H4BXT-10105-A6

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H4BXT-10105-A6 is a jumper wire set with pre-crimped leads. These wires offer an economical solution for wire harnessing where quick connection and disconnection is needed without the need for crimping tool use. These wires are able to connect into places with a drilling or space limitation that would not be convenient for a standard crimping tool.

The H4BXT-10105-A6 jumper wires are produced by welding, crimping, forming and other processes. They are produced with various insulation materials, such as PVC, Teflon, Silicone or other insulators.The studs of these jumper wires can be welded, soldered or can be metal crimped, according to the needs.

The H4BXT-10105-A6 jumper wires are used often in the automotive industry on ECUs in the diagnostics and control, but are also used in medical, aerospace and industrial applications. These pre-crimped leads are the most efficient method for short-term applications, or when quick connection and disconnection is important.

The H4BXT-10105-A6 jumper wires have a maximum current rating of 25A and an insulation voltage of 600V AC, making them ideal for electrical applications which require a high-power connection in constrained environments. The jumper cables come with both male and female connectors, which ensure a secure connection no matter the application.

The working principle of the jumper wire is quite simple. The pre-crimped part of each jumper connects with the device or circuit, and the un-crimped section of the wire then serves as a connection point. This allows for easy connection between two devices or circuits without the need of manually crimping or soldering. The connection is also secure and reliable, as the crimping pins provide a tight fit.

The H4BXT-10105-A6 jumper wires provide a reliable and convenient connection solution for any circuit project. They are useful for quick connections and disconnections without the use of time-consuming and expensive crimping tools, and the leads are also insulated to ensure a secure connection at high power and/or high voltage levels.

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