Ribbon cable TLWY 7x0.35 k-n-c-b-t-o-z-k-n-c-b-t-o-z-... 0240 008 60

TLWY cable is a flexible solution for connections in telecommunication and electronic devices, as well as control systems. Its construction allows for easy separation of individual wires or groups of wires, which facilitates installation and adaptation to specific needs. This cable is used wherever flexibility and precision of connections are required.

Construction and characteristic features

The TLWY cable is distinguished by its flexibility thanks to multi-strand copper wires, which can be tinned on request. These strands are twisted, which further increases their flexibility and resistance to mechanical damage. Insulation made of polyvinyl chloride (PVC) provides good electrical and mechanical protection. The colors of the wire insulation are arranged according to an established scheme, but it is possible to make a cable with a non-standard color arrangement to order.

The cross-section of the wire in this model is 0.35 mm², and the number of wires is 7. This configuration makes the cable ideal for applications requiring many connections in a small space. This allows installers to efficiently implement projects of varying complexity.

Applications and benefits

TLWY cables are particularly useful in:

• Telecommunication devices: Provide reliable connections in communication systems.
• Control systems: Enable precise control of machines and devices.
• Electronics: Ideal for internal connections in electronic devices.
• Control cabinet assembly: Facilitate the organization and routing of cables inside cabinets.

By choosing a TLWY cable, you gain:

• Ease of installation: The ability to separate individual wires makes it easier to connect to different elements.
• Flexibility: Flexible strands make it easier to route cables in tight spaces.
• Reliability: High-quality materials ensure durable and safe connections.
• Possibility of personalization: Availability of non-standard insulation colors allows you to adapt the cable to specific project requirements.