Flat cable TLWY 6x0.35 black-white 0240 007 07
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TECHNICAL DATA
Sales unit dimensions and weight: 1 m
Flat cable TLWY 6x0.35 black-white 0240 007 07
Ribbon cable for connections in electronic devices
The TLWY 6x0.35 black-white ribbon cable is a flexible solution for making permanent connections in telecommunications systems, machine control circuits, and within electronic devices. Its design allows for easy separation of individual wires or groups of wires, simplifying installation and adaptation to specific requirements.
Construction and characteristics
The cable consists of six flexible, multi-stranded copper wires, twisted to ensure flexibility and durability. The wires are insulated with polyvinyl chloride (PVC) in black-and-white coloring, facilitating identification of individual conductors. The cross-section of each wire is 0.35 mm², providing adequate conductivity for a wide range of applications. The use of soft copper wires of Class 5 (compliant with PN-EN 60228) ensures excellent flexibility and resistance to repeated bending. Zinc-coated wires are available upon request, enhancing corrosion resistance in harsh environmental conditions.
Applications and benefits
- Easy installation: The cable design enables fast and precise connections in electronic devices and control systems.
- Flexibility: Flexible wires facilitate routing in confined spaces and minimize the risk of damage during installation.
- Versatility: Suitable for a broad range of telecommunications and electronic equipment and installations.
- Wire identification: Black-and-white insulation color scheme simplifies differentiation of individual conductors during installation and servicing.
- Customization: Option to order zinc-coated wires increases corrosion resistance, which is critical under specific operating conditions.
Additionally, important physical parameters include a mass of approximately 20.2 kg/km (for a 1 km length). This is essential information for planning installations and material transport. This cable is particularly recommended in applications where connection precision and adaptability to changing operational conditions are critical.