Fire-resistant telecommunication cable HTKSHekw FE180/PH90/E90 1x4x1.0 B10148

Fire-resistant telecommunication cable – safety and reliability of connections

The HTKSHekw FE180/PH90/E90 telecommunication cable is an advanced solution designed for installations requiring a high level of fire safety. The cable's construction, utilizing halogen-free materials, minimizes the emission of toxic substances in the event of a fire, which translates to increased safety for users and installers. This is particularly important in public buildings, data centers, industrial facilities, and anywhere high fire protection standards are required.

Construction and properties

The HTKSHekw cable is characterized by a solid construction ensuring reliable operation even in extreme conditions. It has copper conductors with a cross-section of 1 mm², which guarantees adequate conductivity and efficient signal transmission. Four cores provide flexibility in installation configuration. A static screen (ekw) effectively protects against electromagnetic interference, ensuring signal stability. The cable has been designed to meet stringent fire resistance standards – it maintains electrical functions during a fire (EN 50200, DIN 4102-12) for at least 90 minutes (PH90) and maintains insulation integrity for 3 hours (FE180).

Application and benefits

This fire-resistant telecommunication cable finds application in a wide range of installations:

• Fire alarm systems: Provides reliable connections in alarm and evacuation systems.
• Alarm control panels: Enables safe transmission of signals from fire detectors.
• Public utility facilities: Ideal for use in hospitals, schools, offices and other places with high traffic.
• Industry: Performs well in industrial environments exposed to high temperatures and fire risk.
• E90 cable routes: Can be used as an element of E90 cable assemblies in accordance with DIN 4102 part 12.

By choosing the HTKSHekw FE180/PH90/E90 cable, you are investing in the safety and long-term reliability of the telecommunications installation. Its halogen-free construction minimizes the risk of toxic gas formation during a fire, and its high fire resistance ensures the continued operation of critical systems even in critical situations. Additionally, the shielding protects against electromagnetic interference, guaranteeing stable signal transmission.