Jumper Wires

Jumper wires are cables that are used to interconnect two different electrical components, allowing for a certain type of electrical current to flow between them. They are typically composed of insulated wire and feature an inner core, usually made of copper or other metal. These types of wires often have a single end that is terminated with a plug, while the other end is left open. These open ends are used to create a connection between the two different components, usually of a bulkier nature. Normally, these wires come in a variety of lengths, colors and sizes; depending on the application.

0430300003-10-W4 Application Field

The 0430300003-10-W4 jumper wires are designed specifically to be used in automation electronics in the industrial field. They are able to handle temperatures up to 500 degrees C, making them perfect for extreme heating and cooling situations. The wires are terminated with 4mm pinch-on connectors for added security, allowing for firm connections. They can be used to connect circuit boards, relays, sensors, motors and other components in automated production lines. This type of jumper wires is ideal for use in production line equipment that requires a large amount of connections.

Working Principle

The working principle of the 0430300003-10-W4 jumper wires is relatively simple. The wires are equipped with a core featuring high-temperature insulation, which enables them to handle a variety of temperatures. This helps prevent the wire from overheating or otherwise being damaged. The core is also protected by an outer coating of durable material that provides extra protection from corrosion, dirt, and any other environmental debris. The ends of the wires are terminated with 4mm pinch-on connectors, which allow for a strong and secure connection between components. The length of the wires ranges from 10 meters up to 20 meters, depending on the application.

To use the 0430300003-10-W4 jumper wires, the two ends of the wire must be correctly connected to the components that require power. The open end of the wire should then be placed in contact with the 4mm pinch-on connector of the component. The connectors will then create a secure electrical connection that will allow for current to flow between the components. After the connection has been made, the electrical circuit is complete and the components can start working in unison.