Rectangular connectors are widely used in the industrial world to interconnect two or more systems or components as an efficient and reliable solution. One of the most popular rectangular connectors is the LCAX3/0-38-X, which is designed for harsh environments and often used in the transportation and commercial vehicle markets. This article will provide an overview of the application field and working principle of the LCAX3/0-38-X connector.

The LCAX3/0-38-X connector is made of a durable thermoplastic housing and contact pins made from a copper alloy. It is designed with two contact layouts, one with 4 contact pins and one with 6 contact pins. This connector is RoHS compliant and rated at 30 Amps of current. It can operate at a temperature ranging from -40°C to +125°C and withstand a cable pullforce of 40N.

The LCAX3/0-38-X connector is mainly applied in commercial vehicle and transportation applications. It is used in power supply systems, control systems, instrumentation systems and sensor networks. It is also suitable for wire to wire, wire to panel, and wire to motherboard applications. The connector can be used to connect various components together—from lighting arrays and displays, to charge systems and motors.

The working principle of the LCAX3/0-38-X connector is to provide a secured electrical connection between two or more systems or components. Its thermoplastic housing includes a number of contact pins, which insert into the mating connector when plugged together. This securely seals the connection and prevents any intrusion from dust or liquid. The contact pins also provide a secure electrical current between the components, allowing data and power to be exchanged.

In summary, the LCAX3/0-38-X connector is a reliable and efficient solution for commercial vehicles and transportation systems. It is designed for harsh environments and is rated at 30 Amps of current. Its Thermoplastic housing and copper alloy contact pins guarantee a secure connection, allowing data and power exchange. This connector is suitable for wire to wire, wire to panel, and wire to motherboard applications.