The Pitacs 12 Core 6 Pair Telephone Flex Cable is a low voltage communications cable designed for the interconnection of telephone equipment, communication devices and signalling systems within indoor installations. Suitable for residential, commercial and office environments, this cable provides a reliable wiring solution for telecommunications equipment, communication circuits and low-level signalling applications. Its 6 pair construction offers increased capacity for multiple communication channels, making it ideal for larger installations where additional circuit availability is required.
Manufactured with tinned copper conductors and a durable white PVC sheath, the Pitacs 12 Core 6 Pair Telephone Flex Cable is engineered to deliver dependable signal transmission in fixed internal wiring applications. The six paired conductors allow multiple telephone lines and communication circuits to be accommodated within a single cable run, helping to simplify installation and cable management.
Manufactured to UL758 and produced under ISO 9001 certified quality systems, this cable provides reliable performance and consistent quality for a wide range of telecommunications and communication system installations.
The Pitacs 12 Core 6 Pair Telephone Flex Cable is specifically designed for the interconnection of telephone equipment and communication devices within internal building installations. The 6 pair construction provides substantial wiring capacity for telecommunications systems, making it suitable for installations requiring multiple communication paths within a single cable.
Its tinned copper conductors deliver reliable signal transmission, whilst the compact construction allows for straightforward installation in homes, offices, commercial premises and communication system infrastructure.
The Pitacs 12 Core 6 Pair Telephone Flex Cable provides a reliable and practical wiring solution for indoor telephone and communication installations. Featuring tinned copper conductors, a white PVC sheath and a 6 pair configuration, it is ideal for telecommunications equipment, communication systems and low-level signalling applications where dependable performance and increased circuit capacity are required.
