Superior Essex Cable 1/0 AWG EPR/CTS/TP-CPE Power Type MV-105, 3 Conductor 15kV Copper Cdr 133% I.L.220-mils Shielded Cable E8JMR-1A1B03CB00

The Superior Essex 3 Conductor MV-105 Power Cables consist of fully annealed bare copper Class B stranded conductors, covered with ethylene propylene rubber (EPR), copper tape shield, and black CPE jacket. These cables are used in industrial power circuits.

Features:
• Rated at 105°C wet or dry
• Excellent corona resistance
• High dielectric strength
• Low moisture absorption
• Low dielectric loss
• Excellent sunlight resistance
• For CT USE per UL® 1072
• Meets cold bend test at -35°C
• For direct burial applications

Specifications:
Conductor Count: 3 conductor

Conductor: Full annealed bare copper Class B compressed strand (filled or unfilled) Also available with copper Class B compact strand

Gauge Sizes: Available in 2 AWG through 750 kcmil

Conductor Strand Shield: Extruded thermoset semi-conducting polymer over the conductor

Insulation: Ethylene Propylene Rubber (EPR)

Insulation Shield: Extruded thermoset semi-conducting polymer over the insulation

Phase Identification: Color ribbons in each phase (standard: black-red-blue)

Shield: 5 mil annealed copper tape helically applied with a 25% overlap

Fillers: Non-hygroscopic fillers, as necessary to obtain a circular cross section

Ground Conductor: Uninsulated bare copper ground

Overall Jacket: Thermoplastic Chlorinated Polyethylene (TP-CPE)

Jacket Marking: 00000 FT SUPERIOR ESSEX XXAWG (or XXXKCMIL) 3/C XXKV XXX% INSUL LEVEL XXXMILS EPR/PVC JKT TYPE MV-105 FOR CT USE (UL) SUN RES DIR BUR MADE IN USA MMDDYYYY (LIGHTNING BOLT)

Packaging: Non-returnable wood reels in a variety of lengths and dimensions

Performance Compliances: 
• ASTM B8
• UL 1072
• UL 1685 (flame compliance)
• ICEA S-93-639/NEMA WC74
• ICEA S-97-682
• AEIC CS8
• NEC

Other Compliances: 
• EPA 40 CFR, Part 261
• OSHA

Applications:
• In conduit, duct, free air, and raceways, primary installations include cable trays, and outdoor locations
• In wet or dry locations
• Approved for Class I, Div. 2 industrial hazardous locations per NEC
• Designed to operate continuously at a conductor temperature not exceeding
• 105°C for normal operations
• 140°C for emergency overload
• 250°C for short circuit