MCDP Sheathed Flexible Rubber Cable LSZH 0.38KV / 0.66KV With Copper Conductor
| Application: | Industrial Machinery, Power Tools, Appliances | Outer Diameter: | Varies By Core Size |
| Conductor Material: | Copper | Sheath: | Rubber |
| Cable Type: | Flexible | Color: | Black, Red, Yellow, Blue (varies) |
| Conductor: | Copper | Voltage: | 450/750V |
| High Light: | Sheathed Flexible Rubber Cable,Flexible Rubber Cable 0.38KV,Rubber Flex Cable LSZH |
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Advanced MCDP rubber sheathed cables engineered for mining and extreme industrial environments, featuring low smoke zero halogen (LSZH) technology for enhanced safety and reliability.
| Voltage Rating | 0.38/0.66 KV |
| Conductor | Flexible Copper |
| Insulation | Rubber |
| Sheath | Low Smoke Low Halogen |
| Screen | Copper Wire Braid / Tinned Copper Wire Screen |
| Size Range | 16mm² to 185mm² |
In mining and tunneling environments, traditional cables release lethal hydrogen chloride and dioxins during fires, contributing to 60% of fire-related fatalities. Combined with mechanical stress from excavators and sub-zero temperatures, cable failures trigger costly downtime and safety violations. Minfeng Cable Group addresses these challenges with its MCDP Low Smoke Zero Halogen (LSZH) Rubber Sheathed Cables, engineered to deliver life-saving toxicity reduction, arctic-grade flexibility, and flame-retardant reliability for 0.38/0.66KV to 6/10KV mining equipment.
- Halogen-Free Rubber Sheath eliminates chlorine/bromine compounds, reducing toxic emissions by 90% during fires compared to PVC cables
- GB12972-Compliant Flame Retardancy restricts fire spread to <1.5 meters, maintaining circuit integrity for 180+ minutes at 1,000°C
- Class 5 Flexible Copper Conductors (e.g., 276 strands for 35mm²) endure 15,000+ bends at -40°C
- Compact 6* Bending Radius (e.g., 33mm OD for 3x16mm²) enables installation in tight drill rigs, reducing snag risks by 40%
- Tinned Copper Braid Screen neutralizes EMI from 3,000HP excavators while withstanding 8-ton crushing loads
- Low DC Resistance (0.206 Ω/km for 95mm²) cuts energy loss by 15%, saving $52k/year per 10km deployment
- GB12972 & MT818: Flame-retardant and mechanical stress testing (3,000V/mm dielectric strength)
- ISO 9001/OHSAS 18001: Safety management for mining operations
- RoHS/REACH: Halogen-free verification (Cl <50ppm)
| Model | Rated Voltage | Conductor Configuration | LSZH Sheath Thickness | Temperature Range |
|---|---|---|---|---|
| MCP-0.38/0.66kV | 0.38/0.66kV | 3 Phase + 1 Ground + 3 Ctrl | 4.5mm (16mm²) | -40°C to 65°C |
| MCPT-1.9/3.3kV | 1.9/3.3kV | 3 Phase + 1 Ground | 6.0mm (95mm²) | -20°C to 90°C |
| MYPD-3.6/6kV | 3.6/6kV | 3 Phase + 1 Ground | 6.0mm (95mm²) | -40°C to 90°C |
Insulation Resistance: 350 MΩ*km (16mm²) to 160 MΩ*km (185mm²) at 20°C
Bending Radius: 6* cable diameter (15* for reinforced variants like MCPJR-0.66/1.14kV)
- Coal Mine Excavators: MCPTJ-1.9/3.3kV's LSZH sheath prevented toxic smoke during mine fires, enabling 100% crew evacuation
- Arctic Drilling Rigs: MYPD-3.6/6kV operated at -40°C in Siberian mines with zero sheath cracking
- Underground Conveyors: MCP-0.38/0.66kV withstood 10-ton rock falls in copper mines, leveraging tinned copper screens for EMI protection
- 20+ Years of Expertise: Supplied 12,000km+ cables for China's mining electrification projects
- Zero-Defect Manufacturing: AI-powered defect detection with 99.97% accuracy, cutting waste by 30%
- CNAS-Certified Testing: Validated vibration fatigue (10M+ cycles), -40°C flexibility, and 1,000°C flame resistance
- Rapid Customization: 10-day delivery for bespoke sizes (16-185mm²) and voltages (0.38/0.66kV-6/10kV)
- Conductor: Flexible Class 5 Copper Conductor
- Insulation: Rubber Sheath
- Screen: Copper Wire Braid Screen / Tinned Copper Wire Screen
- Sheath: Low Smoke Low Halogen Rubber
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GThe LSZH (Low Smoke Zero Halogen) properties of these cables are exactly as advertised. They performed exceptionally well during our fire safety compliance audit.
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IOur field technicians have specifically requested this brand because the cable is easy to strip and pull through conduits, saving us significant man-hours on-site.
