**Feichun Cable Type SHD-GC 2kV 6 AWG 3C Mining Trailing Power Reeling Cable**

The Feichun Cable Type SHD-GC 2kV 6 AWG 3C Mining Trailing Power Reeling Cable is specifically engineered for demanding mining applications, offering robust performance and reliability.

**Specifications:**

- Size: 6 AWG

- Number of Conductors: 3

- Conductor Strand: 133

- Ground Conductor AWG Size: 2#10

- Ground Check AWG Size: 10

- Nominal Insulation Thickness: 0.070 inches / 1.80 mm

- Outside Diameter: 1.29 inches / 32.80 mm

- Current Rating: 93 Amps

- Net Weight: 1.130 lbs per ft

**Applications:**

- Designed for use as trailing cables on AC mining equipment

- Features a ground-check conductor for fail-safe monitoring

- Compatible with Bretby-type cable handling devices on longwall shearers

- Suitable for low- and medium-voltage AC circuits where shielding is desired or required

- Designed to operate safely in liquid media with a pH range of 1.5 to 6.0

TYPE SHD-GC - 2000 VOLTS Round

**Compliances:**

- Meets ICEA S-75-381 standards for Portable and Power Feeder Cables in mines and similar applications

- Meets flame test requirements and is approved for listing by MSHA

**Features:**

- Flexible insulation shield provides protection against electrical shock hazards

- Exhibits excellent resistance to heat, moisture, steam, oil, chemicals, and radiation

The Feichun Cable Type SHD-GC 2kV 6 AWG 3C Mining Trailing Power Reeling Cable is engineered to withstand the harsh conditions of mining environments, delivering safe and reliable power transmission solutions.

Note: This is just part of the standard parameters of our products. Please contact our Engineer if you need more. And the information contained within this webpage is for guidance only and is subject to change without notice or liability. All dimensions and specifications are nominal and are subject to normal manufacturing tolerances. All pictures shown are for illustration purposes only. The actual product may vary. All the information is provided in good faith and is believed to be correct at the time of publication.