Fire-resistant telecommunication cable HTKSHekw FE180/PH90/E90 3x2x2.8 B10153

Fire-resistant telecommunication cable – reliability in critical situations

This halogen-free telecommunication cable HTKSHekw FE180/PH90/E90 is designed to ensure continuous communication even in extreme conditions. Thanks to its special construction, these cables maintain their properties for at least 90 minutes in the event of a fire (PH90), and the insulation remains durable for 3 hours (FE180). This is crucial for alarm systems, evacuation systems and other installations where reliability is a priority.

Construction and application

This cable is equipped with a static screen (ekw) which effectively protects against the influence of external magnetic fields. This ensures a stable and interference-free signal. HTKSHekw FE180/PH90 (E90) cables have been tested according to DIN 4102 part 12 and can be used in E90 cable routes as part of a complete E90 cable system. This is an ideal solution for public buildings, data centers, hotels and all types of facilities requiring a high level of fire safety.

Key features and benefits

• Fire resistance: Ensures continuous operation of installations even during a fire – maintaining functionality for at least 90 minutes (PH90) and insulation durability for 3 hours (FE180).
• Halogen-free: In the event of a fire, it limits the emission of toxic gases, increasing the safety of users and facilitating evacuation.
• Shielding: Static screen (ekw) minimizes the impact of electromagnetic interference, guaranteeing a stable signal transmission.
• Compliance with standards: Tested according to DIN 4102 part 12, confirming its high quality and safety of use.
• Versatile application: Ideal for E90 cable routes as part of an E90 cable system in public buildings, data centers and other facilities with increased safety requirements.
• Conductor cross-section: Conductors with a cross-section of 2.8 mm² provide adequate conductivity and mechanical strength.
• Number of cores: The cable has 6 cores, allowing simultaneous transmission of multiple signals.