SIMpull® THHN, THWN-2, MTW - (UL)- Suitable for dry locations not exceeding 90°C. Pour les applications résistantes à l’essence et à l’huile II, ne pas dépasser 75 °C. MTW (UL) – adapté aux endroits secs ne dépassant pas 90 °C. Pour les emplacements humides, les applications résistantes à l’essence et à l’huile II ne doivent pas dépasser 60 °C. T90 Nylon c(UL) – Les câbles sont principalement destinés à être installés dans des conduits (chemins de câbles) en tant que câblage exposé dans des endroits secs ne dépassant pas 90 °C. TWN75 c(UL) – adapté aux endroits humides ou secs ne dépassant pas 75 °C. La tension nominale maximale pour toutes les applications prévues est de 600 volts. La température minimale de manipulation de l’installation est limitée à -25 °C. Température minimale de fonctionnement limitée à -40 °C. Non-SIMpull Silicone Free size 14, 12, 10.
| Cond. Dimensions | Conductor Number | Cond. Strands | Diameter Over Conductor (in) (cm) | Épaisseur de l’isolation (mils) (mm) | Épaisseur de la jaquette (mils) (mm) | Approx. OD (in) (cm) | Copper Weight (lbs/1000') (kgs/km) | Approx. Weight (lbs/1000') (kgs/km) | |
| More Options |
14 AWG 14 AWG
|
0 0
|
Solid Solid
|
0.064 0.16
|
15 0.38
|
5 0.13
|
0.106 0.27
|
12 18
|
15 22
|
| More Options |
14 AWG 14 AWG
|
1 1
|
19 19
|
0.070 0.18
|
15 0.38
|
5 0.13
|
0.113 0.29
|
12 18
|
16 24
|
| More Options |
12 AWG 12 AWG
|
1 1
|
Solid Solid
|
0.080 0.20
|
15 0.38
|
5 0.13
|
0.122 0.31
|
19 28
|
23 34
|
| More Options |
12 AWG 12 AWG
|
1 1
|
19 19
|
0.088 0.22
|
15 0.38
|
5 0.13
|
0.132 0.34
|
20 30
|
24 36
|
| More Options |
10 AWG 10 AWG
|
1 1
|
Solid Solid
|
0.101 0.26
|
20 0.51
|
5 0.13
|
0.153 0.39
|
31 46
|
37 55
|
| More Options |
10 AWG 10 AWG
|
1 1
|
19 19
|
0.113 0.29
|
20 0.51
|
5 0.13
|
0.165 0.42
|
32 48
|
38 57
|
| More Options |
8 AWG 8 AWG
|
1 1
|
19 19
|
0.141 0.36
|
30 0.76
|
6 0.15
|
0.217 0.55
|
50 74
|
63 94
|
| More Options |
6 AWG 6 AWG
|
1 1
|
19 19
|
0.177 0.45
|
30 0.76
|
6 0.15
|
0.253 0.64
|
81 121
|
95 141
|
| More Options |
4 AWG 4 AWG
|
1 1
|
19 19
|
0.225 0.57
|
40 1.02
|
7 0.18
|
0.322 0.82
|
128 190
|
153 228
|
| More Options |
3 AWG 3 AWG
|
1 1
|
19 19
|
0.252 0.64
|
40 1.02
|
7 0.18
|
0.350 0.89
|
162 241
|
190 283
|
| More Options |
2 AWG 2 AWG
|
1 1
|
19 19
|
0.282 0.72
|
40 1.02
|
7 0.18
|
0.382 0.97
|
204 304
|
235 350
|
| More Options |
1 AWG 1 AWG
|
1 1
|
19 19
|
0.322 0.82
|
50 1.27
|
8 0.20
|
0.439 1.12
|
258 384
|
301 448
|
| More Options |
1/0 AWG 1/0 AWG
|
1 1
|
19 19
|
0.361 0.92
|
50 1.27
|
8 0.20
|
0.480 1.22
|
326 485
|
374 557
|
| More Options |
2/0 AWG 2/0 AWG
|
1 1
|
19 19
|
0.420 1.07
|
50 1.27
|
5 0.13
|
0.524 1.33
|
410 610
|
464 691
|
| More Options |
3/0 AWG 3/0 AWG
|
1 1
|
19 19
|
0.456 1.16
|
50 1.27
|
8 0.20
|
0.574 1.46
|
518 771
|
579 862
|
| Cond. Dimensions | Conductor Number | Min. Rayon de courbure (pouces) (centimètres) | Max Pull Tension (lbs) (kg) | DC Resistance at 25C (ohms/1000') (ohms/km) | AC Resistance at 75C (ohms/1000') (ohms/km) | Inductive Reactance (ohms/1000') (ohms/km) | Allowable Ampacity Raceway 75C | Allowable Ampacity Raceway 90C | |
| More Options |
14 AWG 14 AWG
|
0 0
|
0.400 1.02
|
32 14.51
|
2.631 3.92
|
3.170 4.72
|
0.058 0.09
|
20 20
|
25 25
|
| More Options |
14 AWG 14 AWG
|
1 1
|
0.400 1.02
|
32 14.51
|
2.631 3.92
|
3.170 4.72
|
0.058 0.09
|
20 20
|
25 25
|
| More Options |
12 AWG 12 AWG
|
1 1
|
0.400 1.02
|
52 23.59
|
1.662 2.47
|
2.002 2.98
|
0.054 0.08
|
25 25
|
30 30
|
| More Options |
12 AWG 12 AWG
|
1 1
|
0.500 1.27
|
52 23.59
|
1.662 2.47
|
2.002 2.98
|
0.054 0.08
|
25 25
|
30 30
|
| More Options |
10 AWG 10 AWG
|
1 1
|
0.600 1.52
|
83 37.65
|
1.040 1.55
|
1.253 1.86
|
0.050 0.07
|
35 35
|
40 40
|
| More Options |
10 AWG 10 AWG
|
1 1
|
0.600 1.52
|
83 37.65
|
1.040 1.55
|
1.253 1.86
|
0.050 0.07
|
35 35
|
40 40
|
| More Options |
8 AWG 8 AWG
|
1 1
|
0.800 2.03
|
132 59.87
|
0.653 0.97
|
0.786 1.17
|
0.052 0.08
|
50 50
|
55 55
|
| More Options |
6 AWG 6 AWG
|
1 1
|
1.000 2.54
|
209 94.80
|
0.411 0.61
|
0.495 0.74
|
0.051 0.08
|
65 65
|
75 75
|
| More Options |
4 AWG 4 AWG
|
1 1
|
1.200 3.05
|
333 151.05
|
0.258 0.38
|
0.310 0.46
|
0.048 0.07
|
85 85
|
95 95
|
| More Options |
3 AWG 3 AWG
|
1 1
|
1.400 3.56
|
420 190.51
|
0.205 0.31
|
0.246 0.37
|
0.047 0.07
|
100 100
|
115 115
|
| More Options |
2 AWG 2 AWG
|
1 1
|
1.500 3.81
|
530 240.40
|
0.162 0.24
|
0.195 0.29
|
0.045 0.07
|
115 115
|
130 130
|
| More Options |
1 AWG 1 AWG
|
1 1
|
1.700 4.32
|
669 303.45
|
0.128 0.19
|
0.154 0.23
|
0.046 0.07
|
130 130
|
145 145
|
| More Options |
1/0 AWG 1/0 AWG
|
1 1
|
1.900 4.83
|
844 382.83
|
0.102 0.15
|
0.122 0.18
|
0.044 0.07
|
150 150
|
170 170
|
| More Options |
2/0 AWG 2/0 AWG
|
1 1
|
2.100 5.33
|
1064 482.62
|
0.081 0.12
|
0.097 0.14
|
0.043 0.06
|
175 175
|
195 195
|
| More Options |
3/0 AWG 3/0 AWG
|
1 1
|
2.200 5.59
|
1342 608.72
|
0.064 0.10
|
0.078 0.12
|
0.042 0.06
|
200 200
|
225 225
|
* Ampacities based upon 2023 NEC Table 310.16 and do not take into account the overcurrent protection limitations in NEC 240.4(D) of 15 Amps for 14 AWG CU, 20 Amps for 12 AWG CU, and 30 Amps for 10 AWG CU (independent of the conductor temperature rating and stranding if size is present in table). Also, see NEC sections 310.15 and 110.14(C) for additional requirements.
* Ampacities have been adjusted for more than Three Current-Carrying Conductors.
* Inductive impedance is based on non-ferrous conduit with one diameter spacing center-to-center.
* Non-SIMpull Silicone Free sizes: 14, 12, 10.
| Size (Strand) | Couleur | Stock Number |
|
Size (Strand) Size (Strand)
|
Color Color
|
Stock Number Stock Number
|
|
14 (Solid) 14 (Solid)
|
BK BK
|
|
|
14 (Solid) 14 (Solid)
|
RD RD
|
|
|
14 (Solid) 14 (Solid)
|
WE WE
|
|
|
14 (Solid) 14 (Solid)
|
YW YW
|
|
|
14 (Solid) 14 (Solid)
|
OE OE
|
|
|
14 (Solid) 14 (Solid)
|
BE BE
|
|
|
14 (Solid) 14 (Solid)
|
BN BN
|
|
|
14 (Solid) 14 (Solid)
|
GN GN
|
|
|
14 (19) 14 (19)
|
BK BK
|
|
|
14 (19) 14 (19)
|
YW YW
|
|
|
14 (19) 14 (19)
|
WE WE
|
|
|
14 (19) 14 (19)
|
RD RD
|
|
|
14 (19) 14 (19)
|
OE OE
|
|
|
14 (19) 14 (19)
|
BE BE
|
|
|
14 (19) 14 (19)
|
GN GN
|
|
|
14 (19) 14 (19)
|
BN BN
|
|
|
12 (Solid) 12 (Solid)
|
BK BK
|
|
|
12 (Solid) 12 (Solid)
|
OE OE
|
|
|
12 (Solid) 12 (Solid)
|
BE BE
|
|
|
12 (Solid) 12 (Solid)
|
GN GN
|
|
|
12 (Solid) 12 (Solid)
|
BN BN
|
|
|
12 (Solid) 12 (Solid)
|
WE WE
|
|
|
12 (Solid) 12 (Solid)
|
RD RD
|
|
|
12 (Solid) 12 (Solid)
|
YW YW
|
|
|
12 (19) 12 (19)
|
BK BK
|
|
|
12 (19) 12 (19)
|
WE WE
|
|
|
12 (19) 12 (19)
|
YW YW
|
|
|
12 (19) 12 (19)
|
BE BE
|
|
|
12 (19) 12 (19)
|
RD RD
|
|
|
12 (19) 12 (19)
|
GN GN
|
|
|
12 (19) 12 (19)
|
OE OE
|
|
|
12 (19) 12 (19)
|
BN BN
|
|
|
10 (Solid) 10 (Solid)
|
RD RD
|
|
|
10 (Solid) 10 (Solid)
|
BE BE
|
|
|
10 (Solid) 10 (Solid)
|
BK BK
|
|
|
10 (Solid) 10 (Solid)
|
GN GN
|
|
|
10 (Solid) 10 (Solid)
|
WE WE
|
|
|
10 (19) 10 (19)
|
BK BK
|
|
|
10 (19) 10 (19)
|
YW YW
|
|
|
10 (19) 10 (19)
|
OE OE
|
|
|
10 (19) 10 (19)
|
GN GN
|
|
|
10 (19) 10 (19)
|
WE WE
|
|
|
10 (19) 10 (19)
|
BN BN
|
|
|
10 (19) 10 (19)
|
RD RD
|
|
|
10 (19) 10 (19)
|
BE BE
|
|
|
8 (19) 8 (19)
|
BK BK
|
|
|
8 (19) 8 (19)
|
RD RD
|
|
|
8 (19) 8 (19)
|
RD RD
|
|
|
8 (19) 8 (19)
|
WE WE
|
|
|
8 (19) 8 (19)
|
BE BE
|
|
|
8 (19) 8 (19)
|
GN GN
|
|
|
6 (19) 6 (19)
|
BK BK
|
|
|
6 (19) 6 (19)
|
WE WE
|
|
|
6 (19) 6 (19)
|
RD RD
|
|
|
6 (19) 6 (19)
|
BE BE
|
|
|
6 (19) 6 (19)
|
GN GN
|
|
|
4 (19) 4 (19)
|
BK BK
|
|
|
4 (19) 4 (19)
|
GN GN
|
|
|
3 (19) 3 (19)
|
WE WE
|
|
|
3 (19) 3 (19)
|
GN GN
|
|
|
3 (19) 3 (19)
|
BK BK
|
|
|
2 (19) 2 (19)
|
BK BK
|
|
|
2 (19) 2 (19)
|
GN GN
|
|
|
2 (19) 2 (19)
|
WE WE
|
|
|
1 (19) 1 (19)
|
BK BK
|
|
|
1/0 (19) 1/0 (19)
|
BK BK
|
|
|
2/0 (19) 2/0 (19)
|
GN GN
|
|
|
2/0 (19) 2/0 (19)
|
BK BK
|
|
|
3/0 (19) 3/0 (19)
|
WE WE
|
|
|
3/0 (19) 3/0 (19)
|
BK BK
|
|
|
4/0 (19) 4/0 (19)
|
WE WE
|
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