The Pitacs 8 Core Alarm Cable is a dependable low voltage signal cable designed for security, alarm and control system installations. Ideal for intruder alarms, access control systems, CCTV integrations, door entry systems and other low voltage signalling applications, this cable provides reliable performance for residential, commercial and light industrial environments. The 8 core configuration offers enhanced flexibility for more complex security systems, allowing multiple signals and control functions to be accommodated within a single cable run.
Manufactured with solid copper conductors and colour-coded insulated cores, the Pitacs 8 Core Alarm Cable is designed to deliver consistent signal transmission and long-term reliability. Its flexible construction makes installation straightforward in conduit, trunking, wall cavities and other building infrastructure, helping installers achieve neat and professional wiring solutions.
The additional cores make this cable particularly suitable for larger alarm systems and installations where future expansion may be required, reducing the need for additional cable runs and simplifying overall system design.
The Pitacs 8 Core Alarm Cable is designed for low voltage signalling applications where multiple connections are required between security devices and control equipment. It is commonly used to connect alarm panels, PIR detectors, magnetic contacts, keypads, access control systems and other security devices throughout a building.
The 8 core configuration provides additional capacity for more sophisticated installations, supporting multiple signal paths and control functions whilst maintaining a tidy and efficient cable infrastructure.
The Pitacs 8 Core Alarm Cable provides a versatile and reliable wiring solution for modern security and alarm installations. Featuring solid copper conductors, colour-coded insulated cores and an 8 core configuration, it is ideal for connecting alarm panels, detectors, access control equipment and other low voltage security devices where dependable signal transmission and installation flexibility are essential.
