Control cable BiT 1000 CH 3x2x1.5 H61343

BiT 1000 CH Control Cable – Reliability and Safety in Every Circuit

The BiT 1000 CH control cable is a professional-grade solution designed for experts and demanding users requiring a reliable system for control and signaling. Manufactured from high-quality materials, it ensures safe and efficient signal transmission across a wide range of applications. This cable is particularly valued for its flexibility and durability, translating into easy installation and long service life.

The BiT 1000 CH features a shielding design consisting of a braid of tin-coated copper strands, effectively minimizing electromagnetic interference. Numbered cores simplify identification of individual conductors during installation and maintenance. As a result, the cable performs exceptionally well in both indoor and outdoor installations, as well as in underground environments.

Construction and Properties

This cable has been engineered for universal application. Made from halogen-free materials, it meets stringent fire safety standards. Paired conductors enhance mechanical resistance and facilitate routing in confined spaces. The cable’s flexibility allows for easy installation even in complex systems. The nominal conductor cross-section is 1.5 mm², with a total of 6 cores — meaning it is a 3x2x1.5 configuration.

• Halogen-free insulation: Enhanced safety in case of fire — reduced emission of toxic gases.
• Copper braid shield: High resistance to electromagnetic interference, ensuring stable signal transmission.
• Numbered cores: Easy identification of wires during installation and servicing.
• Flexibility: Facilitates routing even under challenging conditions.
• Mechanical resistance: Paired conductors increase resistance to damage.
• Universal application: Suitable for indoor, outdoor, and underground installations.

The BiT 1000 CH cable is the ideal choice for installers seeking a high-quality product that meets the expectations of even the most demanding clients. Its robust construction and advanced properties guarantee reliable, long-term performance with minimal risk of system failures or downtime.