Product Description
Known for their ease of adjustment, the Rubber Flexible Cables are preferred for their grease, harsh weather and mechanical stress withstanding capacity. These cables are used as indispensable parts of audio visual machines, material handling equipment and mobile power supplying systems. These are designed with copper made conductor, polycholoroprene made sheath and ethylene propylene rubber made insulator. Developed by using advanced machinery, these flexible cables have good mechanical strength and these are completely protected against abrasion and impact. We are counted as a reliable manufacturer and exporter of excellent quality Rubber Flexible Cables.
Key Features: - The provided flexible cables are designed with polycholoroprene sheath.
- Copper conductor and ethylene propylene insulator
- These can withstand high mechanical stress
- Weather proof design
- Impact resistance capacity
CONSTRUCTION: Insulation : Specially made dielectric class PVC Compound impenetrable to oils, grease, water and so forth. Sheath : Bendable high friction and inner sheath safe extreme and adaptable PVC Compound.
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Standard Colors |
- Grey, Red, Blue, Black, other colors as per requirements.
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Application |
- Use in high ambient temperatures
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| Standards |
- IS 694, BS 6500, IEC 60227, CEI 20-20, VDE 0281, SABS 1574, AS 3191, AS/NZS 5000.1, HD 21.1, NF C 32-201, French Standard 32-102-16
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| Working Voltage Uo/U |
- 450/ 750 V, 600/ 1000 V, 650/1100 V
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| Test Voltage |
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| Temperature range |
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Exceptional Fire and Weather ProtectionThese cables incorporate fire-retardant and self-extinguishing properties, delivering advanced fire performance and ensuring safety in demanding environments. With low smoke emission, halogen-free options, and UV as well as ozone resistance, they are ideal for both indoor and outdoor use, even under intense weather exposure.
High Flexibility and DurabilityManufactured with stranded plain annealed copper conductors and a robust rubber compound jacket, the cables exhibit outstanding flexibility and resilience. Their high tensile strength and abrasion resistance make them suitable for frequent movement and flexible installations, maintaining performance even under mechanical stress.
Versatile Industrial ApplicationsCapable of withstanding voltages up to 1100V and temperatures from -25C to +90C, these cables serve diverse settings such as welding, power transmission, panel connections, temporary power supply, and heavy machinery. Multiple sizes, cores, and custom lengths ensure seamless integration into various industrial projects.
FAQs of Rubber Flexible Cables:
Q: How do the fire performance features of these rubber flexible cables enhance safety in industrial settings?
A: These cables are self-extinguishing, emit low smoke during combustion, and include halogen-free variants, significantly minimizing fire hazards and toxic emissions in case of fire. This enhances overall workplace safety, particularly in enclosed or sensitive environments.
Q: What installation methods are supported for these cables?
A: The cables are engineered for both portable and fixed installations, enabling deployment in temporary setups, moving equipment, or permanent wiring. Their flexibility and minimum bending radius (6x overall diameter) simplify installation in various scenarios.
Q: Where can these cables be effectively used?
A: Their robust design makes them suitable for a wide range of applications including industrial power supply, welding machines, panel connections, construction sites, and temporary or permanent outdoor power solutions.
Q: What is the process for selecting the right cable size and configuration?
A: Cable size, core number, shielding, and length can be tailored based on voltage requirements, current load, environment, and installation format. Consulting with the supplier or manufacturer ensures the configuration matches your specific project needs.
Q: What are the main benefits of using these cables in outdoor and harsh conditions?
A: Benefits include superior weather, ozone, oil, water (IP65/IP67 with correct terminations), UV resistance, and RoHS compliance. These features guarantee sustained electrical performance, reduced maintenance, and longer service life in demanding environments.
Q: When should halogen-free cables be preferred?
A: Halogen-free cables should be chosen for installations where reduced corrosive gas and toxic smoke emission are critical, such as in poorly ventilated or public areas, to ensure additional safety during fire events.
Q: How does the cables construction influence flexibility and mechanical resilience?
A: The use of plain annealed stranded copper conductors, high-grade synthetic rubber insulation, and a smooth, matt-finish rubber jacket ensures superior flexibility, tensile strength (minimum 12 N/mm), and abrasion resistance, ideal for fluctuating or high-movement installations.