The Pitacs 4CEFC 4 Core Enhanced Firecross Cable is an enhanced fire resistant cable designed for critical life safety applications where electrical circuits must remain operational during fire conditions. Suitable for fire alarm systems, emergency lighting installations, voice communication networks and other essential emergency circuits, this cable delivers dependable performance in environments where enhanced fire survival characteristics are required.
Manufactured with solid copper conductors and advanced fire resistant insulation, the Pitacs 4CEFC Enhanced Firecross Cable is engineered to maintain circuit integrity during a fire, helping critical systems continue to function throughout emergency situations. The 4 core configuration provides additional flexibility for more complex control, signalling and monitoring circuits, making it suitable for larger and more sophisticated life safety installations.
Designed for use in commercial, industrial and public buildings, the Enhanced Firecross range offers increased fire resistance for applications where continued operation of safety systems is essential to support evacuation procedures and emergency response.
The Pitacs 4CEFC Enhanced Firecross Cable is designed for installations where the continued operation of emergency systems is vital during a fire. It is commonly specified for life safety systems requiring enhanced fire resistance, helping maintain power and signal transmission when standard wiring systems may fail.
The solid copper conductors provide dependable conductivity and long-term reliability, whilst the enhanced fire resistant construction helps preserve circuit continuity under extreme conditions. The 4 core design is particularly suitable for applications requiring multiple control or signalling functions within a single cable.
The Pitacs 4CEFC 4 Core Enhanced Firecross Cable provides a dependable fire resistant wiring solution for critical life safety and emergency systems. Featuring solid copper conductors and enhanced fire resistant construction, it is designed to maintain circuit integrity during fire conditions, making it ideal for fire alarms, emergency lighting and emergency communication systems where continued operation is essential.
