328858

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Terminals - Wire Splice Connectors provide an electrical connection between two wires. The wire splice connectors are typically used when a damaged wire is encountered. The most common example would be when a wiring harness has been damaged due to an improper installation or due to a harsh environment.

This system works by separating the wire from the existing end and then inserting the two ends into the wire splice connector. Inside the connector, the electrical connections are made and secured to ensure an optimal electrical connection. Depending on the connector type, additional components may be necessary in order to secure the connection.

The 328858 application field and working principle is a wire splice connector that is used in a variety of applications. This type of connector is particularly useful when splicing into an electrical device that can be difficult to access and requires additional conductivity. This connector is designed to fit directly onto the terminals of a device, making it easy to place and maintain the connection.

The connector provides excellent electrical conductivity and is capable of carrying high currents. Additionally, it is extremely reliable and can withstand temperatures up to 300°C (572°F). The connector is constructed of a special metal alloy that ensures that the connection is strong and secure without any risk of damage from vibration or other stress. It is UL approved for use in hazardous locations, and is capable of carrying currents up to 25A.

The 328858 application field and working principle is a highly versatile and effective system for transferring current from one wire to another. Its ability to be used in all types of applications makes it a great option for all types of splice applications. Additionally, its lightweight and durable nature ensures that it can be used in a variety of different environments without worry of damage or failure. It is an economical option that provides superior electrical performance, making it a great choice for any wire splice application.

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