Crimpers, Applicators, Presses

Crimpers, applicators and presses are commonly used in a variety of mechanical engineering processes. In particular, they are used for wire and cable processing and fabrication, which require precision and repeatability. The 1891800-1 application field and working principle is one of the most reliable and advanced systems available on the market today, and is being used in a range of applied production processes.

Application Fields

The 1891800-1 application field and working principle offers advantages over other processes due to its ability to be used in multiple applications. This system is used in automotive manufacturing for sealing and electric connectors, in medical device manufacturing where it seals plastic tubing, and in aerospace and defense applications for electrical connectors, magnifying glass, thermocouples, and other sensitive instruments. Additionally, this system can be used for non-destructive testing, for crimping metal wires, strands, and terminal ends, and for fabricating circuit boards where it is used for soldering, filling, and wire harnessing.

Working Principle

The 1891800-1 application field and working principle involves the crimping of wires at the contact points of components in order to form a more secure and efficient joint. This process requires precise and repeatable crimp force to ensure a sustainable and high-quality connection between two components. The system is capable of repeatedly applying the same amount of crimp force to each contact point, with accuracies of up to one percent.

The system works by using a hydraulic ram to press down on the wires at the contact point. This force is applied through a crimp die, which ensures that the crimp force is applied evenly and consistently. The system also allows for the application of multiple crimps with a single stroke of the ram. This makes the process faster, more efficient, and more cost-effective.

Benefits of the 1891800-1 Application Field and Working Principle

The 1891800-1 application field and working principle offers a number of benefits to users. The system is capable of producing reliable, consistent, and repeatable results on a wide range of wire, tubing, and terminal components. Additionally, the system provides users with a cost-effective and efficient solution for crimping and connecting components. This system is also highly reliable and easily maintained, which helps to ensure that it is always available to support production processes.

Conclusion

The 1891800-1 application field and working principle is a reliable and advanced system for crimping, connecting, and fabricating wire and cable components. This system is suitable for a range of applications, including automotive, medical, and aerospace industries, and provides users with a cost-effective solution that is reliable and repeatable. The system is also easily maintained and offers users the ability to apply multiple crimps with a single stroke, making it an efficient and valuable tool in production processes.