Ccb Dbp Cable Calculation Report

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

(E) Cbl_SM-1

Connection

From: MDB-CCB-DBP/1/L1,L2,L3 Active Source: Source-1

Load

To: DB-P1

Type: Distribution Board

Design Current Ib (A): 37.1

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield2 MCCB F Frame (MFH) (Fixed) Th/Mag Rating In (A): Overload Setting Ir (A): 40 [a]

40 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 4 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 6 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

6 [a]

Length (m): 10 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

37.1 40 40.0 40.0

Auto-sized for current-carrying capacity and voltage drop limits.

Overload Setting Ir = 40

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

37.1 / 1.00

36.1 / 1.00

36.7 / 1.00

0.8

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

1.44 / 0.63

1.34 / 0.58

1.40 / 0.61

-----

Voltage Drop - From Source (V/%)

2.43 / 1.05

2.39 / 1.04

2.52 / 1.10

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.16898

0.03926

0.15500

0.36294

0.69697

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 5.00 Total = 1.5

CPC Section = Separate 1.5

0.63

Min. Section = 1.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: 12.846 / 8.495 Icu: 45

Load End:

5.206 / 2.240

Ics: 25

CPD Energy Let-through (A²s): 41.71 x 103

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 736.16 x 103 Page 1 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

(G) Cbl_SM-2

Connection

From: MDB-CCB-DBP/2/L1,L2,L3 Active Source: Source-1

Load

To: DB-P2

Type: Distribution Board

Design Current Ib (A): 73.4

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield2 MCCB F Frame (MFH) (Fixed) Th/Mag Rating In (A): Overload Setting Ir (A): 80 [a]

80 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 4 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 25 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

25 [a]

Length (m): 10 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

73.4 80 80.0 95.0

Auto-sized for current-carrying capacity and voltage drop limits.

Overload Setting Ir = 80

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

67.4 / 1.00

3rd Harmonic Current (A)

71.0 / 1.00

Neutral

73.4 / 1.00

5.2

0.0

0.0

Voltage Drop - This circuit (V/%)

0.52 / 0.23

0.61 / 0.27

0.66 / 0.29

-----

Voltage Drop - From Source (V/%)

1.51 / 0.65

1.66 / 0.72

1.78 / 0.77

-----

Earth Fault

0.0

L3

0.0

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.16898

0.00937

0.09500

0.27309

0.28750

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 5.00 Total = 2.5

CPC Section = Separate 2.5

0.84

Min. Section = 1.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: 12.846 / 8.495 Icu: 45

Load End:

9.542 / 5.106

Ics: 25

CPD Energy Let-through (A²s): 152.36 x 103

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 12.78 x 106 Page 2 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P101

Connection

From: DB-P1/1/L1 Active Source: Source-1

Load

To: P101

Type: Lighting, radial circuits

Design Current Ib (A): 4.0 Length to First Fitting (m): 5.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 24 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

4.0 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

4.0 / 1.00

0.0 / 0.00

0.0 / 0.00

4.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.89 / 0.39

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

3.32 / 1.44

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.22800

0.55200

1.14275

2.30000

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.20

Min. Section = 0.26

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.577 / 0.412

Ics: 10

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 3 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P102

Connection

From: DB-P1/2/L1 Active Source: Source-1

Load

To: P102

Type: Lighting, radial circuits

Design Current Ib (A): 6.5 Length to First Fitting (m): 8.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 73 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

6.5 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

6.5 / 1.00

0.0 / 0.00

0.0 / 0.00

6.5

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

4.12 / 1.79

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

6.55 / 2.85

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.69350

1.13150

2.18771

2.30000

From characteristic:

0.26

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.11

Min. Section = 0.37

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.204 / 0.154

Ics: 10

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 4 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P103

Connection

From: DB-P1/1/L2 Active Source: Source-1

Load

To: P103

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 7.8

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 37 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

7.8 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

7.8 / 1.00

0.0 / 0.00

7.8

3rd Harmonic Current (A)

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.71 / 0.31

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

3.11 / 1.35

0.00 / 0.00

-----

Earth Fault

0.0

0.0

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.05550

0.21275

0.63107

0.71875

From characteristic:

0.09

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.36

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

5.206 / 2.240

Load End:

1.777 / 1.079

Ics: 7.5

CPD Energy Let-through (A²s): 4,373.12

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 5 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P104

Connection

From: DB-P1/2/L2 Active Source: Source-1

Load

To: P104

Type: Lighting, radial circuits

Design Current Ib (A): 4.3 Length to First Fitting (m): 5.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 57 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

4.3 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

4.3 / 1.00

0.0 / 0.00

4.3

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

2.08 / 0.90

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

4.47 / 1.94

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.54150

1.31100

2.21521

2.30000

From characteristic:

0.29

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.10

Min. Section = 0.39

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.259 / 0.194

Ics: 10

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 6 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P106

Connection

From: DB-P1/2/L3 Active Source: Source-1

Load

To: P106

Type: Lighting, radial circuits

Design Current Ib (A): 2.6 Length to First Fitting (m): 9.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 40 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

2.6 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

2.6 / 1.00

2.6

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

1.00 / 0.44

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

3.52 / 1.53

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.38000

0.92000

1.66273

2.30000

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.14

Min. Section = 0.26

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.362 / 0.267

Ics: 10

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 7 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P107

Connection

From: DB-P1/3/L1 Active Source: Source-1

Load

To: P107

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 2.6

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 29 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

2.6 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

2.6 / 1.00

0.0 / 0.00

0.0 / 0.00

2.6

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.18 / 0.08

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

2.61 / 1.14

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.04350

0.16675

0.57309

0.71875

From characteristic:

0.03

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.40

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

2.076 / 1.215

Ics: 10

CPD Energy Let-through (A²s): 4,932.67

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 8 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P108

Connection

From: DB-P1/4/L1 Active Source: Source-1

Load

To: P108

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 24 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

12.0 / 1.00

0.0 / 0.00

0.0 / 0.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

2.88 / 1.25

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

5.31 / 2.31

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.14400

0.55200

1.05876

1.15000

From characteristic:

0.19

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.22

Min. Section = 0.67

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.860 / 0.590

Ics: 10

CPD Energy Let-through (A²s): 2,041.07

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 9 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P109

Connection

From: DB-P1/3/L2 Active Source: Source-1

Load

To: P109

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 13 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

0.0 / 0.00

3rd Harmonic Current (A)

12.0 / 1.00

L3

Neutral

0.0 / 0.00

12.0

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

1.56 / 0.68

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

3.95 / 1.72

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.07800

0.29900

0.73980

1.15000

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.31

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

1.399 / 0.891

Ics: 10

CPD Energy Let-through (A²s): 3,186.04

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 10 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P110

Connection

From: DB-P1/4/L2 Active Source: Source-1

Load

To: P110

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 19 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

0.0 / 0.00

3rd Harmonic Current (A)

12.0 / 1.00

L3

Neutral

0.0 / 0.00

12.0

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

2.28 / 0.99

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

4.68 / 2.03

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.11400

0.43700

0.91377

1.15000

From characteristic:

0.05

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.25

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

1.043 / 0.697

Ics: 10

CPD Energy Let-through (A²s): 2,448.19

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 11 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P111

Connection

From: DB-P1/3/L3 Active Source: Source-1

Load

To: P111

Type: Lighting, radial circuits

Design Current Ib (A): 4.0 Length to First Fitting (m): 11.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 38 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

4.0 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

4.0 / 1.00

4.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

1.51 / 0.65

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

4.03 / 1.75

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.36100

0.87400

1.59773

2.30000

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.14

Min. Section = 0.26

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.379 / 0.279

Ics: 10

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 12 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P112

Connection

From: DB-P1/4/L3 Active Source: Source-1

Load

To: P112

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 13 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

1.56 / 0.68

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

4.09 / 1.78

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.07800

0.29900

0.73980

1.15000

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.31

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

1.399 / 0.891

Ics: 10

CPD Energy Let-through (A²s): 3,186.04

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 13 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P113

Connection

From: DB-P1/5/L1 Active Source: Source-1

Load

To: P113

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 19 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

12.0 / 1.00

0.0 / 0.00

0.0 / 0.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

2.28 / 0.99

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

4.71 / 2.05

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.11400

0.43700

0.91377

1.15000

From characteristic:

0.05

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.25

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

1.043 / 0.697

Ics: 10

CPD Energy Let-through (A²s): 2,448.19

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 14 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P117

Connection

From: DB-P1/5/L3 Active Source: Source-1

Load

To: P117

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 21 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

2.52 / 1.10

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

5.05 / 2.19

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.12600

0.48300

0.97177

1.15000

From characteristic:

0.09

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.24

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

0.961 / 0.650

Ics: 10

CPD Energy Let-through (A²s): 2,268.81

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 15 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P201

Connection

From: DB-P2/1/L1 Active Source: Source-1

Load

To: P201

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 7.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 65 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

7.0 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

7.0 / 1.00

0.0 / 0.00

0.0 / 0.00

7.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

1.11 / 0.48

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

2.62 / 1.14

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.09750

0.25188

0.62221

0.71875

From characteristic:

0.08

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.37

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

1.341 / 0.969

Ics: 7.5

CPD Energy Let-through (A²s): 3,923.69

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 16 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P202

Connection

From: DB-P2/2/L1 Active Source: Source-1

Load

To: P202

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 9.6

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 56 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

9.6 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

9.6 / 1.00

0.0 / 0.00

0.0 / 0.00

9.6

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

1.33 / 0.58

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

2.83 / 1.23

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.08400

0.21700

0.57386

0.71875

From characteristic:

0.03

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.40

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

1.528 / 1.093

Ics: 7.5

CPD Energy Let-through (A²s): 4,432.16

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 17 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P203

Connection

From: DB-P2/1/L2 Active Source: Source-1

Load

To: P203

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 5.2

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 57 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

5.2 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

5.2 / 1.00

0.0 / 0.00

5.2

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.73 / 0.32

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

2.39 / 1.04

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.08550

0.22088

0.57923

0.71875

From characteristic:

0.04

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.40

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

1.505 / 1.078

Ics: 7.5

CPD Energy Let-through (A²s): 4,369.34

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 18 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P204

Connection

From: DB-P2/2/L2 Active Source: Source-1

Load

To: P204

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 7.8

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 33 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

7.8 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

7.8 / 1.00

0.0 / 0.00

7.8

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.64 / 0.28

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

2.30 / 1.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.04950

0.18975

0.51213

0.71875

From characteristic:

0.02

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.45

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

2.370 / 1.623

Ics: 7.5

CPD Energy Let-through (A²s): 6,812.49

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 19 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P205

Connection

From: DB-P2/1/L3 Active Source: Source-1

Load

To: P205

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 5.2

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 51 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

5.2 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

5.2 / 1.00

5.2

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

0.65 / 0.28

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

2.43 / 1.06

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.07650

0.29325

0.64258

0.71875

From characteristic:

0.11

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.36

Min. Section = 0.84

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

1.656 / 1.177

Ics: 7.5

CPD Energy Let-through (A²s): 4,774.94

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 20 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P206

Connection

From: DB-P2/2/L3 Active Source: Source-1

Load

To: P206

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 5.2

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 72 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

5.2 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

5.2 / 1.00

5.2

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

0.92 / 0.40

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

2.70 / 1.17

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.10800

0.27900

0.65983

0.71875

From characteristic:

0.15

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.35

Min. Section = 0.95

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

1.224 / 0.891

Ics: 7.5

CPD Energy Let-through (A²s): 3,601.34

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 21 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P207

Connection

From: DB-P2/3/L1 Active Source: Source-1

Load

To: P207

Type: Lighting, radial circuits

Design Current Ib (A): 7.9 Length to First Fitting (m): 33.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 116 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

= = = =

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

7.9 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (User defined)

Overload Setting Ir = 10

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

7.9 / 1.00

0.0 / 0.00

0.0 / 0.00

7.9

3rd Harmonic Current (A) Voltage Drop - This circuit (V/%) Voltage Drop - From Source (V/%)

Earth Fault

[BS 7671, Table 4B1]

0.0

0.0

0.0

0.0

9.30 / 4.05

0.00 / 0.00

0.00 / 0.00

-----

10.81 / 4.70

0.00 / 0.00

0.00 / 0.00

-----

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 4 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

1.10200

0.69600

2.07070

2.30000

From characteristic:

0.16

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 4.0

CPC Section = Separate 4

0.11

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.132 / 0.102

Ics: 7.5

Max. disconnection time (s) = (k²S²/I²): 12.28

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Actual disconnection time (s) = 0.33 Page 22 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P208

Connection

From: DB-P2/4/L1 Active Source: Source-1

Load

To: P208

Type: Lighting, radial circuits

Design Current Ib (A): 11.0 Length to First Fitting (m): 25.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 16 [f]

16 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 72 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

11.0 16 16.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (User defined)

Overload Setting Ir = 16

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

11.0 / 1.00

0.0 / 0.00

0.0 / 0.00

11.0

3rd Harmonic Current (A) Voltage Drop - This circuit (V/%) Voltage Drop - From Source (V/%)

Earth Fault

[BS 7671, Table 4B1]

0.0

0.0

0.0

0.0

8.58 / 3.73

0.00 / 0.00

0.00 / 0.00

-----

10.08 / 4.38

0.00 / 0.00

0.00 / 0.00

-----

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 4 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.68400

0.43200

1.38873

1.39394

From characteristic:

0.39

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 4.0

CPC Section = Separate 4

0.17

Min. Section = 0.72

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.212 / 0.163

Ics: 7.5

Max. disconnection time (s) = (k²S²/I²): 4.81

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Actual disconnection time (s) = 0.43 Page 23 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P209

Connection

From: DB-P2/3/L2 Active Source: Source-1

Load

To: P209

Type: Lighting, radial circuits

Design Current Ib (A): 4.8 Length to First Fitting (m): 19.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 68 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

4.8 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

4.8 / 1.00

0.0 / 0.00

4.8

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

3.26 / 1.42

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

4.93 / 2.14

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.64600

1.05400

1.97271

2.30000

From characteristic:

0.11

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.12

Min. Section = 0.26

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.224 / 0.172

Ics: 7.5

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 24 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P210

Connection

From: DB-P2/4/L2 Active Source: Source-1

Load

To: P210

Type: Lighting, radial circuits

Design Current Ib (A): 9.2 Length to First Fitting (m): 24.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 16 [f]

16 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 33 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

9.2 16 16.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 16

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

9.2 / 1.00

0.0 / 0.00

9.2

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

4.17 / 1.81

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

5.84 / 2.54

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.31350

0.75900

1.34524

1.39394

From characteristic:

0.31

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.17

Min. Section = 0.67

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.452 / 0.344

Ics: 7.5

CPD Energy Let-through (A²s): 1,600.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 25 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P211

Connection

From: DB-P2/3/L3 Active Source: Source-1

Load

To: P211

Type: Lighting, radial circuits

Design Current Ib (A): 5.3 Length to First Fitting (m): 22.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 76 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

5.3 10 10.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 10

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

5.3 / 1.00

5.3

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

4.03 / 1.75

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

5.81 / 2.53

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.72200

1.17800

2.17270

2.30000

From characteristic:

0.24

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.11

Min. Section = 0.37

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.201 / 0.155

Ics: 7.5

CPD Energy Let-through (A²s): 1,350.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 26 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P212

Connection

From: DB-P2/4/L3 Active Source: Source-1

Load

To: P212

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 27 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

3.24 / 1.41

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

5.02 / 2.18

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.16200

0.62100

1.05576

1.15000

From characteristic:

0.19

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.0

CPC Section = Separate 1

0.22

Min. Section = 0.66

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.845 / 0.628

Ics: 7.5

CPD Energy Let-through (A²s): 2,187.36

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 27 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P213

Connection

From: DB-P2/5/L1 Active Source: Source-1

Load

To: P213

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 41 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

12.0 / 1.00

0.0 / 0.00

0.0 / 0.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

4.93 / 2.14

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

6.43 / 2.80

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.24600

0.38950

0.90828

1.15000

From characteristic:

0.05

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.25

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.571 / 0.431

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 28 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P214

Connection

From: DB-P2/6/L1 Active Source: Source-1

Load

To: P214

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 32 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

12.0 / 1.00

0.0 / 0.00

0.0 / 0.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

3.85 / 1.67

0.00 / 0.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

5.35 / 2.33

0.00 / 0.00

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.19200

0.49600

0.96077

1.15000

From characteristic:

0.08

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.24

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.721 / 0.540

Ics: 7.5

CPD Energy Let-through (A²s): 1,851.45

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 29 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P215

Connection

From: DB-P2/5/L2 Active Source: Source-1

Load

To: P215

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 43 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

0.0 / 0.00

3rd Harmonic Current (A)

12.0 / 1.00

L3

Neutral

0.0 / 0.00

12.0

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

5.17 / 2.25

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

6.83 / 2.97

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.25800

0.40850

0.93927

1.15000

From characteristic:

0.07

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.24

Min. Section = 0.29

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.545 / 0.412

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 30 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P216

Connection

From: DB-P2/6/L2 Active Source: Source-1

Load

To: P216

Type: Lighting, radial circuits

Design Current Ib (A): 7.9 Length to First Fitting (m): 24.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 16 [f]

16 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 50 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

7.9 16 16.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 6.9 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 16

_ Ib] [Ir > [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

7.9 / 1.00

0.0 / 0.00

7.9

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

4.60 / 2.00

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

6.27 / 2.72

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.47500

0.47500

1.22274

1.39394

From characteristic:

0.16

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.19

Min. Section = 0.52

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.302 / 0.232

Ics: 7.5

CPD Energy Let-through (A²s): 1,600.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 127.81 x 103 Page 31 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P217

Connection

From: DB-P2/5/L3 Active Source: Source-1

Load

To: P217

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 51 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

6.13 / 2.66

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

7.91 / 3.44

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.30600

0.48450

1.06326

1.15000

From characteristic:

0.20

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.22

Min. Section = 0.68

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.463 / 0.352

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 32 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P218

Connection

From: DB-P2/6/L3 Active Source: Source-1

Load

To: P218

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 65 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

7.81 / 3.40

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

9.59 / 4.17

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 4 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.39000

0.39000

1.05276

1.15000

From characteristic:

0.19

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 4.0

CPC Section = Separate 4

0.22

Min. Section = 0.66

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.366 / 0.280

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 33 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P220

Connection

From: DB-P2/8/L1 Active Source: Source-1

Load

To: P220

Type: Lighting, radial circuits

Design Current Ib (A): 7.9 Length to First Fitting (m): 33.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 10 [f]

10 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 4 - In conduit on a wooden/masonry wall

Size (mm2 ):

2.5 [f]

Length (m): 116 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

= = = =

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

7.9 10 10.0 31.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (User defined)

Overload Setting Ir = 10

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

7.9 / 1.00

0.0 / 0.00

0.0 / 0.00

7.9

3rd Harmonic Current (A) Voltage Drop - This circuit (V/%) Voltage Drop - From Source (V/%)

Earth Fault

[BS 7671, Table 4B1]

0.0

0.0

0.0

0.0

9.25 / 4.02

0.00 / 0.00

0.00 / 0.00

-----

10.75 / 4.67

0.00 / 0.00

0.00 / 0.00

-----

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 4 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

1.10200

0.69600

2.07070

2.30000

From characteristic:

0.16

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 4.0

CPC Section = Separate 4

0.11

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.132 / 0.102

Ics: 7.5

Max. disconnection time (s) = (k²S²/I²): 12.28

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Actual disconnection time (s) = 0.33 Page 34 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P221

Connection

From: DB-P2/7/L2 Active Source: Source-1

Load

To: P221

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 54 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (User defined)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

0.0 / 0.00

3rd Harmonic Current (A)

12.0 / 1.00

L3

Neutral

0.0 / 0.00

12.0

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

6.49 / 2.82

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

8.15 / 3.55

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.32400

0.51300

1.10975

1.15000

From characteristic:

0.29

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.21

Min. Section = 0.79

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.438 / 0.333

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 35 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P222

Connection

From: DB-P2/8/L2 Active Source: Source-1

Load

To: P222

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 46 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop

L1

Design Current Ib (A/PF)

L2

0.0 / 0.00

3rd Harmonic Current (A)

12.0 / 1.00

L3

Neutral

0.0 / 0.00

12.0

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

5.53 / 2.40

0.00 / 0.00

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

7.19 / 3.13

0.00 / 0.00

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.27600

0.43700

0.98577

1.15000

From characteristic:

0.10

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.23

Min. Section = 0.53

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.511 / 0.387

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 36 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P223

Connection

From: DB-P2/7/L3 Active Source: Source-1

Load

To: P223

Type: Sockets BS EN 60309-2, 20A radial circuit

Design Current Ib (A): 12.0

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 20 [f]

20 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 46 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

12.0 20 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 20

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

12.0 / 1.00

12.0

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

5.53 / 2.40

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

7.31 / 3.18

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 2.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.27600

0.43700

0.98577

1.15000

From characteristic:

0.10

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 2.5

CPC Section = Separate 2.5

0.23

Min. Section = 0.53

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.511 / 0.387

Ics: 7.5

CPD Energy Let-through (A²s): 1,700.00

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 37 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKT P224

Connection

From: DB-P2/8/L3 Active Source: Source-1

Load

To: P224

Type: Lighting, radial circuits

Design Current Ib (A): 9.7 Length to First Fitting (m): 46.00

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCV) 15kA Th/Mag Rating In (A): Overload Setting Ir (A): 16 [f]

16 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

1 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 2.5 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

2.5 [f]

Length (m): 64 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

9.7 16 16.0 26.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (User defined)

Overload Setting Ir = 16

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

9.7 / 1.00

9.7

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

8.46 / 3.68

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

10.24 / 4.45

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 4 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.27309

0.60800

0.38400

1.26474

1.39394

From characteristic:

0.20

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 4.0

CPC Section = Separate 4

0.18

Min. Section = 0.57

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 15

9.542 / 5.106

Load End:

0.237 / 0.183

Ics: 7.5

Max. disconnection time (s) = (k²S²/I²): 3.82

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Actual disconnection time (s) = 0.19 Page 38 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008

Cable Calculation Report Project Reference:

CCB - ALAOJI 504MW PP

Job Number:

RK-117-E-2020-2029

Document No:

CCB-DBP-001

Created On :

08/10/2008

Created By :

ARNEL CORPUZ

Modified By:

Rev Date : Rev No: Calculated in accordance with BS7671

Cable

CKTP105

Connection

From: DB-P1/1/L3 Active Source: Source-1

Load

To: P105

Type: Sockets BS 1363, 32A ring final circuit to sockets up to 100m²

Design Current Ib (A): 6.1

Comments Protective Device

[a] = Auto, [f] = Fixed, [m] = Max.

Overcurrent protection: MEM Memshield 2 MCB Type C (MCH) Th/Mag Rating In (A): Overload Setting Ir (A): 32 [f]

32 [m]

Conductors

[a] = Auto, [f] = Fixed, [d] = Double

2 x 2 x 1c

Single-core, 90°C thermosetting, insulated, non-arm Cu Table 4E1 Neutral: 4 mm²[a] 1 - In conduit in a thermally insulated wall

Size (mm2 ):

4 [f]

Length (m): 46 Conduit:

Plastic

Rating Factors Air Temperature(°C) Circuits In Group

= 30.0 =1

Ca Cg

= 1.00 = 1.00

3rd Harmonics (%) = 0.00 CPD and Installation Factor

Ch Cc

= 1.00 = 1.00

Cable sizing (A)

[BS 7671, Table 4B1] [BS 7671, Table 4C1]

[Factor: 0.725 for CPD type BS 30365; 0.9 for Installation Methods 70-73]

Sized For: Phase Current Carrying Capacity

Design Current Ib Device Rating In Min. Cable Capacity Iz Actual Cable Rating It

= = = =

6.1 32 20.0 35.0

Auto-sized for current-carrying capacity and voltage drop limits. Voltage drop limit = 11.5 V (to BS 7671:2008 Appendix 12)

Overload Setting Ir = 32

[Ir > _ Ib] [BS 7671, Appendix 4.5, Formula (1)] _ Iz] [It >

Load Current and Voltage Drop Design Current Ib (A/PF)

L1

L2

L3

Neutral

0.0 / 0.00

0.0 / 0.00

6.1 / 1.00

6.1

3rd Harmonic Current (A)

0.0

0.0

0.0

0.0

Voltage Drop - This circuit (V/%)

0.00 / 0.00

0.00 / 0.00

0.69 / 0.30

-----

Voltage Drop - From Source (V/%)

0.00 / 0.00

0.00 / 0.00

3.21 / 1.40

-----

Earth Fault

Circuit Protective Conductor (CPC) (mm²):

Earth Fault Loop Impedance ( ): Disconnection time (s): Adiabatic check (mm 2 )

Separate 1.5 [a]

Ze

Z1

Z2

Zs

Max. Zs

0.36294

0.06900

0.17825

0.61008

0.71875

From characteristic:

0.06

[a] = Auto, [f] = Fixed Earth Fault Current (kA)

Maximum for circuit: 0.40 Total = 1.5

CPC Section = Separate 1.5

0.38

Min. Section = 0.31

Phase Fault Phase Fault Current Max./Min. (kA): Protective Device Breaking Capacity (kA): Adiabatic Check:

Source End: Icu: 10

5.206 / 2.240

Load End:

1.529 / 0.958

Ics: 10

CPD Energy Let-through (A²s): 3,876.76

Project: D:\My Documents\ALAOJI\SERVICE BLDGS\CentralControlBldg\CCB-DBP.p17 Created using: 15.0.0(BS7671:2008) - Rockson Engineering Ltd

Adiabatic Limit k²S² (A²s): 327.18 x 103 Page 39 of 39

Printed on: 11/12/2008

Copyright © AMTECH Power Software Ltd 2008