RS Pro Kynar Hook Up Wire

Brought to you by RS Pro, a range of equipment wire suitable for internal electronic wiring within circuit boards and devices. Supplied with a Kynar insulation, this hook up wire is an excellent addition for your application. All models are highly reliable and excellent quality.

Note

Not suitable for use with the cut-strip-wrap bit and sleeve sets.

Features and Benefits

• Kynar sheath insulation
• Silver plated copper
• Temperature range: -20°C to +130°C
• Resists run back when soldering
• Supplied on a 50 m reel

What is hookup wire?

Hook up wire, or copper wire/equipment wire as it's also called is primarily used for low voltage and current applications. Copper strands are sheathed by a cover, in this case a Kynar cover. And act as the conductor of electricity to power its target. Frequently found within everyday household and workplace appliances, hook up wire is a common occurrence. If a device has multiple wires to operate, hook up wire will usually be installed with different sheath colours on their respective terminals. This is to avoid the confusion of a "spaghetti junction" of wires.

What is hook up wire used for?

This equipment wire can be applied to endless applications. These can range from domestic household appliances, industrial equipment and factory machine. Due to the reliability of the copper conductors, these types of wires are usually the preferred choice with any internal wiring system. As an example, these are some common places you would find equipment wire:

• Circuit boards
• Computer internals
• Mobile phones and other battery operated devices
• Vehicle lights

Benefits of a copper conductor

Copper is the go to metal for nearly all cable. Due to the excellent conduction of electricity it provides. Circuit boards, telephone lines, power cables (including multicore) all use copper as the solid interior of their wire. There are different variations of copper available, such as:

• Silver plated copper
• Annealed copper
• Nickel plated copper
• Tinned copper