Control cable LiHH 7x0.75 mm² gray 0453 014 10

LiHH Control Cable – Reliability in Automation and Control Systems

LiHH control cable 7x0.75 is an advanced solution designed for a wide range of applications in control, signaling, monitoring, and data transmission systems. It performs reliably in industrial installations, measuring technology, and computer systems alike. Its construction and materials ensure dependable operation even under demanding conditions.

Safety and Flexibility First

LiHH cables feature a halogen-free design, significantly enhancing safety in case of fire. This means reduced emission of smoke and corrosive gases, along with flame-retardant properties. This is especially critical in applications where the safety of personnel and equipment is paramount. Additionally, the cable offers high flexibility while maintaining excellent mechanical strength, simplifying installation and cable routing even in confined spaces.

Construction and Application – Key to Performance

The cable consists of seven flexible, multi-stranded copper conductors with a cross-section of 0.75 mm². Each conductor is insulated with halogen-free (HFFR) compound, ensuring superior dielectric properties and resistance to external factors. The conductors are twisted in layers and enclosed in a gray (RAL 7001) halogen-free outer sheath. This construction makes the cable ideal for both fixed installations and moving connections—including within rail and tram vehicles. The availability of an intrinsically safe version (TECHNOTRONIK IB-LiHH) further expands its application range.

• Wide application: Ideal for control, signaling, monitoring, data transmission, and measuring systems.
• Safety: Halogen-free construction minimizes the risk of toxic gas release during fire.
• Flexibility: Facilitates installation and routing even in challenging environments.
• Durability: Ensures reliable long-term performance.
• Versatility: Suitable for both fixed and mobile installations, including rail transport.
• Intrinsically safe version available: Extends application to potentially explosive environments.