Southwire’s 15KV cables are silicone free suited for use in wet and dry areas, conduits, ducts, troughs, trays, direct burial when installed with a grounding conductor in close proximity that conforms to NEC section 311.36 and 250.4(A)(5), and where superior electrical properties are desired. Ces câbles peuvent fonctionner en continu à une température de conducteur ne dépassant pas 105 °C pour un fonctionnement normal, 140 °C pour une surcharge d’urgence et 250 °C en des conditions de court-circuit. Rated at -35°C for cold bend when UL listed. Rated at -40°C for cold bend and cold impact and marked with "LTGG" when CSA listed or dual UL/CSA listed. Classé pour 454 kg./Pression latérale maximale FT. CT rated 1/0 and larger.
| Cond. Dimensions | Cond. Strands | Diameter Over Conductor (in) (cm) | Diameter Over Insulation (in) (cm) | Épaisseur de l’isolation (mils) (mm) | Diameter Over Shield (in) (cm) | Épaisseur de la jaquette (mils) (mm) | Approx. OD (in) (cm) | Approx. Weight (lbs/1000') (kgs/km) | Max Pull Tension (lbs) (kg) | Min. Rayon de courbure (pouces) (centimètres) | Conduit Size (in) (cm) | |
| More Options |
2 AWG 2 AWG
|
7 7
|
0.282 0.72
|
0.755 1.92
|
220 5.59
|
0.815 2.07
|
80 2.03
|
0.995 2.53
|
647 963
|
530 240.40
|
11.9 30.23
|
3.0 7.62
|
| More Options |
1/0 AWG 1/0 AWG
|
19 19
|
0.361 0.92
|
0.840 2.13
|
220 5.59
|
0.900 2.29
|
80 2.03
|
1.080 2.74
|
823 1225
|
844 382.83
|
12.9 32.77
|
3.0 7.62
|
| More Options |
2/0 AWG 2/0 AWG
|
19 19
|
0.405 1.03
|
0.884 2.25
|
220 5.59
|
0.944 2.40
|
80 2.03
|
1.124 2.85
|
937 1394
|
1064 482.62
|
13.4 34.04
|
3.5 8.89
|
| More Options |
3/0 AWG 3/0 AWG
|
19 19
|
0.456 1.16
|
0.934 2.37
|
220 5.59
|
0.994 2.52
|
80 2.03
|
1.174 2.98
|
1077 1603
|
1342 608.72
|
14.0 35.56
|
3.5 8.89
|
| More Options |
4/0 AWG 4/0 AWG
|
19 19
|
0.512 1.30
|
0.990 2.51
|
220 5.59
|
1.050 2.67
|
80 2.03
|
1.230 3.12
|
1251 1862
|
1692 767.48
|
14.7 37.34
|
3.5 8.89
|
| More Options |
250 KCMIL 250 KCMIL
|
37 37
|
0.558 1.42
|
1.028 2.61
|
220 5.59
|
1.088 2.76
|
80 2.03
|
1.268 3.22
|
1397 2079
|
2000 907.18
|
15.2 38.61
|
3.5 8.89
|
| More Options |
350 KCMIL 350 KCMIL
|
37 37
|
0.661 1.68
|
1.147 2.91
|
220 5.59
|
1.207 3.07
|
80 2.03
|
1.387 3.52
|
1784 2655
|
2800 1270.06
|
16.6 42.16
|
4.0 10.16
|
| More Options |
500 KCMIL 500 KCMIL
|
37 37
|
0.789 2.00
|
1.252 3.18
|
220 5.59
|
1.312 3.33
|
80 2.03
|
1.492 3.79
|
2317 3448
|
4000 1814.37
|
17.9 45.47
|
4.5 11.43
|
| More Options |
750 KCMIL 750 KCMIL
|
61 61
|
0.968 2.46
|
1.464 3.72
|
220 5.59
|
1.524 3.87
|
110 2.79
|
1.764 4.48
|
3339 4969
|
6000 2721.55
|
21.1 53.59
|
5.0 12.70
|
| More Options |
1000 KCMIL 1000 KCMIL
|
61 61
|
1.117 2.84
|
1.613 4.10
|
220 5.59
|
1.673 4.25
|
110 2.79
|
1.913 4.86
|
4220 6280
|
8000 3628.74
|
22.9 58.17
|
5.5 13.97
|
| More Options |
2000 KCMIL 2000 KCMIL
|
127 127
|
1.583 4.02
|
2.143 5.44
|
220 5.59
|
2.203 5.60
|
110 2.79
|
2.443 6.21
|
7739 11517
|
16000 7257.47
|
29.3 74.42
|
|
* Conduit size based on 3 phase 40% fill-factor without ground
! No CSA certified product
| Cond. Dimensions | DC Resistance at 25C (ohms/1000') (ohms/km) | AC Resistance at 75C (ohms/1000') (ohms/km) | Capacitive Reactance (ohms/1000') (ohms/km) | Inductive Reactance (ohms/1000') (ohms/km) | Zero Sequence Impedance (ohms/1000') (ohms/1000') | Positive Sequence Impedance (ohms/1000') (ohms/1000') | Shield Short Circuit Current 6 Cycles | Allowable Ampacity In Duct 90C | Allowable Ampacity In Duct 105C | Allowable Ampacity In Air 90C | Allowable Ampacity In Air 105C | |
| More Options |
2 AWG 2 AWG
|
0.162 0.24
|
0.204 0.30
|
0.051 0.08
|
0.051 0.08
|
0.575 + j0.42 0.575 + j0.42
|
0.204 + j0.052 0.204 + j0.052
|
2571 2571
|
155 155
|
165 165
|
195 195
|
215 215
|
| More Options |
1/0 AWG 1/0 AWG
|
0.102 0.15
|
0.128 0.19
|
0.043 0.06
|
0.047 0.07
|
0.496 + j0.384 0.496 + j0.384
|
0.128 + j0.047 0.128 + j0.047
|
2816 2816
|
200 200
|
215 215
|
260 260
|
290 290
|
| More Options |
2/0 AWG 2/0 AWG
|
0.081 0.12
|
0.102 0.15
|
0.040 0.06
|
0.045 0.07
|
0.468 + j0.367 0.468 + j0.367
|
0.103 + j0.045 0.103 + j0.045
|
2952 2952
|
230 230
|
245 245
|
300 300
|
335 335
|
| More Options |
3/0 AWG 3/0 AWG
|
0.064 0.10
|
0.081 0.12
|
0.037 0.06
|
0.043 0.06
|
0.444 + j0.347 0.444 + j0.347
|
0.082 + j0.044 0.082 + j0.044
|
3110 3110
|
260 260
|
275 275
|
345 345
|
385 385
|
| More Options |
4/0 AWG 4/0 AWG
|
0.051 0.08
|
0.065 0.10
|
0.034 0.05
|
0.042 0.06
|
0.424 + j0.328 0.424 + j0.328
|
0.066 + j0.042 0.066 + j0.042
|
3284 3284
|
295 295
|
315 315
|
400 400
|
445 445
|
| More Options |
250 KCMIL 250 KCMIL
|
0.043 0.06
|
0.056 0.08
|
0.032 0.05
|
0.041 0.06
|
0.41 + j0.31 0.41 + j0.31
|
0.057 + j0.041 0.057 + j0.041
|
3451 3451
|
325 325
|
345 345
|
445 445
|
495 495
|
| More Options |
350 KCMIL 350 KCMIL
|
0.031 0.05
|
0.041 0.06
|
0.028 0.04
|
0.039 0.06
|
0.386 + j0.281 0.386 + j0.281
|
0.042 + j0.039 0.042 + j0.039
|
3770 3770
|
390 390
|
415 415
|
550 550
|
610 610
|
| More Options |
500 KCMIL 500 KCMIL
|
0.022 0.03
|
0.030 0.04
|
0.025 0.04
|
0.037 0.06
|
0.363 + j0.249 0.363 + j0.249
|
0.031 + j0.037 0.031 + j0.037
|
4167 4167
|
465 465
|
500 500
|
685 685
|
765 765
|
| More Options |
750 KCMIL 750 KCMIL
|
0.014 0.02
|
0.023 0.03
|
0.021 0.03
|
0.035 0.05
|
0.337 + j0.211 0.337 + j0.211
|
0.024 + j0.035 0.024 + j0.035
|
4752 4752
|
565 565
|
610 610
|
885 885
|
990 990
|
| More Options |
1000 KCMIL 1000 KCMIL
|
0.011 0.02
|
0.019 0.03
|
0.019 0.03
|
0.034 0.05
|
0.319 + j0.186 0.319 + j0.186
|
0.02 + j0.034 0.02 + j0.034
|
5214 5214
|
640 640
|
690 690
|
1060 1060
|
1185 1185
|
| More Options |
2000 KCMIL 2000 KCMIL
|
0.005 0.01
|
0.017 0.03
|
0.014 0.02
|
0.031 0.05
|
0.275 + j0.13 0.275 + j0.13
|
0.018 + j0.029 0.018 + j0.029
|
6670 6670
|
940 940
|
1010 1010
|
1575 1575
|
1755 1755
|
* NEC ampacities are based on:
* For Duct: Table 310.60(C)(11) Detail 1.
* For Free Air: Table 310.60(C)(3).
* Inductive impedance is based on non-ferrous conduit with one diameter spacing center-to-center.
* Sequence Impedance values are based on Rho Earth Resistivity: 100 Ohm-Meter/1000ft, Spacing: one diameter spacing center-to-center..
* Capacitive Reactance is between Phase-to-Shield.
