Southwire’s 15KV cables are 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 -25°C for cold bend and cold impact and marked with "LTDD" when CSA listed or dual UL/CSA listed. La jaquette en PVC intègre la technologie SIM et a un coefficient de friction COF de 0,2. Le câble peut être installé en conduit sans l’aide de lubrifiant. Classé pour 454 kg./Pression latérale maximale FT.
| 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
|
6 6
|
0.268 0.68
|
0.746 1.89
|
220 5.59
|
0.806 2.05
|
80 2.03
|
0.986 2.50
|
493 734
|
398 180.53
|
11.8 29.97
|
3.0 7.62
|
| More Options |
1 AWG 1 AWG
|
8 8
|
0.298 0.76
|
0.777 1.97
|
220 5.59
|
0.837 2.13
|
80 2.03
|
1.017 2.58
|
528 786
|
502 227.70
|
12.2 30.99
|
3.0 7.62
|
| More Options |
1/0 AWG 1/0 AWG
|
10 10
|
0.336 0.85
|
0.814 2.07
|
220 5.59
|
0.874 2.22
|
80 2.03
|
1.054 2.68
|
573 853
|
633 287.12
|
12.6 32.00
|
3.0 7.62
|
| More Options |
2/0 AWG 2/0 AWG
|
12 12
|
0.376 0.96
|
0.854 2.17
|
220 5.59
|
0.914 2.32
|
80 2.03
|
1.094 2.78
|
636 946
|
798 361.97
|
13.1 33.27
|
3.0 7.62
|
| More Options |
3/0 AWG 3/0 AWG
|
15 15
|
0.422 1.07
|
0.901 2.29
|
220 5.59
|
0.961 2.44
|
80 2.03
|
1.141 2.90
|
690 1027
|
1006 456.31
|
13.6 34.54
|
3.5 8.89
|
| More Options |
4/0 AWG 4/0 AWG
|
19 19
|
0.474 1.20
|
0.953 2.42
|
220 5.59
|
1.013 2.57
|
80 2.03
|
1.193 3.03
|
766 1140
|
1269 575.61
|
14.3 36.32
|
3.5 8.89
|
| More Options |
250 KCMIL 250 KCMIL
|
22 22
|
0.520 1.32
|
1.006 2.56
|
220 5.59
|
1.066 2.71
|
80 2.03
|
1.246 3.16
|
839 1249
|
1500 680.39
|
14.9 37.85
|
3.5 8.89
|
| More Options |
350 KCMIL 350 KCMIL
|
35 35
|
0.615 1.56
|
1.102 2.80
|
220 5.59
|
1.162 2.95
|
80 2.03
|
1.342 3.41
|
997 1484
|
2100 952.54
|
16.1 40.89
|
4.0 10.16
|
| More Options |
500 KCMIL 500 KCMIL
|
34 34
|
0.735 1.87
|
1.244 3.16
|
220 5.59
|
1.304 3.31
|
80 2.03
|
1.484 3.77
|
1233 1835
|
3000 1360.78
|
17.8 45.21
|
4.5 11.43
|
| More Options |
750 KCMIL 750 KCMIL
|
58 58
|
0.908 2.31
|
1.416 3.60
|
220 5.59
|
1.476 3.75
|
80 2.03
|
1.726 4.38
|
1702 2533
|
4500 2041.16
|
20.7 52.58
|
5.0 12.70
|
| More Options |
1000 KCMIL 1000 KCMIL
|
61 61
|
1.060 2.69
|
1.568 3.98
|
220 5.59
|
1.628 4.14
|
110 2.79
|
1.868 4.74
|
2027 3017
|
6000 2721.55
|
22.4 56.90
|
5.5 13.97
|
* Strand count meets minimum number per ASTM
| 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
|
0.267 0.40
|
0.336 0.50
|
0.053 0.08
|
0.052 0.08
|
0.707 + j0.426 0.707 + j0.426
|
0.336 + j0.051 0.336 + j0.051
|
2528 2528
|
120 120
|
130 130
|
150 150
|
170 170
|
| More Options |
1 AWG 1 AWG
|
0.211 0.31
|
0.266 0.40
|
0.049 0.07
|
0.050 0.07
|
0.636 + j0.41 0.636 + j0.41
|
0.266 + j0.048 0.266 + j0.048
|
2621 2621
|
135 135
|
145 145
|
175 175
|
195 195
|
| More Options |
1/0 AWG 1/0 AWG
|
0.168 0.25
|
0.211 0.31
|
0.046 0.07
|
0.048 0.07
|
0.58 + j0.393 0.58 + j0.393
|
0.211 + j0.047 0.211 + j0.047
|
2738 2738
|
155 155
|
165 165
|
200 200
|
225 225
|
| More Options |
2/0 AWG 2/0 AWG
|
0.133 0.20
|
0.167 0.25
|
0.042 0.06
|
0.046 0.07
|
0.534 + j0.376 0.534 + j0.376
|
0.168 + j0.045 0.168 + j0.045
|
2862 2862
|
175 175
|
190 190
|
235 235
|
260 260
|
| More Options |
3/0 AWG 3/0 AWG
|
0.105 0.16
|
0.133 0.20
|
0.039 0.06
|
0.044 0.07
|
0.498 + j0.358 0.498 + j0.358
|
0.134 + j0.043 0.134 + j0.043
|
3005 3005
|
200 200
|
215 215
|
270 270
|
300 300
|
| More Options |
4/0 AWG 4/0 AWG
|
0.084 0.13
|
0.105 0.16
|
0.036 0.05
|
0.043 0.06
|
0.466 + j0.339 0.466 + j0.339
|
0.106 + j0.041 0.106 + j0.041
|
3166 3166
|
230 230
|
245 245
|
310 310
|
350 350
|
| More Options |
250 KCMIL 250 KCMIL
|
0.071 0.11
|
0.090 0.13
|
0.034 0.05
|
0.042 0.06
|
0.447 + j0.321 0.447 + j0.321
|
0.091 + j0.04 0.091 + j0.04
|
3333 3333
|
250 250
|
270 270
|
345 345
|
385 385
|
| More Options |
350 KCMIL 350 KCMIL
|
0.050 0.07
|
0.065 0.10
|
0.030 0.04
|
0.040 0.06
|
0.415 + j0.292 0.415 + j0.292
|
0.066 + j0.038 0.066 + j0.038
|
3628 3628
|
305 305
|
330 330
|
430 430
|
480 480
|
| More Options |
500 KCMIL 500 KCMIL
|
0.035 0.05
|
0.046 0.07
|
0.026 0.04
|
0.037 0.06
|
0.384 + j0.26 0.384 + j0.26
|
0.047 + j0.036 0.047 + j0.036
|
3999 3999
|
370 370
|
400 400
|
535 535
|
600 600
|
| More Options |
750 KCMIL 750 KCMIL
|
0.024 0.04
|
0.033 0.05
|
0.022 0.03
|
0.035 0.05
|
0.353 + j0.22 0.353 + j0.22
|
0.034 + j0.034 0.034 + j0.034
|
4566 4566
|
455 455
|
490 490
|
700 700
|
780 780
|
| More Options |
1000 KCMIL 1000 KCMIL
|
0.018 0.03
|
0.026 0.04
|
0.020 0.03
|
0.035 0.05
|
0.331 + j0.194 0.331 + j0.194
|
0.027 + j0.033 0.027 + j0.033
|
5037 5037
|
525 525
|
565 565
|
840 840
|
940 940
|
* NEC ampacities are based on:
* For Duct: Table 310.60(C)(12) Detail 1.
* For Free Air: Table 310.60(C)(4).
* 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.
