Fire-resistant telecommunication cable HTKSHekw FE180/PH90/E90 4x2x1.8 B10135

Fire-resistant data transmission and safety

The HTKSHekw FE180/PH90/E90 telecommunications cable is an advanced solution for installations requiring high fire resistance and ensuring continuous communication in critical situations. Designed for use in public buildings, data centers, industrial facilities, and anywhere reliable telecommunications connections are a priority. This cable is designed to maintain the functionality of the installation for up to 90 minutes in fire conditions (PH90) and maintain the integrity of the insulation for 3 hours (FE180).

Construction and properties

A key feature of the HTKSHekw cable is the presence of a static screen (ekw), which effectively protects against interference caused by external electromagnetic fields. This translates to stable data transmission and minimizes the risk of communication errors. Made of halogen-free materials, this cable minimizes the emission of toxic gases during a fire, increasing user safety and facilitating evacuation. The cables have been tested in accordance with DIN 4102 part 12, which confirms their compliance with the stringent requirements for fire resistance.

Applications and benefits

• Protection in emergency situations: Maintaining the continuous operation of alarm, fire protection and evacuation systems during a fire.
• Data security: Ensuring reliable data transmission in critical applications such as data centers or monitoring systems.
• Installations in public buildings: Meeting fire safety requirements in facilities such as hospitals, schools, office buildings or shopping centers.
• Reduction of toxic gas emissions: The halogen-free construction of the cable increases user safety in the event of a fire.
• Interference resistance: The static screen effectively protects against the influence of external electromagnetic fields.

The cable has 8 cores with a cross-section of 1.8 mm², which provides adequate bandwidth for various telecommunications applications. It can be used as an element of an E90 cable assembly in cable routes with a fire resistance class of E90 – this is crucial when designing safe and reliable telecommunications installations.