Fire-resistant telecommunication cable HTKSH 4x2x0.5 TN0250

Fire-resistant telecommunication cable – reliability and safety of installation

HTKSH 4x2x0.5 cable is a halogen-free telecommunication cable, designed to ensure safe and reliable signal transmission in telecommunication installations. Manufactured by the renowned company BITNER, this cable meets high standards of quality and safety, making it an ideal choice for both professional installers and end customers.

Construction and application

The HTKSH cable is characterized by a 4x2x0.5 construction, which means it consists of four bundles, each containing two cores with a cross-section of 0.5 mm². This construction provides flexibility and ease of installation in various conditions. It is intended for use in telecommunication systems requiring high fire resistance and minimal emission of toxic substances during combustion. Thanks to the use of halogen-free materials, this cable is safer for human health and the environment.

Safety and compliance with standards

One of the key features of the HTKSH cable is its fire resistance. It meets the EN 60332-1-2 standard confirming its flame-retardant properties. Additionally, the cable complies with the EN 50267-2-2 standard regarding halogen-free materials. Low smoke emission (according to EN 61034-2) further increases safety in the event of a fire. This makes this cable suitable for public facilities, residential buildings and anywhere where high fire safety standards are required.

Halogen-free insulation reduces the risk of toxic gas formation during combustion. Fire resistance limits the spread of fire in the event of a fire. Flexible construction facilitates installation and cable routing in tight spaces. Compliance with standards guarantees meeting safety and quality requirements. The cable has 8 cores providing an adequate number of conductors for various telecommunication applications. The core cross-section of 0.5 mm² is optimal for many telecommunication applications, providing good signal quality while maintaining cable flexibility.