969M101-8-1-025

Single Conductor Cables (Hook-Up Wire) – 969M101-8-1-025

Single conductor cables or single conductor wires, more commonly referred to as "hook-up wires" are a type of electrical cable designed to provide electrical power between two or more points in an electrical system. Hook-up wires are typically used in applications where a high current or voltage is needed, such as industrial control systems, and lighting, alarm and communication systems. 969M101-8-1-025 hook-up wires, in particular, are ideal for use in any applications within the EU as they are certified according to the European CENELEC standards.

Application Field

969M101-8-1-025 hook-up wires are designed to be used in a variety of applications ranging from industrial machinery to residential lighting. These cables are especially suitable for printed circuit boards (PCBs) and other electrical components in industrial applications, as well as for wiring in homes, commercial buildings and equipment, and even for wires in cars and other vehicles. The low resistance of the cable reduces unnecessary heat generating during operation, making it ideal for use in high-current applications.

Working Principle

Hook-up wires are made up of a single conductor material, usually copper or aluminum, that is wrapped in a protective insulation material. In 969M101-8-1-025 hook-up wires, the insulation is composed of a polyvinyl chloride (PVC) jacket and a braided tin-plated copper conductor. This design is designed to protect the conductor from mechanical and thermal damage, and to reduce the buildup of static electricity. This makes the cables suitable for use in high-temperature environments and ensures a safe and reliable connection between two or more points.

Conclusion

969M101-8-1-025 single conductor cables are some of the most widely used hook-up wires available on the market today. These cables are designed for use in a variety of applications, from industrial machinery to residential lighting, and are certified according to the European CENELEC standards. Their single-conductor design, combined with a protective insulation material, makes them suitable for use in high-current and high-temperature applications, and provides a safe and reliable connection between two or more points.