YC Heavy Duty Flexible Cable Harsh Environments 0.6/1kV To 35kV
Product Summary
Product Details
YC Heavy Duty Flexible Cable
,35kV Heavy Duty Flexible Cable
,Harsh Environments YC Cable
Product Description
YC Industrial Power Cables Heavy Duty Flexible Cable Power Output in Harsh Environments
YC Heavy Duty Rubber Insulated Flexible Cable
Designed for Mobile, Power, and Harsh Operating Environments
The Ideal Flexible Power Cable for Mobile Equipment
YC cable is a heavy-duty rubber-insulated flexible power cable designed for mobile electrical equipment operating under frequent movement, vibration, and mechanical stress.
Unlike fixed installation cables, YC cable can be repeatedly bent without cracking, maintaining stable current transmission and withstanding harsh industrial environments.
It is widely used in construction sites, mines, workshops, ports, and outdoor temporary power systems worldwide.
Why YC Cable is Trusted in Global Workplaces
- High Flexibility for Continuous Movement
Fine stranded copper conductors can be repeatedly bent and wound without conductor fatigue.
- Tough Rubber Insulation and Sheath
The rubber compound offers excellent abrasion resistance, impact resistance, oil resistance, moisture resistance, and sunlight resistance.
- Stable Power Output
Designed for high current loads in heavy electrical equipment.
- Suitable for Indoor and Outdoor Use
Reliable operation in dry, humid, and moderately humid environments.
- Designed for real-world working environments
Especially suitable for applications where cables need to be dragged, coiled, or frequently moved.
Typical Applications of YC Cables
YC cables are commonly used in:
- Construction machinery and power tools
- Mobile generators and compressors
- Mining and quarrying equipment
- Welding machines and cranes
- Port and dock electrical equipment
- Temporary power systems
Wheel cables are the best choice when flexibility and durability are more important than fixed installations.
Cable Structure Overview
- Conductor: Flexible stranded copper wire
- Insulation: Rubber compound
- Outer sheath: High-strength rubber
- Rated voltage: 450 / 750 V
YC Cable Technical Specifications
| Item | Specifications |
|---|---|
| Cable Type | YC Rubber Flexible Cable |
| Conductor Material | Copper |
| Insulation Material | Rubber |
| Outer Sheath | Rubber |
| Rated Voltage | 450 / 750 V |
| Number of Cores Options | 1 / 2 / 3 / 4 / 5 cores |
| Conductor Size Range | 1.0 mm² – 120 mm² |
| Maximum Operating Temperature | 60°C |
| Installation Type | Mobile / Temporary / Flexible |
| Reference Standards | IEC / GB |
| Standard Color | Black |
| Packaging | Coil / Wooden reel |
Field Performance Advantages
- Excellent mechanical strength
Rubber sheath is cut-resistant, crush-resistant, and abrasion-resistant.
- Provides reliable power for heavy loads
Supports stable operation of motors, tools, and industrial machinery.
- Extended Bending Life
Designed for frequent movement, with excellent insulation performance.
- Reduced Replacement Frequency
Durable materials extend service life even under harsh conditions.
YC Cable vs. PVC Flexible Cable Comparison
| YC Rubber Cable | PVC Flexible Cable | |
|---|---|---|
| Flexibility | Excellent | Medium |
| Abrasion Resistance | High | Medium |
| Outdoor Suitability | Good | Limited |
| Oil and Moisture Resistance | Strong | General |
| Typical Applications | Heavy-duty mobile equipment | Light-duty tools |
Frequently Asked Questions (FAQ)
- What are YC cables primarily used for?
YC cables are used for mobile electrical equipment and temporary power connections.
- Can YC cables be used outdoors?
Yes. They are suitable for outdoor use in both dry and humid environments.
- Are YC cables suitable for fixed installations?
YC cables are primarily designed for flexible and mobile applications, not fixed wiring.
- What is the difference between YC cables and YCW cables?
YCW cables have greater weather resistance, while YC cables are suitable for standard industrial environments.
- Can YC cables be customized?
Yes. We support customization of the number of cores, conductor size, and packaging method.
