Fire-resistant telecommunication cable HTKSHekw 14x2x1.0 TN0362

Fire-resistant telecommunication cable – reliability and safety in one

This halogen-free telecommunication cable with shielding is designed for telecommunication installations requiring high fire resistance. The cable construction provides not only effective signal transmission but also safety in the event of a fire, minimizing the emission of toxic gases. The HTKSHekw cable is particularly recommended for use in public buildings, data centers and anywhere where higher fire safety standards are required.

Construction and application

The cable is characterized by a construction with 14 pairs of wires, each consisting of 2 conductors with a cross-section of 1.0 mm². This configuration allows for flexible use of the cable in various telecommunication installations. The cable shielding minimizes electromagnetic interference, ensuring stable data transmission. The halogen-free outer jacket guarantees safety – in the event of a fire, the cable does not release toxic gases, which facilitates evacuation and reduces environmental damage.

• Fire resistance ensures the continuity of operation of the installation even in extreme conditions.
• Halogen-free minimizes the risk of poisoning during a fire and reduces corrosion of equipment.
• Shielding protects against electromagnetic interference, ensuring stable signal transmission.
• Flexibility makes installation and cable routing in tight spaces easier.
• Wire cross-section of 1 mm² is optimal for most telecommunication applications.
• Construction with 28 wires allows for the implementation of extensive telecommunication installations.

Installation and operation

Installation of the HTKSHekw cable is comparable to the installation of standard telecommunication cables, but it is important to exercise particular caution due to its fire-resistant properties. Using appropriate tools and following safety rules during installation will ensure proper system operation for a long time. This cable is perfect for both new installations and modernization of existing telecommunication networks.