Test lead wire is a collection of strand wires, ideal for test leads, assemblies, patch cords and test fixtures. It's available in a range of insulator options, lengths and colours to suit all testing needs. It's used in research laboratories and in training workshops, as well as for electronic testing.
What is test lead wire made from?
Made up of a bundle of fine strands of conductive copper, test lead wire is covered with either a PVC or silicone sheath jacket that acts as an insulator. This gives the wire protection as well as the flexibility it needs for any application.
Choosing the right test lead wire
The two most important factors to consider then choosing your test lead wire are the type of wire insulation and the wire stranding. A range of insulation choices is available and includes silicone, PVC and silicone rubber. A silicone insulation gives more flexibility and is suitable for use in high temperature environments. It's also ideal for use with high currents. Test lead wire is supplied in a range of different lengths and gauges, allowing it to be cut or assembled as required.
Description:
The RS PRO harsh environment wire has a
1mm² cross-sectional area, red sheath and 25m long reel. The conductor of wire is made of copper with highly flexible silicone insulation and the silicone ash produced after burning insulates the wires ...
Description:
From Lapp, the OLFLEX HEAT is a single
core cable with excellent temperature resistance. It features a silicone based insulation that makes it ideal for use in high temperature environments where conventional core insulation will brittle.The cable has a flexible ...
Description:
Introducing the range of RS PRO equipment wires,
ideal for use across a wide variety of electrical power, lighting and internal wiring applications. The flexible hook up cable can be used for reliable cable connections in a neat and well-organised ...
Description:
Silicone-insulated stranded cablesNotch-resistant insulationHighly twisted copper stranded conductorsParticularly
well-suited to test leadsHigh flexibility, maintained within a temperature range of -50°C → +180°CHighly resistant to contact with soldering irons.