Product Description
Backed by rich industry experience, we have emerged as one of the leading manufacturers, exporters and suppliers of a wide array of Locomotive & Ship Cables. These cables are manufactured by using superior quality materials, which insures its high durability, optimum quality and long lasting finish. The offered range renders great electrical uses in various heavy duty industries. Available at very competitive prices, these Locomotive & Ship Cables are in a high demand across the globe.
Further Details
Heat Oil Fire Resistants ( HOFR ), halogen free and low smoke creating and EMC compatible ship wiring cables ,Single Core or multi core.
Certified Safety & DurabilityEngineered to comply with stringent IECIS flame test standards, our locomotive cables provide dependable flame retardancy and low smoke emission features, ensuring optimal safety in demanding train environments. With halogen-free and low smoke options, they are well-suited for applications where passenger protection and regulatory compliance are paramount.
Flexible Applications for Railway NeedsFrom electric locomotives to rolling stock, these cables meet the varied requirements of railway installations. With a minimum bending radius of 7 times the cables outer diameter, they maintain flexibility for both fixed and movable applications, while UV, oil, and moisture resistance ensures long-term reliability in challenging conditions.
Customization to Suit Every ProjectVarious customization options are available, including conductor type, insulation, sheath materials, and lengths. Whether you require a specific core number, shielding, or jacket color, our manufacturing process accommodates bespoke needs, allowing you to source cables tailored precisely for your railway systems.
FAQs of Locomotive Cables:
Q: How are locomotive cables with flame test approval used in railway applications?
A: These cables are primarily installed in electric trains, locomotives, and rolling stock for power and control circuits. Their flexibility and robust construction allow them to be used in both fixed and moveable installations within railway vehicles, ensuring reliable performance even under mechanical stress and environmental exposure.
Q: What certifications and safety features do these cables meet?
A: Our locomotive cables comply with IEC, EN, and IS standards for flame resistance. They offer low smoke (LSZH) and halogen-free options, ensuring reduced toxic and opaque emissions during fire incidents. Additionally, they are moisture, oil, and UV resistant, enhancing safety and longevity in demanding railway environments.
Q: When should I select halogen-free and low smoke emission cables?
A: Halogen-free, low-smoke cables are recommended for passenger trains or any environment where minimizing toxic smoke and fumes is crucial during a fire. This improves evacuation safety and protects sensitive electronic components from corrosive gases in confined spaces.
Q: Where can these cables be customized for specific requirements?
A: These cables are manufactured and supplied in India, with options for standard and customized lengths, diameters, core configurations, shielding, and color. The manufacturer supports bespoke design, so cables can be tailored to meet unique project or regulatory needs within railway infrastructure.
Q: What is the process of selecting the right locomotive cable for my project?
A: Begin by specifying the installation type (fixed or movable), required voltage (600/1100 V), and environmental conditions. Choose appropriate materials for insulation and sheathing (PVC, XLPE, etc.), core configuration, and additional features such as low smoke or halogen free. Consult with our technical team for guidance on customization and project requirements.
Q: How does the flexible design of these cables benefit railway operations?
A: The minimum bending radius of 7 times the cable OD and stranded annealed tinned copper construction offer superior flexibility, facilitating easy routing during installation and reliable performance in applications with movement or vibration, thus minimizing maintenance needs.
Q: What materials and construction features enhance cable durability and safety?
A: Our cables use flame-retardant jackets (PVC/HR PVC/FRLS), tinned copper or copper conductors, robust shielding (tinned copper braid/aluminium mylar), and moisture-resistant fillers. These materials ensure high tensile strength, weather resistance, and dependable dielectric performance, meeting stringent operational demands in railway systems.