Type 241 1.1 To 11KV Mine Trailing Cable

Type 241 1.1 To 11KV Mine Trailing Cable
Details:
Standards
AS/NZS 1802:2003
AS/NZS 1125
AS/NZS 3808
AS/NZS 5000.1
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Description
Technical Parameters
Certification
Mine Trailing Cable

 

 
Type 241 1.1 to 11KV Mine Trailing Cable
  • 3×Conductors: Flexible stranded tinned annealed copper conductor.
  • Conductor Screen: Semiconductive compound (for cables having a voltage rating of 3.3/3.3kV and above).
  • Insulation: EPR.
  • Insulation Screen: Semiconductive elastomer.
  • Cradle Separator: Semiconductive PCP.
  • Overall Core Screen: Semiconductive PCP filling and covering.
  • 3×Interstitial Earth Conductor: Semiconductive PCP covered flexible stranded tinned copper conductor.
  • 1×Central Extensible Pilot: EPR covered flexible stranded tinned copper conductor.
  • Textile Reinforcement: Open-weave braid reinforcement.
  • Sheath: Heavy duty PCP sheath. Heavy duty CPE/CSP sheath can be offered upon request.

 

 

 

Application

 

 

Mine trailing cables are designed for various uses, including main feeder cable for continuous miners, pump cable, and power supply cable. Overall semiconductive screen provides protective earth contact for any object breaching the sheath prior to contact with power conductors.

mining cable application
Certification

 

Mine trailing cable is SAA certified. The cable is specially designed with reinforced outer sheath and metal armor layer, which has extremely high pressure resistance and wear resistance. Whether in the harsh working environment of the mine or when the cable is dragged by mechanical equipment, its outer layer material can effectively resist mechanical damage and extend the service life of the cable. The outer sheath and armor materials are specially treated to make them extremely impact resistant. Even when encountering equipment collision or other external force impact in the mine, the cable can maintain stable electrical performance and avoid the risk of power outage or equipment failure. The cable needs to bend frequently or pass through narrow spaces. The SAA-certified traction cable adopts an optimized design to ensure that the cable can still maintain stable electrical performance at a small bending radius and avoid internal damage caused by excessive bending.

 

 

mining cable SAA certification

 

Package

 

coal mine cable package

 

Company Introduction

 

coal mine cable factory

 

Dongguan Greater Wire & Cable Co., Ltd., is located in Dongguan City, Guangdong province. It integrates R&D, production, sales, and maintenance, focusing on various wires and cables, and providing customized solutions for large-scale infrastructure such as airports, hospitals, factories, and schools in many regions around the world. With advanced production equipment and processes, complete testing equipment, and strong technical strength, the company has developed rapidly after years of hard work and the support of global customers, and has won a high reputation and market share in overseas markets.

Our cables and wires have passed SAA, UL, TUV, CE, and other standard certifications. Our products have gained tremendous traction in the international market and are frequently exported to regions such as Southeast Asia, Australia, the Middle East, Africa, America, and Europe, Sales cover more than 400 cities at home and abroad.

 

customer

 

wire and cable supplier

 

 

Partner

 

Greater Wire Partner

 

FAQ

 

 

 

 

Q: What are the common types of mining cables?  

A: Mining cables can be divided into many types according to different usage requirements and working environments. The following are the common types of mining cables:

1. Mining power cables are mainly used to provide power in dangerous environments such as mines. Their insulation materials are generally flame-retardant materials to prevent the spread of fire. Common types are:

1.1PVC power cable: suitable for power transmission in ordinary coal mines and non-coal mines.

1.2 Rubber sheathed power cable: has stronger wear resistance and corrosion resistance, suitable for use in harsh environments.

2. Mining control cables are used to transmit control signals and information, and are usually used in the automation control system of mine equipment. Its outer layer usually has strong anti-electromagnetic interference ability. Common types are:

2.1 Shielded control cable: multiple strands inside, with strong anti-interference ability, suitable for complex electromagnetic environments.

2.2 Plastic control cable: suitable for places with high requirements for electrical performance, with strong corrosion resistance.

3. Mining signal cables are mainly used for signal transmission in mines, including alarm signals, communication signals, etc. Signal cables usually have high insulation and anti-interference capabilities.

3.1 Telephone cable: dedicated to mine communication system to ensure smooth communication.

3.2 Fire alarm cable: used for fire alarm system, with fireproof function.

4. Mine explosion-proof cable is specially designed for the environment with explosive gas or dust in the mine, which can prevent electrical equipment from causing explosion.

4.1 Explosion-proof power cable: used in flammable and explosive environments such as coal mines, with special explosion-proof structure design.

4.2 Explosion-proof control cable: used for signal transmission of mine automation control system to prevent explosion caused by sparks or arcs.

 

Q: How to choose the appropriate cable specifications? 

A: When choosing the right mining cable specifications, you need to consider the load current, voltage level, mechanical strength, environmental conditions, safety requirements, and relevant regulations. Make sure the cable specifications and types meet the actual needs of the mine or mining environment to improve the safety, stability and efficiency of the electrical system. You can contact us for more accurate information.

 

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Type 241 11 to 11KV Mine Trailing Cable

 

 

 

Nominal
Conductor
Area
Strand Size
Insulation
Thickness
Earth Conductor
Pilot Conductor
Thickness
of Sheath
Including SC PCP
Layer
Nominal
Overall
Diameter
Nominal
Weight
Strand Size
Thickness of Covering
Strand Size
Thickness
of Covering
mm²
No/mm
mm
No/mm
mm²
No/mm
mm
mm
mm
kg/100m
Type 241.1
6 84/0.30 1.5 18/0.30 1.0 24/0.20 0.8 3.8 28.5 106
10 77/0.40 1.5 27/0.30 1.0 24/0.20 0.8 3.8 31.1 127
16 126/0.40 1.6 42/0.30 1.0 24/0.20 0.8 3.9 34.1 164
25 209/0.40 1.6 66/0.30 1.0 24/0.20 0.8 4.2 37.9 208
35 285/0.40 1.6 90/0.30 1.0 24/0.20 0.8 4.4 41.2 254
50 380/0.40 1.7 120/0.30 1.0 40/0.20 0.8 4.9 45.9 328
70 203/0.67 1.8 39/0.67 1.0 40/0.20 0.8 5.3 52.2 480
95 259/0.67 2.0 39/0.67 1.0 40/0.20 0.8 5.8 56.7 600
120 336/0.67 2.1 42/0.67 1.2 40/0.20 0.8 6.3 62.7 710
150 427/0.67 2.3 54/0.67 1.2 40/0.20 0.8 6.7 68.3 865
185 518/0.67 2.5 63/0.67 1.4 40/0.20 0.8 7.3 74.9 1030
240 672/0.67

2.8

77/0.67 1.4 40/0.20 0.8 8.0 83.3 1300
300 854/0.67 3.0 98/0.67 1.4 40/0.20 0.8 8.7 91.2 1600
Type 241.3
16 126/0.40 3.0 42/0.30 1.0 24/0.20 0.8 5.0 43.8 249
25 209/0.40 3.0 66/0.30 1.0 24/0.20 0.8 5.3 47.7 315
35 285/0.40 3.0 90/0.30 1.0 24/0.20 0.8 5.6 51.1 376
50 380/0.40 3.0 120/0.30 1.2 40/0.20 0.8 6.0 55.2 450
70 203/0.67 3.0 39/0.67 1.2 40/0.20 0.8 6.4 60.3 576
95 259/0.67 3.0 48/0.67 1.2 40/0.20 0.8 6.8 63.8 675
120 336/0.67 3.0 60/0.67 1.2 40/0.20 0.8 7.2 69.1 810
150 427/0.67 3.0 77/0.67 1.2 40/0.20 0.8 7.6 73.8 952
185 518/0.67 3.0 91/0.67 1.4 40/0.20 0.8 8.0 79.2 1130
240 672/0.67 3.0 112/0.67 1.4 40/0.20 0.8 8.6 86.0 1380
300 854/0.67 3.0 144/0.67 1.4 40/0.20 0.8 9.1 92.6 1660
Type 241.6
16 126/0.40 5.0 42/0.30 1.4 24/0.20 0.8 6.1 54.9 365
25 209/0.40 5.0 66/0.30 1.4 24/0.20 0.8 6.4 58.8 440
35 285/0.40 5.0 90/0.30 1.4 24/0.20 0.8 6.7 62.2 509
50 380/0.40 5.0 120/0.30 1.4 40/0.20 0.8 7.1 66.2 592
70 203/0.67 5.0 39/0.67 1.4 40/0.20 0.8 7.4 71.2 727
95 259/0.67 5.0 48/0.67 1.4 40/0.20 0.8 7.9 74.8 835
120 336/0.67 5.0 60/0.67 1.4 40/0.20 0.8 8.3 80.2 990
150 427/0.67 5.0 70/0.67 1.4 40/0.20 0.8 8.6 84.6 1140
185 518/0.67 5.0 91/0.67 1.4 40/0.20 0.8 9.0 90.0 1311
240 672/0.67 5.0 119/0.67 1.4 40/0.20 0.8 9.6 96.8 1576
300 854/0.67 5.0 156/0.67 1.4 40/0.20 0.8 10.2 103.6 1900
Type 241.11
25 209/0.40 7.6 66/0.30 1.8 24/0.20 0.8 7.8 73.2 645
35 285/0.40 7.6 90/0.30 1.8 24/0.20 0.8 8.1 76.6 724
50 380/0.40 7.6 120/0.30 1.8 40/0.20 0.8 8.5 80.6 825
70 203/0.67 7.6 39/0.67 1.8 40/0.20 0.8 8.9 85.7 975
95 259/0.67 7.6 48/0.67 1.8 40/0.20 0.8 9.3 89.1 1088
120 336/0.67 7.6 60/0.67 1.8 40/0.20 0.8 9.7 94.4 1258
150 427/0.67 7.6 77/0.67 1.8 40/0.20 0.8 10.0 98.9 1423
185 518/0.67 7.6 91/0.67 1.8 40/0.20 0.8 10.4 104.2 1610

 

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