Flat cable TLWY 6x0.22 c-n-c-c-n-c-… 0240 046 I1

Ribbon cable for electronics and telecommunications connections

The TLWY 6x0.22 ribbon cable is a flexible solution for making permanent connections in telecommunications, electronic devices, and machine control systems. Its design allows easy separation of individual conductors or segments of the ribbon to the required number of wires, significantly simplifying installation and adaptation to specific needs. This is an ideal choice for both professionals involved in installations and end users implementing their own projects.

Construction and application

The cable consists of six flexible, multi-strand copper conductors twisted together to ensure maximum flexibility. Each conductor is insulated with polyvinyl chloride (PVC) in different colors, facilitating identification and organization of connections. This makes the cable suitable for a wide range of devices and installations where precision and connection reliability are essential. It is particularly useful in applications where minimizing the space occupied by cabling is critical.

Key features and benefits

• Flexibility: Multi-strand conductor construction ensures high flexibility, making it easy to route the cable in confined spaces and minimizing the risk of damage during installation.
• Easy installation: The ability to separate individual conductors or ribbon segments allows precise customization to the specific application, saving time and materials.
• Color-coded identification: Color-insulated conductors simplify identification of individual wires, enhancing safety and organization during installation.
• Rated voltage: Designed for operation at 150V – a typical range for most electronic and telecommunications applications.
• Durability: Manufactured from high-quality materials, ensuring long-term and reliable performance under various environmental conditions.
• Dimensions: Cable dimensions of 1.05 x 6.3 mm allow easy adaptation to mounting spaces.
• Conductor cross-section: Conductor cross-section of 0.22 mm² provides adequate conductivity for numerous applications.