3rd issue

Enameled copper wires coated intelligent
With polyurethane
Total Weight approx
Single Layer (Grade 1) kg/km

Conductor Overall diameter mm 0.019
tolerance ± 0.024
Product-Code Nominal conductor diameter min max 0.030
mm mm 0.038
00501F 0.060 0.060 0.042
00561F 0.050 0.003 0.067 0.067 0.048
00631F 0.056 0.003 0.076 0.076 0.054
00711F 0.063 0.003 0.074 0.084 0.061
00751F 0.071 0.003 0.079 0.089 0.068
00801F 0.075 0.003 0.084 0.094 0.075
00851F 0.080 0.003 0.089 0.100 0.084
00901F 0.085 0.003 0.094 0.105 0.094
00951F 0.090 0.003 0.100 0.111 0.103
01001F 0.095 0.003 0.106 0.117 0.116
01061F 0.100 0.003 0.111 0.123 0.129
01121F 0.106 0.003 0.118 0.130 0.145
01181F 0.112 0.003 0.123 0.136 0.166
01251F 0.118 0.003 0.131 0.144 0.189
01321F 0.125 0.003 0.138 0.152 0.214
01401F 0.132 0.003 0.146 0.160 0.239
01501F 0.140 0.003 0.156 0.171 0.266
01601F 0.150 0.003 0.167 0.182 0.294
01701F 0.160 0.003 0.178 0.194 0.331
01801F 0.170 0.003 0.188 0.204 0.369
01901F 0.180 0.003 0.199 0.216 0.410
02001F 0.190 0.003 0.209 0.226 0.459
02121F 0.200 0.004 0.222 0.240 0.515
02241F 0.212 0.004 0.234 0.252 0.573
02361F 0.224 0.004 0.246 0.267 0.658
02501F 0.236 0.004 0.260 0.281 0.724
02651F 0.250 0.004 0.275 0.297 0.819
02801F 0.265 0.004 0.290 0.312 0.918
03001F 0.280 0.004 0.311 0.334 1.024
03151F 0.300 0.004 0.326 0.349 1.162
03351F 0.315 0.005 0.348 0.372
03551F 0.335 0.005 0.368 0.392
03751F 0.355 0.388 0.414
04001F 0.375 0.413 0.439
0.400

N.B.: Intermediate and other sizes are produced upon request

We own the power

101

intelligent

Enameled copper wires coated
With polyurethane

Single Layer (Grade 1)

Product-Code Nominal conductor diameter Conductor Overall diameter mm Total Weight approx
mm tolerance ± min max kg/km
04251F
04501F 0.425 mm 1.311
04751F 0.450 1.467
05001F 0.475 0.005 0.439 0.466 1.635
05301F 0.500 0.005 0.464 0.491 1.809
05601F 0.530 0.005 0.490 0.519 2.031
06001F 0.560 0.005 0.515 0.544 2.263
06301F 0.600 0.006 0.545 0.576 2.598
06701F 0.630 0.006 0.575 0.606 2.860
07101F 0.670 0.006 0.616 0.649 3.234
07501F 0.710 0.006 0.646 0.679 3.625
08001F 0.750 0.007 0.687 0.722 4.045
08501F 0.800 0.007 0.727 0.762 4.594
09001F 0.850 0.008 0.767 0.805 5.188
09501F 0.900 0.008 0.817 0855 5.807
10001F 0.950 0.009 0.868 0.909 6.470
10601F 1.000 0.009 0.918 0.959 7.159
11201F 1.060 0.010 0.968 1.012 8.039
11801F 1.120 0.010 1.018 1.062 8.963
12501F 1.180 0.011 1.079 1.124 9.944
13201F 1.250 0.011 1.139 1.184 11.145
14001F 1.320 0.012 1.199 1.246 12.422
15001F 1.400 0.013 1.268 1.316 13.957
16001F 1.500 0.013 1.339 1.388 16.010
17001F 1.600 0.014 1.418 1.468 18.194
18001F 1.700 0.015 1.517 1.570 20.528
19001F 1.800 0.016 1.616 1.670 22.993
20001F 1.900 0.017 1.716 1.772 25.608
21201F 2.000 0.018 1.815 1.872 28.353
22401F 2.120 0.019 1.915 1.974 31.843
23601F 2.240 0.020 2.014 2.074 35.523
25001F 2.360 0.021 2.134 2.196 39.417
2.500 0.022 2.253 2.316 44.200
0.024 2.372 2.438
0.025 2.511 2.578

N.B.: Intermediate and other sizes are produced upon request

We own the power

102

Enameled copper wires coated intelligent
With polyurethane
Total Weight approx
Single Layer (Grade 2) kg/km

Product-Code Nominal conductor diameter Conductor Overall diameter mm 0.020
mm tolerance ± min max 0.025
00502F 0.032
00562F mm 0.040
00632F 0.044
00712F 0.050 0.003 0.066 0.066 0.050
00752F 0.056 0.003 0.074 0.074 0.056
00802F 0.063 0.003 0.083 0.083 0.063
00852F 0.071 0.003 0.076 0.091 0.070
00902F 0.075 0.003 0.078 0.095 0.077
00952F 0.080 0.003 0.084 0.101 0.087
01002F 0.085 0.003 0.089 0.107 0.097
01062F 0.090 0.003 0.095 0.113 0.107
01122F 0.095 0.003 0.100 0.119 0.120
01182F 0.100 0.003 0.106 0.125 0.134
01252F 0.106 0.003 0.112 0.132 0.150
01322F 0.112 0.003 0.119 0.139 0.172
01402F 0.118 0.003 0.123 0.145 0.195
01502F 0.125 0.003 0.132 0.154 0.220
01602F 0.132 0.003 0.138 0.162 0.246
01702F 0.140 0.003 0.147 0.171 0.274
01802F 0.150 0.003 0.156 0.182 0.303
01902F 0.160 0.003 0.168 0.194 0.340
02002F 0.170 0.003 0.177 0.205 0.378
02122F 0.180 0.003 0.189 0.217 0.422
02242F 0.190 0.003 0.198 0.228 0.471
02362F 0.200 0.004 0.209 0.239 0.529
02502F 0.212 0.004 0.222 0.254 0.588
02652F 0.224 0.004 0.234 0.266 0.675
02802F 0.236 0.004 0.247 0.283 0.741
03002F 0.250 0.004 0.261 0.297 0.839
03152F 0.265 0.004 0.277 0.314 0.938
03352F 0.280 0.004 0.292 0.329 1.047
03552F 0.300 0.004 0.313 0.352 1.186
03752F 0.315 0.005 0.328 0.367
04002F 0.335 0.005 0.349 0.391
0.355 0.369 0.411
0.375 0.389 0.434
0.400 0.414 0.459

N.B.: Intermediate and other sizes are produced upon request

We own the power

103

intelligent

Enameled copper wires coated
With polyurethane

Single Layer (Grade 2)

Product-Code Nominal conductor diameter Conductor Overall diameter mm Total Weight approx
mm tolerance ± min max kg/km
04252F
04502F 0.425 mm 1.340
04752F 0.450 1.497
05002F 0.475 0.005 0.441 0.488 1.667
05302F 0.500 0.005 0.466 0.513 1.842
05602F 0.530 0.005 0.491 0.541 2.069
06002F 0.560 0.005 0.516 0.566 2.303
06302F 0.600 0.006 0.547 0.600 2.642
06702F 0.630 0.006 0.577 0.630 2.906
07102F 0.670 0.006 0.618 0.674 3.288
07502F 0.710 0.006 0.648 0.704 3.682
08002F 0.750 0.007 0.689 0.749 4.110
08502F 0.800 0.007 0.729 0.789 4.662
09002F 0.850 0.008 0.770 0.834 5.263
09502F 0.900 0.008 0.820 0.884 5.886
10002F 0.950 0.009 0.870 0.939 6.558
10602F 1.000 0.009 0.920 0.989 7.252
11202F 1.060 0.010 0.971 1.044 8.140
11802F 1.120 0.010 1.021 1.094 9.070
12502F 1.180 0.011 1.081 1.157 10.057
13202F 1.250 0.011 1.141 1.217 11.264
14002F 1.320 0.012 1.200 1.279 12.551
15002F 1.400 0.013 1.269 1.349 14.093
16002F 1.500 0.013 1.340 1.422 16.164
17002F 1.600 0.014 1.419 1.502 18.359
18002F 1.700 0.015 1.520 1.606 20.707
19002F 1.800 0.016 1.619 1.706 23.182
20002F 1.900 0.017 1.719 1.809 25.813
21202F 2.000 0.018 1.818 1.909 28.568
22402F 2.120 0.019 1.918 2.012 30.076
23602F 2.240 0.020 2.017 2.112 32.769
25002F 2.360 0.021 2.139 2.235 39.683
2.500 0.022 2.256 2.355 44.481
0.024 2.375 2.478
0.025 2.514 2.618

N.B.: Intermediate and other sizes are produced upon request

We own the power

104

intelligent

Enameled copper wires coated
With polyester imide

Description Soft annealed copper wires insulated with a composed of a polyester - imide layer. Different
colour request. Thermal class up to 220oC.
Construction 1- Conductor: Soft annealed circular and rectangular copper wires according to IEC Specification
2- Insulation: The insulation is composed of layers.

Type: a polyester - imide Insulation thickness may be single grade 1 or

Testing double grade 2 and acc to IEC 3172-0-317 ,8-317 ,7- and 31730.
Acc to IEC 3171-0-, IEC 31720- and methods of test IEC 851.

Application: For winding all rotors and coils, which are, used in motors for general purposes such
as fans, washing, M/CS, fridge….Etc.

We own the power

105

intelligent

Enameled copper wires coated
With polyester imide

Single Layer (Grade 2)

Product-Code Nominal conductor diameter Conductor Overall diameter mm Total Weight approx
mm tolerance ± min max kg/km
00501H
00561H mm 0.019
00631H 0.024
00711H 0.050 0.003 0.060 0.060 0.030
00751H 0.056 0.003 0.067 0.067 0.038
00801H 0.063 0.003 0.076 0.076 0.042
00851H 0.071 0.003 0.074 0.084 0.048
00901H 0.075 0.003 0.079 0.089 0.054
00951H 0.080 0.003 0.084 0.094 0.061
01001H 0.085 0.003 0.089 0.100 0.068
01061H 0.090 0.003 0.094 0.105 0.075
01121H 0.095 0.003 0.100 0.111 0.084
01181H 0.100 0.003 0.106 0.117 0.094
01251H 0.106 0.003 0.111 0.123 0.103
01321H 0.112 0.003 0.118 0.130 0.116
01401H 0.118 0.003 0.123 0.136 0.129
01501H 0.125 0.003 0.131 0.144 0.145
01601H 0.132 0.003 0.138 0.152 0.166
01701H 0.140 0.003 0.146 0.160 0.189
01801H 0.150 0.003 0.156 0.171 0.214
01901H 0.160 0.003 0.167 0.182 0.239
02001H 0.170 0.003 0.178 0.194 0.266
02121H 0.180 0.003 0.188 0.204 0.294
02241H 0.190 0.003 0.199 0.216 0.331
02361H 0.200 0.004 0.209 0.226 0.369
02501H 0.212 0.004 0.222 0.240 0.410
02651H 0.224 0.004 0.234 0.252 0.459
02801H 0.236 0.004 0.246 0.267 0.515
03001H 0.250 0.004 0.260 0.281 0.573
03151H 0.265 0.004 0.275 0.297 0.658
03351H 0.280 0.004 0.290 0.312 0.724
03551H 0.300 0.004 0.311 0.334 0.819
03751H 0.315 0.005 0.326 0.349 0.918
04001H 0.335 0.005 0.348 0.372 1.024
04251H 0.355 0.005 0.368 0.392 1.162
04501H 0.375 0.005 0.388 0.414 1.311
04751H 0.400 0.005 0.413 0.439 1.467
05001H 0.425 0.005 0.439 0.466 1.635
05301H 0.450 0.006 0.464 0.491 1.809
0.475 0.490 0.519 2.031
0.500 0.515 0.544
0.530 0.545 0.576

N.B.: Intermediate and other sizes are produced upon request

We own the power

106

Enameled copper wires coated intelligent
With polyester imide
Total Weight approx
Single Layer (Grade 1) kg/km

Product-Code Nominal conductor diameter Conductor Overall diameter mm 2.263
mm tolerance ± min max 2.598
05601H 2.860
06001H 0.560 mm 3.234
06301H 0.600 3.625
06701H 0.630 0.006 0.575 0.606 4.045
07101H 0.670 0.006 0.616 4.594
07501H 0.710 0.006 0.646 0.649 5.188
08001H 0.750 0.007 0.687 5.807
08501H 0.800 0.007 0.727 0.679 6.470
09001H 0.850 0.008 0.767 7.159
09501H 0.900 0.008 0.817 0.722 8.039
10001H 0.950 0.009 0.868 8.963
10601H 1.000 0.009 0.918 0.762 9.944
11201H 1.060 0.010 0.968 11.145
11801H 1.120 0.010 1.018 0.805 12.422
12501H 1.180 0.011 1.079 13.957
13201H 1.250 0.011 1.139 0855 16.010
14001H 1.320 0.012 1.199 18.194
15001H 1.400 0.013 1.268 0.909 20.528
16001H 1.500 0.013 1.339 0٫959 22.993
17001H 1.600 0.014 1.418 1.012 25.608
18001H 1.700 0.015 1.517 28.353
19001H 1.800 0.016 1.616 1.062 31.843
20001H 1.900 0.017 1.716 35.523
21201H 2.000 0.018 1.815 1.124 39.417
22401H 2.120 0.019 1.915 44.200
23601H 2.240 0.020 2.014 1.184 49.644
25001H 2.360 0.021 2.134 55.388
26501H 2.500 0.022 2.253 1.246 63.560
28001H 2.650 0.024 2.372 70.039
30001H 2.800 0.025 2.511 1.316 79.185
31501H 3.000 0.027 2.660 88.872
33501H 3.150 0.028 2.809 1.388 99.149
35501H 3.350 0.030 3.008 112.745
37501H 3.550 0.032 3.156 1.468 127.249
40001H 3.750 0.034 3.355 158٫837
42501H 4.000 0.036 3.553 1.570 175٫930
45001H 4.250 0.038 3.753
47501H 4.750 0.040 4.001 1.670
50001H 5.000 0.043 4.249
0.048 4.745 1.772
0.050 4.993
1.872

1.974

2.074

2.196

2.316

2.438

2.578
2٫730
2٫880
3٫083
3٫233
3٫435
3٫635
3٫838
4٫088
4٫341
4٫843
5٫093

N.B.: Intermediate and other sizes are produced upon request

We own the power

107

intelligent

Enameled copper wires coated
With polyester imide

Single Layer (Grade 2)

Product-Code Nominal conductor diameter Conductor Overall diameter mm Total Weight approx
mm tolerance ± min max kg/km
00502H
00562H mm 0.020
00632H 0.025
00712H 0.050 0.003 0.066 0.066 0.032
00752H 0.056 0.003 0.074 0.074 0.040
00802H 0.063 0.003 0.083 0.083 0.044
00852H 0.071 0.003 0.076 0.091 0.050
00902H 0.075 0.003 0.078 0.095 0.056
00952H 0.080 0.003 0.084 0.101 0.063
01002H 0.085 0.003 0.089 0.107 0.070
01062H 0.090 0.003 0.095 0.113 0.077
01122H 0.095 0.003 0.100 0.119 0.087
01182H 0.100 0.003 0.106 0.125 0.097
01252H 0.106 0.003 0.112 0.132 0.107
01322H 0.112 0.003 0.119 0.139 0.120
01402H 0.118 0.003 0.123 0.145 0.134
01502H 0.125 0.003 0.132 0.154 0.150
01602H 0.132 0.003 0.138 0.162 0.172
01702H 0.140 0.003 0.147 0.171 0.195
01802H 0.150 0.003 0.156 0.182 0.220
01902H 0.160 0.003 0.168 0.194 0.246
02002H 0.170 0.003 0.177 0.205 0.274
02122H 0.180 0.003 0.189 0.217 0.303
02242H 0.190 0.004 0.198 0.228 0.340
02362H 0.200 0.004 0.209 0.239 0.378
02502H 0.212 0.004 0.222 0.254 0.422
02652H 0.224 0.004 0.234 0.266 0.471
02802H 0.236 0.004 0.247 0.283 0.529
03002H 0.250 0.004 0.261 0.297 0.588
03152H 0.265 0.004 0.277 0.314 0.675
03352H 0.280 0.004 0.292 0.329 0.741
03552H 0.300 0.004 0.313 0.352 0.839
03752H 0.315 0.005 0.328 0.367 0.938
04002H 0.335 0.005 0.349 0.391 1.047
04252H 0.355 0.005 0.369 0.411 1.186
04502H 0.375 0.005 0.389 0.434 1.340
04752H 0.400 0.005 0.414 0.459 1.497
05002H 0.425 0.005 0.441 0.488 1.667
05302H 0.450 0.006 0.466 0.513 1.842
0.475 0.491 0.541 2.069
0.500 0.516 0.566
0.530 0.547 0.600

N.B.: Intermediate and other sizes are produced upon request

We own the power

108

intelligent

Product-Code Nominal conductor Conductor Overall diameter mm Total Weight approx
diameter tolerance ± min max kg/km
05602H mm
06002H mm 2.303
06302H 0.560 2.642
06702H 0.600 0.006 0.577 0.630 2.906
07102H 0.630 0.006 0.618 0.674 3.288
07502H 0.670 0.006 0.648 0.704 3.682
08002H 0.710 0.007 0.689 0.749 4.110
08502H 0.750 0.007 0.729 0.789 4.662
09002H 0.800 0.008 0.770 0.834 5.263
09502H 0.850 0.008 0.820 0.884 5.886
10002H 0.900 0.009 0.870 0.939 6.558
10602H 0.950 0.009 0.920 0.989 7.252
11202H 1.000 0.010 0.971 1.044 8.140
11802H 1.060 0.010 1.021 1.094 9.070
12502H 1.120 0.011 1.081 1.157 10.057
13202H 1.180 0.011 1.141 1.217 11.264
14002H 1.250 0.012 1.200 1.279 12.551
15002H 1.320 0.013 1.269 1.349 14.093
16002H 1.400 0.013 1.340 1.422 16.164
17002H 1.500 0.014 1.419 1.502 18.359
18002H 1.600 0.015 1.520 1.606 20.707
19002H 1.700 0.016 1.619 1.706 23.182
20002H 1.800 0.017 1.719 1.809 25.813
21202H 1.900 0.018 1.818 1.909 28.568
22402H 2.000 0.019 1.918 2.012 30.076
23602H 2.120 0.020 2.017 2.112 32.769
25002H 2.240 0.021 2.139 2.235 39.683
26502H 2.360 0.022 2.256 2.355 44.481
28002H 2.500 0.024 2.375 2.478 49.956
30002H 2.650 0.025 2.514 2.618 55.717
31502H 2.800 0.027 2.664 2.772 63.921
35502H 3.000 0.028 2.813 2.922 70.417
37502H 3.150 0.030 3.012 3.126 89.306
40002H 3.550 0.032 3.160 3.276 99.618
42502H 3.750 0.036 3.557 3.679 113.244
45002H 4.000 0.038 3.756 3.883 127.791
47502H 4.250 0.040 4.004 4.133 143.137
50002H 4.500 0.043 4.252 4.387 159.468
4.750 0.045 4.500 4.637 176.593
5.000 0.048 4.749 4.871
0.050 4.997 5.141

N.B.: Intermediate and other sizes are produced upon request

We own the power

109

intelligent

Enameled copper wires coated
With base and over coat

Description Soft annealed copper wires insulated with a composed of a polyester imide layer as a base and
Construction a poly amide - imide layer as an over coat.
Different colour request.
Testing Thermal class up to 220oC.
Application: Resistant to gas Freon Self bonding.
1- Conductor: Soft annealed circular and flat copper wires according to IEC Specification.
2- Insulation: (with over coat): The insulation is composed of layers.
Type: base polyester - imide overcoat polyamide - imide.
Insulation thickness may be double grade 2 or triple grade 3 and acc to IEC 31713-.

Acc to IEC 3171-0-, IEC 31720- and methods of test IEC 851.
For winding all rotors and coils, which are, used in motors for general purposes such
as fans, washing, M/CS, fridge….Etc.

We own the power

110

Enameled copper wires coated intelligent
With base and over coat
Total Weight approx
Double Layer (Grade 2) kg/km

Product-Code Nominal conductor diameter Conductor Overall diameter mm 0.303
mm tolerance ± 0.340
0.378
02002C 0.200 mm min max 0.422
02122C 0.212 0.209 0.239 0.471
02242C 0.224 0.003 0.222 0.254 0.529
02362C 0.236 0.003 0.234 0.266 0.588
02502C 0.250 0.003 0.247 0.283 0.675
02652C 0.265 0.004 0.261 0.297 0.741
02802C 0.280 0.004 0.277 0.314 0.839
03002C 0.300 0.004 0.292 0.329 0.938
03152C 0.315 0.004 0.313 0.352 1.047
03352C 0.335 0.004 0.328 0.367 1.186
03552C 0.355 0.004 0.349 0.391 1.340
03752C 0.375 0.004 0.369 0.411 1.497
04002C 0.400 0.004 0.389 0.434 1.667
04252C 0.425 0.005 0.414 0.459 1.842
04502C 0.450 0.005 0.441 0.488 2.069
04752C 0.475 0.005 0.466 0.513 2.303
05002C 0.500 0.005 0.491 0.541 2.642
05302C 0.530 0.005 0.516 0.566 2.906
05602C 0.560 0.005 0.547 0.600 3.288
06002C 0.600 0.006 0.577 0.630 3.682
06302C 0.630 0.006 0.618 0.674 4.110
06702C 0.670 0.006 0.648 0.704 4.662
07102C 0.710 0.006 0.689 0.749 5.263
07502C 0.750 0.007 0.729 0.789 5.886
08002C 0.800 0.007 0.770 0.834 6.558
08502C 0.850 0.008 0.820 0.884 7.252
09002C 0.900 0.008 0.870 0.939 8.140
09502C 0.950 0.009 0.920 0.989 9.070
10002C 1.000 0.009 0.971 1.044 10.057
10602C 1.060 0.009 1.021 1.094 11.264
11202C 1.120 0.010 1.081 1.157 12.551
11802C 1.180 0.011 1.141 1.217 14.093
12502C 1.250 0.011 1.200 1.279 16.164
13202C 1.320 0.012 1.269 1.349 18.359
14002C 1.400 0.013 1.340 1.422 20.707
15002C 1.500 0.013 1.419 1.502 23.182
16002C 1.600 0.014 1.520 1.606 25.813
17002C 1.700 0.015 1.619 1.706 28.568
18002C 1.800 0.016 1.719 1.809 32.076
19002C 1.900 0.017 1.818 1.909 35.769
20002C 2.000 0.018 1.918 2.012 39.683
21202C 2.120 0.019 2.017 2.112 44.481
22402C 2.240 0.020 2.139 2.235 49.956
23602C 2.360 0.021 2.256 2.355 55.717
25002C 2.500 0.022 2.375 2.478 63.921
26502C 2.650 0.024 2.514 2.618 70.417
28002C 2.800 0.025 2.664 2.772 79.595
30002C 3.000 0.027 2.813 2.922 89.306
31502C 3.150 0.028 3.012 3.126 99.618
33502C 3.350 0.030 3.160 3.276 113.244
35502C 3.550 0.032 3.359 3.479 127.791
37502C 3.750 0.034 3.557 3.679 143.167
40002C 4.000 0.036 3.756 3.883 159.468
42502C 4.250 0.038 4.004 4.133 176.593
45002C 4.500 0.040 4.252 4.387
47502C 4.750 0.043 4.500 4.637 111
50002C 5.000 0.045 4.749 4.891
0.048 4.997 5.141
0.050

We own the power

intelligent

Enameled copper wires coated
With base and over coat

Triple Layer (Grade 3)

Product-Code Nominal conductor diameter Conductor Overall diameter mm Total Weight approx
mm tolerance ± kg/km
02003C min max
02123C 0.200 mm 0.210 0.252 2.622
02243C 0.212 0.222 0.268 2.673
02363C 0.224 0.003 0.234 0.280 2.738
02503C 0.236 0.003 0.246 0.298 2.780
02653C 0.250 0.003 0.260 0.312 2.854
02803C 0.265 0.004 0.276 0.330 2.920
03003C 0.280 0.004 0.291 0.345 2.998
03153C 0.300 0.004 0.312 0.369 3.084
03353C 0.315 0.004 0.327 0.384 3.160
03553C 0.335 0.004 0.347 0.408 3.246
03753C 0.355 0.004 0.367 0.428 3.347
04003C 0.375 0.004 0.388 0.453 3.427
04253C 0.400 0.004 0.413 0.478 3.554
04503C 0.425 0.005 0.439 0.508 3.663
04753C 0.450 0.005 0.464 0.533 3.793
05003C 0.475 0.005 0.490 0.562 3.910
05303C 0.500 0.005 0.515 0.587 4.046
05603C 0.530 0.005 0.546 0.623 4.192
06003C 0.560 0.005 0.576 0.653 4.367
06303C 0.600 0.006 0.617 0.698 4.593
06703C 0.630 0.006 0.647 0.728 4.787
07103C 0.670 0.006 0.687 0.774 5.039
07503C 0.710 0.006 0.727 0.814 5.330
08003C 0.750 0.007 0.768 0.861 5.620
08503C 0.800 0.007 0.818 0.911 6.038
09003C 0.850 0.008 0.869 0.968 6.474
09503C 0.900 0.008 0.919 1.018 6.966
10003C 0.950 0.009 0.969 1.074 7.484
10603C 1.000 0.009 8.055
11203C 1.060 0.009 1.019 1.124 8.787
11803C 1.120 1.079 1.188 9.586
12503C 1.180 0.010 1.139 1.248 10.441
13203C 1.250 0.011 1.199 1.311 11.519
14003C 1.320 0.011 1.268 1.381 12.675
15003C 1.400 0.012 1.339 1.455 14.100
16003C 1.500 0.013 1.418 1.535 16.026
17003C 1.600 0.013 1.518 1.640 18.115
18003C 1.700 0.014 1.617 1.740 20.360
19003C 1.800 0.015 1.717 1.844 22.760
20003C 1.900 0.016 1.816 1.944 25.310
21203C 2.000 0.017 1.916 2.048 28.009
22403C 2.120 0.018 2.015 2.148 31.442
23603C 2.240 0.019 2.135 2.272 35.083
25003C 2.360 0.020 2.254 2.392 38.929
26503C 2.500 0.021 2.373 2.516 43.676
28003C 2.650 0.022 2.512 2.656 49.068
30003C 2.800 0.024 2.661 2.811 54.777
31503C 3.000 0.025 2.810 2.961 62.880
33503C 3.150 0.027 3.009 3.166 69.324
35503C 3.350 0.028 3.157 3.316 78.406
37503C 3.550 0.030 3.357 3.521 88.047
40003C 3.750 0.032 3.555 3.721 98.248
42503C 4.000 0.034 3.754 3.926 111.784
45003C 4.250 0.036 4.002 4.176 126.194
47503C 4.500 0.038 4.250 4.431 141.477
50003C 4.750 0.040 4.498 4.681 157.633
5.000 0.043 4.746 4.936 174.663
112 0.045 4.994 5.186
0.048 We own the power
0.050

Fire Cable

intelligent

Fire Cable

SPONSOR

Fire Cable

Fire Resistant & Fire Alarm Cables

Special Voltage CablesTECHNICALCATALOGUE

FIIFNONONRNROAOVAVSAASATFATIENFIRNwEGwGRWw.gOWc-R3wO.cLwoRDmwL.gDc-3.com

Fire Resistant

• Un-armored Multi Core
• Armored Multi Core
• Un-armored Multi Pair
• Armored Multi Pair
• Un-armored Multi Triple
• Armored Multi Triple

Fire Alarm

• Stranded Multi Core Un screened
• Stranded Multi Core screened
• Solid Multi Core
• Flexible Multi Core

Special Cables Catalogue

3

Fire Resistant intelligent

Fire Resistant & Fire Alarm Cables Fire Resistant Cores
Un-Armored Fire Resistant Cables 0.6/1 kV

Collective Screen Cables Multi-Core cables

Fire Resistant to IEC 60502 & IEC 60331*

Fire Resistant & Fire Alarm Cables Fire Resistant Cores
Un-Armored Fire Resistant Cables 0.6/1 kV

Description Collective Screen Cables Multi-Core cables
to IEC 60502 & IEC 60331*

Conductor: Plain annealed stranded copper

Core Insulation: Flame barrier Mica tape, By To obtain
XLPE ( Cross linked polyethylene )
Description
Color coding: Color Coded 1 Black, 1 White cores continuously numbered
Conductor: AssembPllay:in annealePdaisrtsratwnidsteeddctoogpeptehrer to form round cable with fillers and binders if necessary.
Core InsulatioCno: llectFivlaemSecrbeaernri:erAMluicmaintuampe/, PETP tape in contact with
Outer SXhLePaEth( :Cross liLnSkOedH p( LoolywetshmyloekneeZ)ero Halogen ) tinned copperBdyrain wire To obtain

Color codingC: able CMoalrokrinCgo: ded=1GBizlaacCk,a1bWlehInitdeucsotrireess =c,osinzeti,ncuaobulselys snhuomrtbdeerescdription,voltage,manufacturing year,meter marking
Assembly: Pairs twisted together to form round cable with fillers and binders if necessary.

COoultleercStihveeaASthcp:rpeelinc:aLAtSiluOomHnin( uLomw/ PETP tape in contact with tinned copper drain wire
smoke Zero Halogen )

Cable Marking: =Giza Cable Industries =,size,cables short description,voltage,manufacturing year,meter marking
These cables are used in hazardous area where safety and circuit integrity are highly required during fire conditions

Application

These cables are used in hazardous area where safety and circuit integrity are highly required during fire conditions

No. of Nominal Cross Nominal Approx. Approx.

Cores sectional area Thickness Overall Net Weight

( mm2 ) of insulation ( mm ) Diameter ( mm ) ( kg/km )

No. of Nomina2l Cross Nominal Approx. 7.41 Approx. 65
Cores sectiona3 l area Thickness Overall 80
of insulation ( mm ) Diameter ( mm ) 7.84 Net Weight 95
2 ( mm42 ) 1** 120
3 5 8.54 ( kg/km ) 150
4 0.54 210
5 7 9.5 0 240
7 10 1.50 7.41 10.31 65 350
10 0.7 0.54 7.84 13.21 80 435
12 12 535
19 2.50 8.54 13.64 95 639
24 19 0.7 9.5 0 16.11 120 115
30 140
37 12*4* 10.31 18.81 150 170
2 30 13.21 20.12 210 210
3 37 260
4 13.64 21.71 240 355
5 2 16.11 350 405
7 9.79 435 595
10 3 18.81 10.32 535 740
12 639 895
19 4 20.12 11.17 115 1080
24 5 140 140
30 21.71 12.09 170 175
37 7 13.08 210 220
2 9.79 260 270
3 10 0.7 10.32 16.37 340
4 12 465
5 11.17 16.9 0 540
7 19 19.66 800
10 12.09 22.95 1000
12 1.2540 13.08 1215
19 30 1475
16.37 24.3 0 355
37
2 16.9 0 26.24 405
19.66 595
3 22.95 10.69
11.29 740
4 24.3 0 12.26 895
5
26.24 13.31 1080
7 14.43 140
10 10.69 18.17 175
18.77 220
12 0.7 11.29
12.26
19
24 13.31 21.91 270
2.3500 25.65 340
14.43
37
18.17 27.18 465
18.77 29.39 540
800
21.91

24 25.65 1000
N3o0tes: Values are approximate and subjected to27n.1o8rmal manufactu1ri2n1g5 tolerances.
***3F71iremrmes2istdaenscigenceadbwleitshto50“0BSv 6387, BS 75804268,8B-7S,a842d99d.13it9oiornBaSllEyN1.550&2020.”5 am1r4em75a2vailable upon request
to BS EN

are available alsowith the same standard
Notes: Values are approximate and subjected to normal manufacturing tolerances.

* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request Special Cables Catalogue

** 1 mm2 designed with 500 v to BS EN 50288-7,additionally 1.5 & 2.5 mm2 117

are available alsowith the same standard

Special Cables Catalogue

intelligent Fire Resistant & Fire Alarm Cables Fire Resistant
Fire Resistant Cores
Armored Fire Resistant Cables 0.6/1 kV
Collective Screen Cables Multi-Core cables
to IEC 60502 & IEC 60331*

DescripFitrieonResistant & Fire Alarm Cables Fire Resistant
Fire Resistant Cores
Armored Fire Resistant Cables 0.6/1 kV

Conductor Plain annealed stranded copper Collective Screen Cables Multi-Core cables
Core Insulation Flame barrier Mica tape,
XLPE ( Cross linked polyethylene ) to IEC 60502 & IEC 60331* To obtain
By

Color coding Color coded or Black cores continuously numbered

DescriptionCAsoslelemctbivlye Screen Cores twisted together to form round Cable with fillers and binders if necessary.
Aluminum / PETP tape in contact with tinned copper drain wire

Conductor Inner ShePlaatihn anneaLleSOd Hstr(aLnodwedsmcookpepZeerro Halogen )
Core InsulatAiornmor Flame barrieSrinMgilcealatyaepreo,f steel wires
Outer ShXeLaPtEh( CrossLlSinOkeHd( pLoowlyesmthoylkeeneZe)ro Halogen ) By To obtain

Color codinCg able MCaorkloinrgcoded=GoirzaBlaCcakbcleoIrnedsucstorinetsin=u,soizues,clyanbulems bsheorertddescription,voltage,manufacturing year,meter marking

Assembly Cores twisted together to form round Cable with fillers and binders if necessary.

CInonlelercSthiveAeaptShcpreliecnatALioSluOnmHin( uLomw/ PETP tape in contact with tinned copper drain wire
smoke Zero Halogen )

Armor These caSibnlgelsealareyeurseodf sitneehal wzairredsous area where safety and circuit integrity are highly required during fire conditions

Outer Sheath LSOH ( Low smoke Zero Halogen )

Cable Marking =Giza CaNbole. oInf duNstoriemsin=a,slizCer,ocsasbles shNoortmdineascl ription,voltaAgpepr,omxa. nufacturing yAepapr,rmoxe. ter marking

Cores sectional area Thickness Overall Net Weight

Application ( mm2 ) of insulation ( mm ) Diameter ( mm ) ( kg/km )

2 12.07 260

These cables are used in hazar3dous area where safety and circuit integrity 1a2r.e50highly required29d0uring fire conditions

4 13.4 0 325

No. of Nomin5al Cross Nominal Approx. 14.36 Approx. 375

Cores section7al area Thickness Overall 15.17 Net Weight 415
of 1in*s*ulation ( mm ) 0D.5ia4meter ( mm ) 18.27 ( kg/km ) 555
( m10m2 )

2 12 0.54 12.07 18.7 0 260 595
3 19 12. 50 21.17 290 765
4 24 13.4 0 24.77 325 1060
5 30 14.36 26.08 375 1195
15.17 27.87 415 1360
7 37 18.27 555 300
10 21** 13.25

12 3 18.7 0 13.78 595 335

19 4 21.17 14.63 765 380

24 5 24.77 15.55 1060 435

30 7 1.5 0.7 26.08 16.54 1195 500
37 10 27.87 20.73 1360 795

2 12 13.25 21.26 300 860

3 19 13.78 24.02 335 1120

4 24 14.63 28.01 380 1505

5 30 0.7 15.55 29.42 435 1700
7 37 16.54 31.47 500
10 21.5 20.73 14.15 1960
795 340

12 3 21.26 14.75 860 390

19 4 24.02 15.72 1120 445

24 5 28.01 16.77 1505 515

30 7 29.42 18.79 1700 735

37 10 2.50 0.7 31.47 22.53 1960 955

2 12 14.15 23.13 340 1040
3 19 390 1530
4 24 14.75 26.97 445
15.72 30.85 1865

5 30 16.77 32.47 515 2140

7 37 18.79 34.8 0 735 2465

10 2.50 0.7 22.53 955

No1te2s: Values are approximate and subjected to n2o3r.m13al manufacturin1g04t0olerances.
* Fi1re9 resistance cables to “BS 6387, BS 7846, BS 849126o.9r7BS EN 50200” are15a30vailable upon request

** 124mm2 designed with 500 v to BS EN 50288-7 add3it0i.o8n5ally 1.5 & 2.5 m1m8625are available alsowith

the30same standard 32.47 2140

37 34.8 0 2465

Special Cables Catalogue

Notes: Values are approximate and subjected to normal manufacturing tolerances.

* Fire re1si1st8ance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request

** 1 mm2 designed with 500 v to BS EN 50288-7 additionally 1.5 & 2.5 mm2 are available alsowith
the same standard

Special Cables Catalogue

Fire Resistant & Fire Alarm Cables Fire Resistant intelligent
Fire Resistant Pairs

Un-Armored Fire Resistant Cables 500 V

Collective Screen Cables Multi-Pair cables

to BS EN 50288-7 & IEC 60331*

Fire Resistant

DescrFipirteioRnesistant & Fire Alarm Cables Fire Resistant Pairs
Un-Armored Fire Resistant Cables 500 V

Conductor Plain annealed stranded copper Collective Screen Cables Multi-Pair cables
Core Insulation Flame barrier Mica tape, to BS EN 50288-7 & IEC 60331*
XLPE ( Cross linked polyethylene )
By To obtain

Color coding Color Coded 1 Black, 1 White cores continuously numbered

Description Assembly Screen Pairs twisted together to form round cable with fillers and binders if necessary.
Collective Aluminum / PETP tape in contact with tinned copper drain wire

Conductor Outer SPhlaeianthannealeLdSOstHra(nLdoewdscmoopkpeeZrero Halogen )

Core InsulatioCnable FMlaamrkeinbgarrier=MGiiczaa Ctaapbele, Industries =,size,cables short description,voBltayge,manufaToctoubrintaginyear,meter marking
XLPE ( Cross linked polyethylene )

Color coding Color Coded 1 Black, 1 White cores continuously numbered

Assembly Pairs twisted together to form round cable with fillers and binders if necessary.
CollectiveAScprpeelincaAtiluomninum / PETP tape in contact with tinned copper drain wire
Outer Sheath LSOH ( Low smoke Zero Halogen )
Cable MarkinTghese c=aGbizlaesCaarbeleusInedduisntrhieas z=a,sridzeo,ucsaabrleesashwohrtedreesscarfipettiyona,nvdoltcaigrceu,mit iannteufgarcitytuarinreg hyiegahrl,ymreetqeur imreadrkdinugring fire conditions

Application No. of Nominal Cross Nominal Approx. Approx.
Cores sectional area Thickness Overall Net Weight

These cables are used in hazardous area(wmmh2e)re safeotyf inasnudlatcioinrc(umimt i)ntegDriiatymaetreer h( migmhly) required( dkgu/rkinmg) fire conditions

1 7.41 75

2 11.07 130

5 1Nominal 0.44Approx. 14.37 270
No. of Thickness Overall Approx. 510
Cores Nomin1a0l Cross of insulation ( mm ) 20.52Net Weight
section2a0l area Diameter ( mm ) 26.81 ( kg/km ) 950
1 1.50 0.44 40.98 2255
2 ( mm2 ) 7.41 7.95 75 85
5 2.500.44 11.07 11.95 130
10 50 14.37 15.76 270 160
20 1 0.44 20.52 22.49 510 340
50 26.81 950 645
1 2 40.98 29.37 2255
2 15 7.95 39.71 1210
5 10 9.21 85
10 11.95 14.22 160 2330
20 20 15.76 18.75 340 120
40 40 0.53 22.49 26.83 645 230
1 1 500
2 29.37 35.28 1210 960
1.550 39.71
10 9.21 42.05 2330 1835
2700
20
30

120

2 14.22 230

N5otes: Values are approximate and subjected to1n8.o7r5mal manufactu5ri0n0g tolerances.
*10Fire resistan2c.e50cables to “BS 603.5837, BS 7846, BS 842961.8o3r BS EN 50200” a9r6e0 available upon request

*2*01 mm2 designed with 500 v to BS EN 50288-7 ad3d5.i2ti8onally 1.5 & 2.5 m18m352 are available alsowith
t3h0e same standard
42.05 2700

Notes: Values are approximate and subjected to normal manufacturing tolerances.
* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request
** 1 mm2 designed with 500 v to BS EN 50288-7 additionally 1.5 & 2.5 mm2 are available alsowith
the same standard

Special Cables Catalogue

119

Special Cables Catalogue

intelligent Fire Resistant & Fire Alarm Cables Fire Resistant
Fire Resistant Pairs
Armored Fire Resistant Cables 500 V
Collective Screen Cables Multi-Pair cables
to BS EN 50288-7 & IEC 60331*

Fire Resistant

DescrFipirteioRnesistant & Fire Alarm Cables Fire Resistant Pairs
Armored Fire Resistant Cables 500 V

Conductor Plain annealed stranded copper Collective Screen Cables Multi-Pair cables
Core Insulation Flame barrier Mica tape, to BS EN 50288-7 & IEC 60331*

XLPE ( Cross linked polyethylene )

Color coding color coded 1 Black, 1 White cores continuously numbered

Description Assembly Screen Pairs twisted together to form round cable with fillers and binders if necessary.
Collective Aluminum / PETP tape in contact with tinned copper drain wire

Conductor Inner ShPelaainthannealeLdSOstHra(nLdoewdscmoopkpeeZrero Halogen )

Core InsulatioAnrmor Flame barrierSMinigclae tlaypeer,of steel wires

Outer SXhLePaEth( Cross liLnSkOedH p( LoolywetshmyloekneeZ)ero Halogen )

Color codingCable cMoalorkrincgoded =1GBilzaacCk,a1bWlehInitdeucstorireess=c,soiznet,icnaubolueslyshnourtmdbeescreridption,voltage,manufacturing year,meter marking

Assembly Pairs twisted together to form round cable with fillers and binders if necessary.
CollectiveAScprpeelincaAtiluomninum / PETP tape in contact with tinned copper drain wire
Inner Sheath LSOH ( Low smoke Zero Halogen )
These cSianbglleeslaayreeruosef dsteinehl waziraersdous area where safety and circuit integrity are highly required during fire conditions
Armor

Outer Sheath LSOH ( Low smoke Zero Halogen )

Cable Marking =Giza Cable Industries =,size,cables short description,voltage,manufacturing year,meter marking

ApplicationThese are in hNaCzooa.rerodsfoussNeaocrmetio(ainmnamwal2lhC)aerroreesassafoeftiynTsNhauoilcnamkdtinionecnasi(lsrcmmui)t Approx. Approx.
cables used Overall Net Weight fire conditions

inteDgiaritmyeaterer (hmigmh)ly require(dkgd/ukrmin)g

1 12.67 300

2 15.93 430

No. of Nomina5 l Cross 1Nominal 0.44 Approx. 19.43 Approx. 650
Cores section10al area Thickness Overall 26.68Net Weight 1205
of insulation ( mm ) 1850
1 ( m2m02 ) Diameter ( mm ) 33.17 ( kg/km ) 3315
2 40 1.500.44 320
5 12.67 43.73 300 475
10 1 2.500.44 15.93 13.01 430 755
20 2 19.43 16.81 650
40 51 0.44 26.68 20.82 1205 1410
1 33.17 1850
2 10 43.73 28.65 3315 2425
5 13.01 320 3230
10 20 16.81 36.63 475 375
20 0.53 20.82 755 610
30 30 28.65 42.49 1410 1130
1 1 36.63 14.07
2 42.49 19.28 1875
1.550 14.07 24.71 3305
33.19
10
20 42.94 2425

3230

375

2 19.28 610
5 N* Foirteesr:eVsiastlau2en.sc50earceaabplepsrotoxim“BaS0t.e6533a8n7d, BsSu7b8je4c6,teBdS a4328to4234d...9179nd1941oitoiromrnBaaSlllmEyN1a.n550u&2fa02c0.”5t311ua318mr370irn550emga2tvoaalreeilraaabnvlceaeiulsap.bolen
10** 1 mm2 designed with 500 v to BS EN 50288-7 request
20the same standard alsowith

Notes: Values are approximate and subjected to normal manufacturing tolerances.
* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request
** 1 mm2 designed with 500 v to BS EN 50288-7 additionally 1.5 & 2.5 mm2 are available alsowith
the same standard

120 Special Cables Catalogue
Special Cables Catalogue

Fire Resistant & Fire Alarm Cables Fire Resistant intelligent
Fire Resistant Triples

Un-Armored Fire Resistant Cables 500 V

Collective Screen Cables Multi-Triple cables

to BS EN 50288-7 & IEC 60331*

Fire Resistant

DescrFipirteioRnesistant & Fire Alarm Cables Fire Resistant Triples
Un-Armored Fire Resistant Cables 500 V
Collective Screen Cables Multi-Triple cables

Conductor Plain annealed stranded copper to BS EN 50288-7 & IEC 60331*

Core Insulation Flame barrier Mica tape,

XLPE ( Cross linked polyethylene )

Description Color coding 1 Black, 1 White & 1 Red cores continuously numbered
Assembly Triples twisted together to form round cable with fillers and binders if necessary.

CCoonredIuncstuolar tioCOCnaoulbtleelercStFPXMihvllLaaeaePmiarEnkStehci(anrCbngenareoernsraiselleriLA=nMdSGkluOeisicmztdHaraainp(CntuaLodaomplyebweedl/e,tshPcmInEyodTloepPuknpsetteaeriZerp)eser=oi,nsHizcaeol,ocngataebcnlets)wshitohrttidnensecdripctoiopnp,veorltdargaein,mwairneufacturing year,meter marking

Color coding 1 Black, 1 White & 1 Red cores continuously numbered

Assembly Triples twisted together to form round cable with fillers and binders if necessary.

COoultleercStihveeaASthcprpeelincaLAtSiluOomHnin( uLomw/ PETP tape in contact with tinned copper drain wire
smoke Zero Halogen )

Cable MarkinTghese c=aGbizlaesCaarbeleusInedduisntrhieas z=a,sridzeo,ucsaabrleesashwohrtedreesscarfipettiyona,nvdoltcaigrceu,mit iannteufgarcitytuarinreg hyiegahrl,ymreetqeur imreadrkdinugring fire conditions

Application Nominal Cross Nominal Approx. Approx.

These cables are used in hazNCaoord.reoosfus asreecatiownhael raeresafety aTnhdickcniercssuit integrity aOrevehraigll hly requiredNdetuWrinegighfitre conditions

( mm2 ) of insulation ( mm ) Diameter ( mm ) ( kg/km )

1 7.84 95

No. of 2 Nominal Approx. 12.3 175
Cores 1Thickness 0.44 Overall 16.23 Approx. 380
Nomina5 l Cross Diameter ( mm ) 23.19Net Weight 725
section10al area of insulation ( mm ) 30.3 ( kg/km ) 1365

( m2m02 )

1 40 7.84 40.99 95 2625

21 12.3 8.43 175 111

5 2 0.44 16.23 13.51 380 225
10 15 1.50 17.59 725 475
20 0.44 23.19 25.41 1365
10 30.3 925

40 20 40.99 33.19 2625 1745

1 30 8.43 39.58 111 2570

21 13.51 9.79 225 160

5 2 2.50 0.44 17.59 16.06 475 324
10 1.550 0.53 25.41 20.97 925 705

20 10 33.19 30.31 1745 1380

30 20 39.58 39.86 2570 2650

1 9.79 160

2 16.06 324

N5otes: Value2s.5a0re approximate0.a53nd subjected to2n0.o9r7mal manufactur7in0g5 tolerances.
1*0Fire resistance cables to “BS 6387, BS 7846, BS 843901.3o1r BS EN 50200” a1re38a0 vailable upon request
2In0dividual unit screen also available upon reques3t 9.86 2650

Notes: Values are approximate and subjected to normal manufacturing tolerances.
* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request
Individual unit screen also available upon request

Special Cables Catalogue

121

Special Cables Catalogue

intelligent Fire Resistant & Fire Alarm Cables Fire Resistant
Fire Resistant Triples
Armored Fire Resistant Cables 500 V
Collective Screen Cables Multi-Triple cables
to BS EN 50288-7 & IEC 60331

Fire Resistant

DescrFipirteioRnesistant & Fire Alarm Cables Fire Resistant Triples
Armored Fire Resistant Cables 500 V

Conductor Plain annealed stranded copper Collective Screen Cables Multi-Triple cables
Core Insulation Flame barrier Mica tape, to BS EN 50288-7 & IEC 60331

XLPE ( Cross linked polyethylene )

Color coding 1 Black, 1 White & 1 Red cores continuously numbered

Description Assembly Screen Triples twisted together to form round cable with fillers and binders if necessary.
Collective Aluminum/PETP tape in contact with tinned copper drain wire

Conductor Inner ShPelaainthannealeLdSOstHra(nLdoewdscmoopkpeeZrero Halogen )

Core InsulatioAnrmor Flame barrierSMinigclae tlaypeer,of steel wires

Outer SXhLePaEth( Cross liLnSkOedH p( LoolywetshmyloekneeZ)ero Halogen )

Color codingCable 1MBalrakcinkg, 1 Wh=itGe i&za1CRaebdlecInodreusstcrioesn=tin,suizoe,ucsalybnleusmshboertreddescription,voltage,manufacturing year,meter marking

Assembly Triples twisted together to form round cable with fillers and binders if necessary.
CollectiveAScprpeelincaAtiluomninum/PETP tape in contact with tinned copper drain wire
Inner Sheath LSOH ( Low smoke Zero Halogen )
These cSianbglleeslaayreeruosef dsteinehl waziraersdous area where safety and circuit integrity are highly required during fire conditions
Armor

Outer Sheath LSOH ( Low smoke Zero Halogen )

Cable Marking =Giza Cable Industries =,size,cables short description,voltage,manufacturing year,meter marking

ApplicationThese No. of Nominal Cross Nominal Approx. Approx.
hazCaordreosus
cables are used in sectional area Thickness Overall Net Weight conditions
area(wmmh2e)re safeotyf inasnudlatcioirnc(umimt i)ntegDritiaymaereterh(igmhmly)required(dkugr/iknmg)fire

1 12.5 305

2 17.16 500

5 1Nominal 0.44 Approx. 21.29 805
Thickness Overall 29.35 Approx.
No. of Nomin1a0l Cross of insulation ( mm ) Net Weight 1500
Cores section20al area Diameter ( mm ) 37.56 ( kg/km ) 2600
43.61 3500
( m3m02 )

11 12.5 13.09 305 340

22 17.16 18.57 500 585

5 51 1.500.44 0.44 21.29 23.55 805 1075
10 10 29.35 31.77 1500 1785

20 20 37.56 40.65 2600 3115

30 1 43.61 14.65 3500 430

12 13.09 21.32 340 755

2 5 2.50 0.53 18.57 27.13 585 1415

5 11.500 0.44 23.55 37.57 1075 2620

10 15 31.77 43.08 1785 3500

20 40.65 3115

1 14.65 430

2 21.32 755

5 2.50 0.53 27.13 1415

1N0otes: Values are approximate and subjected to37n.5o7rmal manufactu2r6in2g0 tolerances.
1*5Fire resistance cables to “BS 6387, BS 7846, BS 84439.108or BS EN 50200” a35re00available upon request

Individual unit screen also available upon request

Notes: Values are approximate and subjected to normal manufacturing tolerances.
* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request
Individual unit screen also available upon request

122 Special Cables Catalogue
Special Cables Catalogue

OACsaustbeelmer SbMhFlyeairarekthinRgesist=PCaGVonCirztea(s&CPtwoaFilbsyitrlveeeindInyAtdloculagshtelroimtehrside=Cer,st)oiazefb,ocrlamebslreosusnhdorct adFCFSebiiorraseellecibd.AArliepFllaaistrierroMmmnAu,Fvllatloei-rClmxtaibogClreeea,cbmaleabsnle5u0sfa0tocVtBuUSrinnEgNscy5ree0ae2r8n,m8e-d7eter marking

Description Fire Resistant & Fire Alarm Cables CFiraebAlelas rMmulti-Core cables to BS EN 50288-7
intelligent
Fire Alarm Flexible

Solid Fire Alarm Cables 500 V Un screened
DDeeCCCCCCAsssooooooccsrrnnllrreooeeddFiimrrppIIiuuccrnnbAccttessooiilttuuypddooooRllaaiirrTnnpnnhettggiieloosisnnciesatcatainobPTFPTPPCTtnlwwhoeVlVlaao&rusooCCeriinnreaeCCCF((sraaeCooiPPtonnrwoorreournneeeillsrseeyyssesetAvvaae::sd:iinnllRRdlR:eeafyyeeReddotllddroedrccmff,,gd,cllhheeBBeY,ollxxoollYeaaCtmiihbbrrelcciilddeollmaleekkleeorwubcctw,))onoolB,11eicfpplB00ousappl55uermt°°eee,iCCorrBnrloaaucnnkddFFSCiioscrraieeglaibdnAAbleaFllleaaislrie.rrnMmmgAuFlliatnlei-rCmfxCiirboeaClrebeaallecbasalremMbslue5sly0stis0-ttCoeVomBUrSesnE.cNsca5rbe0lee28ns 8eto-d7BS EN 50288-7
COCCoaournbteedlerIunSMchstueaolaarrktthiinogn ==TCPTTFFPPPwhhooGGVVlVaorruuoCCCeeiirizznrreaaeeCCC(((sNCaCCCCoPPPtooonowoooraaoo.rrnreeeeilllbborrseyyyseessstfllvvvaeee:ss::iiinnnlRdRR::eIInnyyyeRReesdNtddllledoeeddocccuucf,gdd,,lmsshhhetBtteYY,,illlrro(xoooiliiYYeenatmeeinhbrrreeallmcssiiilladddeoollll2ek==llleeeoorCww),,acsstwwr,,)))oiirozzoeBB,,ee1sfapllBBs0,,ouuccpll5uueeraam°eee,,oCbbrBBfllreellionaassTusNcchussnoihhkklcadmooktinrriocnttenaadds(lseebmsslmecc.)rriippttiioonnD,,ivvaoomAOllttepaavtpeggerrreeoa(,,xlmmml. maann)uuffaaccttuurriinnNgg(eAktyypgWeep/kaareomirrgx,,mm.h) teetteerr
CAsosleomr cbolyding marking
Outer Sheath marking
Description Cable Marking

Conductor AssembPllayin annealeCdofrleesxitbw2leistceodptpoegrether to form round cable. 6.53 Fire Alarm 55
ApplicationCCoolroerIcnosudlaintgioCOTnhauebtesleer ScTPTMhhwaVearboCearkleetC(hinsCoPgaoroerlreysev:usinRs:=PeyeRGVlddecCi,dzfhoaB,l(olrYaCPcrecFioa423dolkillbeorymelvwe)min,1IRnuyB0delnl5ucui°sceCshitaslroitteiaro1sidnn=e,ats)izn&ed,cFsaigirbneleasAlinshl0gao.4irr4ntmdfieresCcarailpabtrimolens,svyostlte77a6m..g05.919se.,mFSCaioraneliubdAflaeFlaiscrertMmuAruiSnllatogi-rlC678midy505oeCraear,cmbaleebstele5r0sm0toaVrBkUSinnEgNsc5re0e28n8e-d7
ApplicationFour Cores : Red, Yell3ow, Blue, Bl1a.5c0k
0.44 7.51 85

Assembly These cCaobrelesstawriesteudsetdogfoerthc4eormtomfuonrmicarotiounndancdabsilgen. aling in fire alarm syste8m.39s. 110

ApplicaDtieosncriptionOuter Sheath
PVC ( Polyvinyl chloride )

Cable Marking c=aGbiCCzlaeoosnrCeadaNCrIubenocolseu.turoeosIlnaersfdtdiuofsnsoNterroicecmtsioo(=inmmn,PPasmaVlimazl2leCC)iaun,rcrno(eaaisPcansboanlelteyisoovafsinnhlienoyTasNdhulrnoticlcasdmdohktineiollsnoiedsinagcrsi(lsndcrmipaoemtlpii))nop1gne0,vir5no°DlfCtiiaaremgAOaeepvt,lpaemerrroaam(xlnml.Fusmiyrfeas)tcAetmluarrisnm. g year,meter marking
These Approx.

Net Weight
( kg/km )

ApplicatioDDneessccrriippttAiioopnnplicationThese cableCCACCCs asooooosNCrlnrnreoeeeoddFomr23u.IIiuurcrnneobsccesosesflttuuydoodRllaairrACOCnTfesttoNhgsiiaoeuooresosclbtennocieNmsstlemrieoroto(NNCCincmaSmtcnbMooFFFooeah1oma344224323234aln..iiimrrslye2adrrreel:oobPCPPPTFTCeee)taariussVhwoffnlVVlklaaroetrn&raoughieoCCRRRenriisinnslrecauegseeeaCssNNCF((saeaaeerCoosssoiPPtstoeccnnrwiiiiommooroeaosssrttnneuefiiilltttoon((rrseeiiyy111isennsemmsaaantAnnvv=CTFPT...eaaeTaaa:555s111mmsN:hwaaoahiiGuVnnnd000nnllRdollnl22Ro:eeirlllpauc0oaCCCeyyei))tttdrmReaazddf.krteptll4oaedrrroeindCrr&&&ioCoocc4(srmneessreo,gdin,CCoossahhogPtaaocsBxsseYw,(lslllloFFFranoirooiiolemmYeddaCteiliiiabrhsrrymrrrmeslecsiiootaleeelddlccveoeaiel:)sffnk:mltiooeeorwneRdiiRg:InnbAAAntppwuyeTTss,Re))oNNathhduulippnldBon,ellld11ooeiincllaaauccf0000aaiDeelB,00cgmmdou,d....fshkkstt4444lirrB55irrrtaiiaeYunner,riiool4444rmmmnnmseo°°leeimYeeatt,nneuCCaaAihrOsseoBlabcsie((llssldrpe6ommlvlno6tCCCjk=lal.peaeeor5ew.mmu,9cra3rcstrrwoaaaan,)))omi(kztnxBle,demlbbb.dfCFFSlBd,soumiicocylllrrlasuereeeeetalsamiiDDogb)edt,bsssAAbeiinlBaanelrFmlllelammoeaaoaisAArsOOelu.rrrseeMcimmppm887778677767677ns.vvn666tth...........kAppeeg535503553555500eeu...da999orrS119319931999113rrlrrlooataalior((Nnictxxm-llr(mmllleCA..miadFSSCFCSFCFFd57kftapmmiiiiiiooog50oebrrrrrrWaaaeneeeeepC/lllrsliiibbbe))kedddurceaoAAAAAamflll.ireeegcxabFFFillllllpaaaaaa.iiihsss)aclrrreteeerrrrrtrMMMibtmmmmmmosuAAAlnuuue5riSSSslll,nlll0saaatttvyoooNNiii0g---torrr((sllleeCCCoAAmmmiiitddd181778666558588187kkVltttteppogg5501555015551505oooaBWWmppCCC000U//lrrrSgeeeekkrreenaaaoosmmerEiia.ggcccxxbbbN,sm..nchh))aaallleeettc5rbbbaesss0elllneeee2555su.8n000sssf8000etttaooo-dVVVc7BBBtuUUUSSSrnnniEEEnNNNsssgccc555rrryeee000eeee222a888nnnr888,eeem---ddd777eter marking
DescriptionCOoultoerr4cShoedaintgh PTwVoCC( oPorelysv:inRyeldc,hBlolarcidke ) 7.51 85

CCaonbdle2uMctaorrking =TPhGlareiiznaeaCCnaonbreelaesl:eInRddeusdost,lriiYdeescl=lo,spwizp,eeB,clruaebl7e.0s9short description,6v5oltage,manufacturing year,meter marking

Core 3Insulation 1.50 FPoVuCr C( Poorelysv:inR0ye.l4dc4,hYloerlildoew,) B1l0u5e°,CB7la.5c1 k 85

CAsosleomr4cbolyding CTwooreCs otwreisste: Rdetdo,gBelathcekr to form r8o.3u9nd cable.
DescriptioAnpplicationCCoornedIuncstuolar tioCOAnsausbteeNlmeroSbPPMthelVlayeasC:iarnkVt(hiaanPnlguoneleysvaainlree=FCTPydhoGVlaorcuCseiprzohreaepCll(soirdCCoPNtCorwioxadcooroieilmbo.resyresetolvpeae)ss:fipntd1R:Ienye0Retdlar5oesdNcue°ngd,oCshcdteY,mlrtoiYetiseo(hiruenlmsilndeboalm=laeorjwl2e,lstCw)c,a)oizrtB,eroeeflB,ousdcalsueramte,obBolrnelofaosiuncrsTsnNmhkhudoiolcaamrktcltiniomnadenaebas(lssnlmecum.rfipa) tciotunr,DivnioaglmtAtaOoepgvltepeeerrrr,aoam(xnlml.acmneus).facturingN(eAyktepgWap/krreo,mmigx.h)etter marking110

Color codingOCThauebtesNleeroScTTMthwheaearsboe:arklVeetChiansColgauroeerresse:aus Rsr:e=PeeRGVddaeCip,dzfoaBp,(lrrYaCoPcecoxaol2ikllmboymlvweamint,IenuyBdlnlaucuinceshdtalroitseiruosidbn=eje,asc)iznteed,dcsaitgobnlneaoslirnsmhgoairnltmdfiearesncuarfilpatcrimotunrs,ivnyosgtltetao6mg.l2ese9r.,amnacneus.facturing y5e5ar,meter marking
Four Cores : Red, Yello3w, Blue, Blac1k 6.64 70
0.44
Cores twisted togethe4r to form round cable. 85
ApplicationAssembly 7.22 66

Outer Sheath
NoPteVsC: V(aPluoelysvainreylacphplororixd2ime a) te and subjected to normal manufacturing to6.l7e3rances. Special Cables Catalogue

Cable MarkinTghese c=aGbizlaesCaarbeleusIneddufsotrriecso3=m,simzeu,cnaicbalet1iso.5snh0oarnt dessigcnripatlinogn0,.vi4no4 lftiaregae,lamramnusyfastcet7mu.1ris2n. g year,meter ma8rk6ing
Application 110
4 7.95

ApplicationNotes: VaTluheessearceaabplpersoaxirmNCeooau.rtseeoesfdanfdosNersoccumtboio(ijmnemnacmmalt2leCu)adnrroeitcsoasantiooornfminaaTsNhunl oimldcamktaisnioninegnausn(lsfmaamclint)ugriningDfitiraoemleAaOerpalvtapeenrrrrmcoa(exlml.ssy.mst)ems. Approx.
2 6.29 Net Weight

( kg/km )

55

These cables are used for coNNCCmoooo3342243m..rreeooussffnicassNNeetoocciommttniioo((1iinnmm.nna511aammaa0nll22lldCC))aarrsrrooeeigssaassnalooinff giinnTTssNNihhnuuoo000iillccaa...fmm444kkittr444iinneiioonneennaaass((llsslmmammrm)) systemAs6.p.6p4rox. A7p0prox.
Net85Weight
O7.v2e2rall ) Special Cables Catalogue
DiamA6ep.t7pe3rro(xm. m ) (Ak6pg6p/kromx.)
Net5856Weight
O67.v21e92rall
Diam76e.t69e45r ( mm ( 1k71g00/km )

4 7.22 85
to no66rm..2793al mAappnruofxa.cturing t65o65lerances.
No. of NomNointae22sl :CVroasluses areNaopmpirnoaxlimate and suAbpjpercotxe. d 8491 o76..r61B42SNEeNt W50e2ig0h0t” are a87v60ailable upon requSepesctial Cables Catalogue
Cores sec*tiFoirne33arleasrisetaance1c.51Ta0hbicleknsetoss “BS 63807.4, 4BSO7v8e4r6a,llBS
In(dmiv44mi2d)ual unitosfcinresuelantiaolnso( mamv)ailabDleiaumpeotnerr(emqume)st 77..2925 ( kg/km ) 18150
2 66
6.73
7.12 55
2 3 1.50 0.44 6.29 86 Special Cables Catalogue

3 14 0.44 6.64 7.95 70 110

4 7.22 85 123
2 6.73 66

3 1.50 0.44 7.12 86

4 7.95 110 Special Cables Catalogue

Notes: Values are approximate and subjected to normal manufacturing tolerances.

* Fire resistance cables to “BS 6387, BS 7846, BS 8491 or BS EN 50200” are available upon request

Three Cores : Red, Yellow, Blue Fire Alarm Stranded
Stranded Fire Alarm Cables 500 V Screened
Fire ResistFaonurt C&orFeisre: RAedla, YremlloCw,aBbluele, sBlack

Assembly Cores twisted together to form round caCbaleb.les Multi-Core cables to BS EN 50288-7

DeCsiocnnrtdipeulActlitipoogCOCrpneaounlltbileectlercaStMtihFFvieaiioerrarPeenkStlahcinRRirngeeeeassnniissntte=APaaaGVlnnuleCimzttda(i&&nsCPturoamaFFlbyiinrrlv/edeePineIEnyAAdTdlPcullcaatshoatlrrrpoipmmepreside=iCCenr,s)icaazeobb,nclltaeeabcsslet swsihthorttindSFCFSCFneiiittrrreaarrseeeaacdbbnnAAArlliceepddlllaaassoteeirrroMMpddmmmnpuuFF,SSveiillrrttttoeeiirrr--aaCCldtAAannoorlladdgaarreeieeerrnmmdd,ccmwaaCCaibbraaenlleebbussflleeattssooc55tBBu00SSr00inEEVVgNNSSy55cce00rra22eer88ee,m88nn--ee77eddter marking

Core InsulaThtieosne cabPleVsCa(rePoulsyevdinfyol rccholomridmeu)n1ic0a5t°iCon and sigFFniirraeeliAAngllaarrinmmfiSrteraanladremd systems.
Stranded Fire Alarm Cables 500 V Screened
DDeeCCssooccnlrrodiirppuccttoFiitdoooirirennngResistTFTPahwolanruoeinrteCCa&CoonrornFeereisesrae:s:lRR:eeAReddedlsa,d,tBrY,arlYemanelcldolkleCowdw,aB,cblBoulueplee,psBelar ck Cables Multi-Core cables to BS EN 50288-7

CAsosrneedmIunbcsltuyolar tion CPlVaoCrine(saPtnwonilseytvaeinldeydtlocsgthrealotnhrideer dt)oc1f0o5rpm°pCeror und cable.

ColrloeercIcntisovudelainStgciorneen ATPwVluoCmC(inoPuormelysv/:PinREyeTldPc,thaBlolparecidkien )c1o0n5t°aCct with tinned copper drain wire

COoultoer cShoedaintgh PTwhVroCeeC( CoPoroelrysev:sinR: yeRldec,dhB,lolYarecidlkleow) , Blue
DescriptionConductoACCAr ssoasslbeelelmmectbbMivllyyaerPkSlacinirngeeannne=FCFTACahooGloourluueeirrmzrreedaeCCssiNCnsCttootouowwraorrm.areeiiberossnessttslf/eeeds::PddeRR:IEndReeTsttNdPeooedduoccggd,,tsmoatteeYY,irpo(ipiYeettenmhhnpeellasmllaeeooell=2lilorrwwnrC),asttw,,ooircrzoeBB,eosffallB,oosuunclueerrtammae,,bocBBflrretllooiaanswuuTsNcchsunnihokkitlcaddhmoktrintiocctniennaaadsn(lsebbmeslleemcd..r)icpotiopnpD,iveaormAldOteaprvtapgeerriernoa(,xmlmwl. amiren)ufacturinNg(eAktypgeWp/akreomrig,xm.h) teter marking
ApplicationCore InsulCOatouioltleenrcStihveeaPStVhcCre(ePnolyAPvVliunCmyl(icnPuho2mlolyrvi/dPineEyT)lPc1th0a5lop°rCeidien )contact with tinned copper d6r.a61in wire
60

AApppplliiccaattiioonnACCOsoousllteoleemrrccStbihovlyedeOCCaiTTnShhtaaughceebbtresselleeeereSccnMMhaaeaabbarrPFCTTAkkllhwoeetVlohiiurnnussoCermggreaaeCC(sirrneeCoPtouworouurmeeilssrsyse==Pseetv/e:GGVsdd:PinRdR:CiiEzzffyeReooTaatld(PoedrrcCCP,gd,ccthFaBoaa34432eY,ooloilplbbYeatrymmhreellelvcieeldeommliklnieorIIwRnnnuuytwdde,)olnnccB,uuiiosccflBsshouinttaasllrruerotiit1mtteeaeii,a.roo51ssicdB0nnrn==tloea,,waatssuc)iizznnni&kteedddh,,ccFtsscaaiiinggiarbbnnneblleeeaalessdAllii.nnsschhl00ggaoo..o44iirrpr44nnttmpddffiieeerreerssCccdaarrariillppaaabttrriiinmmoolennwss,,svvyyirooessttlltteeaa78767mm....gg4915.69567ssee..,,mmSCFFaaiitrrarnneeauubnAAfflaaedllaasccerrttMdmmuurruFiiSnnilrttggeir-aCyyA97197no20005eelda0raaeerrrm,,dcmmaCeebatteelebrrslmmetsoaa5rrB0kkSii0nnEggVN 50288-7
Cable MarTkhiensge cab=leGsizaareCaubseledInfodrucstoriemsm=,usinzeic,caatibolnesasnhdorstigdneasclirnipgtiionnf,ivreolatalagrem,msaysntuefmacs.turing year,meter marking

DescriptionNo. of Nominal Cross Nominal Approx. Approx.
ConduCcotroers Net Weight
Application sectional area Thickness Overall
( kg/km )
( mPmla2 i)n anneoafliendsulsattriaonnd( memd) copDpiaemr eter ( mm )

DescriptionThese cables arNCeoou.resoCOCCAesfsdoaousrlbteoeefN*InolsNmrerFoedINNrCCoicnSrtcbiMceoovemhooosFFFt23434243223423423liou..sieydrrado(riiii:eerrreoonlmmauraineeeVssnksaffmatatimagshiil2nlotlRRRlC)auuuagnssNNeeeenrnnreeoeisoocitssscccsaemmasiiisttasssciiroo((ciittt111etnnrmmi=TPCPFTnnaaa...eaoo555111aammwhaoGaaVVe000fbonnnnll22rpulloinCCeiCCnlr))zeaaartttepTsaeNarrChsuCrr((rsnoo&&&eeooilltCcCsaoPPdtssoomaaxowksstooraoirinFFFemiso“enaillbriesyyBngiiiseastavrrrooslvvSee(neeel:ssa:fftiimnne6RdaRii:Iinnlnm3yyaeAAAlRTTessaNNitd8llhhnuu)bdoednoocc7iiulllll000000gccaalaaa,gde,d,mm......shhkk444444ttBtBeY,iiinnllrrr444444nriioousoonnlSiYemmmateeuennpDaahrrfessl7bcsiiliio((llssddeora8lmmjek=lneCCCeeormw4mm,AcOs6tawre,))oiep))aaa,ztvltBe,ae1pqBeefbbblBd0,oSrrruurcomal5(uerelll8txamleee°molDD.e4s,Cbst9iisssBmyaanlr1elosmmoat)sAAoOOureceem866867777676spprn777vvmtthk...........pp69619195551446eeB...eeda666o75675119671959rrrrsSrroolaar.((ctmExxllmmll..adNaFSFFFCCFFSSmmebNiiiiiitttn5rrrrrraarrrs(eeeeeeleaaaAe0uc))bbkt2nnnfp.AAAAAArgalliW0eepdddp/llllllc0aaaaaakssrteeeeo”mitrrrrrroiMMdddummmmmmgxan.rh)uuiFFFr,ntSSSeviiillNNrrrttgtttoeeeii((rrr--aeeAAaaaCCltkktttAAA66977779997911796voppannnggoo050002200005500WWapplllddd//gaaae00rrkkirreeeeleeeeroorrammammmiiggxxddd,bccmn..hh))laaCCCcettabbeaaanullseebbbup. ssfllloeeeattnsssooc555trBBeu000SSrq000inuEEVVVgNNesy55te00a22r88,m88--77eter marking
ApplicationConduc2tor 8.46 Cab6l0es Multi-C1o20re cables to BS EN 50288-7
4 Plain annealed stranded copper 6.61
Core Ins3ulaThtieosne cabP1leVsCa(rePoulsyevdinfyol rc0c.h4ol4omridmeu)n1ic0a5t°iCon a6n.9d9FisriegnAalalirnmg in fire a75larm systems.
DeCsoclroFirpicrteo42idoRinnegsistanTTtwh&roeeCFCoirreoerseA:sRl:aeRdrem,dB, lYaCecalklobwl,eBslue 7.6Fire Alarm Strande90d
7.15Stranded Fire Alar7m0 Cables 500 V

DeCACssoocsnrreedimpIunbcts34iltuyoolarntion 1PF.5ol0auinr Caonrneesa: lReedd0s,.t4rYa4enlldoewd, Bclouep,pBelar c7k.57Cables Multi-Core90cables to BS EN 50288-7

PCVoCre(s Ptwoilsytveindytlocghelothrideer t)o1f0o5rm°Crou8n.4d6 cable. 120

CCOoounltoedrucSchotedoairntgh TPPwlVaoCinC(aoPnorneleysva:inlReyedldcs,thBralolanrciddkeed) copper
DescriptioAnpplicationCCoonredIuncstuolar tioCCACOACnssoaoaussrlbbteeoeeIN*nllmmreerFodIicnSrtbbiPPMMevehoslVlliusayyedaadr:eCliaurraiVnnkksattia(gshiiiannlotlPauunggnoennnlisceyt eavsacirnlceer==TFCCFTTPPeyadhwhaooGGVVleboorrcpuuonCCseeiilrrzzethrreepaaeeraCsCCal((rssoNColtCCCsonPPttoooroxoowwioodraad2ooirr.emr“eeaiillbbeerreossyyBseessttavslldvvfSeeee:)ssa::tiinne6Rddc1RR::IIilnn3yyae0RReeoasttNdd8llb5deooeeddpncc7uuo°lc,ggdde,,pd,CsshhmBtttBeeYY,,ellirrusooo(lSiiiYYeeattueenrmphhnrreell7bacssiimlloddaeeoo8lljlk==2llneleeoorrww4C),,acss6ttwwr,,))ooiirer,zztoeBB,,ee1qBsffallBBd0,,ooSsuuccll5uueerr8taamm°oee4s,,Cbbot9BBnfllrr1eellooioaanssouuTrsNccmhssurnnhhokkilcBaddamookStlrrinioccttmnEenaaaddNsa(lseebbmn5ssllee0mucc2f..rr)aii0ppc0tt”iitoouannrDir,,neivvagoomaAlltOttveoaa6pvat.lpgg6eei1lrreeraoa(,,bxmmlnml.lceaamennus)uup. ffoaanccttreuurrqiinnuNgg(eeAkstyy6pgt0eeWp/aakreomrrig,,xmm.h) teetteerr marking
marking

Color codingCOThauebteN*NsleerFooiSrttcTTMeehhwassearr::boeearVVksleetCiaashinstClloauugaroeenersscreseeaa:usrrRcees:=PeeaRaaGVddbeppCil,dzefppoaB,s(rrlrooYatCPcoxxecoa43iiomml“kllboymBaalvwSemttinee6,In3uyBaad8lnlunnc7uicedd,shtaBlrssoSituueiro7bb1sid8njj=eee4,accs6)i,zttneeBddd,Scs8ttaioog4b9nnnl1eaoosolrrimmnsrh0gBaao.4Sllir4ntmmEdNfaaierenn5s0uuca2ffraai0lpacc0tr”ittmouuanrriirs,nnevyggosatltttevooa67ma.llg9ee.6i9lserraaa.,bmnnlcceaeenussup.. foanctreurqinugesy97t05ear,meter marking
*InFdiriFevoidrueursaiCsltaounreictses:ccRreaeebdnl,eaYs eltsooll2o“awBvS,a6Bil3alu8be7l,eBuSlap7co8kn46re, qBSue84st91 or BS EN 50200” are av7a.1i5lable upon reques7t0
ApplicationAssembly 90 Special Cables Catalogue
IndiCviodrueasl tuwnisttsecdreteongaeltsho3ear vtoailfaobrmle ru1op.u5o0nndrecqaubelest. 0.44 7.57

Outer Sheath PVC ( Polyvinyl chlorid4 e ) 8.46 120
ApplicationCable MarkinTghese c=aGbizlaesCaarbeleusIneddufsotrriecso=m,simzeu,cnaicbaletisosnhoarnt ddessigcnripatliinogn,vinolftiaregae,lamramnusyfastcetmurisn.g year,meter marking
Notes: Values are approximate and subjected to normal manufacturing tolerances.

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No. of sNeocN*ImntFiodo(iinmrtineveam23432424aisdlr2:leCu)Vasariarsoeltlsauuasennisctoeascfrc1eirn.eaT51sNaheu0bopilncalmepktasinrionoletsnaoxos(lsim“maBmavSa)te6il3aa8bn700lDed,..44iBa44usSmupAO7beop8jvtnep4eec6rrrroae,t(xelqBml.dSume8to4s)t9n1oorm866777r77....196145B..a66559167SlNmE(eANkatpgWn5p/0ukreo2mfiagx0.hc0) t”tuarirnegat977619vo200500ale0ilraabnlceeusp. on requSepesctial Cables Catalogue
Cores Cables Catalogue
Special

2 3 1.50 0.44 6.61 7.57 60 90
120
124 3 14 0.44 6.99 8.46 75

4 7.6 90

2 7.15 70 Special Cables Catalogue
3 1.50 7.57 90
0.44

4 8.46 120

High & Extra High Voltage Cables

intelligent

High & Extra High Voltage Power Cables

SPONSOR

High & Extra High Voltage Cables



High & Extra High Voltage Power Cables

Operating Voltage from 38 / 66 KV up to Designation Code for High & Extra High
127 / 220 KV Cable Construction Voltage Power CablesYou can order
our product by giving the following
1. Conductor informations

Conductor consists of stranded Aluminum or soft 1- cable codes as per the catalogue
drawn copper that produced by two technologies: 2- if your requirements is out of our
catalogue product range, you can use the
a. Circular Compacted following map to identify the code

Multi layers of stranded wires are assembled Conductor Material Outer
together to form a circular compacted conductor Sheathing Type
G Copper + Swelling Powder + S.C Tape
b. Segmental Conductor (Applied from E Aluminum + Swelling Powder + S.C Tape P PVC
C.S.A = 1000 mm2 and above) M Copper Millikan + Swelling Powder + S.C Tape F PVC / FR
N Aluminum Millikan + Swelling Powder + S.C Tape S LSHF
Five segments of compacted conductor in sector H HDPE
shape of 72o are assembled together with C.S.A mm2 L LDPE
separation of non-metallic tapes to reduce the skin E LLDPE
effect which reduce the Rac 25 300 M MDPE
26 400
2. Conductor Screen (Bonded to the 27 500 Armoring
inner layer of the insulation layer) 28 630 & Shielding
29 800
An extruded layer of cross linkable semi conducting 30 1000 B Lead Sheathed
applied over the conductor to reduce and control 31 1200 P Copper Screen + Aluminum foil Shield
the electric stress beneath the (XLPE) insulation 32 1600 R Copper Screen + Lead
layer 33 2000 S Copper Screen + Galavanized Steel Wires
A Copper Screen + Aluminum Wires
3. Cross Linked Polyethylene (XLPE) Insulation Type C Copper Screen + Aluminum Tapes
Insulation X XLPE

An extruded layer of XLPE of high grad is extruded Voltage Grade
in dry cooling & curing continuous vulcanizing line.
9 26/45 (52) KV
4. Insulation Screen (Bonded to the A 38/66 (72.5) KV
outer layer of the insulation layer) B 64/115 (123) KV
C 76/132 (145) KV
An extruded layer of cross linkable semi conducting D 87/150 (170) KV
is applied over the insulation layer to insure that the E 127/220 (245) KV
electric stress is homogenous around the insulated
core. No. of Cores
Conductor screen, insulation and insulation
screen are applied in one process (triple extrusion 01 1
process) to insure that all extruded layers are
bonded together.

5. Metallic Screen / Sheath

One or multi layers of metallic screen / sheath
such as copper wires, lead, aluminum, etc.shall
be applied as a return path of earth fault current.
Metallic sheaths may be used for water blocking
protection and mechanical protection.

6. Water blocking:

Upon request, swelling powder should be applied
between the conductor strands then Followed by
swelling semi conductive water blocking tape over
the complete conductor

7. Overall Jacket (Outer Sheath)

An extruded layer of PVC, PE (HDPE, LDPE, and
MDPE) shall be applied over the metallic
layers for protection against chemical reaction &
mechanical protection.Extruded semi conductive
layer or graphite coating shall be applied over the
outer sheath for D.C testing purpose

intelligent

38 / 66 (72.5) kv inner semi -con copper wire screen

Single Core Copper Conductor cooper conductor outer semi-con
XLPE insulated, Copper Wire XLPE insulation water blocking tape
Screen and HDPE Sheathed

HDPE sheathing

Description Stranded circular compacted copper conductor, semi-conducting layer as conductor screen,
XLPE insulated, semi-conducting layer as non metalic insulation screen, Semi-conductive
water blocking tape copper wire as metalic insulation screen to withstand the requierd earth
fault current, non-conductive water blocking tape to protect the screen area from longitudinal
water perettation. copolymer aluminium tape to protect the cable from radial water penetrafion
and HDPE sheathed with graphite coating or extruded semi-conducting layer Cabels are
designed and tested to comply with IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight

Constructional G25XA01PH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
300 R 0.0601 0.0782 0.2241 0.4029 0.5415 59 5460

Data G26XA01PH 400 R 0.047 0.062 0.2434 0.3857 0.5243 61.7 6360
G27XA01PH 500 R 0.0366 0.0495 0.2669 0.3695 0.5081 65 7530

G28XA01PH 630 R 0.0283 0.0398 0.2924 0.3548 0.4934 68.6 8920

G29XA01PH 800 R 0.0221 0.0329 0.3214 0.3409 0.4795 72.7 10840

M30XA01PH 1000 S 0.0176 0.0236 0.3819 0.3279 0.4666 81.7 13680

M31XA01PH 1200 S 0.0151 0.0207 0.4002 0.3219 0.4605 84.3 15100

Continous Current Ratings Load Factor = 100% for one circuit in

operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Bonded at "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
both end T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
300 R
Cross or 300 R 514 430 738 665 bonding 400 R 561 471 871 787
single point 400 R 500 R
500 R 577 482 845 761 630 R 639 536 1010 913
bonding 630 R 800 R
800 R 643 538 966 871 1000 S 729 611 1175 1061
1000 S 1200 S
1200 S 774 647 1168 1052 829 694 1363 1232

863 720 1332 1199 935 782 1573 1421

1040 868 1658 1494 1112 929 1926 1740

1119 933 1797 1618 1200 1002 2095 1893

* R: Round Conductor
* S: Segmental Conductor

Member Pioneer Holding 129

intelligent

38 / 66 (72.5) kv inner semi -con lead sheathed screen

Single Core Copper Conductor cooper conductor outer semi-con
XLPE insulated,Lead Sheathed XLPE insulation
Screen and HDPE Sheathed

HDPE sheathing

Description Stranded circular compacted copper conductor, semi-conducting layer as conductor screen,
XLPE insulated, semi-conducting layer as non metalic insulation screen, Semi-conductive
water blocking tape to protect the screen area from longitudinal water penetration, lead
sheathed with suitable thickness to withstand then reqired earth fault current and HDPE
sheathed with graphite coating or extruded semi-conducting layer.
Cable are designed and tested to comply with IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight

Constructional G25XA01BH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
Data G26XA01BH 300 R 0.0601 0.0782 0.2241 0.3977 0.5363 57.5 8300
G27XA01BH 400 R 0.047 0.0621 0.2434 0.3814 0.52 60.4 9595
G28XA01BH 500 R 0.0366 0.0496 0.2669 0.3654 0.5041 63.7 11020
G29XA01BH 630 R 0.0283 0.0398 0.2924 0.351 0.4896 67.3 12690
800 R 0.0221 0.0329 0.3214 0.3372 0.4759 71.4 14935
M30XA01BH 1000 S
M31XA01BH 1200 S 0.0176 0.0236 0.3819 0.3247 0.4633 80.4 18480
0.0151 0.0207 0.4002 0.3188 0.4574 83 20100

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Bonded at mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
both end T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
300 R 300 R
Cross or 400 R 532 445 761 686 bonding 400 R 562 472 875 791
single point 500 R 500 R
630 R 600 502 876 789 630 R 640 537 1016 918
bonding 800 R 800 R 730 611 1181 1067
1000 S 674 563 1007 908 1000 S 829 694 1369 1237
1200 S 1200 S
770 644 1171 1055

856 715 1334 1202 934 780 1580 1427

1022 852 1646 1483 1105 923 1927 1741

1095 913 1778 1602 1190 994 2088 1886

* R: Round Conductor
* S: Segmental Conductor

Member Pioneer Holding

130

intelligent

76/132 (145) kV inner semi -con copper wire screen

Single core copper conductor, XLPE cooper conductor outer semi-con HDPE sheathing
insulated, Copper Wires Screen & XLPE insulation water blocking tape
HDPE sheathed

Description Stranded circular compacted or segmental conductor with copper or Aluminum material
,Semi-Conducting layer as conductor screen , XLPE insulation , Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape , to protect the metallic screen
from longitudinal water penetration, copper wire as metallic screen to withstand the required
earth fault current ,non conductive water blocking tape to protect the metallic screen from
longitudinal water penetration, copolymer aluminum tape to protect the cable from radial
water penetration and HDPE Sheathed with graphit coating or extruded semi-conducting
layer Cables are designed and testing according to IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Constructional Product-Code Operating Trefoil Flat diameter Approx.
Data Area DC at 20 OC AC at 90 OC Capacitance Weight
G29XC01PH
M30XC01PH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
M31XC01PH 800 R 0.0221 0.0323 0.2247 0.377 0.5156 87.1 13390
M32XC01PH 1000 S 0.0176 0.0234 0.2612 0.3596 0.4982 95.7 16365
M33XC01PH 1200 S 0.0151 0.0205 0.2728 0.3526 0.4913 98.3 17835
M34XC01PH 1600 S 0.0113 0.016 0.2967 0.34 0.4786 103.7 22105
2000 S 0.009 0.0135 0.3276 0.3263 0.465 110.7 25630
2500 S 31180
0.0072 0.0117 0.3606 0.3143 0.4529 118.2

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) Direct burial In air (shaded)

Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding
System Area" System Area"

Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
single point T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
800 R 800 R
bonding 1000 S 872 731 1329 1200 bonding 1000 S 938 788 1521 1376
1200 S 1045 875 1639 1479 1200 S 1115 935 1859 1682
1600 S 1124 940 1777 1604 1600 S 1203 1009 2022 1829
2000 S 1294 1081 2107 1901 2000 S 1399 1171 2424 2192
2500 S 2500 S
1424 1189 2359 2128 1555 1301 2740 2479
1565 1306 2645 2385 1703 1423 3141 2751

* R: Round Conductor
* S: Segmental Conductor

Member Pioneer Holding 131

intelligent

76/132 (145) kV inner semi -con lead sheathed screen HDPE sheathing
cooper conductor outer semi-con
Single core copper conductor, XLPE
insulated, Lead Sheathed Screen &
HDPE sheathed

Description Stranded circular compacted or segmental conductor with copper or Aluminum material
,Semi-Conducting layer as conductor screen , XLPE insulation , Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape,to protect the screen area
from longitudinal water penetration, lead sheathed with suitable thickness to withstand
the required earth fault current and HDPE Sheathed with graphit coating or extruded
semi-conducting layer Cables are designed and testing according to IEC 60228, 60840
and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight
G29XC01BH mm
Constructional M30XC01BH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) 86.4 kg/km
Data M31XC01BH 800 R 0.0221 0.0323 0.2247 0.3754 0.514 99 18410
M32XC01BH 1000 S 0.0176 0.0234 0.2612 0.3663 0.505 101.6 23785
M33XC01BH 1200 S 0.0151 0.0205 0.2728 0.3592 0.4979 107 25525
M34XC01BH 1600 S 0.0113 0.016 0.2967 0.3462 0.4849 114 30355
2000 S 0.009 0.0135 0.3276 0.3322 0.4708 34600
2500 S 121.5 40915
0.0072 0.0116 0.3606 0.3198 0.4584

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
single point T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
800 R 800 R
bonding 1000 S 861 721 1324 1195 bonding 1000 S 934 784 1522 1377
1200 S 1019 853 1618 1460 1200 S
1600 S 1091 912 1744 1574 1600 S 1105 925 1852 1676
2000 S 1229 1026 2043 1843 2000 S 1187 995 2011 1820
2500 S 2500 S 1368 1145 2398 2170

1331 1110 2262 2040 1507 1260 2697 2440
1431 1192 2497 2252 1661 1387 2995 2651

* R: Round Conductor
* S: Segmental Conductor

Member Pioneer Holding

132



intelligent

High Voltage Cables
38/66 (72.5) kV
(CU/XLPE/CW/HDPE)

Description.

Stranded circular compacted or segmental conductor with copper or Aluminum material
,Semi-Conducting layer as conductor screen , XLPE insulation , Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape , copper wire as metallic screen
to achieve the required cross sectional area that carry the earth fault current , non-conductive
water blocking tape to protect the metallic screen area from longitudinal water penetration,
double coated aluminum tape to protect the cable from radial water penetration and extruded
with HDPE Sheathed with semi-conducting extruded material.
• Cables are designed and testing according to IEC 60228, 60840 and 60811.

Nominal- Max. DC Non-metallic thickness Current Rating Approx.
Cross Conductor Laid in Ground Laid in free Air Overall
Resistance Operating Conductor Insulation Outer Trefoil Flat Trefoil Flat Diameter Approx
Sectional at 20 oC Capacitance Screen Screen jacket Weight
Area
Insulation mm Kg/km
3.5 7100
mm2 Ω/km μF/km mm mm Mm 3.5 A A A A mm 8190
3.5 9565
400 R 0.0470 0.205 1.0 13 1.5 3.5 623 562 859 830 68 10900
4.5 13920
500 R 0.0366 0.220 1.0 13 1.5 4.5 699 610 982 938 71 15980

630 R 0.0283 0.241 1.0 13 1.5 777 631 1119 1052 75

800 R 0.0221 0.264 1.0 13 1.5 859 682 1263 1175 78

1000 S 0.0176 0.292 1.5 13 1.5 987 727 1484 1343 86

1200 S 0.0151 0.317 1.5 13 1.5 1057 759 1624 1449 91

• The above data is calculating at 100 % load factor.
• The above dimensions are subjected to customer request.
• The current rating for above table was based on double end bond
• The above data is approximate and subjected to manufacturing tolerance.
• The Aluminum conductor can be submitted according to customer request.

3

intelligent

High Voltage Cables
38/66 (72.5) kV
(CU/XLPE/LEAD/HDPE)

Description.

Stranded circular compacted or segmental conductor with copper or Aluminum material,
Semi-Conducting layer as conductor screen, XLPE insulation, Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape to protect the metallic screen
area from longitudinal water penetration, Lead sheath with suitable thickness to achieve
the required cross sectional area that carry the earth fault current and extruded with HDPE
Sheathed with semi-conducting extruded material.
• Cables are designed and testing according to IEC 60228, 60840 and 60811.

Nominal- Max. DC Non-metallic thickness Current Rating Approx.
Cross Conductor Laid in Ground Laid in free Air Overall
Resistance Operating Conductor Insulation Outer Trefoil Flat Trefoil Flat Diameter Approx
Sectional at 20 oC Capacitance Screen Screen jacket Weight
Area
Insulation mm Kg/km
3.5 11265
mm2 Ω/km μF/km mm mm Mm 3.5 A A AA mm 12355
3.5 13545
400 R 0.0470 0.241 1.0 13 1.5 3.5 642 603 844 877 68 14120
4.5 18020
500 R 0.0366 0.264 1.0 13 1.5 4.5 723 685 1013 997 71 19100

630 R 0.0283 0.292 1.0 13 1.5 812 731 1161 1133 74

800 R 0.0221 0.317 1.0 13 1.5 897 783 1311 1266 79

1000 S 0.0176 0.205 1.5 13 1.5 1033 860 1544 1467 86

1200 S 0.0151 0.220 1.5 13 1.5 1106 902 1688 1589 90

• The above data is calculating at 100 % load factor. R: Round
• The above dimensions are subjected to customer request.
S: Segmental

• The current rating for above table was based on double end bond

• The above data is approximate and subjected to manufacturing tolerance.

• The Aluminum conductor can be submitted according to customer request.

135

intelligent

High Voltage Cables
76/132 (145) kV
(CU/XLPE/CW/HDPE)

Description.

Stranded circular compacted or segmental conductor with copper or Aluminum material,
Semi Conducting layer as conductor screen , XLPE insulation , Semi Conducting layer
as insulation screen, Semi Conductive water blocking tape , copper wire as metallic screen
to achieve the required cross sectional area that carry the earth fault current , non conductive
water blocking tape to protect the metallic screen area from longitudinal water penetration,
double coated aluminum tape to protect the cable from radial water penetration and extruded
with HDPE Sheathed with semi conducting extruded material.

Nominal- Max. DC Non-metallic thickness Current Rating Approx.
Cross Conductor Laid in Ground Laid in free Air Overall
Resistance Operating Conductor Insulation Outer Trefoil Flat Trefoil Flat Diameter Approx
Sectional at 20 oC Capacitance Screen Screen jacket Weight
Area
Insulation mm Kg/km
4.5 8425
mm2 Ω/km μF/km mm mm Mm 4.5 A A A A mm 9550
4.5 11070
400 R 0.0470 0.164 1.2 18 1.5 4.5 614 539 587 833 79 11325
4.5 15220
500 R 0.0366 0.176 1.2 18 1.5 4.5 687 584 979 941 82 16850

630 R 0.0283 0.192 1.2 18 1.5 767 624 1118 1058 87

800 R 0.0221 0.208 1.2 18 1.5 847 672 1262 1182 91

1000 S 0.0176 0.227 1.5 18 1.5 975 722 1489 1359 96

1200 S 0.0151 0.262 1.5 18 1.5 1043 757 1489 1467 98

• The above data is calculating at 100 % load factor. R: Round
• The above dimensions are subjected to customer request. S: Segmental
• The current rating for above table was based on double end bond
• The above data is approximate and subjected to manufacturing tolerance.
• The Aluminum conductor can be submitted according to customer request.

136

intelligent

High Voltage Cables
76/132 (145) kV
(CU/XLPE/CW/HDPE)

Description.

Stranded circular compacted or segmental conductor with copper or Aluminum material,
Semi-Conducting layer as conductor screen, XLPE insulation, Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape to protect the metallic screen area
from longitudinal water penetration, Lead sheath with suitable thickness to achieve the required
cross sectional area that carry the earth fault current and extruded with HDPE Sheathed with
semi-conducting extruded material.

Nominal- Max. DC Non-metallic thickness Current Rating Approx.
Cross Conductor Laid in Ground Laid in free Air Overall
Resistance Operating Conductor Insulation Outer Trefoil Flat Trefoil Flat Diameter Approx
Sectional at 20 oC Capacitance Screen Screen jacket Weight
Area
Insulation mm Kg/km
4.5 12420
mm2 Ω/km μF/km mm mm mm 4.5 A A A A mm 13760
4.5 15190
400 R 0.0470 0.164 1.2 18 1.5 4.5 630 593 875 868 80 15505
4.5 19335
500 R 0.0366 0.176 1.2 18 1.5 4.5 709 649 1003 987 83 21000

630 R 0.0283 0.192 1.2 18 1.5 796 711 1150 1123 87

800 R 0.0221 0.208 1.2 18 1.5 883 769 1302 1260 91

1000 S 0.0176 0.227 1.5 18 1.5 1014 844 1533 1463 95

1200 S 0.0151 0.262 1.5 18 1.5 1076 866 1667 1567 100

• The above data is calculating at 100 % load factor. R: Round
• The above dimensions are subjected to customer request. S: Segmental
• The current rating for above table was based on double end bond
• The above data is approximate and subjected to manufacturing tolerance.
• The Aluminum conductor can be submitted according to customer request.

137

intelligent

Extra High Voltage Cables
127/220 (245) kV
(CU/XLPE/LEAD/HDPE)

Description.

Stranded circular compacted or segmental conductor with copper or Aluminum material,
Semi-Conducting layer as conductor screen, XLPE insulation, Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape to protect the metallic screen area
from longitudinal water penetration, Lead sheath with suitable thickness to achieve the required
cross sectional area that carry the earth fault current and extruded with HDPE Sheathed with
semi-conducting extruded material.

Nominal- Max. DC Non-metallic thickness Current Rating Approx.
Cross Conductor Overall
Resistance Operating Conductor Insulation Outer Laid in Ground Laid in free Air Diameter Approx
Sectional at 20 oC Capacitance Screen Screen jacket Weight
Area
Insulation Kg/km
Kg/km
Trefoil Flat Trefoil Flat 16970
20830
mm2 Ω/km μF/km mm mm mm mm A A A A mm 11325
36860
mm2 Ω/km μF/km mm mm mm mm A A A A mm 42125
51425
800 R 0.0221 0.170 1.5 23 1.5 4.5 872 767 1295 1261 101.2

1000 S 0.0176 0.190 1.5 25 1.5 5 1003 842 1514 1453 106

1200 S 0.0151 0.204 1.5 25 1.5 4.5 847 672 1262 1182 91

1600 S 0.0113 0.210 1.5 25 1.5 5 1113 1245 2089 2199 130.5

2000 S 0.0090 0.230 1.5 25 1.5 5 1328 1398 2450 2582 134.5

2500 S 0.0072 0.252 1.5 25 1.5 5 1440 1515 2722 2866 147

• The above data is calculating at 100 % load factor. R: Round
• The above dimensions are subjected to customer request. S: Segmental
• The current rating for above table was based on double end bond
• The above data is approximate and subjected to manufacturing tolerance

138

High & Extra High Voltage Power Cables

High & Extra High Voltage Power Cables

Operating Voltage from 38 / 66 KV up to Designation Code for High & Extra High
127 / 220 KV Cable Construction Voltage Power CablesYou can order
our product by giving the following
1. Conductor informations

Conductor consists of stranded Aluminum or soft 1- cable codes as per the catalogue
drawn copper that produced by two technologies: 2- if your requirements is out of our
catalogue product range, you can use the
a. Circular Compacted following map to identify the code

Multi layers of stranded wires are assembled Conductor Material Outer
together to form a circular compacted conductor Sheathing Type
G Copper + Swelling Powder + S.C Tape
b. Segmental Conductor (Applied from E Aluminum + Swelling Powder + S.C Tape P PVC
C.S.A = 1000 mm2 and above) M Copper Millikan + Swelling Powder + S.C Tape F PVC / FR
N Aluminum Millikan + Swelling Powder + S.C Tape S LSHF
Five segments of compacted conductor in sector H HDPE
shape of 72o are assembled together with C.S.A mm2 L LDPE
separation of non-metallic tapes to reduce the E LLDPE
skin effect which reduce the Rac 25 300

2. Conductor Screen (Bonded to the 26 400
inner layer of the insulation layer)
27 500
An extruded layer of cross linkable semi
conducting applied over the conductor to reduce 28 630
and control the electric stress beneath the
(XLPE) insulation layer 29 800

30 1000

3. Cross Linked Polyethylene 31 1200 M MDPE
(XLPE) Insulation 32 1600
33 2000 Armoring
An extruded layer of XLPE of high grad is extruded & Shielding
in dry cooling & curing continuous vulcanizing line. Insulation Type
X XLPE B Lead Sheathed
4. Insulation Screen (Bonded to the P Copper Screen + Aluminum foil Shield
outer layer of the insulation layer) Voltage Grade R Copper Screen + Lead
S Copper Screen + Galavanized Steel Wires
An extruded layer of cross linkable semi 9 26/45 (52) KV A Copper Screen + Aluminum Wires
conducting is applied over the insulation layer A 38/66 (72.5) KV C Copper Screen + Aluminum Tapes
to insure that the electric stress is homogenous B 64/115 (123) KV
around the insulated core. C 76/132 (145) KV
Conductor screen, insulation and insulation D 87/150 (170) KV
screen are applied in one process (triple E 127/220 (245) KV
extrusion process) to insure that all extruded
layers are bonded together. No. of Cores

5. Metallic Screen / Sheath 01 1

One or multi layers of metallic screen / sheath
such as copper wires, lead, aluminum, etc.shall
be applied as a return path of earth fault current.
Metallic sheaths may be used for water blocking
protection and mechanical protection.

6. Water blocking:

Upon request, swelling powder should be applied
between the conductor strands then Followed
by swelling semi conductive water blocking tape
over the complete conductor

7. Overall Jacket (Outer Sheath)

An extruded layer of PVC, PE (HDPE, LDPE,
and MDPE) shall be applied over the metallic
layers for protection against chemical reaction &
mechanical protection.Extruded semi conductive
layer or graphite coating shall be applied over
the outer sheath for D.C testing purpose

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Single Core Copper Conductor inner semi -con copper wire screen
XLPE insulated, Copper Wire
Screen and HDPE Sheathed cooper conductor outer semi-con
XLPE insulation water blocking tape
HDPE sheathing

Description Stranded circular compacted copper conductor, semi-conducting layer as conductor screen,
XLPE insulated, semi-conducting layer as non metalic insulation screen, Semi-conductive
water blocking tape copper wire as metalic insulation screen to withstand the requierd earth
fault current, non-conductive water blocking tape to protect the screen area from longitudinal
water perettation. copolymer aluminium tape to protect the cable from radial water penetrafion
and HDPE sheathed with graphite coating or extruded semi-conducting layer Cabels are
designed and tested to comply with IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight

Constructional G25XA01PH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
300 R 0.0601 0.0782 0.2241 0.4029 0.5415 59 5460

Data G26XA01PH 400 R 0.047 0.062 0.2434 0.3857 0.5243 61.7 6360
G27XA01PH 500 R 0.0366 0.0495 0.2669 0.3695 0.5081 65 7530

G28XA01PH 630 R 0.0283 0.0398 0.2924 0.3548 0.4934 68.6 8920

G29XA01PH 800 R 0.0221 0.0329 0.3214 0.3409 0.4795 72.7 10840

M30XA01PH 1000 S 0.0176 0.0236 0.3819 0.3279 0.4666 81.7 13680

M31XA01PH 1200 S 0.0151 0.0207 0.4002 0.3219 0.4605 84.3 15100

Continous Current Ratings Load Factor = 100% for one circuit in

operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Bonded at "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
both end T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
300 R
Cross or 300 R 514 430 738 665 bonding 400 R 561 471 871 787
single point 400 R 500 R
500 R 577 482 845 761 630 R 639 536 1010 913
bonding 630 R 800 R
800 R 643 538 966 871 1000 S 729 611 1175 1061
1000 S 1200 S
1200 S 774 647 1168 1052 829 694 1363 1232

863 720 1332 1199 935 782 1573 1421

1040 868 1658 1494 1112 929 1926 1740

1119 933 1797 1618 1200 1002 2095 1893

* R: Round Conductor
* S: Segmental Conductor

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Single Core Copper Conductor inner semi -con lead sheathed screen
XLPE insulated,Lead Sheathed
Screen and HDPE Sheathed cooper conductor outer semi-con
XLPE insulation
HDPE sheathing

Description Stranded circular compacted copper conductor, semi-conducting layer as conductor screen,
XLPE insulated, semi-conducting layer as non metalic insulation screen, Semi-conductive
water blocking tape to protect the screen area from longitudinal water penetration, lead
sheathed with suitable thickness to withstand then reqired earth fault current and HDPE
sheathed with graphite coating or extruded semi-conducting layer.
Cable are designed and tested to comply with IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight

Constructional G25XA01BH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
Data G26XA01BH 300 R 0.0601 0.0782 0.2241 0.3977 0.5363 57.5 8300
G27XA01BH 400 R 0.047 0.0621 0.2434 0.3814 0.52 60.4 9595
G28XA01BH 500 R 0.0366 0.0496 0.2669 0.3654 0.5041 63.7 11020
G29XA01BH 630 R 0.0283 0.0398 0.2924 0.351 0.4896 67.3 12690
800 R 0.0221 0.0329 0.3214 0.3372 0.4759 71.4 14935
M30XA01BH 1000 S
M31XA01BH 1200 S 0.0176 0.0236 0.3819 0.3247 0.4633 80.4 18480
0.0151 0.0207 0.4002 0.3188 0.4574 83 20100

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Bonded at mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
both end T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
300 R 300 R
Cross or 400 R 532 445 761 686 bonding 400 R 562 472 875 791
single point 500 R 500 R
630 R 600 502 876 789 630 R 640 537 1016 918
bonding 800 R 800 R
1000 S 674 563 1007 908 1000 S 730 611 1181 1067
1200 S 1200 S
770 644 1171 1055 829 694 1369 1237

856 715 1334 1202 934 780 1580 1427

1022 852 1646 1483 1105 923 1927 1741

1095 913 1778 1602 1190 994 2088 1886

* R: Round Conductor
* S: Segmental Conductor

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inner semi -con copper wire screen

Single Core Copper Conductor, XLPE cooper conductor outer semi-con HDPE sheathing
insulated,Lead Sheathed Screen and XLPE insulation water blocking tape
HDPE Sheathed

Description Stranded circular compacted or segmental conductor with copper or Aluminum material
,Semi-Conducting layer as conductor screen , XLPE insulation , Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape , to protect the metallic screen
from longitudinal water penetration, copper wire as metallic screen to withstand the required
earth fault current ,non conductive water blocking tape to protect the metallic screen from
longitudinal water penetration, copolymer aluminum tape to protect the cable from radial
water penetration and HDPE Sheathed with graphit coating or extruded semi-conducting
layer Cables are designed and testing according to IEC 60228, 60840 and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Constructional Product-Code Operating Trefoil Flat diameter Approx.
Data Area DC at 20 OC AC at 90 OC Capacitance Weight
G29XC01PH
M30XC01PH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) mm kg/km
M31XC01PH 800 R 0.0221 0.0323 0.2247 0.377 0.5156 87.1 13390
M32XC01PH 1000 S 0.0176 0.0234 0.2612 0.3596 0.4982 95.7 16365
M33XC01PH 1200 S 0.0151 0.0205 0.2728 0.3526 0.4913 98.3 17835
M34XC01PH 1600 S 0.0113 0.016 0.2967 0.34 0.4786 103.7 22105
2000 S 0.009 0.0135 0.3276 0.3263 0.465 110.7 25630
2500 S 31180
0.0072 0.0117 0.3606 0.3143 0.4529 118.2

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) Direct burial In air (shaded)

Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding
System Area" System Area"

Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
single point T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
800 R 800 R
bonding 1000 S 872 731 1329 1200 bonding 1000 S 938 788 1521 1376
1200 S 1045 875 1639 1479 1200 S 1115 935 1859 1682
1600 S 1124 940 1777 1604 1600 S 1203 1009 2022 1829
2000 S 1294 1081 2107 1901 2000 S 1399 1171 2424 2192
2500 S 2500 S
1424 1189 2359 2128 1555 1301 2740 2479
1565 1306 2645 2385 1703 1423 3141 2751

* R: Round Conductor
* S: Segmental Conductor

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Single core copper conductor, XLPE inner semi -con lead sheathed screen HDPE sheathing
insulated, Lead Sheathed Screen & cooper conductor outer semi-con
HDPE sheathed

Description Stranded circular compacted or segmental conductor with copper or Aluminum material
,Semi-Conducting layer as conductor screen , XLPE insulation , Semi-Conducting layer
as insulation screen, Semi-Conductive water blocking tape,to protect the screen area
from longitudinal water penetration, lead sheathed with suitable thickness to withstand
the required earth fault current and HDPE Sheathed with graphit coating or extruded
semi-conducting layer Cables are designed and testing according to IEC 60228, 60840
and 60811.

Cross Max. DC Conductor Inductance Approx.
Seational Resistance overall
Product-Code Operating Trefoil Flat diameter Approx.
Area DC at 20 OC AC at 90 OC Capacitance Weight
G29XC01BH mm
Constructional M30XC01BH mm2 (Ω/km) (Ω/km) (μf/km) (mh/km) (mh/km) 86.4 kg/km
Data M31XC01BH 800 R 0.0221 0.0323 0.2247 0.3754 0.514 99 18410
M32XC01BH 1000 S 0.0176 0.0234 0.2612 0.3663 0.505 101.6 23785
M33XC01BH 1200 S 0.0151 0.0205 0.2728 0.3592 0.4979 107 25525
M34XC01BH 1600 S 0.0113 0.016 0.2967 0.3462 0.4849 114 30355
2000 S 0.009 0.0135 0.3276 0.3322 0.4708 34600
2500 S 121.5 40915
0.0072 0.0116 0.3606 0.3198 0.4584

Continous Current Ratings Load Factor = 100% for one circuit in
operation (Amperes)

Laying conditions: trefoil formation Laying condition: flat formation

Direct burial In air (shaded) In air (shaded)
Direct burial
Type of "Cross Type of "Cross
Earthing Sectional Earthing Sectional
Bonding Bonding Area"
System Area" System

Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC Cross or mm2 "pT=120 "pT=150 T = 30 ºC T = 40 ºC
single point T = 25 ºC" T = 35 ºC" single point T = 25 ºC" T = 35 ºC"
800 R 800 R
bonding 1000 S 861 721 1324 1195 bonding 1000 S 934 784 1522 1377
1200 S 1019 853 1618 1460 1200 S
1600 S 1091 912 1744 1574 1600 S 1105 925 1852 1676
2000 S 1229 1026 2043 1843 2000 S 1187 995 2011 1820
2500 S 2500 S 1368 1145 2398 2170

1331 1110 2262 2040 1507 1260 2697 2440
1431 1192 2497 2252 1661 1387 2995 2651

* R: Round Conductor
* S: Segmental Conductor

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