OSTT7120350

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Terminal Blocks - Wire to Board refer to devices which serve as the interface between a wire connection and a board. By providing an easy and secure interface through which two individual components can be connected, it can be of great use for fields needing the dispensation of varied amounts of power. OSTT7120350 is a type of terminal block product which is designed for both power and control applications needing up to 750 volts and is an example of this practical technology. This article will seek to explain both the application fields and the working principle of the OSTT7120350.

Application Field

The Field of power delivery is one of the most typical application fields for OSTT7120350 terminal blocks. This terminal block can act as an interface between an industrial power cable and a large current board. This connection is able to bear 750 volts and continual current supplies of up to 150 amperes. This makes the terminal block a perfect option for a wide variety of applications like commercial electronics, household electronics, and even large industrial applications like power plants.

The OSTT7120350 is also suited as a bridge in control applications. In these types of application, the terminal block is able to be connected to power boards and control cables that link them to machinery. The OSTT7120350 fits these application fields perfectly because it is designed for both singular and doublesided through-hole boards.

Its small size and dual sided interface make it a perfect fit for control application fields. That means that it can be applied not only to the manufacturing of controllers, but to a wide variety of other scenes like elevators, escalator controllers and even ccar controllers.

Working Principle

The OSTT7120350 makes use of crimping technology and tab power delivery. This offers improved contact stability, along with allowing higher power delivery. The terminal block itself facilitates an insulated connection, while a busbar is used to provide metal contact. With the connecting of the OSTT7120350, the insulation and contact points will be increased. This helps to make sure that all connections are reliable.

The OSTT7120350’s dual side structure and functional design allows the different components within it to be arranged differently. Whether they are arranged in a row or in a vertical structure, the separated components enable each individual component to be effectively connected, allowing for high levels of efficiency in delivery. The tabs themselves facilitate a secure connection between the two components.

The OSTT7120350 also features a protective dust cover which serves to protect the contact points of the connections. This means that the connection produces no risk of corrosion or other kinds of damage. This ensures that the connection stays waterproof and effective.

In addition to this, the OSTT7120350 also has an improved safety, thanks to the advancement of its mechanical formular. It features an innovative self-locking system which further elevates stability and connection security.

Conclusion

The OSTT7120350 is an excellent example of the kind of terminal block technology that is being developed to fit a wide variety of applications including power delivery and control applications. It offers improved contact stability and a small but highly efficient design. The innovative design of the OSTT7120350, along with a few other safety features added, help to ensure that the connections between two components are secure and durable.

The specific data is subject to PDF, and the above content is for reference