823-S1-014-30-013101

Rectangular Connectors - Spring Loaded are ideal for locking devices in a secure position. 823-S1-014-30-013101 is one of them. This article will explain the application field and working principle of 823-S1-014-30-013101 in detail.

Application Field

823-S1-014-30-013101 is a spring loaded mating connector designed for fastening applications. It is often used in providing secure connections between cords, ports, plugs and other fixtures, and for installing loading diodes, pressure switches, contactors, etc. Additionally, this connector is popular for applications in industrial control products, weighing scales, medical equipment, robotics, aeronautics, e-house equipment etc.

Working Principle

The 823-S1-014-30-013101 has a compact and simple design and it works by the principle of an internal spring force. The body and contact supports both have two ends with spring pins set inside them. A central ring is equipped with a lock clip which is spring operated. The clip will be released when it is rotated and then it will drive the two contacts to move outward. When the two ends are mated, the two contacts will remain in place due to the spring force. Thus, a secure connection is achieved.

The 823-S1-014-30-013101 connector features an efficient locking system that allows it to provide a firm and robust connection. It is made of a hard polyurethane material that is not affected by water or corrosion. Its design allows it to operate at a wide temperature range, reaching up to -60°C to +125°C. Additionally, the connector also has a good electrical insulation value, which helps to make sure that the connection is stable and secure.

Conclusion

823-S1-014-30-013101 is one of the most reliable and versatile spring loaded rectangular connectors which has various application fields. It has a unique locking system compared to other rectangular connectors and is made of durable materials. Therefore, it offers excellent durability and reliability for a wide range of operations in different industries.