLE BS ON

8

PS ON

9

PS SW ENABLE

10

PS ON/PS OFF

6

Class Function LED Indicates that input/output operation on the channel (Green) interface is enabled. LED ON: Indicates DC under voltage of DKC part, DC (Red) over current, abnormally high temperature, or an unrecoverable failure occurred. Blinking: Indicates DC under voltage of DKU part. LED ON: Indicates that a SIM (Message) was generated (Amber) from either of the clusters. Applied to both storage clusters. Blinking: Indicates that the SVP failure has occurred. Switch Used to recover a FICON/ESCON port failure. (See “19. Mainframe Port Error Recovery”) LED Indicates that remote maintenance is being processed. (Amber) Switch Used to permit remote maintenance. LED Indicates that the Sub-PS is on. (CL 1 or CL 2) (Amber) LED Indicates that the subsystem is powered on. (Green) Switch Used to enable the PS ON/PS OFF switch. To enable the PS ON/PS OFF switch, turn the PS SW ENABLE switch to the ENABLE position. Switch To switch on/off the subsystem, use this switch while turning the PS SW ENABLE switch to the ENABLE position.

LOC03-20

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-30 Rev.1 / May.2005, Apr.2006

3.2 Other Switches and LEDs Fig. 3.2-1 and Table 3.2-1 show the other switches and LEDs and their functions respectively. Circled numbers in Fig. 3.2-1 correspond to the numbers in Table 3.2-1. Logic Box (Rear View)

PCB

PCB

11 12

Fig 3.2-1

Other Switches and LEDs (1/3)

LOC03-30

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-40 Rev.1 / May.2005, Apr.2006

Logic Box (Front View)

BATTERY BOX

13

14

15

BATTERY BOX

HDD Box (Front View)

16

HDD Canister

17

HDD Canister

Fig 3.2-1

Other Switches and LEDs (2/3)

LOC03-40

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-50 Rev.1 / May.2005, Apr.2006

HDD Box (Rear View)

18

DKUPS

19

FSW

DKUPS

20

FSW 21

DKUPS DKUPS

22

DKUPS

23

26

24

27

25

SVP Logic Box (Rear View) 28 29 30 31

DKCPS

32 33 34 35 36

20

21

SSVP/MN SSVP/MN

Fig 3.2-1

DKCPS

Other Switches and LEDs (3/3)

LOC03-50

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-60 Rev.1 / May.2005, Jul.2006

Table 3.2-1 No.

Function of Other Switches and LEDs

11

Parts Name Shut Down LED

12

PS Failure LED

13

BATTERY READY LED

14

BATTERY CHARGE LED

Class LED (Red) LED (Amber) LED (Green) LED (Amber)

15

BATTERY ON/OFF

Switch

16

HDD ENABLE

17

HDD Shut Down LED

18

FSW Shut Down LED

19

FSW ENABLE

20

PS Enable

LED (Green) LED (Red) LED (Red) LED (Green) LED (Green)

21

PS Enable/Disable

Switch

22

ID Setting Switch

Switch

23

SVP STATUS

24

SVP POWER

25

SVP DCIN

Function Indicates that the removal of the PCB is possible when the subsystem is powered on. Indicates that the voltage in the PCB is abnormal. Indicates that the BATTERY is powered on. This LED shows the state of BATTERY. Lighting ------------ The battery charge is completed. Blinking ------------ The battery is charging. After the power is turned on, the Battery Box is started to be charged and the LED blinks. Though the LED becomes kept on after the charge is completed, it repeats the operation that indicates the refilling charge (blink) and completion of the refilling charge (being kept on) after that. Used to power on/off the BATTERY. Indicates that the HDD is active. Indicates that the removal of the HDD is possible when the subsystem is powered on. Indicates that the removal of the FSW is possible when the subsystem is powered on. Indicates that the FSW is powered on. Indicates that the PS is providing output voltage. Upper green LED indicates DC +56V output is OK. Lower green LED indicates AC input is OK. Used to power on/off the PS.

Set this switch according to the position in the DKUPS SW1……….DKU ID SW2, SW3...HDD BOX ID SW4, SW5…ALPA LED Indicates a status of the SVP using the SVP microprogram. (Green) For the detail of LED display, see “ 1.9 SVP LED display specification” (SVP01-120 ~ 130). LED Indicates that the power of the SVP is has been turned on. (Green) y Power of the built-in Hub in the SVP has been turned on. y Power of the PC in the SVP is turned on. LED Indicates that the DC power is supplied to the SVP. (Green) y Power of the built-in Hub in the SVP is turned on. y Power of the PC in the SVP is kept off.

(To be continued)

LOC03-60

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC03-70 Rev.0 / May.2005

(Continued from preceding page) No. 26

Parts Name SVP ON/OFF

Class Switch

Function When the power supply of SVP is turning on: A pressing of this switch turns on the power of the PC in the SVP. When the power supply of SVP is turning off: A pressing of this switch quits Windows and then turns off the power of the PC in the SVP.

27

SVP POWER

Switch

When you push this switch for five seconds or more, Windows is quit forcibly and then the power of the PC in the SVP is turned off. Power supply ON/OFF switch of SVP UNIT.

28

CHK RESET

Switch

The PS ALARM and TH ALARM is reset.

LED (Red) LED (Red) LED (Red) Switch

Not used

29



30



31



Not used Not used

32

SSVP ALARM RESET

33

SSVP ALARM

LED (Red)

34

SSVP DUMP

Switch

35

SSVP/MN Shut Down LED SSVP/MN ENABLE

LED Indicates that the removal of the SSVP/MN is possible when (Red) the subsystem is powered on. LED Indicates that the SSVP/MN is powered on. (Green)

36

The SSVP detection alarm is reset. Then IMPL of the SVP is executed. This LED shows the state of SSVP. Lighting ------------ BOOT detected abnormality of hardware. Slow blinking------ The dump acquisition of SSVP ended. Fast blinking------- Micro Code of SSVP ended abnormally. The data in SVP memory is written to the HDD.

LOC03-70

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-80 Rev.3 / Jan.2006, Apr.2006

3.3 Circuit Breakers 3.3.1 Location of Circuit Breakers Fig. 3.3.1-1 show the location of Circuit Breakers. Standard Configuration

DKU-RK1 PDU-U11 PDU-U30

PDU-U10

PDU-U31

PDU-xxx

DKU-RK0 PDU-C00

PDU-C01

PDU-U20

PDU-U21 DKU-RK3 DKU-RK2

Rear View of Basic Rack

Rear View of Extension Rack

TagmaStore AMS/WMS Mounting Configuration

PDU-U10

TagmaStore AMS/WMS

PDU-U11 PDU-U30

PDU-C01

PDU-U31 DKU-RK3

DKU-RK0 PDU-C00

Circuit Breaker (Power ON/OFF Switch)

PDU-U20

PDU-U21 DKU-RK2 DKU-RK1

Rear View of Basic Rack

Rear View of Extension Rack

Disk-less Configuration

PDU-U10

PDU-U11

PDU-C00

PDU-C01

Rear View of Basic Rack

Fig. 3.3.1-1 Location of Circuit Breakers

LOC03-80

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-90 Rev.2 / Jun.2005, Jan.2006

3.3.2 Connection of Power Supplies (Standard Configuration) Fig. 3.3.2-1 and Fig. 3.3.2-2 show the connection of power supplies. Basic Rack PDU-U11 PDU11-P104

DKUPS-13

PDU11-P103

HDD PL3

PS1-3

PDU11-P102

DKUPS-12

PDU11-P101 PS1-2

DKUPS-11 PDU11-P100

HDD PL2

PS1-1 DKUPS-10

PDU-U10

PS1-0

PDU10-P104 PDU10-P103

DKUPS-03

PDU10-P102

HDD PL1

PS0-3

PDU10-P101

DKUPS-02 PS0-2 PDU10-P100

DKUPS-01

HDD PL0

PS0-1

PDU-C01

DKUPS-00

PDU01-P104 PS0-0

PDU01-P103 PDU01-P102 PDU01-P101

SVP

P86-1 PDU01-P100

PDU-C00 PDU00-P104 PDU00-P103 PDU00-P102 PDU00-P101

PS11

LG PL

PS11

CL1

PDU00-P100 PS12

PS21

PS12

PS21

CL2

PS22 PS22

AC INPUT10 AC INPUT00 AC INPUT11 AC INPUT01

Fig. 3.3.2-1

Connection of Power Supplies (Basic Rack)

LOC03-90

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC03-100 Rev.1 / May.2005, Jan.2006

Extension Rack PDU-U31 PDU31-P104 PDU31-P103 PDU31-P102 PDU31-P101

DKUPS-33 PS3-3 DKUPS-32 PS3-2

DKUPS-31 PDU31-P100

PDU-U30 PDU30-P104

HDD PL 7

PS3-1

HDD PL 6

DKUPS-30 PS3-0

PDU30-P103 DKUPS-23

PDU30-P102 PDU30-P101

HDD PL 5

PS2-3 DKUPS-22 PS2-2

PDU30-P100

PDU-U21

DKUPS-21

DKUPS-20

PDU21-P104 PDU21-P103

HDD PL 4

PS2-1

PS2-0

PDU21-P102 PDU21-P101

PDU21-P100

PDU-U20 PDU20-P104 PDU20-P103 PDU20-P102 PDU20-P101

PDU20-P100

AC INPUT30 AC INPUT31

AC INPUT20

AC INPUT21

Fig. 3.3.2-2

Connection of Power Supplies (Extension Rack)

LOC03-100

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC03-110 Rev.0 / Jan.2006

3.3.3 Connection of Power Supplies (TagmaStore AMS/WMS Mounting Configuration) Fig. 3.3.3-1 and Fig. 3.3.3-2 show the connection of power supplies. Basic Rack PDU-U11 PDU11-P104 PDU11-P103

For TagmaStore AMS/WMS

PDU11-P102 PDU11-P101

PDU11-P100

PDU-U10 PDU10-P104 PDU10-P103 DKUPS-03

PDU10-P102

HDD PL1

PS0-3

PDU10-P101

DKUPS-02 PS0-2 PDU10-P100

DKUPS-01

HDD PL0

PS0-1

PDU-C01

DKUPS-00

PDU01-P104 PS0-0

PDU01-P103 PDU01-P102 PDU01-P101

SVP

P86-1 PDU01-P100

PDU-C00 PDU00-P104 PDU00-P103 PDU00-P102 PDU00-P101

PS11

LG PL

PS11

CL1

PDU00-P100 PS12

PS21

PS12

PS21

CL2

PS22 PS22

AC INPUT10 AC INPUT00 AC INPUT11 AC INPUT01

Fig. 3.3.3-1

Connection of Power Supplies (Basic Rack)

LOC03-110

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC03-120 Rev.0 / Jan.2006

Extension Rack PDU-U31 PDU31-P104 PDU31-P103 PDU31-P102 PDU31-P101

DKUPS-33 PS3-3 DKUPS-32 PS3-2

DKUPS-31 PDU31-P100

PDU-U30 PDU30-P104

HDD PL 7

PS3-1

HDD PL 6

DKUPS-30 PS3-0

PDU30-P103 DKUPS-23

PDU30-P102 PDU30-P101

HDD PL 5

PS2-3 DKUPS-22 PS2-2

PDU30-P100

PDU-U21

DKUPS-21

DKUPS-20

PDU21-P104 PDU21-P103

HDD PL 4

PS2-1

PS2-0

PDU21-P102 PDU21-P101

DKUPS-13

HDD PL 3

PS1-3 DKUPS-12 PDU21-P100

PS1-2

PDU-U20 PDU20-P104

DKUPS-11 PS1-1

PDU20-P103 PDU20-P102

HDD PL 2

DKUPS-10 PS1-0

PDU20-P101

PDU20-P100

AC INPUT30 AC INPUT31

AC INPUT20

AC INPUT21

Fig. 3.3.3-2

Connection of Power Supplies (Extension Rack)

LOC03-120

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC03-130 Rev.0 / Apr.2006

3.3.4 Connection of Power Supplies (Disk-less Configuration) Fig. 3.3.4-1 show the connection of power supplies. Basic Rack PDU-U11 PDU11-P104 PDU11-P103 PDU11-P102 PDU11-P101

Option 2

PDU11-P100

SVP

P86-1

PDU-U10 PDU10-P104

Option 2

PDU10-P103 PDU10-P102 PDU10-P101

PS11

LG PL

PS11

CL1 PS12

PS12

PDU10-P100

PDU-C01

PS21

PS21

CL2

PDU01-P104 PDU01-P103 PDU01-P102

PS22 PS22

PDU01-P101

PDU01-P100

PDU-C00

Option 1

PDU00-P104 PDU00-P103

SVP

P86-1

PDU00-P102 PDU00-P101

Option 1 PS11

LG PL

PS11

CL1

PDU00-P100 PS12

PS21

PS12

PS21

CL2

PS22 PS22

AC INPUT10 AC INPUT00 AC INPUT11 AC INPUT01

Fig. 3.3.4-1

Connection of Power Supplies (Basic Rack)

LOC03-130

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC04-10 Rev.3 / Jul.2005, Apr.2006

4. Connection of External Cable 4.1 Channel Interface 1.

16-port CHA PCB (DKC-F510I-32HS/32HSR/32FSR/32FS2R)

CHA PCB 1E 3E 5E 7E 1F 3F 5F 7F

2E 4E 6E 8E 2F 4F 6F 8F

1G 3G 5G 7G 1H 3H 5H 7H

2G 4G 6G 8G 2H 4H 6H 8H

Add. (CHA-1B)

Fig.4.1-1 2.

Add. (CHA-2E)

Port Number of 16-port CHA PCB

8-port CHA PCB (DKC-F510I-16S/16SR/16MLR/16MSR)

CHA PCB

1E

2E

3E

4E

5E

6E

7E

8E

1F

2F

3F

4F

5F

6F

7F

8F

Add. (CHA-1B)

Fig.4.1-2

Add. (CHA-2E)

Port Number of 8-port CHA PCB

LOC04-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC04-20 Rev.3 / Nov.2005, Apr.2006

3.

8-port CHA PCB (DKC-F510I-16HS/16HSR/16FS2R)

CHA PCB

1E

2E

3E

4E

5E

6E

7E

8E

1G

2G

3G

4G

5G

6G

7G

8G

Add. (CHA-1B)

Fig.4.1-3 4.

Add. (CHA-2E)

Port Number of 8-port CHA PCB

4-port CHA PCB (DKC-F510I-8HSR/8FS2R)

CHA PCB

1E

2E

3E

4E

1G

2G

3G

4G

Add. (CHA-1B)

Fig.4.1-4

Add. (CHA-2E)

Port Number of 4-port CHA PCB

LOC04-20

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC04-30 Rev.2 / Jun.2005, Nov.2005

5.

4-port CHA PCB (DKC-F510I-8ML/8MS/8MLR/8MSR)

CHA PCB

1E

2E

5E

6E

1F

2F

5F

6F

Add. (CHA-1B)

Fig.4.1-5 6.

Add. (CHA-2E)

Port Number of 4-port CHA PCB

4-port CHA PCB (DKC-F510I-8NS/8NSR)

CHA PCB

1E

2E

3E

4E

5E

6E

7E

8E

Add. (CHA-1B)

Fig.4.1-6

Add. (CHA-2E)

Port Number of 4-port CHA PCB

LOC04-30

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC04-40 Rev.2 / Nov.2005, Jan.2006

7.

4-port CHA PCB (DKC-F510I-8ISR)

CHA PCB

1E

2E

5E

6E

1G

2G

5G

6G

Add. (CHA-1B)

Fig.4.1-7 8.

Add. (CHA-2E)

Port Number of 4-port CHA PCB

8-port MIX PCB (DKC-F515I-MIX2R)

MIX PCB

1A 3A 5A 7A 1B 3B 5B 7B Basic (MIX-1A)

Fig.4.1-8

2A 4A 6A 8A 2B 4B 6B 8B Basic (MIX-2F)

Port Number of 8-port MIX PCB

LOC04-40

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC04-50 Rev.1 / Nov.2005, Apr.2006

4.2 SVP Interface When the SVP is SHM1036 For SNMP Web Console

For Hitrack Modem

To Console PC

For Next Unit

Rear View of SVP

When the SVP is SHM1040 For SNMP Web Console

To Console PC

For Hitrack Modem

For Next Unit

Rear View of SVP

Fig.4.2-1

SVP Interface

LOC04-50

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC05-10 Rev.3 / Jan.2006, Apr.2006

5. Internal Cabling Block Diagram 5.1 Internal Cable Connection of Rack 5.1.1 Standard Configuration PDU-U11 PDU11-P104

DKUPS-13

PDU11-P103

PS1-3

PDU11-P102

DKUPS-12

PDU11-P101

PS1-2

LG P/L

PS11

INLET PS11

PS12

INLET PS12

BATTERY11

HDD BOX:RK1

DKUPS-11 PDU11-P100

PS1-1

BATTERY12

DKUPS-10

PDU-U10

PS1-0

PDU10-P104

BATTERY13

PDU10-P103 DKUPS-03

PDU10-P102

FFAN1

PS0-3

PDU10-P101

DKUPS-02 PS0-2

CL1

RJ45 1-C1

BASE (CL1)

HDD BOX:RK0

PDU10-P100

DKUPS-01 PS0-1

MIX (CL1)

PDU-C01

DKUPS-00

PDU01-P104 PS0-0

CHA (CL1)

PDU01-P103 PDU01-P102

RFAN1 DKC-PANEL

PDU01-P101

MRP50 P11 MRP50 SVP/MN-R MRP50 SVP/MN-L

SSVP/MN

PDU01-P100

PDU-C00 PDU00-P104 PDU00-P103 PDU00-P102 PDU00-P101

RFAN2

CL2 FFAN2

SVP

BASE (CL2) MIX (CL2)

P81-1 P83-1

CHA (CL2)

BATTERY21

P84-1 M-DIN6 M-DSUB15

BATTERY22 PS21

INLET PS21

PS22

INLET PS22

BATTERY23

PDU00-P100

RJ45 2-D1

SD JP SVPPSALLOFF

SD JP SD JP

SNMP WebCon (Basic) Hitrack Modem ASSIST Console PC RS232c (Basic) D-SUB9 D-SUB25

INITIAL AC INPUT00

AC INPUT10

AC INPUT01

Fig. 5.1.1-1

AC INPUT11

Basic Rack Internal Cabling Diagram

LOC05-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC05-20 Rev.1 / May.2005, Jan.2006 PDU-U31 PDU31-P104

DKUPS-33 PS3-3 DKUPS-32 PS3-2 HDD BOX:RK3

PDU31-P103 PDU31-P102 PDU31-P101

DKUPS-31 PS3-1 DKUPS-30 PS3-0

PDU31-P100

PDU-U30 PDU30-P104 PDU30-P103

DKUPS-23

PDU30-P102 PS2-3

PDU30-P101

DKUPS-22 PS2-2 HDD BOX:RK2

PDU30-P100

DKUPS-21 PS2-1 DKUPS-20

PDU-U21 PDU21-P104

PS2-0

PDU21-P103 PDU21-P102 PDU21-P101

PDU21-P100

PDU-U20 PDU20-P104 PDU20-P103 PDU20-P102 PDU20-P101

PDU20-P100

AC INPUT20

AC INPUT30

AC INPUT21

Fig. 5.1.1-2

AC INPUT31

Extension Rack Internal Cabling Diagram

LOC05-20

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC05-21 Rev.1 / Jan.2006, Apr.2006

5.1.2 TagmaStore AMS/WMS Mounting Configuration PDU-U11 PDU11-P104 PDU11-P103 PDU11-P102 PDU11-P101

LG P/L

PS11

INLET PS11

PS12

INLET PS12

BATTERY11

PDU11-P100

BATTERY12

PDU-U10 PDU10-P104

BATTERY13

PDU10-P103 DKUPS-03

PDU10-P102

FFAN1

PS0-3

PDU10-P101

DKUPS-02 PS0-2

CL1

RJ45 1-C1

BASE (CL1)

HDD BOX:RK0

PDU10-P100

DKUPS-01 PS0-1

MIX (CL1)

PDU-C01

DKUPS-00

PDU01-P104 PS0-0

CHA (CL1)

PDU01-P103 PDU01-P102

RFAN1 DKC-PANEL

PDU01-P101

MRP50 P11 MRP50 SVP/MN-R MRP50 SVP/MN-L

SSVP/MN

PDU01-P100

PDU-C00 PDU00-P104 PDU00-P103 PDU00-P102 PDU00-P101

RFAN2

CL2 FFAN2

SVP

BASE (CL2) MIX (CL2)

P81-1 P83-1

CHA (CL2)

BATTERY21

P84-1 M-DIN6 M-DSUB15

BATTERY22 PS21

INLET PS21

PS22

INLET PS22

BATTERY23

PDU00-P100

RJ45 2-D1

SD JP SVPPSALLOFF

SD JP SD JP

SNMP WebCon (Basic) Hitrack Modem ASSIST Console PC RS232c (Basic) D-SUB9 D-SUB25

INITIAL AC INPUT00

AC INPUT10

AC INPUT01

Fig. 5.1.2-1

AC INPUT11

Basic Rack Internal Cabling Diagram

LOC05-21

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC05-22 Rev.0 / Jan.2006 PDU-U31 PDU31-P104

DKUPS-33 PS3-3 DKUPS-32 PS3-2 HDD BOX:RK3

PDU31-P103 PDU31-P102 PDU31-P101

DKUPS-31 PS3-1 DKUPS-30 PS3-0

PDU31-P100

PDU-U30 PDU30-P104 PDU30-P103

DKUPS-23

PDU30-P102 PS2-3

PDU30-P101

DKUPS-22 PS2-2 HDD BOX:RK2

PDU30-P100

DKUPS-21 PS2-1 DKUPS-20

PDU-U21 PDU21-P104

PS2-0

PDU21-P103 PDU21-P102 PDU21-P101

DKUPS-13 PS1-3 DKUPS-12 PS1-2 HDD BOX:RK1

PDU21-P100

PDU-U20

DKUPS-11 PS1-1

PDU20-P104 PDU20-P103

DKUPS-10 PS1-0

PDU20-P102 PDU20-P101

PDU20-P100

AC INPUT20

AC INPUT30

AC INPUT21

Fig. 5.1.2-2

AC INPUT31

Extension Rack Internal Cabling Diagram

LOC05-22

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC05-23 Rev.0 / Apr.2006

5.1.3 Disk-less Configuration LG P/L BATTERY11

PS11 PS12

BATTERY12

PDU-U11

INLET PS11 INLET PS12

PDU11-P104 PDU11-P103 PDU11-P102

BATTERY13

PDU11-P101

FFAN1

CL1

RJ45 1-C1

BASE (CL1) MIX (CL1)

PDU11-P100

CHA (CL1)

PDU-U10

RFAN1

PDU10-P104 MRP50 SVP/MN-R MRP50 SVP/MN-L

SSVP/MN

MRP50 DKC-PANEL P11

PDU10-P103 PDU10-P102 PDU10-P101

PDU10-P100

RFAN2

CL2

RJ45 2-D1

BASE (CL2) FFAN2

MIX (CL2) CHA (CL2)

BATTERY21 BATTERY22

PS21

BATTERY23

PS22

LG P/L BATTERY11

PS11 PS12

BATTERY12

SNMP WebCon (Basic)

P86 P81-1 P83-1 P84-1

SVP

SD JP SD JP

INLET PS21 INLET PS22

Hitrack Modem ASSIST Console PC RS232c (Basic)

PDU-C01 PDU01-P104 PDU01-P103 PDU01-P102 PDU01-P101

PDU01-P100

INLET PS11 INLET PS12

PDU-C00 PDU00-P104

BATTERY13

PDU00-P103

FFAN1

PDU00-P102

CL1

PDU00-P101

RJ45 1-C1

BASE (CL1) MIX (CL1) CHA (CL1)

PDU00-P100

RFAN1 MRP50 SVP/MN-R MRP50 SVP/MN-L

SSVP/MN

MRP50 DKC-PANEL P11

RFAN2

CL2 BASE (CL2) FFAN2

MIX (CL2) CHA (CL2)

BATTERY21 BATTERY22

PS21

BATTERY23

PS22

INLET PS21 INLET PS22

RJ45 2-D1

SNMP WebCon (Basic)

P86 P81-1 P83-1 P84-1

SVP

SD JP

Hitrack Modem ASSIST Console PC RS232c (Basic)

SD JP

AC INPUT00

AC INPUT10

AC INPUT01

AC INPUT11

Note: There is also a case for installing a single Control Frame (DKC515I-5/5R) on the lower frame in the Disk-less configuration.

Fig. 5.1.3-1

Basic Rack Internal Cabling Diagram

LOC05-23

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC05-30 Rev.0 / May.2005

5.2 Cable Connection between Basic Rack and Extension Rack FSW123-U RK1-3-B2 RK1-3-B1

RK1-3 RK1-3 RK1-3 RK1-3 -A4 -A3 -A2 -A1

RK1-2-B2 RK1-2-B1

RK1-2 RK1-2 RK1-2 RK1-2 -A4 -A3 -A2 -A1

FSW123-L

FSW101-U RK1-1-B2 RK1-1-B1

RK1-1 RK1-1 RK1-1 RK1-1 -A4 -A3 -A2 -A1

RK1-0-B2 RK1-0-B1

RK1-0 RK1-0 RK1-0 RK1-0 -A4 -A3 -A2 -A1

FSW101-L

FSW023-U

RK0-3-B2 RK0-3-B1

RK0-3 RK0-3 RK0-3 RK0-3 -A4 -A3 -A2 -A1

RK0-2-B2 RK0-2-B1

RK0-2 RK0-2 RK0-2 RK0-2 -A4 -A3 -A2 -A1

FSW023-L

FSW001-U RK0-1-B2 RK0-1-B1

RK1

RK0

RK0-1 RK0-1 RK0-1 RK0-1 -A4 -A3 -A2 -A1

FSW001-L

RK0-0-B2 RK0-0-B1

1-A1

2-F1

1-A2

2-F2

1-A3

2-F3

1-A4

2-F4

1-A5

2-F5

1-A6

2-F6

MIX-1A

Fig. 5.2-1

RK0-0 RK0-0 RK0-0 RK0-0 -A4 -A3 -A2 -A1

MIX-2F

Cabling Diagram (UC0R/UC1R) LOC05-30

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC05-40 Rev.0 / May.2005 FSW323-U

RK3

RK3-3-B2 RK3-3-B1

RK3-3 RK3-3 RK3-3 RK3-3 -A4 -A3 -A2 -A1

RK3-2-B2 RK3-2-B1

RK3-2 RK3-2 RK3-2 RK3-2 -A4 -A3 -A2 -A1

FSW301-U RK3-1-B2 RK3-1-B1

RK3-1 RK3-1 RK3-1 RK3-1 -A4 -A3 -A2 -A1

RK3-0-B2 RK3-0-B1

RK3-0 RK3-0 RK3-0 RK3-0 -A4 -A3 -A2 -A1

FSW301-L

RK2

FSW323-L

FSW223-U

RK2-3-B2 RK2-3-B1

RK2-3 RK2-3 RK2-3 RK2-3 -A4 -A3 -A2 -A1

RK2-2-B2 RK2-2-B1

RK2-2 RK2-2 RK2-2 RK2-2 -A4 -A3 -A2 -A1

FSW201-U RK2-1-B2 RK2-1-B1

FSW223-L RK2-1 RK2-1 RK2-1 RK2-1 -A4 -A3 -A2 -A1

FSW201-L RK2-0-B2 RK2-0-B1

Fig. 5.2-2

RK2-0 RK2-0 RK2-0 RK2-0 -A4 -A3 -A2 -A1

Cabling Diagram (UC1R)

LOC05-40

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC05-50 Rev.0 / May.2005 FSW323-U

RK3

RK3-3-B2 RK3-3-B1

RK1-3-B2 RK1-3-B1

RK1-3 RK1-3 RK1-3 RK1-3 -A4 -A3 -A2 -A1

RK3-2-B2 RK3-2-B1

RK3-2 RK3-2 RK3-2 RK3-2 -A4 -A3 -A2 -A1

RK1-2-B2 RK1-2-B1

RK1-2 RK1-2 RK1-2 RK1-2 -A4 -A3 -A2 -A1

FSW301-U

FSW323-L

FSW101-U

FSW123-L

RK3-1-B2 RK3-1-B1

RK3-1 RK3-1 RK3-1 RK3-1 -A4 -A3 -A2 -A1

RK1-1-B2 RK1-1-B1

RK1-1 RK1-1 RK1-1 RK1-1 -A4 -A3 -A2 -A1

RK3-0-B2 RK3-0-B1

RK3-0 RK3-0 RK3-0 RK3-0 -A4 -A3 -A2 -A1

RK1-0-B2 RK1-0-B1

RK1-0 RK1-0 RK1-0 RK1-0 -A4 -A3 -A2 -A1

FSW301-L

RK2

FSW123-U

RK3-3 RK3-3 RK3-3 RK3-3 -A4 -A3 -A2 -A1

FSW223-U

RK2-3-B2 RK2-3-B1

RK2-3 RK2-3 RK2-3 RK2-3 -A4 -A3 -A2 -A1

RK2-2-B2 RK2-2-B1

RK2-2 RK2-2 RK2-2 RK2-2 -A4 -A3 -A2 -A1

FSW201-U RK2-1-B2 RK2-1-B1

RK1

FSW101-L

FSW223-L RK2-1 RK2-1 RK2-1 RK2-1 -A4 -A3 -A2 -A1

FSW201-L RK2-0-B2 RK2-0-B1

Fig. 5.2-3

RK2-0 RK2-0 RK2-0 RK2-0 -A4 -A3 -A2 -A1

Cabling Diagram (EXC0R)

LOC05-50

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC05-60 Rev.1 / May.2005, Jan.2006 FSW223-U

RK2

RK2-3-B2 RK2-3-B1

RK0-3-B2 RK0-3-B1

RK0-3 RK0-3 RK0-3 RK0-3 -A4 -A3 -A2 -A1

RK2-2-B2 RK2-2-B1

RK2-2 RK2-2 RK2-2 RK2-2 -A4 -A3 -A2 -A1

RK0-2-B2 RK0-2-B1

RK0-2 RK0-2 RK0-2 RK0-2 -A4 -A3 -A2 -A1

FSW201-U

FSW223-L

FSW001-U

FSW023-L

RK2-1-B2 RK2-1-B1

RK2-1 RK2-1 RK2-1 RK2-1 -A4 -A3 -A2 -A1

RK0-1-B2 RK0-1-B1

RK0-1 RK0-1 RK0-1 RK0-1 -A4 -A3 -A2 -A1

RK2-0-B2 RK2-0-B1

RK2-0 RK2-0 RK2-0 RK2-0 -A4 -A3 -A2 -A1

RK0-0-B2 RK0-0-B1

RK0-0 RK0-0 RK0-0 RK0-0 -A4 -A3 -A2 -A1

FSW201-L

RK1

FSW023-U

RK2-3 RK2-3 RK2-3 RK2-3 -A4 -A3 -A2 -A1

FSW123-U

RK1-3-B2 RK1-3-B1

RK1-3 RK1-3 RK1-3 RK1-3 -A4 -A3 -A2 -A1

RK1-2-B2 RK1-2-B1

RK1-2 RK1-2 RK1-2 RK1-2 -A4 -A3 -A2 -A1

FSW101-U RK1-1-B2 RK1-1-B1

RK0

FSW001-L

FSW123-L RK1-1 RK1-1 RK1-1 RK1-1 -A4 -A3 -A2 -A1

FSW101-L RK1-0-B2 RK1-0-B1

Fig. 5.2-4

RK1-0 RK1-0 RK1-0 RK1-0 -A4 -A3 -A2 -A1

Cabling Diagram (EXC2R)

LOC05-60

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC05-70 Rev.0 / Jan.2006 FSW223-U

RK2

RK2-3-B2 RK2-3-B1

RK2-3 RK2-3 RK2-3 RK2-3 -A4 -A3 -A2 -A1

RK2-2-B2 RK2-2-B1

RK2-2 RK2-2 RK2-2 RK2-2 -A4 -A3 -A2 -A1

FSW201-U RK2-1-B2 RK2-1-B1

RK2-1 RK2-1 RK2-1 RK2-1 -A4 -A3 -A2 -A1

RK2-0-B2 RK2-0-B1

RK2-0 RK2-0 RK2-0 RK2-0 -A4 -A3 -A2 -A1

FSW201-L

RK1

FSW223-L

FSW123-U

RK1-3-B2 RK1-3-B1

RK1-3 RK1-3 RK1-3 RK1-3 -A4 -A3 -A2 -A1

RK1-2-B2 RK1-2-B1

RK1-2 RK1-2 RK1-2 RK1-2 -A4 -A3 -A2 -A1

FSW101-U RK1-1-B2 RK1-1-B1

FSW123-L RK1-1 RK1-1 RK1-1 RK1-1 -A4 -A3 -A2 -A1

FSW101-L RK1-0-B2 RK1-0-B1

Fig. 5.2-5

RK1-0 RK1-0 RK1-0 RK1-0 -A4 -A3 -A2 -A1

Cabling Diagram (UC4R)

LOC05-70

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC05-80 Rev.0 / Jan.2006

5.3 LAN Cabling L/G PL

DKC515I (BASE-1C)

MIX-1A DKA HUB

HUB SVP

01A

P83-1

Mother Board

CHA HUB

LAN 2

HUB

MP0 MP1 MP2 MP3

HUB

MP0 MP1 MP2 MP3

LAN 1

J17

MP0 MP1 MP2 MP3

CHA-1B

P84-1 HUB

J19

MP0 MP1 MP2 MP3

J16 Console PC (BASE-2D)

MIX-2F DKA

SNMP Web Console

HUB ASSIST HUB

Connection with the external

01A

CHA HUB

MP0 MP1 MP2 MP3 MP0 MP1 MP2 MP3

CHA-2E

Fig.5.3-1

HUB

MP0 MP1 MP2 MP3

HUB

MP0 MP1 MP2 MP3

LAN Cabling Diagram

LOC05-80

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC06-10 Rev.0 / May.2005

6. Jumper Setting 6.1 Shut Down Jumpers [1] Logic Box Check that the Shut Down LED is turned on. If not, connect the Shut Down Jumper (Maintenance Jumper) to the Shut Down Connector. (Only hot replace procedure) CAUTION A system down may be caused if the Maintenance jumper is inserted in a PCB other than that to be replaced. Make sure that it is the PCB to be replaced. Table 6.1-1 No. 1 2 3

Shut Down Jumpers List

Function Name Channel Adapter MIX BASE

Function Shut down jumper

Remarks

PCB

If the Shut Down LED does not go on. Shut Down LED (RED) Shut Down Connector

Shut Down Jumper (Maintenance Jumper)

Fig. 6.1-1

Installation of Shut Down Jumper in the Logic Box

LOC06-10

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, Hitachi, Ltd.

LOC06-20 Rev.0 / May.2005

6.2 Other Jumpers Table 6.2-1

Jumper Stetting List

No. 1

Function Name SVP

2 3

BATTERY DKUPS

4 5 6

FSW SSVP/MN BASE

Jumper No. JP1 JP3 Switch SW1 SW2, SW3 SW4, SW5 Switch JP04 JP13

Settings SVP PS Control Inhibition SVP Initialization BATTERY PWR ON/OFF Specification of DKU ID Specification of HDD BOX ID Specification of ALPA Specification of FSW Address AUTO PS-ON Specification of CE MODE

Remarks

LOC06-20

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-30 Rev.1 / May.2005, Apr.2006

[1] SVP Table 6.2-2

Setting of Jumper Socket on the SVP

Function Name SVP

Jumper No. JP1 JP3

Settings The SVP Power ON/OFF Function of SSVP is inhibited by inserting Jumper. The SVP setup is initialized by inserting Jumper.

Remarks

When the SVP is SHM1036 JP1

JP3

Rear View of SVP

When the SVP is SHM1040 JP1

JP3

Rear View of SVP

Fig. 6.2-1

Setting of Jumper on the SVP

LOC06-30

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-40 Rev.1 / May.2005, Apr.2006

[2] BATTERY BOX CAUTION When the battery switch is not set, data on the cache memory and shared memory are not assured when an power failure occurs. As a result, all the data on the cache memory and shared memory are lost causing a destruction of user data. Be sure to set the battery switch. When the subsystem power is to be turned off for longer than battery backup duration time, the battery switch must be turned off to protect the battery from deterioration. In this case, turn off the battery switch after making sure that the powering off process of the subsystem has been completed normally. This switch is set in order to validate the battery when an AC power failure occurs. Table 6.2-3 No. 1

Battery Backup Duration Time

Memory to be back up Shared Memory/Cache Memory

Maximum backup duration time 36 Hours (1.5 days)

BATTERY BOX BATTERY BOX Front View of Logic Box

Switch

ON Fig. 6.2-2

Switch Setting of Battery Box

LOC06-40

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-50 Rev.1 / May.2005, Jan.2006

[3] DKU PS Setting positions for DKUPS Switch are different when between a standard configuration and a TagmaStore AMS/ WMS mounting configuration. See figure 6.2-3 and 6.2-4 for the switch setting position when the standard configuration and figure 6.2-4A for the TagmaStore AMS/ WMS mounting configuration. Table 6.2-4

Switch Setting of DKUPS

Function Name DKUPS

Jumper No. SW1 SW2, SW3 SW4, SW5

Settings DKU ID is set up. HDU Box ID is set up. ALPA is set up.

Remarks

Note: Use something sharp (ex. a pen or a mini screwdriver etc) when set the DKUPS switches Standard Configuration

DKUPS1-2/1-3 (DKU-RK1) NC SW5

ON

DKU-RK1

OFF

DKUPS1-3 DKUPS1-2

SW3

ON

SW2 OFF

DKUPS1-0 DKUPS0-3

SW4

ON

DKUPS1-1

Switch

SW1

DKUPS1-0/1-1 (DKU-RK1)

DKUPS0-2

OFF

DKUPS0-2/0-3 (DKU-RK0)

DKUPS0-1 DKUPS0-0

ON

NC

DKU-RK0

OFF OFF

SW4 SW3

ON

Rear View of Basic Rack

SW5

OFF

SW2

OFF

SW1

NC SW5

OFF

SW4

OFF

SW3 SW2

ON OFF

SW1

DKUPS0-0/0-1 (DKU-RK0) NC

(LED)

OFF

SW5

OFF

SW4

OFF

SW3

OFF

SW2

OFF

SW1

DKUPS

Enable (SW6)

Disable

(SW5) (SW4) (SW3) (SW2) (SW1)

NC ALPA01 ALPA00 BOXID01 BOXID00 DKUID00

ON OFF

Fig. 6.2-3

Switch

Switch Setting of DKUPS LOC06-50

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-60 Rev.1 / May.2005, Jan.2006

Standard Configuration

DKUPS3-2/3-3 (DKU-RK3) NC

DKU-RK3 DKUPS3-3

ON

SW5

ON

SW4

ON

SW3

ON

SW2

ON

SW1

DKUPS3-0/3-1 (DKU-RK3)

DKUPS3-2

NC

DKUPS3-1 DKUPS3-0 DKUPS2-3

DKUPS2-2/2-3 (DKU-RK2)

DKUPS2-2 DKUPS2-1

OFF

DKUPS2-0 DKU-RK2

Rear View of Extension Rack

ON

SW5

ON

SW4 OFF

SW3

NC

ON

SW2

SW5

ON

SW1

SW4

ON

SW3

ON OFF ON

SW2 SW1

DKUPS2-0/2-1 (DKU-RK2) NC OFF

SW4

ON

ON

Fig. 6.2-4

SW5

OFF

SW3

OFF

SW2 SW1

Switch Setting of DKUPS

LOC06-60

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC06-61 Rev.0 / Jan.2006 TagmaStore AMS/WMS Mounting Configuration

DKUPS0-2/0-3 (DKU-RK0) NC

TagmaStore AMS/WMS

DKU-RK0

OFF

SW5

OFF

SW4 SW3

ON

DKUPS0-3 DKUPS0-2 DKUPS0-1 DKUPS0-0

Switch

OFF

SW2

OFF

SW1

DKUPS0-0/0-1 (DKU-RK0) NC

Rear View of Basic Rack

OFF

SW5

OFF

SW4

OFF

SW3

OFF

SW2

OFF

SW1

DKUPS3-2/3-3 (DKU-RK3) NC

DKU-RK3

ON

SW5

DKUPS3-3

ON

SW4

DKUPS3-2

ON

SW3

DKUPS3-1

ON

SW2

ON

SW1

DKUPS3-0 DKUPS2-3

DKU-RK2

DKUPS2-2

DKUPS3-0/3-1 (DKU-RK3)

DKUPS2-1

NC

DKUPS2-0

ON

SW5

DKUPS1-3

ON

SW4

DKUPS1-2

OFF

SW3

DKUPS1-1

ON

SW2

DKUPS1-0

ON

SW1

DKU-RK1

Rear View of Extension Rack

DKUPS1-2/1-3 (DKU-RK1)

DKUPS2-2/2-3 (DKU-RK2)

NC

OFF

ON

SW2 OFF

SW2 SW1

DKUPS2-0/2-1 (DKU-RK2)

NC

SW4

OFF

SW3

NC OFF

SW1

DKUPS

ON

SW5 SW4

ON SW2

OFF

Enable

OFF ON

OFF

ON

SW3

ON

SW5

ON

SW5 SW4

ON

SW1

DKUPS1-0/1-1(DKU-RK1) Switch OFF

OFF

SW4 SW3

ON

(LED)

NC

SW5

ON

OFF

SW3

OFF

SW2 SW1

(SW6)

Disable

(SW5) (SW4) (SW3) (SW2) (SW1)

NC ALPA01 ALPA00 BOXID01 BOXID00 DKUID00

ON OFF

Fig. 6.2-4A

Switch

Switch Setting of DKUPS LOC06-61

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-70 Rev.1 / May.2005, Jan.2006

[4] FSW Setting positions for FSW jumper are different when between a standard configuration and a TagmaStore AMS/ WMS mounting configuration. See figure 6.2-5 for the jumper setting position when the standard configuration and figure 6.25A for the TagmaStore AMS/ WMS mounting configuration. Table 6.2-5

Installation of Maintenance Jumper in FSW

Function Name FSW

Jumper No. JP1-JP4

Settings The address of FSW is set up.

Remarks

Standard Configuration FSW123-U FSW123-L

DKU-RK1

JP1 JP2 JP3 JP4

FSW101-U FSW101-L

Maintenance Jumper

FSW023-U

DKU-RK0

JP1 JP2 JP3 JP4

DKU-RK3

JP1 JP2 JP3 JP4

DKU-RK2

JP1 JP2 JP3 JP4

FSW023-L FSW001-U FSW001-L

Rear View of Basic Rack

FSW323-U FSW323-L FSW301-U FSW301-L FSW223-U FSW223-L FSW201-U FSW201-L Rear View of Extension Rack FSWxnn-#

JP1 JP2 JP3 JP4

FSWxnn-# #: FSW Location (U, L) nn: HDU Box No. (01, 23) x: Rack No. (0, 1, 2, 3)

Fig. 6.2-5

Installation of Maintenance Jumper in FSW LOC06-70

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2006, Hitachi, Ltd.

LOC06-71 Rev.0 / Jan.2006

TagmaStore AMS/WMS Mounting Configuration

TagmaStore AMS/WMS

FSW023-U

DKU-RK0

FSW023-L

JP1 JP2 JP3 JP4

FSW001-U FSW001-L

Maintenance Jumper

Rear View of Basic Rack FSW323-U FSW323-L

DKU-RK3

JP1 JP2 JP3 JP4

DKU-RK2

JP1 JP2 JP3 JP4

FSW301-U FSW301-L FSW223-U FSW223-L FSW201-U FSW201-L FSW123-U

DKU-RK1

FSW123-L

JP1 JP2 JP3 JP4

FSW101-U FSW101-L Rear View of Extension Rack FSWxnn-#

JP1 JP2 JP3 JP4

FSWxnn-# #: FSW Location (U, L) nn: HDU Box No. (01, 23) x: Rack No. (0, 1, 2, 3)

Fig. 6.2-5A

Installation of Maintenance Jumper in FSW

LOC06-71

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-80 Rev.1 / May.2005, Apr.2006

[5] SSVP/MN Table 6.2-6 Function Name SSVP/MN

Installation of Jumper in SSVP/MN Jumper No. Settings JP04 The subsystem is powered on (AUTO PS-ON) automatically after the AC power is turned on.

Jumper setting JP04

Jumper

The subsystem is powered on through on operation of the PS ON/PS OFF switch after the AC power is turned on. (When the unit is shipped from the factory.)

JP04

Jumper

SSVP/MN

Rear View of Logic Box

JP04

SSVP/MN

Fig. 6.2-6

Installation of Jumper in SSVP/MN

LOC06-80

Hitachi Proprietary

SC01486Z DKC515I Copyright © 2005, 2006, Hitachi, Ltd.

LOC06-90 Rev.1 / May.2005, Apr.2006

[6] BASE Table 6.2-7 Function Name BASE

Installation of Jumper in BASE Jumper No. JP13

Settings All PCBs corresponding to the cluster are set to CE mode.

Remarks Maintenance Jumper

Base PCB Slot No. 2D

Base PCB Slot No. 1C Rear View of Logic Box

Maintenance Jumper

Fig. 6.2-7

CE Mode Connector (JP13)

Installation of Jumper in BASE

LOC06-90