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Mining Conveyor Communication Cable – Custom Hybrid Cable 2 Coax 0.6mm² + 2 Core 4mm² PO Cable Yellow
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Mining Conveyor Communication Cable – Custom Hybrid Cable 2 Coax 0.6mm² + 2 Core 4mm² PO Cable Yellow

Premium mining conveyor communication cable 2 coax 0.6mm² + 2 core 4mm².

TC conductors, HDPE/PVC insulation, TCWB coax shield, PO LSZH yellow sheath. -10°C to +70°C.

Request a detailed quote & datasheet!

  • Cable Type Mining Conveyor Communication Cable
  • Cable Spec 2 Coax 0.6mm² + 2 Core 4mm²
  • Coax part 2cores TC 19/0.20, HDPE insulated red black, TCWB coverage 85%, coax sheath PVC resist-90 red black
  • Power part 2cores TC 56/0.30, insulated PVC resist-90 compound red black
  • Filler Non-Hygroscopic Material
  • Cores 2 CO-AX + 2 Cores
  • Binder Polyethyleneterephthalate (Mylar)
  • Sheath PO LSZH compound flame retardant yellow
  • Spark Test Voltage 6 kv
  • Rated Temperature -10°C to +70°C
  • Cable No. D506
  • Keyword hybrid coax power cable
  • Application ideal for mining

Mining Conveyor Communication Cable – Custom Hybrid Cable 2 Coax 0.6mm² + 2 Core 4mm² PO Cable Yellow

This custom hybrid mining communication cable integrates two coaxial cables for high-frequency signal transmission with two power cores for control circuit power, specifically engineered for conveyor communication and monitoring systems in underground and surface mining operations.

The control cores section comprises two coaxial cables, each featuring TC tinned copper conductor 19/0.20 with HDPE compound insulation in red and black for clear circuit identification. A TCWB tinned copper wire braid with 85% coverage provides robust EMI protection for reliable signal transmission. Each coax is completed with a PVC 90°C sheath in matching red and black colors.

The power cores section consists of two power cables with TC tinned copper conductors 56/0.30, insulated with PVC 90°C compound in red and black for reliable power delivery to conveyor control systems.

Non-hygroscopic filler materials maintain core geometry and prevent moisture ingress, while polyethylene terephthalate (Mylar) taping secures the assembly. The outer PO (polyolefin) LSZH compound sheath in yellow delivers low smoke zero halogen, flame retardant properties with high visibility for safety and easy identification in mining environments. Operating temperature range -10°C to +70°C with 6kV spark test verification, this cable is ideal for conveyor communication networks, CCTV systems, and remote monitoring applications in mining operations.

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Key Features & Technical Advantages

  • Hybrid 2 coax + 2 power core configuration for integrated communication and power

  • Coax: TC 19/0.20, HDPE insulation, TCWB braid 85% coverage, PVC 90°C sheath

  • Power cores: TC 56/0.30, PVC 90°C insulation

  • Non-hygroscopic filler for moisture prevention

  • Mylar taping for core stability

  • PO LSZH outer sheath yellow, flame retardant

  • -10°C to +70°C temperature range

  • 6kV spark test verification

  • High visibility yellow for safety identification

Specifications & Construction

Parameter Details
Type Mining conveyor communication hybrid cable
Configuration 2 coax 0.6mm² + 2 core 4mm²
Coax Conductor TC tinned copper, 19/0.20
Coax Insulation HDPE compound, red / black
Coax Shield TCWB tinned copper wire braid, 85% coverage
Coax Sheath PVC 90°C compound, red / black
Power Conductor TC tinned copper, 56/0.30
Power Insulation PVC 90°C compound, red / black
Filler Non-hygroscopic material
Taping Polyethylene terephthalate (Mylar)
Outer Sheath PO LSZH compound, flame retardant, yellow
Temperature Range -10°C to +70°C
Test Voltage 6kV spark test
Application Conveyor communication, CCTV, remote monitoring

Why Choose This Mining Communication Hybrid Cable

This custom hybrid design combines coaxial communication lines with power conductors in a single assembly, reducing installation complexity and cable tray space in mining conveyor systems. TC tinned copper conductors ensure corrosion resistance in humid mining environments. HDPE coax insulation provides stable dielectric properties for high-frequency signal transmission, while TCWB braid shielding ensures robust EMI protection in electrically noisy mining environments. PVC 90°C insulation on power cores delivers reliable power distribution for control circuits. PO LSZH yellow outer sheath meets international safety standards for low smoke and flame retardancy, with high visibility for easy identification in underground installations. With 6kV spark test verification, this cable is engineered for reliability in demanding mining communication applications.

Typical Applications – Solving Critical Mining Communication Challenges

  • Conveyor Communication Networks: Provides integrated coax for video surveillance and data transmission with power for cameras and sensors along conveyor systems

  • Mine CCTV Systems: Delivers reliable coax video transmission with integrated power for underground and surface security cameras

  • Remote Monitoring Systems: Supplies hybrid cabling for sensor networks requiring both data transmission and power

  • Conveyor Control Systems: Enables integrated communication and control circuit wiring for longwall and belt conveyor systems

  • Process Control Networks: Provides hybrid connectivity for mineral processing equipment requiring both signal and power

  • Tunnel Communication: Supplies durable, flame-retardant cabling for tunnel communication and monitoring systems

  • Underground Infrastructure: Delivers reliable hybrid cabling for mine-wide communication and power distribution networks

FAQ

Q1: Why are coaxial cables used for conveyor communication?

A: Coaxial cables provide excellent high-frequency signal transmission, superior EMI rejection, and reliable video and data transmission over long distances in mining environments.

Q2: What is the advantage of TCWB braid shielding on coax cores?

A: 85% tinned copper wire braid provides robust EMI protection, ensuring signal integrity in electrically noisy mining environments with heavy machinery and variable frequency drives.

Q3: Why are both coax and power cores color-coded red and black?

A: Red and black color coding provides clear polarity identification for both coaxial and power circuits, simplifying installation and reducing connection errors in the field.

Q4: What does 6kV spark test verify for this cable?

A: The 6kV spark test confirms insulation integrity for both coax and power cores, ensuring reliable performance in mining applications where cable failure can cause costly downtime.

Q5: Why is PO LSZH yellow sheath specified for mining communication cables?

A: PO LSZH provides low smoke zero halogen safety and flame retardancy essential for underground mining, while yellow offers high visibility for easy cable identification in dark tunnel environments.