Introduction

LCCX2-14BF-E is a kind of terminal connector, also called rectangular connector. It is widely used in a variety of fields, including the automotive industry, medicine, and electronic equipment assembly. Furthermore, it has outstanding performance such as shock resistance, high stability and durability. Listed below will be an introduction of the application fields and working principles of LCCX2-14BF-E.

Application Field

Automotive Industry:

LCCX2-14BF-E is used in automotive industry both as an input/output or ancillary port. It is mostly used on auto navigation systems, car audio dashboards, center consoles, and rear view mirrors. It is also used in electronic injection systems, providing reliable and stable electrical connections.

Medical Industry:

LCCX2-14BF-E is used in medical industry on both electrical and body protection equipment. It is commonly used in the medical examination and treatment device, improve the performance of the medical device while ensuring it\'s safety. Medical stands, imaging systems, and production devices are also connected by LCCX2-14BF-E.

Electronic Equipment Assembly:

LCCX2-14BF-E can be used to assemble various types of electrical equipment, enabling them to run more stably. Electronic controllers, UPS batteries, signal monitoring system, and so on, all need the reliable electrical connection provided by LCCX2-14BF-E.

Working Principle

The working principle of LCCX2-14BF-E lies in its structure. The terminals are arranged in two rows, allowing easy connection of wires. Here you may need the crimping pliers and terminals sets to help. The contacts are made through pressure exerted on the electrical wires and terminals, which ensures stable electrical connection. The contacts have sufficient contact pressure to ensure durability, and an air gap can avoid short circuit. In addition, the outer cover of LCCX2-14BF-E features dustproof and waterproof functions.

Conclusion

In conclusion, LCCX2-14BF-E is a kind of terminal connector, which has wide applications in the automotive industry, medical industry, and electronic equipment assembly. Its working principle is realized by the pressure exerted on electrical wires and terminals, enabling a reliable and durable connectivity.