Anaconda® Type SHD-GC EPR/CPE, Shielded Round with Ground-Check

Anaconda® Type SHD-GC EPR/CPE, Shielded Round with Ground-Check
Product description

Part Numbers

16243.310400, 16243.310200, 16243.310100, 16243.615100, 16252.201837, 16243.615300, 16254.709412, 16243.616000, 16243.616100, 16243.616200, 16243.616500

 

Product Construction

Conductor: 4 AWG thru 500 kcmil coated annealed copper, bunched wires, rope-lay-stranded per ASTM B172 

Extruded Strand Shield (ESS): Extruded thermosetting semi-conducting stress control layer over conductor 

Insulation: Ethylene Propylene Rubber (EPR) insulation colored for contrast with a black conducting layer 

Insulation Shield: A flexible coated copper/textile braid shield is applied over a conducting overlapped tape 

Ground-Check Conductor: Annealed copper, rope-lay-stranded per ASTM B172, insulated with high-strength yellow polypropylene 

Grounding Conductors

  • Coated copper, rope-lay-stranded per ASTM B172
  • Two conductors in contact with the flexible copper braid shield 

Jacket: Reinforced, two-layer, extra-heavy-duty, lead- cured Chlorinated Polyethylene (CPE) 

Jacket Marking: PRYSMIAN MI ANACONDA(R) [XX] [AWG/KCMIL] 3/C TYPE SHD-GC 8000 VOLTS (-50C) FT1 FT5 SR CSA LR 27161 P-7K-
102046-1 MSHA

Options

  • Colored jackets are available
  • TPU (Thermoplastic Polyurethane) jacket
  • Neoprene jacket 

 

Applications

Designed for use as a trailing cable on AC mining equipment:

  • Where service conditions are severe and maximum safety is mandatory (such as power shovels and draglines in open-pit mines, quarries, gantry cranes and slag reclaiming)
  • For high-voltage distribution in underground mines, where frequent relocation is necessary 

 

Features

  • Simultaneous extrusion and vulcanization of both the strand shield and insulation form a virtually perfect electrode, eliminating unequal electrical stresses
  • Excellent heat, moisture, steam, oil, corona, chemical and radiation resistance
  • Flexible for easy handling
  • High dielectric strength
  • Electrical stability under stress
  • Low dielectric loss
  • Resists cutting, impact, abrasion, flame and sunlight
  • Excellent thermal stability and physical properties over a broad temperature range
  • The two-layer jacket is reinforced to provide maximum protection from mechanical damage, the cause of most portable cable failures 

 

Compliances

  • ICEA S-75-381 Portable and Power Feeder Cables for use in mines and similar applications
  • CSA C22.2 No. 96 Portable Power Cables
  • Meets flame test requirements and is accepted for listing by MSHA
  • Approved by the Pennsylvania Department of Environmental Protection

 

Packaging

Material cut to length and shipped on non- returnable reels

Product datasheet