Cable for security and alarm systems electro base NMAC-8022 — 8-core copper, 100 m

Shielded cable from electro base, model NMAC-8022, designed for security and alarm system installations. The cable contains eight copper conductors and is supplied on a 100 m spool. It is intended for routing multiple signal and low-voltage power lines in one sheath, providing electrical continuity and organized wiring for sensors, control panels and CCTV power/signal connections in residential and commercial environments.

Advantages

This 8-core copper cable features individual conductors that ensure consistent conductivity and low resistance for reliable signal transmission. The shielded construction reduces electromagnetic interference and crosstalk between cores, supporting stable alarm and video signals. Supplied on a 100 m spool, the cable simplifies planning and reduces joins for longer runs. The multi-core design allows grouped routing of sensor, input and low-voltage power lines, improving installation neatness and serviceability.

Suitable for

• Wiring wired alarm sensors and detectors in residential buildings
• Connecting security control panels and alarm control units
• Running low-voltage power and signal lines for CCTV cameras and accessories
• Structured cabling in small commercial and office security systems
• Replacement or extension of existing multi-core security cable runs

Key specifications

• Conductor material: copper
• Number of cores: 8
• Shielding: overall shield to reduce interference
• Length: 100 m spool
• Suitable for low-voltage signal and power wiring in security systems

How to use

Plan cable routes to minimize exposure to mechanical damage and strong electromagnetic sources. Measure required lengths, cut from the 100 m spool and strip outer sheath and core insulation according to the terminal or connector specifications of sensors, cameras or control panels. Maintain consistent polarity and labeling for each core during termination to simplify commissioning and future maintenance. Use appropriate strain relief, conduit or trunking where the cable passes through walls or near sharp edges to protect the sheath and conductors.

Usage recommendations

For optimal performance, avoid running the cable parallel to high-voltage mains or large motors. Terminate the shield according to the system grounding scheme—typically at one end—to prevent ground loops. Use correct gauge-compatible connectors and test continuity and shielding after installation to confirm signal integrity.