1718560002 Connectors, Interconnects

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1718560002 is a rectangular header connector. This connector is widely used for applications such as industrial automation, instrumentation, military, medical equipment, and networking. The connector features a robust construction, excellent contact reliability, and a simple wiring scheme.

The rectangular header connector 1718560002 has a pin size of 2.0mm with an insulated pin height of 3.0mm and a pin contact area of 0.3mm. This connector features an insulated body which is made of UL94V-0 rated materials. It is rated for up to 300V at 4A. The base material used for the connector is copper alloy which gives it superior electrical and mechanical performance. The connectors are capable of withstanding temperatures up to +125°C, and the pins can be configured to be soldered or crimped. The male pin connector features a self-lock, low-profile latch which prevents accidental disconnection of the cable.

The 1718560002 rectangular header connector works on the principle of electrical current flow. When the electrical current is applied to the connector, the pins get energized thereby transferring power from one connector to the other. The connector\'s latch, or self-lock feature, prevents accidental disconnection of the cable from the connector.

The 1718560002 connector is ideal for applications which require a robust solution. Its simple wiring scheme and superior contact reliability make it a great choice for a wide range of applications. Its simple wiring scheme and the self-lock feature make it a reliable and secure solution for applications which require reliable connectivity.

The 1718560002 connector can be used in many applications, such as industrial automation, instrumentation, military, medical equipment, and networking. It is also a great choice for applications which require reliable and secure connections. Its superior construction and insulation make it a reliable and secure solution for many applications. These features make it an excellent choice for a wide range of applications.

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