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Mining Cable Custom Hybrid Cable Purple – 1PR 4mm² + 1PR 1.5mm² TC/PE/SCR/PVC/XLPO Composite Cable
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Mining Cable Custom Hybrid Cable Purple – 1PR 4mm² + 1PR 1.5mm² TC/PE/SCR/PVC/XLPO Composite Cable

Premium mining custom hybrid cable purple 1PR 4mm² + 1PR 1.5mm².

TC 56/0.30 conductors, HDPE insulation, AL-PET screen with drain wire, XLPO LSZH sheath. 

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  • Cable Type mining cable custom hybrid cable TC/PE/SCR/PVC/XLPO
  • Cable Spec 1PR 4mm² + 1PR 1.5mm²
  • 4mm² cable part TC 56/0.30, HDPE insulated, 1pair twisted, pair binder mylar, pair screen AL-PET and drainwire
  • 1.5mm² cable part TC 56/0.30, HDPE insulated, 1pair twisted, pair screen AL-PET and drainwire, inner sheath PVC resist-90
  • Pairs 2pairs twisted
  • Overall Binder mylar
  • Sheath Cross-linked PO, LSZH, fire retardant, UV stabilised, purple
  • Spark Test Voltage 6 kV
  • Rated Temperature -10°C to +70°C.
  • Cable No. D503
  • Keyword mining composite cable
  • Application ideal for mining

Mining Cable Custom Hybrid Cable Purple – 1PR 4mm² + 1PR 1.5mm² TC/PE/SCR/PVC/XLPO Composite Cable

This custom hybrid mining cable features two shielded twisted pairs in a composite assembly, engineered for reliable power and signal transmission in demanding underground and surface mining environments.

The 4mm² pair consists of TC tinned copper conductors 56/0.30 with HDPE insulation, twisted together with Mylar tape binder, and individual AL-PET foil screen with tinned copper drain wire for robust EMI protection. The 1.5mm² pair similarly features TC tinned copper conductors 56/0.30 with HDPE insulation, twisted construction, Mylar tape binder, AL-PET foil screen with drain wire, plus an additional PVC inner sheath rated 90°C for enhanced mechanical protection. An overall Mylar tape binder secures the composite assembly, while the purple XLPO cross-linked polyolefin outer sheath provides LSZH (low smoke zero halogen), fire retardant, and UV stabilized properties essential for mining safety compliance. Operating temperature range -10°C to +70°C with 6kV spark test verification, this cable is ideal for mining equipment, tunneling machines, and underground control systems requiring robust, flame-retardant cabling.

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Key Features & Technical Advantages

  • Composite hybrid: 1PR 4mm² + 1PR 1.5mm²

  • TC tinned copper 56/0.30 conductors for corrosion resistance

  • HDPE insulation for excellent dielectric properties

  • AL-PET foil screen with drain wire per pair for EMI protection

  • PVC inner sheath (90°C) on 1.5mm² pair for added mechanical protection

  • Mylar tape binders for core stability

  • XLPO sheath purple, LSZH, fire retardant, UV stabilized

  • -10°C to +70°C temperature range

  • 6kV spark test verification

Specifications & Construction

Parameter Details
Type Custom hybrid mining composite cable
Configuration 1PR 4mm² + 1PR 1.5mm²
Conductor TC tinned copper, 56/0.30
Insulation HDPE polyethylene
Pair Construction Twisted with Mylar tape binder
Pair Screen AL-PET foil + tinned copper drain wire (both pairs)
Inner Sheath (1.5mm²) PVC, 90°C rated
Overall Binder Mylar tape
Outer Sheath XLPO cross-linked polyolefin, purple, LSZH, fire retardant, UV stabilized
Temperature Range -10°C to +70°C
Test Voltage 6kV spark test

Why Choose This Mining Composite Cable

This custom hybrid design combines two shielded twisted pairs in a single composite assembly, reducing installation complexity and cable tray space in mining operations. TC tinned copper 56/0.30 conductors provide excellent corrosion resistance and flexibility. HDPE insulation delivers stable dielectric properties for reliable signal and power transmission. AL-PET foil screens with drain wires ensure robust EMI protection for each circuit in electrically noisy mining environments. The PVC inner sheath on the 1.5mm² pair adds critical mechanical protection for sensitive signal circuits. The XLPO LSZH purple sheath meets international safety standards for flame retardancy, low smoke emission, and UV resistance, essential for both underground and surface mining applications. With 6kV spark test verification, this cable is engineered for reliability in the harshest conditions.

Typical Applications – Solving Critical Mining Challenges

  • Underground Mining Equipment: Provides integrated power and signal connections for continuous miners, loaders, and haulage systems

  • Tunneling Machines: Delivers reliable composite cabling for tunnel boring equipment requiring both power and control circuits

  • Mine Control Systems: Supplies shielded signal pairs for remote control and monitoring of underground equipment

  • Conveyor Systems: Enables integrated power and sensor wiring for longwall and belt conveyor networks

  • Pumping Stations: Provides reliable connections for mine dewatering and slurry pumping control

  • Surface Mining Operations: Delivers UV stabilized cabling for excavators, draglines, and mobile equipment

  • Mineral Processing: Supplies hybrid cabling for crushers, screens, and processing plant controls

FAQ

Q1: What is the advantage of TC tinned copper conductors for mining cables?

A: TC tinned copper provides excellent corrosion resistance in humid and chemically aggressive mining environments while maintaining flexibility and conductivity.

Q2: Why is HDPE insulation chosen for both pairs?

A: HDPE offers low dielectric constant, stable electrical properties, and excellent moisture resistance, ideal for both power and signal applications in wet mining conditions.

Q3: What does AL-PET screen with drain wire provide?

A: AL-PET foil provides 100% EMI coverage for high frequency interference, while the drain wire ensures continuous grounding for effective shielding throughout the cable length.

Q4: Why does the 1.5mm² pair have a PVC inner sheath?

A: The PVC inner sheath adds mechanical protection for sensitive signal circuits, providing additional abrasion resistance and insulation integrity in demanding mining installations.

Q5: What makes XLPO suitable for mining cable sheathing?

A: XLPO (cross-linked polyolefin) provides LSZH safety (low smoke, zero halogen), fire retardancy, UV stability, and excellent mechanical strength, meeting international mining safety standards.