ACT TD608W modular flat cable 8-core white 100m

Modular flatcable in white, 8 conductors (also available in 4 or 6 conductor variants). Each conductor is made from stranded wire (7 strands of 0.16 mm), corresponding approximately to AWG26. Supplied on a 100 meter drum, the ACT TD608W flatcable is intended for modular wiring installations where a low-profile, multiconductor cable is required.

Advantages

The cable offers a compact, flat profile that simplifies routing in confined spaces and keeps multiple conductors organized. Constructed with 7x0.16 mm stranded conductors for flexibility and improved fatigue resistance compared with solid cores. The white jacket provides a neutral appearance suitable for residential and commercial environments, and the 100 m drum format supports longer runs without splicing.

Suitable for

• Telephone and intercom installations
• Modular low-voltage signaling and control wiring
• Patch panels and custom multi-conductor harnesses
• Electrical installations in cabinets and behind panels where a flat profile is preferred

Key specifications

• Brand: ACT
• Model / MPN: TD608W
• Conductors: 8 (also available in 4 or 6 conductors)
• Conductor construction: stranded 7 x 0.16 mm (approx. AWG26)
• Length: 100 m drum
• Colour: White

How to use

Measure and cut the required length from the 100 m drum. Strip the outer jacket and individual conductor insulation to the appropriate length for termination. Terminate conductors to connectors, screw terminals, or solder points according to the wiring diagram of your installation. Route the flatcable along the chosen path, securing it with appropriate clips or ties while avoiding sharp bends that could damage the conductors.

Recommendations

For reliable performance, avoid running the flatcable parallel and close to high-voltage power lines to minimise interference. Use cable clips or adhesive mounts to keep the flat profile flat against surfaces, and maintain bend radii larger than the conductor diameter to prevent internal stress. Verify conductor assignment before final termination.