926896-1

926896-1 is an industrial level type multi-purpose contact in use for a wide variety of electrical and electronic applications, both in impact and non-impact environments, which makes it an excellent choice for long term performance. It is designed to perform reliably over long periods of time in various applications, and has been tested to UL/CSA standards.

Application Field of 926896-1

926896-1 has applications in electrical and electronic industries, such as medical, automotive, aerospace, and military applications. It can be used as a signal contact in switches and relays, a carrying contact in solenoids, motors, transformers, and inductive loads, and a power contact in circuit breakers. In addition, 926896-1 is widely used in terminal blocks, test jacks, and industrial relays.

Working Principle of 926896-1

926896-1 has a unique design which permits it to open and close reliably when subjected to high or low-level signals or high frequency signals. The contacts are optimally balanced between their working and rest positions so that when the contact opens and closes, the contact forces remain the same over a wide range of frequency signals. This means that the contacts will remain operational under a wide range of signal conditions.

The contact\'s opening and closing action is facilitated by a spring-loaded arm, which is connected to the contact\'s bottom jaw. The spring-loaded arm applies pressure to the contact\'s top jaw, which in turn forces the contact to open and close. This action is known as the "transverse beam principle", and is accurately adjustable by means of a variable spring set.

Conclusion

926896-1 is an industrially rated, reliable and cost-effective multi-purpose contact. It is designed for use in various electrical and electronic applications, including medical, automotive, aerospace and military applications. Its unique design permits it to open and close reliably when subjected to high or low-level signals or high frequency signals, while its transverse beam principle provides accurate operation under a wide range of signal conditions.