SHD-GC Flat Portable Mining Power Cable, 2000V with Ground, EPR/CPE Insulation – MSHA & ICEA Compliant

Product Overview

The Type SHD Power, Flat Portable Cable with Ground is a heavy-duty, flat trailing cable engineered for the most demanding power supply applications in underground mining and heavy industry. Rated for 2000V and 90°C, its robust construction—featuring flame-retardant EPR insulation, a reinforced CPE jacket, and a copper/textile braid shield—delivers unmatched resistance to mechanical abuse, oils, chemicals, and thermal stress. Fully compliant with ICEA S-75-381 and MSHA standards, it is the reliable choice for safe power delivery to mobile AC equipment in high-risk environments.

Key Features

• Mining-Grade Construction: Flame-retardant EPR insulation and reinforced CPE jacket provide superior resistance to abrasion, oil, chemicals, and crushing.

• Essential Shock Protection: Integrated flexible copper/textile braid shield over a non-conductive tape effectively mitigates induced voltages and shock hazards.

• Optimized for Trailing: The flat cable design prevents twisting, reduces tangling, and simplifies handling on reels and in cable handling equipment.

• MSHA Certified: Officially approved for use in underground mining and other hazardous locations, ensuring regulatory compliance.

• Enhanced Grounding Safety: Features two shaped grounding conductors plus a semi-conducting shield for triple-layer grounding reliability and personnel safety.

Applications

The Type SHD Power Cable is specifically engineered for:

• Mining Operations: Primary trailing cable for AC-powered drills, shuttle cars, loaders, haulers, and continuous miners.

• Heavy Industrial Machinery: Power supply for draglines, large excavators, and mobile equipment in quarries and processing plants.

• Industrial & Hazardous Areas: Rugged power feeds in chemical plants, oil refineries, and tunnels where mechanical damage and environmental exposure are concerns.

Construction Details

Component	Specification / Material
Conductor	2/0 AWG or 3/0 AWG, rope-lay-stranded tinned copper per ASTM B172.
Insulation	Ethylene Propylene Rubber (EPR), flame-retardant and heat-resistant (90°C).
Insulation Shield	Copper/textile braid applied over a non-conductive, overlapped tape.
Grounding Conductors	Two shaped, tinned copper conductors with a semi-conducting extruded shield.
Jacket	Reinforced, lead-cured Chlorinated Polyethylene (CPE), resistant to oil, chemicals, and abrasion.

Technical Specifications

• Voltage Rating: 2000V AC

• Temperature Rating: -40°C to +90°C (operational, wet or dry)

• Standards Compliance: ICEA S-75-381, MSHA P-184, ASTM B172

• Flame Resistance: Meets stringent MSHA flame test requirements (equivalent to UL VW-1)

• Available Sizes: Standard configurations in 2/0 AWG or 3/0 AWG. Other custom sizes are available.

• Environmental Ratings: Resistant to oil, steam, many chemicals, UV, and severe abrasion.

Installation & Handling Guidelines

• Minimum Bending Radius: 10 times the overall cable height to prevent damage to the shield and jacket.

• Grounding: The braid shield and grounding conductors must be properly bonded per MSHA and NEC Article 250 for safe operation.

• Pulling Tension: Always use MSHA-approved cable grips during installation to avoid conductor damage.

• Usage Precautions: Do not install over sharp edges or subject to continuous flexing outside designed duty cycles.

• Storage: Coil the cable flat to maintain its shape and prevent kinks or permanent set.

Product Advantages

• Prioritized Safety: The integrated shield system is critical for mitigating induced voltages and shock hazards in grounded-neutral mining power systems.

• Extreme Environment Durability: The reinforced CPE outer jacket offers exceptional cut, tear, and environmental resistance for maximum service life.

• Regulatory Assurance: MSHA certification and ICEA compliance provide peace of mind for legal and operational safety requirements.

• Application-Optimized Design: The flat, flexible profile ensures easier handling, payout, and retrieval in confined or crowded workspaces.

• Long-Term Reliability: High-grade EPR insulation maintains dielectric integrity and thermal stability under continuous full load (90°C) conditions.