Kalinga Gold Unarmoured Telephone Cable (90 m) - 20 Pair

The Kalinga Gold Unarmoured Telephone Cable with 20 pairs is a robust and high-capacity communication cable designed for transmitting telephone signals over medium to long distances. With a length of 90 meters, this cable is suitable for a variety of indoor and outdoor telephone wiring applications, providing extensive coverage for residential, commercial, and industrial communication systems.

Despite lacking an armoured layer, the cable is constructed with materials that offer sufficient protection against environmental factors such as moisture, dust, and mild mechanical stresses. Its durable design ensures reliable connectivity and signal transmission, making it suitable for various installation scenarios.

Each of the 20 pairs of conductors within the cable is individually insulated to prevent signal interference and crosstalk between pairs. The twisted pair configuration helps minimize electromagnetic interference (EMI) and ensures clear and reliable voice transmission.

The insulation materials used in the cable's construction are chosen for their resistance to environmental factors and electrical performance, ensuring long-term reliability and signal integrity. The cable may also feature color-coded insulation for easy identification and termination during installation.

Installation of the Kalinga Gold Unarmoured Telephone Cable with 20 pairs is straightforward, offering flexibility in routing the cable through conduit, ducts, or cable trays as needed. It is important to follow proper termination techniques to ensure dependable connectivity and optimal signal transmission.

In summary, the Kalinga Gold Unarmoured Telephone Cable with 20 pairs provides a high-capacity and cost-effective solution for telephone wiring installations requiring protection against environmental factors. Whether used in residential, commercial, or industrial settings, this cable delivers dependable performance and clear voice transmission for various communication applications.