455483-1

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The application field and working principle of 455483-1 are essential to understand before applying it to any task. The crimper system is particularly useful for applications that require repeatable crimp force, accuracy, and reliability, particularly when used with thermoplastic materials or other electronics applications.

The working principle of the 455483-1 is based on an electro-mechanical pressing technology. The system features an actuation block with a pin that is actuated with electrical current. The crimping tool is then placed on the contact and the actuation block presses the pin onto the contact, providing the force and accuracy needed to ensure a secure crimp connection. This actuation block is triggered by an electrical signal, which can be configured to provide a range of crimp forces. This allows the operator to easily adjust the desired crimp force to match the application requirements.

The 455483-1 is designed for use with the most common mating connector styles, including screw-clamp, crimp and compression connectors. Additionally, the system can be adapted to achieve crimp heights of up to 90mm. This allows the system to be used in a wide variety of applications, including wire assemblies, cable assemblies, and it is suitable for applications requiring high accuracy, repeatability, and reliability.

Another key feature of the 455483-1 is its ability to be integrated into automation solutions. This allows for an automated and efficient crimping operation. The system can be equipped with optional features such as automatic position sensing, document storage, and error detection. This ensures the crimps have been performed correctly and reduces the risk of erroneous results. Additionally, it makes it possible to quickly identify any faulty connections or crimp heights that need to be corrected.

Overall, the 455483-1 system provides an efficient, reliable, and cost-effective solution for applications that require repeatable crimp force, accuracy, and reliability. It also provides the flexibility to be used in applications that require a range of crimp heights. The system can be integrated into an automated production line, which can reduce the risk of errors and improve efficiency.

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