SPEC: 46027
CU Compressed 2.4kV NLEPR Insulation 100% IL ARMOR-X<SUP>®</SUP> PVC Jacket. MV 105 - Tray Rated - Sunlight Resistant - For Direct Burial - VFD Cable
Type MV-105 Three Conductor Copper, 90 Mils Ethylene Propylene Rubber (EPR) Continuous Corrugated Welded Armor - ARMOR-X®, Polyvinyl Chloride (PVC) Jacket. Suitable for VFD Applications. Type MC-HL. Silicone Free
Application
Southwire’s 2.4KV ARMOR-X<SUP>®</SUP> Type MC-HL are armored cables for use in wet and dry areas, conduits, ducts, troughs, trays, direct burial or concrete encasement and where superior electrical properties are desired. These cables are capable of operating continuously at the conductor temperature not in excess of 105°C for normal operation, 130°C for emergency overload, 250°C for short circuit conditions, and -50°C for cold bend. For uses in Class I, II, and III, Division 1 and 2 hazardous locations per NEC Article 501, 502, and 503. Suitable for VFD application.
Specifications
Select a set of products below for more information:
| Cond. Size (AWG/Kcmil) | Cond. Strands | Diameter Over Conductor (in) (cm) | Diameter Over Insulation (in) (cm) | Insulation Thickness (mils) (mm) | Ground (No. x AWG) | Diameter Over Armor (in) (cm) | Jacket Thickness (mils) (mm) | Approx. OD (in) (cm) | Approx. Weight (lbs/1000') (kgs/km) | Max Pull Tension (lbs) (kg) | Min. Bend Radius (in) (cm) | |
| More Options |
2
2
|
7
7
|
0.282
0.72
|
0.495
1.26
|
90
2.29
|
3x10
3x10
|
1.430
3.63
|
70
1.78
|
1.570
3.99
|
1432
2131
|
1592
722.12
|
10.9
27.69
|
| More Options |
1/0
1/0
|
19
19
|
0.361
0.92
|
0.580
1.47
|
90
2.29
|
3x8
3x8
|
1.540
3.91
|
60
1.52
|
1.660
4.22
|
1960
2917
|
2534
1149.40
|
11.6
29.46
|
| More Options |
2/0
2/0
|
19
19
|
0.405
1.03
|
0.625
1.59
|
90
2.29
|
3x8
3x8
|
1.670
4.24
|
70
1.78
|
1.810
4.60
|
2338
3479
|
3194
1448.77
|
12.6
32.00
|
| More Options |
250
250
|
37
37
|
0.558
1.42
|
0.770
1.96
|
90
2.29
|
3x6
3x6
|
2.040
5.18
|
60
1.52
|
2.166
5.50
|
3750
5581
|
6000
2721.55
|
15.1
38.35
|
| More Options |
350
350
|
37
37
|
0.661
1.68
|
0.865
2.20
|
90
2.29
|
3x6
3x6
|
2.290
5.82
|
85
2.16
|
2.460
6.25
|
5276
7852
|
8400
3810.17
|
17.2
43.69
|
| More Options |
500
500
|
37
37
|
0.789
2.00
|
0.990
2.51
|
90
2.29
|
3x4
3x4
|
2.670
6.78
|
75
1.91
|
2.820
7.16
|
6809
10133
|
12000
5443.10
|
19.7
50.04
|
| More Options |
750
750
|
61
61
|
0.968
2.46
|
1.205
3.06
|
90
2.29
|
3x4
3x4
|
3.000
7.62
|
85
2.16
|
3.170
8.05
|
9734
14486
|
18000
8164.66
|
22.1
56.13
|
| Cond. Size (AWG/Kcmil) | DC Resistance @ 25C (ohms/1000') (ohms/km) | AC Resistance @ 75C (ohms/1000') (ohms/km) | Inductive Reactance (ohms/1000') (ohms/km) | Zero Sequence Impedance (ohms/1000') (ohms/1000') | Positive Sequence Impedance (ohms/1000') (ohms/1000') | In Duct Ampacity @ 90C (amps) | In Duct Ampacity @ 105C (amps) | In Air Ampacity @ 90C (amps) | In Air Ampacity @ 105C (amps) | |
| More Options |
2
2
|
0.162
0.24
|
0.204
0.30
|
0.035
0.05
|
0.186 + j0.02
0.186 + j0.02
|
0.196 + j0.029
0.196 + j0.029
|
135
135
|
145
145
|
140
140
|
154
154
|
| More Options |
1/0
1/0
|
0.102
0.15
|
0.128
0.19
|
0.032
0.05
|
0.11 + j0.017
0.11 + j0.017
|
0.12 + j0.026
0.12 + j0.026
|
175
175
|
190
190
|
185
185
|
205
205
|
| More Options |
2/0
2/0
|
0.081
0.12
|
0.102
0.15
|
0.032
0.05
|
0.084 + j0.016
0.084 + j0.016
|
0.094 + j0.025
0.094 + j0.025
|
200
200
|
220
220
|
215
215
|
240
240
|
| More Options |
250
250
|
0.043
0.06
|
0.056
0.08
|
0.029
0.04
|
0.038 + j0.014
0.038 + j0.014
|
0.048 + j0.023
0.048 + j0.023
|
290
290
|
315
315
|
320
320
|
355
355
|
| More Options |
350
350
|
0.031
0.05
|
0.041
0.06
|
0.028
0.04
|
0.023 + j0.013
0.023 + j0.013
|
0.033 + j0.022
0.033 + j0.022
|
355
355
|
380
380
|
395
395
|
440
440
|
| More Options |
500
500
|
0.022
0.03
|
0.030
0.04
|
0.027
0.04
|
0.012 + j0.012
0.012 + j0.012
|
0.022 + j0.021
0.022 + j0.021
|
430
430
|
460
460
|
485
485
|
545
545
|
| More Options |
750
750
|
0.014
0.02
|
0.023
0.03
|
0.027
0.04
|
0.005 + j0.011
0.005 + j0.011
|
0.015 + j0.02
0.015 + j0.02
|
530
530
|
570
570
|
615
615
|
685
685
|
* NEC ampacities are based on:
* For Duct: Table 310.60(C)(13) Detail 1.
* For Free Air: Table 310.60(C)(5).
* 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.
* Capacitive Reactance is between Phase-to-Shield.
Standards & References
- ASTM B3 Soft or Annealed Copper Wire
- ASTM B8 Concentric-Lay-Stranded Copper Conductors
- ASTM B33 Standard Specification for Tin-Coated Soft or Annealed Copper Wire
- UL 1072 Medium-Voltage Power Cables
- UL 1685 Vertical-Tray Fire Propagation and Smoke Release Test (1/0 and Larger)
- ICEA S-96-659 (NEMA WC 71) 2001-5000 V Nonshielded Cables
- IEEE 1202 FT4 Flame Test (70,000) BTU/hr Vertical Tray Test
- Made in America: Compliant with both Buy American and Buy America Act (BAA) requirements per 49 U.S.C. § 5323(j) and the Federal Transit Administration Buy America requirements per 49 C.F.R. part 661
Construction
- Conductor: Class B compressed stranded bare copper per ASTM B3 and B8 (Tinned Copper per ASTM B33 optional)
- Conductor Shield: Semi-conducting cross-linked copolymer
- Insulation: 90 Mils Ethylene Propylene Rubber (EPR)
- Grounding Conductor: 3 Class B compressed stranded bare copper ground per ASTM B3 and B8 (Tinned Copper per ASTM B33 optional)
- Filler: Wax paper filler
- Binder: Polypropylene tape
- Armor: ARMOR-X Continuous Corrugated Welded Armor
- Overall Jacket: Polyvinyl Chloride (PVC)
Resources
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