Fire-Resistive Cable Systems
With the widest portfolio of fire-resistive cable systems in North America, Prysmian Group’s Lifeline® technology offers ease of installation, the best value in the electrical industry, and most importantly, UL-certified code compliance for life safety applications.
Lifeline fire-resistive cables are equipped with unique, ceramified silicone technology designed to allow vital communication and power systems to remain operational during extreme fire conditions.
Lifeline® can take the heat
Watch as our product withstands temperatures of up to 1010 °C.
Maintaining Critical Systems and Circuits
Lifeline fire-resistive cable systems are designed to maintain operation of critical fire alarm systems and emergency circuits against attack by fire and water and are used primarily for:
- Fire pumps
- Emergency Ventilation Systems
- Stairwell Pressurization
- Emergency Lighting Systems
- Back-up power Systems
- Emergency Feeder Cables
- Elevators / OEO
- Distributed Antenna Systems (DAS)
Inside Lifeline Products
Lifeline products feature ceramifiable silicone technology—the hardening of a normal rubber insulating material into an insulating glasslike structure which protects the conductors against attack by fire and water which may be present during fire-fighting efforts.
RHW-2 Power CableToggle Details
Lifeline® RHW-2 Two-Hour Fire Resistive Cables are for use in Life Safety and Emergency circuits in EMT and XW Breathsaver® Phenolic Conduit. They are UL 2196 Certified Fire Resistive Cable for Survivability in a Fire.
Metal Clad (MC) Power CableToggle Details
Lifeline® MC and Lifeline® MC LSZH Two-Hour Fire Resistive Cables are for use in Life Safety and Emergency circuits as self-contained raceways. They are UL 2196 Certified Fire Resistive Cable for Survivability in a Fire.
QFCI Fiber Optic CableToggle Details
QFCI is optical riser rated cable for indoor and outdoor use in vital communication and emergency systems that need to be operational during fire. The cable is LSZH and flame retardant and has a patented design that ensures operation for more than three hours in fires up to 1000ºC per upgraded IEC 60331-25.