Product Description
Our customers can avail from us qualitative range of Fire Survival Cables, which is highly resistive to extreme conditions, temperature and fire. These products offered by us have carved a niche in the market. These are manufactured using advanced machines and best quality basic material sourced from the reliable vendors of the industry in order to ensure longer service life and flawless performance. These Fire Survival Cables are widely demanded in the market for heat resistance, durability, cost effectiveness and reliable performance.
Certified Fire Survival Cables for Maximum ProtectionOur fire survival cables are rigorously tested under international standards, including BS 6387 (CWZ), IEC 60331, and IEC 61034, to provide superior electrical performance during fire emergencies. With a dielectiric strength of 3.5 kV for 5 minutes, these cables ensure uninterrupted power supply to life safety and emergency systems even in the harshest conditions.
Engineered for High Performance and SafetyInsulated with mica tape and XLPE, these cables offer remarkable thermal stability, maintaining operation up to 950C during fire. The LSZH jacket ensures minimal smoke and halogen emission, limiting visibility loss and toxic exposure during emergencies. Suitable for both indoor and outdoor installations, including trunking, conduit, or direct burial.
Versatile Application and CustomizationOur cables are manufactured in India and supplied in various lengths (100 m, 200 m, 500 m, or custom) and sizes, accommodating infrastructure needs in public buildings, tunnels, metros, and industrial sites. The stranded or solid electrolytic grade copper conductor ensures efficiency and durability, while multiple installation types support project flexibility.
FAQs of Fire Survival Cables:
Q: How do fire survival cables comply with fire resistance standards?
A: These cables meet the stringent requirements of BS 6387 (CWZ), IEC 60331, and IEC 61034. This ensures they can maintain circuit integrity and electrical performance during fire, enabling life safety and critical systems to operate in emergencies.
Q: What materials are used in the construction of these fire survival cables?
A: The cables feature mica glass tape and cross-linked polyethylene (XLPE) insulation, with a Low Smoke Zero Halogen (LSZH) jacket. The conductor is made from stranded or solid electrolytic grade annealed copper, providing both longevity and high conductivity.
Q: Where can fire survival cables be installed?
A: These cables are designed for a wide range of environments, including public buildings, tunnels, metro rail systems, industrial plants, and emergency and fire alarm systems. They are suitable for indoor, outdoor, trunking, conduit, or direct buried installations.
Q: When should fire survival cables be used over standard power cables?
A: Fire survival cables are essential wherever uninterrupted power is critical during fire incidents, such as in emergency lighting, fire alarms, and life safety systems. They are preferred for projects demanding compliance with international fire safety standards.
Q: What are the benefits of using Low Smoke Zero Halogen (LSZH) cables?
A: LSZH cables emit very low smoke and contain less than 0.5% halogen by weight, minimizing the release of toxic and corrosive gases in a fire. This improves visibility and safety for evacuation and emergency responders.
Q: How are these cables customized according to project needs?
A: Lengths can be supplied in 100 m, 200 m, 500 m, or to custom specifications. Cable sizes range from 1.5 sqmm to 400 sqmm, with a choice of stranded or solid copper conductors and various sheath colors for identification.
Q: What is the usage process for installing fire survival cables?
A: The cables can be installed via trunking, conduit, or buried directly. A minimum bending radius of 12 times the cable diameter should be maintained during installation to preserve cable integrity and performance.