464112-2

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464112-2 are crimping applicators used to apply force to a connector in order to achieve an appropriate electrical connection. They are accessories of crimping and pressing tools and essential for making secure and reliable electrical and electronic connections. 464112-2 is an affordable yet powerful accessory that enables a range of applications.

This applicator typically comprises of a frame with integral connector supports, allowing a connector to fit through from either side. Handles, either mechanical or digital, are then used to compress the frame and force the connector into the desired position. 464112-2 can also be supplied with interchangeable upper dies to allow for the use of different connector sizes and types.

The working principle of the 464112-2 is quite simple and effective. It works by pressing the connector firmly into the connector base. The force applied is directly proportional to the force applied by the handle. The force is also adjustable according to the size and type of connector being used.

The main advantages of 464112-2 are its accuracy and repeatability. Its ability to apply a uniform force across multiple connectors makes it especially useful for applications such as crimping, attaching connectors, and installing wires and cables. It is also highly convenient, and requires minimal setup time, making it an ideal choice for applications where speed and accuracy are important.

The main applications of 464112-2 are in the fields of electronics and electricals, such as in automotive wiring, aviation and aerospace, instrumentation, and telecommunications. Its wide range of applications and versatility make it an invaluable tool for the efficient assembly and wiring of components.

In conclusion, the 464112-2 is a highly efficient and cost-effective accessory for applications that require accurate and repeatable force application. Its superior accuracy and repeatability make it an ideal choice for a wide range of applications, making it an essential and invaluable tool for the efficient assembly of components.

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