The Pitacs 2CEFC 2 Core Enhanced Firecross Cable is an enhanced fire resistant cable designed for critical life safety systems where electrical circuits must continue operating for extended periods during fire conditions. Suitable for fire alarm systems, emergency lighting installations, voice communication networks and other essential emergency circuits, this cable provides a dependable solution for applications requiring a higher level of fire performance than standard fire resistant cables.
Manufactured with solid copper conductors and advanced fire resistant insulation, the Pitacs 2CEFC Enhanced Firecross Cable is engineered to maintain circuit integrity during fire conditions, helping critical safety systems remain operational when they are needed most. The 2 core configuration is ideal for fire detection, alarm signalling and emergency control circuits installed throughout commercial, industrial and public buildings.
Designed for use in life safety installations, the Enhanced Firecross range provides increased fire survival characteristics, making it suitable for systems where continued operation is essential for safe evacuation and emergency response procedures.
The Pitacs 2CEFC Enhanced Firecross Cable is designed for installations where maintaining power and signal continuity during a fire is essential. It is commonly specified for emergency systems that require enhanced fire resistance, helping critical circuits continue operating during evacuation and emergency response situations.
The solid copper conductors ensure reliable electrical performance, whilst the enhanced fire resistant construction provides increased protection against fire-related circuit failure. This makes the cable particularly suitable for buildings and facilities where system integrity is a critical requirement.
The Pitacs 2CEFC 2 Core Enhanced Firecross Cable provides a high-performance fire resistant wiring solution for critical life safety 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.
