1301460116

Power entry connectors are a group of products used to enable secure and reliable supply of power to electronic equipment. They can include inlets, outlets, modules and a variety of other components. Connectors of this nature are widely used in applications ranging from domestic, industrial and commercial to military. The following sections explain the application fields and working principles of model 1301460116.

Application Fields

The 1301460116 power entry connector is a good choice for use within a wide range of applications. It is suitable for household appliances, industrial machinery, medical equipment, office equipment, power supplies and many other electronic devices. It is adept at managing harsh environments, such as ones involving significant levels of dust, humidity, moisture and temperature. This model has a very low contact resistance that is suitable for high power equipment that operates at more than 50 A.

Working Principles

The 1301460116 power entry connector has a two-pole design. Its spring-loaded contact pins enable a secure connection to equipment, while its hard-wearing shell protects the connection from environmental elements. The contacts of this model are made from a copper alloy, enabling a secure, reliable and durable connection. The plastic of the body of the connector is also highly reliable and durable, making this a great choice for long-term applications.

When connected, the spring-loaded contact pins retract and make contact with the equipment. As the pins make contact, an electrical current is established, providing power to the equipment. The combined force of the spring and the pressure of the contact pins results in a secure, reliable and durable connection. The body of the connector is also designed to protect against dust, moisture, temperature and other elements.

Conclusion

The 1301460116 power entry connector is suitable for a wide range of applications and is adept at managing harsh environments. Its two-pole design, spring-loaded contact pins, copper alloy contacts and hard-wearing shell make it a secure, reliable and durable way to transfer power to electronic equipment. It is easy to install and requires no special skill sets or tools.