0457501111-08-G0-D

Jumper Wires

A jumper wire is a short piece of insulated electrical wire or cable used to make a temporary connection between two points in an electrical circuit. These wires can either be terminated with connectors, or they can be loose and ready for soldering. Generally, they are made from flexible PVC and come in a variety of colors to note the gauge of the wire. Commonly ranging anywhere from 20-32 AWG (American Wire Gauge), jumper wires are useful for quickly connecting two points in a circuit or powering up a device.

Pre-Crimped Leads

Pre-crimped leads are often used as a time-saving alternative to jumper wires. Rather than manually attaching terminals to the ends of the wire, with pre-crimped leads, you’ll have a connector already attached to each end of the wire. This eliminates the need for any additional soldering or crimping, and speeds up the process of connecting two points in a circuit. Pre-crimped leads are also available in the same lengths and gauges as jumper wires.

0457501111-08-G0-D Application Field and Working Principle

The 0457501111-08-G0-D is a multi-conductor jumper wire that can be used to quickly connect two points in an electrical circuit. This jumper wire is composed of eight 22 AWG strands of tinned copper, which are insulated with a polypropylene insulation, and packaged with a width of 0.17 inches and an insulation diameter of 0.029 inches. The wire is UL 1426 approved and can also be used in applications where the National Electrical Code requires wire to be tested and UL listed. This is because the wire has been tested to ensure that it meets the NFPA 79 standards for industrial safety.

The 0457501111-08-G0-D is often used in data, instrumentation, and control applications, where efficient transmission of data signals between two points is required. The multi-conductor jumper wire is designed to help avoid cross-talk and crosstalk interference so that reliable connections are maintained. Additionally, the stranded construction of the insulation helps to minimize the risk of shorts due to abrasion or impact, thus ensuring maximum efficiency of the applications for which it is used.