Power cable BiTinstal H 0.6/1 kV 4G2.5 RE B64057

BiTinstal H Power Cable – Reliability and Installation Safety

BiTinstal H 0.6/1 kV is a halogen-free power cable designed for internal installations. It features high flexibility and resistance to external factors, making it an ideal solution for both professional installers and end users. Manufactured from high-quality materials, it ensures safe and long-term power supply in residential, commercial, and industrial buildings.

Construction and Properties

The BiTinstal H cable has a four-core (4G) construction with conductors of 2.5 mm² cross-section. The insulation, made of cross-linked polyethylene (XLPE), guarantees excellent dielectric properties and high temperature resistance – up to 90°C for fixed installations and up to 50°C for movable connections. Cable cores are color-coded for easy identification during installation. Additionally, the cable complies with EN 50267-2-2, confirming its halogen-free nature: in case of fire, it limits the emission of toxic gases, enhancing user safety. The fire reaction class is B2ca, indicating good protection against flame spread.

Applications and Benefits

The BiTinstal H cable performs excellently in electrical installations where high quality and safety are required. It is particularly recommended for:

• Lighting installations: Ensures stable power supply to lighting points.
• Electrical sockets: Enables connection of electrical devices with varying power ratings.
• Power circuits for AV and household appliances: Guarantees safe operation of home appliances.
• Installations in public spaces: The cable’s halogen-free composition increases safety in case of fire.
• Modern electrical installations: Meets requirements for low smoke and toxic gas emission.

By choosing the BiTinstal H cable, you invest in a reliable solution that ensures safe and efficient operation of your electrical installation for many years. Its robust construction and compliance with current standards guarantee peace of mind and minimize the risk of failures.