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Terminals - Wire Splice Connectors

Wire splice connectors are a type of terminals that are designed for joining wires without the need for additional solder or cords. The connectors are designed with an insulation-displacement contacts (IDC) and have multiple contact points along one side, allowing multiple wires to be terminated into one connector.

Application Field

Wire splice connectors are widely used in a variety of applications, such as computer systems, communication systems, automotive systems, alarms and security systems, instrument controls, and other related systems. The connectors offer a range of benefits, such as being easy to install, economical, reliable, and having superior performance.

Working Principle

Wire splice connectors consist of two connector parts, known as a terminal block and a terminal lug. The terminal block is inserted into the end of the wire, and the terminal lug is inserted into the other end. When pressure is applied to the terminal block, the insulation-displacement contacts in the connector move, cutting and pushing the wires apart to ensure a firm connection. The pressure applied to the connector must be to the specified amount in order to ensure a secure connection. Additionally, the terminal lug is designed to swivel slightly in order to adapt to wire size and shape variances.

Wire splice connectors are available in a range of sizes and shapes, including standard, natural, high-crown, and low-profile. Depending on the application, it might be necessary to use different sizes and shapes in order to ensure a secure connection. Additionally, it is important to note that these types of connectors should not be used for high current or high voltage applications, as they are not designed to handle these types of power loads.

Conclusion

In conclusion, wire splice connectors are an efficient and reliable way of connecting wires without the need for solder or cords. The connectors are designed with insulation-displacement contacts and are available in a range of sizes and shapes. While these types of connectors are suitable for most applications, they should not be used in high current or high voltage applications, as they are not designed to handle these types of power loads.

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