cable analysis
DESCRIPTION
cablesTRANSCRIPT
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP1
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P1
MSWB GAC MCC
Main cable to Switchboard 398.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 120
34 - On a ladder
240 [a]
No
TN
N/A
1 x 240 [a] 1 x 240 [a]
Separate 95
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
398.0 A
500 A
N/A
500.0 A
546.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
0.175 0.125
21 15
120 1.00 1.00 546.0 A
90 61.9
0.9121
398.0 0.84 0.84 0.84/ /398.0 398.0 0.0
/ / /5.57 5.57 5.572.42 2.42 2.42
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 5762.3Cable Energy Loss (W): At Design Current = 5114.3
4C4=
Page 1 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P1
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 500
Generic BS 88-2 Fuse System E
N/A
N/A 398.0 A
Phase fault discrimination check required
N/A
80 80No
25.000 10.467
Max. disconnection time (s) = (kS/I): 33.47
Actual disconnection time (s) = 0.71
5.932
Generic BS 88-2 Fuse System E Rating (A): 500
0.065100.056860.033080.014900.00924
2.92
5.00 4.06
Calculated in accordance with BS 7671
48.53
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Separate 95 95.00Actual x (k2/k1) =
95.00
It =48.15 x 106 As
143
143
(k1)
(k2)
500
500 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 25.00
Page 2 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP10
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P10
LCS-P1101
Junction Box 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 80
34 - On a ladder
35 [f]
No
TN
N/A
1 x 35 [f]
Separate 16
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
162.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.15 0.135
92 11
80 1.00 1.00 162.0 A
90 55.4
0.8918
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /4.43 4.43 4.431.93 1.93 1.93
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 1769.3Cable Energy Loss (W): At Design Current = 1524.4
4C4=
Page 3 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P10
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
N/A 105.4 A
Phase fault discrimination check required
N/A
80 80No
10.467 3.766
CPD Energy Let-through (As): 160.00
Adiabatic Limit kS (As): 25.05
3.085
Phase Conductor Section S (mm) = 35
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.219130.115090.053480.05686
1.92
5.00 1.05
Calculated in accordance with BS 7671
10.21
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Separate 16 16.00Actual x (k2/k1) =
16.00
x 10 3
6x 10
It =2.13 x 106 As
143
143
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 4 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP10-A
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P10-A
LCS-P1101 P1101
Motor, Soft Start, three phase 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multi Core 85C rubber insulated Cu
Multi Core 85C rubber insulated Cu 10
33 - Spaced from a wall
25 [a]
No
TN
N/A
1 x 25 [a]
Integral 25
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
123.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.6 0.15
16 2
10 1.00 1.00 123.0 A
85 70.4
0.9535
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /0.81 0.81 0.810.35 0.35 0.35
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 307.7Cable Energy Loss (W): At Design Current = 289.7
4C4=
Page 5 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P10-A
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
160 A 105.4 A
Phase fault discrimination check required
N/A
80 80No
3.766 3.371
CPD Energy Let-through (As): 160.00
Adiabatic Limit kS (As): 11.22
2.750
Phase Conductor Section S (mm) = 25
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.237640.009280.009280.21913
2.62
5.00 0.97
Calculated in accordance with BS 7671
11.73
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Integral 25 25.00Actual x (k2/k1) =
25.00
x 10 3
6x 10
It =2.47 x 106 As
134
134
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 1.05
Page 6 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP11
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P11
LCS-P1102
Junction Box 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 80
34 - On a ladder
35 [f]
No
TN
N/A
1 x 35 [f]
Separate 16
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
162.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.15 0.135
92 11
80 1.00 1.00 162.0 A
90 55.4
0.8918
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /4.43 4.43 4.431.93 1.93 1.93
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 1769.3Cable Energy Loss (W): At Design Current = 1524.4
4C4=
Page 7 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P11
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
N/A 105.4 A
Phase fault discrimination check required
N/A
80 80No
10.467 3.766
CPD Energy Let-through (As): 160.00
Adiabatic Limit kS (As): 25.05
3.085
Phase Conductor Section S (mm) = 35
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.219130.115090.053480.05686
1.92
5.00 1.05
Calculated in accordance with BS 7671
10.21
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Separate 16 16.00Actual x (k2/k1) =
16.00
x 10 3
6x 10
It =2.13 x 106 As
143
143
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 8 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP11-A
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P11-A
LCS-P1102 P1102
Motor, Soft Start, three phase 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multi Core 85C rubber insulated Cu
Multi Core 85C rubber insulated Cu 10
33 - Spaced from a wall
25 [a]
No
TN
N/A
1 x 25 [a]
Integral 25
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
123.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.6 0.15
16 2
10 1.00 1.00 123.0 A
85 70.4
0.9535
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /0.81 0.81 0.810.35 0.35 0.35
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 307.7Cable Energy Loss (W): At Design Current = 289.7
4C4=
Page 9 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P11-A
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
160 A 105.4 A
Phase fault discrimination check required
N/A
80 80No
3.766 3.371
CPD Energy Let-through (As): 160.00
Adiabatic Limit kS (As): 11.22
2.750
Phase Conductor Section S (mm) = 25
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.237640.009280.009280.21913
2.62
5.00 0.97
Calculated in accordance with BS 7671
11.73
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Integral 25 25.00Actual x (k2/k1) =
25.00
x 10 3
6x 10
It =2.47 x 106 As
134
134
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 1.05
Page 10 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP12
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P12
LCS-P1103
Junction Box 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 80
34 - On a ladder
25 [a]
No
TN
N/A
1 x 25 [a]
Separate 16
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
131.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.6 0.14
128 11
80 1.00 1.00 131.0 A
90 68.8
0.9338
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /6.29 6.29 6.292.73 2.73 2.73
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 2461.7Cable Energy Loss (W): At Design Current = 2253.2
4C4=
Page 11 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P12
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
N/A 105.4 A
Phase fault discrimination check required
N/A
80 80No
10.467 3.007
CPD Energy Let-through (As): 160.00
Adiabatic Limit kS (As): 12.78
2.431
Phase Conductor Section S (mm) = 25
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.239680.115090.074180.05686
2.70
5.00 0.96
Calculated in accordance with BS 7671
11.08
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Separate 16 16.00Actual x (k2/k1) =
16.00
x 10 3
6x 10
It =2.51 x 106 As
143
143
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 12 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP12-A
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P12-A
LCS-P1103 P1103
Motor, Soft Start, three phase 105.4 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multi Core 85C rubber insulated Cu
Multi Core 85C rubber insulated Cu 10
33 - Spaced from a wall
35 [f]
No
TN
N/A
1 x 35 [f]
Integral 35
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
105.4 A
160 A
105.37 A
105.4 A
151.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.15 0.15
12 2
10 1.00 1.00 151.0 A
85 56.8
0.9104
105.4 0.81 0.81 0.81/ /105.4 105.4 0.0
/ / /0.57 0.57 0.570.25 0.25 0.25
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 221.2Cable Energy Loss (W): At Design Current = 196.2
4C4=
Page 13 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P12-A
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 160
Generic BS 88-2 Fuse System E
105.37 A
160 A 105.4 A
Phase fault discrimination check required
N/A
80 80No
3.007 2.813
Max. disconnection time (s) = (kS/I): 4.26
Actual disconnection time (s) = 0.12
2.271
Generic BS 88-2 Fuse System E Rating (A): 160
0.280480.253070.006700.006700.23968
3.32
5.00 0.91
Calculated in accordance with BS 7671
12.42
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Integral 35 35.00Actual x (k2/k1) =
35.00
It =2.77 x 106 As
134
134
(k1)
(k2)
160
160 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 0.96
Page 14 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP13
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P13
LCS-P1201
Junction Box 73.1 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 50
34 - On a ladder
10 [a]
No
2 Derating for 2 circuits/cables
TN
N/A
1 x 10 [a] 1 x 10 [a]
Armour 43
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 0.87
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
73.1 A
100 A
105.37 A
63.1 A
78.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 3/4 [per parallel cable]
4 0
200 0
50 1.00 0.87 78.0 A
90 99.7
1.0000
73.1 0.78 0.78 0.78/ /73.1 73.1 0.0
/ / /
Total Number of Grouped Circuits =
Subject to simultaneous overload = No No. of ladders = 1
No. of circuits per ladder = 2
6.59 6.59 6.592.86 2.86 2.86
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 1853.6Cable Energy Loss (W): At Design Current = 1925.6
Arrangement: Horizontal Touching
4C4=
Page 15 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P13
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 100
Generic BS 88-2 Fuse System E
105.37 A
N/A 73.1 A
Phase fault discrimination check required
N/A
80 80No
10.467 3.670
CPD Energy Let-through (As): 60.00
Adiabatic Limit kS (As): 2.04
1.559
Phase Conductor Section S (mm) = 10
Generic BS 88-2 Fuse System E Rating (A): 100
0.442310.341840.234950.057740.05686
1.77
5.00 0.68
Calculated in accordance with BS 7671
6.29
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
43 13.83Actual x (k2/k1) =
13.83
x 10 3
6x 10
It =809.26 x 103 As
143
46
(k1)
(k2)
100
100 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 16 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP13-A
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P13-A
LCS-P1201 P1201
Motor, Star delta started, three phase and neutralat GAC MCC 73.1 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multi Core 85C rubber insulated Cu
Multi Core 85C rubber insulated Cu 5
33 - Spaced from a wall
35 [f]
No
TN
N/A
1 x 35 [f] 1 x 35 [a]
Separate 10
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
73.1 A
100 A
105.37 A
60.8 A
151.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 1 [per parallel cable]
1.15 0.15
6 1
5 1.00 1.00 151.0 A
85 42.9
0.8664
73.1 0.78 0.78 0.78/ /73.1 73.1 0.0
/ / /0.18 0.18 0.180.08 0.08 0.08
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 53.3Cable Energy Loss (W): At Design Current = 44.3
4C4=
Page 17 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P13-A
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 100
Generic BS 88-2 Fuse System E
105.37 A
100 A 73.1 A
Phase fault discrimination check required
N/A
80 80No
3.670 3.594
CPD Energy Let-through (As): 60.00
Adiabatic Limit kS (As): 22.00
1.525
Phase Conductor Section S (mm) = 35
Generic BS 88-2 Fuse System E Rating (A): 100
0.442310.354470.011000.001670.34184
2.02
5.00 0.65
Calculated in accordance with BS 7671
6.92
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Separate 10 8.58Actual x (k2/k1) =
8.58
x 10 3
6x 10
It =859.32 x 103 As
134
115
(k1)
(k2)
100
100 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 0.68
Page 18 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP14
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P14
LCS-P1202
Junction Box 73.1 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 50
34 - On a ladder
35 [f]
No
2 Derating for 2 circuits/cables
TN
N/A
1 x 35 [f] 1 x 35 [f]
Armour 80
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 0.87
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
73.1 A
100 A
105.37 A
63.1 A
162.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 3/4 [per parallel cable]
1.15 0.135
58 7
50 1.00 0.87 162.0 A
90 46.2
0.8963
73.1 0.78 0.78 0.78/ /73.1 73.1 0.0
/ / /
Total Number of Grouped Circuits =
Subject to simultaneous overload = No No. of ladders = 1
No. of circuits per ladder = 2
1.88 1.88 1.880.82 0.82 0.82
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 532.9Cable Energy Loss (W): At Design Current = 439.5
Arrangement: Horizontal Touching
4C4=
Page 19 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P14
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 100
Generic BS 88-2 Fuse System E
105.37 A
N/A 73.1 A
Phase fault discrimination check required
N/A
80 80No
10.467 6.865
CPD Energy Let-through (As): 60.00
Adiabatic Limit kS (As): 25.05
3.313
Phase Conductor Section S (mm) = 35
Generic BS 88-2 Fuse System E Rating (A): 100
0.442310.194150.127000.016710.05686
0.19
5.00 1.19
Calculated in accordance with BS 7671
3.66
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
80 25.73Actual x (k2/k1) =
25.73
x 10 3
6x 10
It =274.66 x 103 As
143
46
(k1)
(k2)
100
100 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 20 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP14-A
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P14-A
LCS-P1202 P1202
Motor, Star delta started, three phase and neutralat GAC MCC 73.1 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting, armoured *RUN TO 70C Cu
Multicore, 90C thermosetting, armoured *RUN TO 70C Cu 5
34 - On a ladder
16 [a]
No
2 Derating for 2 circuits/cables
TN
N/A
1 x 16 [a] 1 x 16 [a]
Armour 49 + Integral 16
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 0.87
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
73.1 A
100 A
105.37 A
63.1 A
83.0 A
In >= Ib
Motor Overload: GN6, amendment 2, p16
BS 7671, App. 4.5, Equations 3/4 [per parallel cable]
2.4 0
12 0
5 1.00 0.87 83.0 A
70 71
1.0000
73.1 0.78 0.78 0.78/ /73.1 73.1 0.0
/ / /
Total Number of Grouped Circuits =
Subject to simultaneous overload = No No. of ladders = 1
No. of circuits per ladder = 2
0.40 0.40 0.400.17 0.17 0.17
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 111.2Cable Energy Loss (W): At Design Current = 111.7
Arrangement: Horizontal Touching
4C4=
Page 21 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P14-A
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 100
Generic BS 88-2 Fuse System E
105.37 A
100 A 73.1 A
Phase fault discrimination check required
N/A
80 80No
6.865 6.388
CPD Energy Let-through (As): 60.00
Adiabatic Limit kS (As): 3.39
3.034
Phase Conductor Section S (mm) = 16
Generic BS 88-2 Fuse System E Rating (A): 100
0.442310.200450.002930.003460.19415
0.22
5.00 1.15
Calculated in accordance with BS 7671
4.71
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
Integral
49
16
49.00
16.00
Actual x (k2/k1) =
Actual x (k2/k1) =
65.00
x 10 3
6x 10
It =293.49 x 103 As
115
115
115
(k1)
(k2)
(k2)
100
100 Motor Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 1.19
Page 22 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP2
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P2
GAC MCC Site Lighting
Distribution Board 0.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 10
34 - On a ladder
10 [f]
No
TN
N/A
1 x 10 [f] 1 x 10 [f]
Armour 43
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
0.0 A
50 A
N/A
50.0 A
78.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
4 0
40 0
10 1.00 1.00 78.0 A
90 30
1.0000
0.0 0.00 0.00 0.00/ /0.0 0.0 0.0
/ / /0.00 0.00 0.000.00 0.00 0.00
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 0Cable Energy Loss (W): At Design Current = 0
4C4=
Page 23 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P2
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 50
Generic BS 88-2 Fuse System E
N/A
N/A 0.0 A
Phase fault discrimination check required
N/A
80 80No
10.467 6.200
CPD Energy Let-through (As): 13.50
Adiabatic Limit kS (As): 2.04
2.868
Phase Conductor Section S (mm) = 10
Generic BS 88-2 Fuse System E Rating (A): 50
1.045440.121820.046990.023090.05686
0.05
5.00 1.90
Calculated in accordance with BS 7671
0.81
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
43 13.83Actual x (k2/k1) =
13.83
x 10 3
6x 10
It =13.50 x 10 3 As
143
46
(k1)
(k2)
50
50 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 24 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP3
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P3
GAC MCC Potable Water Booster
Distribution Board 0.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 10
34 - On a ladder
6 [f]
No
TN
N/A
1 x 6 [f] 1 x 6 [f]
Armour 36
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
0.0 A
32 A
N/A
32.0 A
56.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
6.8 0
68 0
10 1.00 1.00 56.0 A
90 30
1.0000
0.0 0.00 0.00 0.00/ /0.0 0.0 0.0
/ / /0.00 0.00 0.000.00 0.00 0.00
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 0Cable Energy Loss (W): At Design Current = 0
4C4=
Page 25 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P3
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 32
Generic BS 88-2 Fuse System E
N/A
N/A 0.0 A
Phase fault discrimination check required
N/A
80 80No
10.467 4.709
CPD Energy Let-through (As): 3,400.00
Adiabatic Limit kS (As): 736.16
2.065
Phase Conductor Section S (mm) = 6
Generic BS 88-2 Fuse System E Rating (A): 32
1.840270.144950.054610.039260.05686
0.05
5.00 1.59
Calculated in accordance with BS 7671
0.41
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
36 11.58Actual x (k2/k1) =
11.58
3x 10
It =3,400.00 As
143
46
(k1)
(k2)
32
32 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 26 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP4
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P4
GAC MCC Building Services
Distribution Board 0.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 20
34 - On a ladder
6 [f]
No
TN
N/A
1 x 6 [f] 1 x 6 [f]
Armour 36
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
0.0 A
40 A
N/A
40.0 A
56.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
6.8 0
136 0
20 1.00 1.00 56.0 A
90 30
1.0000
0.0 0.00 0.00 0.00/ /0.0 0.0 0.0
/ / /0.00 0.00 0.000.00 0.00 0.00
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 0Cable Energy Loss (W): At Design Current = 0
4C4=
Page 27 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P4
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 40
Generic BS 88-2 Fuse System E
N/A
N/A 0.0 A
Phase fault discrimination check required
N/A
80 80No
10.467 2.932
CPD Energy Let-through (As): 8,500.00
Adiabatic Limit kS (As): 736.16
1.220
Phase Conductor Section S (mm) = 6
Generic BS 88-2 Fuse System E Rating (A): 40
1.353000.237510.109220.078520.05686
0.06
5.00 0.97
Calculated in accordance with BS 7671
0.64
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
36 11.58Actual x (k2/k1) =
11.58
3x 10
It =8,500.00 As
143
46
(k1)
(k2)
40
40 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 28 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP5
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P5
GAC MCC LCP1
Distribution Board 21.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 60
34 - On a ladder
6 [f]
No
TN
N/A
1 x 6 [f] 1 x 6 [f]
Armour 40
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
21.0 A
32 A
N/A
32.0 A
56.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
6.8 0
408 0
60 1.00 1.00 56.0 A
90 38.4
0.8389
21.0 1.00 1.00 1.00/ /21.0 21.0 0.0
/ / /4.15 4.15 4.151.80 1.80 1.80
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 311.6Cable Energy Loss (W): At Design Current = 247.4
4C4=
Page 29 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P5
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 32
Generic BS 88-2 Fuse System E
N/A
N/A 21.0 A
Phase fault discrimination check required
N/A
80 80No
10.467 1.152
CPD Energy Let-through (As): 3,400.00
Adiabatic Limit kS (As): 736.16
0.460
Phase Conductor Section S (mm) = 6
Generic BS 88-2 Fuse System E Rating (A): 32
1.840270.611760.327660.235560.05686
0.05
5.00 0.38
Calculated in accordance with BS 7671
0.41
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
40 40.00Actual x (k2/k1) =
40.00
3x 10
It =3,400.00 As
143
143
(k1)
(k2)
32
32 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 30 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP6
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P6
GAC MCC LCP2
Distribution Board 29.1 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 60
34 - On a ladder
6 [f]
No
TN
N/A
1 x 6 [f] 1 x 6 [f]
Armour 40
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
29.1 A
32 A
N/A
32.0 A
56.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
6.8 0
408 0
60 1.00 1.00 56.0 A
90 46.1
0.8630
29.1 1.00 1.00 1.00/ /29.1 29.1 0.0
/ / /5.91 5.91 5.912.57 2.57 2.57
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 596.4Cable Energy Loss (W): At Design Current = 491.8
4C4=
Page 31 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P6
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 32
Generic BS 88-2 Fuse System E
N/A
N/A 29.1 A
Phase fault discrimination check required
N/A
80 80No
10.467 1.152
CPD Energy Let-through (As): 3,400.00
Adiabatic Limit kS (As): 736.16
0.460
Phase Conductor Section S (mm) = 6
Generic BS 88-2 Fuse System E Rating (A): 32
1.840270.611760.327660.235560.05686
0.05
5.00 0.38
Calculated in accordance with BS 7671
0.41
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
40 40.00Actual x (k2/k1) =
40.00
3x 10
It =3,400.00 As
143
143
(k1)
(k2)
32
32 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 32 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP7
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m :
Temperature
Correction Factor (Ct) =
Max. Normal (tp) = Actual =
Voltage Drop (V/%)
3rd Harmonic 11A
P7
GAC MCC Plant Room Hoist
Distribution Board 0.0 A
MSWB
Public
BS 7671:2008 (2011)3.00 5.00
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4
Multicore, 90C thermosetting insulated, armoured Cu Table 4E4 20
34 - On a ladder
6 [f]
No
TN
N/A
1 x 6 [f] 1 x 6 [f]
Armour 36
E
4B1Air Temperature (C) = 30.0Ca 1.00
Cg 1.00
=
= 0.00 %1.00=Ch
Ci 1.00 Run Through Insulation = No 52.2=
0.0 A
10 A
N/A
10.0 A
56.0 A
In >= Ib
--
BS 7671, App. 4.5, Equations 1 [per parallel cable]
6.8 0
136 0
20 1.00 1.00 56.0 A
90 30
1.0000
0.0 0.00 0.00 0.00/ /0.0 0.0 0.0
/ / /0.00 0.00 0.000.00 0.00 0.00
Qty. & Size (mm):
Size (mm):
Size (mm):
(C) :
L3L2L1
L1 L2 L3
Fully Loaded = 0Cable Energy Loss (W): At Design Current = 0
4C4=
Page 33 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
CIRCUIT DETAILS
Id No.:Cable Reference Name:
PROTECTIVE DEVICES
Type:Overcurrent Rating In (A):
Settings:
Earth Fault
Settings:
Type:
OVERCURRENT PROTECTION
Type:Protective Device
Rating In (A):Overload:
Motor Rating (A): Design Current Ib (A):
Breaking Capacity (kA): Icu = Cascaded = Ics =
Max. Fault Current (kA): Source End = Load End =
Line ConductorAdiabatic Check
Calculations based on BS 7671:2008 433.1, 434.5.1, 536.1 Para. 3
EARTH FAULT PROTECTION
Protection:
Ze Z1 Max Zs
Circuit Protective Conductor (CPC) Details
Section (mm )Conductor
Calculations based on BS 7671:2008 411.3.2, 411.3.3, 411.4, 411.5, 543.1
Z2
External
Zs
Phase CPC Total
k Value
Phase Actual Equivalent
Total =
2
Min. S (mm) =
Earth Fault Current (kA)
Uo/(Zs x 1000) =
Earth Fault Disconnection Time (s)
Actual from characteristic =
Maximum for circuit type =
ERRORS
COMMENTS
P7
Generic BS 88-2 Fuse System E
Generic BS 88-2 Fuse System E Rating (A): 10
Generic BS 88-2 Fuse System E
N/A
N/A 0.0 A
Phase fault discrimination check required
N/A
80 80No
10.467 2.932
CPD Energy Let-through (As): 280.00
Adiabatic Limit kS (As): 736.16
1.220
Phase Conductor Section S (mm) = 6
Generic BS 88-2 Fuse System E Rating (A): 10
7.187480.237510.109220.078520.05686
0.04
5.00 0.97
Calculated in accordance with BS 7671
0.12
Armour
Earth Fault Loop Impedance ()
Adiabatic Check: Minimum Section CPC S = (It)/k
36 11.58Actual x (k2/k1) =
11.58
3x 10
It =280.00 As
143
46
(k1)
(k2)
10
10 Overload Setting Ir (A):
Minimum Load End Fault Current Ifmin (kA) =
Source End Earth Fault Current (kA): 4.06
Page 34 of 38
07/08/2014Printed on:Project: C:\Users\gabriel.cucu\Desktop\killyhevlinwtw\Killyhevlin Power Cables.p17Created using: v2013.0.0 BS 7671:2008 (2011) - Lagan Water Ltd Copyright Amtech Group Ltd 2013
KEY: [a] = Auto setting; [f] = Fixed setting; [m] = Maximum setting; [d] = double neutral * denotes Error condition
-
Modified By:
Created On :
Rev No:Created By :
Document No:
Job Number:Project Reference: Killyhevlin WTW-GAC
gabriel.cucu
05/08/2014 Rev Date :
Cable Analysis ReportP8
CIRCUIT DETAILS
Id No.:
Design Current Ib (A):
Cable Reference Name:
To:From:Connection
Load
PROJECT SETTINGS
Id No.:
Lighting =
Source
Name: Type:
Voltage Drop Limits (%) Other =
Switching Scenario
Setting:
CABLES
Type:Phase and Neutral
Phase =
CPC
Neutral =
Length (m):
CABLE SIZING
Cable Type:
Ref. Method =
Cables in Parallel:
Grouping Details:
Installation Method:
Rating Factor Condition Table RuleParameter
Diversified load current in highest loaded phaseIb =
In =
Ir =
Iz =
It = It >= Iz [per parallel cable]
VOLTAGE DROP
Impedance:
Cable Data
r = Length (m)
Calculations based on BS 7671:2008 (2011) Appendix 4, Section 6
Calculations based on BS 7671:2008 (2011) Appendix 4
Design Current Ib (A/PF)
N
/
x = Ca Cg It
mV/A/m:
Total m