Application
Our flexible rubber cables are designed for a wide array of uses where traditional cables might fail. They are ideal for applications that require significant flexibility and resistance to harsh environments.
You’ll find these cables performing reliably in:
- Industrial Settings: Powering mobile equipment, machinery, and tools in workshops, factories, and agricultural environments.
- Construction Sites: Providing dependable power for portable equipment and temporary installations, even under heavy mechanical loads.
- Household and Commercial Use: Suitable for various movable electrical equipment and larger appliances.
- Outdoor and Challenging Environments: Designed to withstand dry and damp conditions, exposure to oils, gases, and gasoline. They also offer resistance to both cold and heat, ensuring stable performance across temperature extremes.
Description
ZD Cable’s flexible rubber cables are crafted for strength and adaptability. They feature finely stranded copper conductors, which provide excellent electrical conductivity and ensure the cable remains highly flexible. This design allows for frequent bending and twisting without compromising integrity.
The cables are insulated and sheathed with high-quality vulcanized rubber compounds. This construction gives them superior resistance to mechanical stress, abrasion, and tearing. The robust rubber sheathing also protects against chemical substances, enhancing reliability and reducing the need for frequent maintenance. With ZD Cable, you invest in durability that stands the test of time.
Specification
Our flexible rubber cables comply with international standards, ensuring broad compatibility and consistent quality. They are typically rated for voltages up to 450/750V, suitable for most general-purpose power installations.
Key specifications include:
- Rated Voltage: Up to 450/750V AC.
- Conductor: Flexible copper conductors, often conforming to Class 5 standards for enhanced flexibility.
- Insulation & Sheath: Made from durable rubber compounds designed to provide excellent insulation and robust external protection.
- Operating Temperature: The conductor’s long-term permissible working temperature is typically 60ยฐC. Some types allow for higher temperatures for short durations, like 150ยฐC during a short circuit for 5 seconds.
- Standards: Manufactured in accordance with relevant standards such as GB5013-1997 or JB8735-1998, which align with IEC 60245.
- Construction: These cables are constructed with copper conductors, rubber insulation, and a rubber sheath.
- Configurations: Available in various core numbers and cross-sectional areas to meet diverse power requirements.
