Product Description
We are committed in providing an exclusive range of Cross Linked Hook up XLPE Cable. It is made with a solid strength of material to increase its durability. This cable has a high insulation resistance with a less dielectric constant. It is useful in hydronic radiant heating and cooling systems. Cross Linked Hook up XLPE Cable is able to create both heat and high pressure. It is created by extruding the material through a tube to ensure electric mechanical properties.
High Performance and Safety StandardsOur Cross Linked Hookup XLPE Cable stands out for its excellent flame retardance and low smoke emission, adhering strictly to IS 694 and IEC standards. The cable supports high insulation resistance even at elevated temperatures, ensuring operational safety and reliability in critical environments like electrical control panels and machine tools.
Exceptional Environmental and Chemical ResistanceDesigned to withstand exposure to harsh chemicals, oils, greases, and environmental factors, this hookup cable features an XLPE insulation with impressive resistance to acids, alkalis, ozone, and UV rays. Its robust construction guarantees long service life and consistent performance, even in outdoor or industrial installations.
Customization and Flexible ApplicationAvailable in a wide selection of cross-sectional areas (0.5mm2 to 6mm2 or custom sizes), colors, shielding, and core configurations, our hookup cable is tailored to meet customer specifications. Choose from various jacket materials, lengths (standard or custom), and packaging types to suit any installation requirements, from residential to heavy-duty industrial use.
FAQ's of Cross Linked Hookup XLPE Cable:
Q: How is the Cross Linked Hookup XLPE Cable installed in electrical systems?
A: The cable is designed for flexible and secure installation within internal wiring setups for electrical and electronic equipment, such as control panels and appliances. With a minimum bending radius of 12 times the overall diameter, careful handling during installation ensures optimum performance and safety.
Q: What benefits does the XLPE insulation provide compared to conventional cable materials?
A: XLPE insulation delivers superior dielectric strength, high thermal stability (up to 90C continuous, 105C short term), and exceptional chemical resistance. It also ensures lower smoke emission and offers halogen-free versions to enhance fire safety and minimize toxic emissions during combustion.
Q: When should I choose the halogen-free and low smoke (FRLS) versions of this cable?
A: Halogen-free, low-smoke cables are ideal in environments where enhanced fire safety and reduced toxic gas emissions are critical, such as in enclosed spaces, public buildings, or areas with high human occupancy. These features help safeguard both equipment and occupants in the event of a fire.
Q: What standards and certifications does this cable comply with?
A: This XLPE hookup cable conforms to IS 694, IEC 60228, and RoHS regulations, as well as other global standards like JIS and BS, ensuring quality, safety, and environmental compliance. The conductor resistance aligns with IS 8130 specifications.
Q: Where can I use this cable, and what packaging options are available?
A: The cable is suitable for indoor and outdoor installations, including electrical panels, control cabinets, and industrial machines. It is available in rolls, coils, or drums, with lengths and packaging tailored to customer needs.
Q: What makes this cable environmentally resistant?
A: With resistance to oils, greases, acids, alkalis, ozone, and UV, this cable maintains integrity in challenging environments. Its robust XLPE insulation and optional armored designs further enhance its durability.
Q: How can users benefit from the customizable options in this cable?
A: Customers can specify cross-sectional area, core number, color, insulation and jacket material, length, and packaging. Custom shielded and armored configurations are also available, supporting a wide range of applications and installation scenarios.