RHINOPOWERTM Type MP-GC mine power feeder cable is a heavy-duty power cable for use in stationary horizontal HV mine power distribution circuits, for permanent or semi-portable applications with power transmission in deep mines, surface mines, open pits, tunnels, in conduit or duct (not to exceed max rated voltage), and suitable for direct burial in wet or dry locations. For vertical drop requirements consult with factory application specialist.
Cond. Size | Conductor Number | Cond. Strands | Diameter Over Conductor (in) (cm) | Inner Layer Thickness (mils) (mm) | Diameter Over Insulation (in) (cm) | Ground Check Size | Outer Layer Thickness (mils) (mm) | Approx. OD (in) (cm) | Approx. Weight (lbs/1000') (kgs/km) | |
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4 AWG
4 AWG
|
3.0
3.0
|
7
7
|
0.212
0.54
|
90
2.29
|
0.440
1.12
|
8
8
|
110
2.79
|
1.320
3.35
|
1158
1723
|
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2 AWG
2 AWG
|
3.0
3.0
|
7
7
|
0.268
0.68
|
90
2.29
|
0.478
1.21
|
8
8
|
115
2.92
|
1.565
3.98
|
1686
2509
|
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1 AWG
1 AWG
|
3.0
3.0
|
19
19
|
0.298
0.76
|
90
2.29
|
0.506
1.29
|
8
8
|
110
2.79
|
1.530
3.89
|
1779
2647
|
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1/0 AWG
1/0 AWG
|
3.0
3.0
|
19
19
|
0.336
0.85
|
90
2.29
|
0.546
1.39
|
8
8
|
160
4.06
|
1.630
4.14
|
2149
3198
|
* Strand count meets minimum number per ASTM
Cond. Size | 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) | Rated Strength (lbs) (kg) | Min. Bend Radius (in) (cm) | Allowable Ampacity In Air 90C | |
More Options |
4 AWG
4 AWG
|
0.258
0.38
|
0.325
0.48
|
0.049
0.07
|
0.038
0.06
|
285
129.27
|
15.8
40.13
|
122
122
|
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2 AWG
2 AWG
|
0.162
0.24
|
0.204
0.30
|
0.039
0.06
|
0.035
0.05
|
453
205.48
|
18.7
47.50
|
159
159
|
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1 AWG
1 AWG
|
0.128
0.19
|
0.162
0.24
|
0.036
0.05
|
0.034
0.05
|
572
259.45
|
18.3
46.48
|
184
184
|
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1/0 AWG
1/0 AWG
|
0.102
0.15
|
0.128
0.19
|
0.033
0.05
|
0.033
0.05
|
722
327.49
|
19.5
49.53
|
211
211
|
* Ampacities based upon ICEA S-75-381 Table I-1.
* Inductive impedance is based on non-ferrous conduit with one diameter spacing center-to-center.