ESW-115-48-G-D

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Rectangular Connectors, such as headers, receptacles, female sockets, are widely used in electronic applications because of their versatility. ESW-115-48-G-D is one type of rectangular connector that has its own specific application field and working principle.

ESW-115-48-G-D is an industrial control connector with a circular shell. It features an intelligent insertion and locking design that makes it well-suited for applications that require multiple insertions and removals. The connector consists of 4 male pins, 4 female sockets, 4 female screws, 4 male leads, and 4 female cables. It can be used in a variety of communication protocols such as RS232, RS485, CAN, Ethernet, and so on.

As its name suggests, ESW-115-48-G-D is specifically designed for industrial control applications. Its most common application field includes communication networks, industrial control systems, automation equipment, computer peripherals, and robotics. This kind of connector can be used to connect various control systems with each other, enabling reliable data exchange and control. It is also widely used in industrial automation applications such as servo motors, PLCs, and I/O devices.

The working principle of ESW-115-48-G-D is relatively straightforward. When two components with the same connector need to be connected, the male pins on the connector are inserted into the female sockets and tightened with the female screws. This ensures that the connection stays secure and reliable. Additionally, the male leads are connected to the corresponding female cables. These cables provide power and data from one component to another. This makes it possible to control and monitor the connected systems from a single point.

In conclusion, ESW-115-48-G-D is a type of industrial control connector that is widely used in communication networks, industrial control systems, automation equipment, computer peripherals, and robotics. The connector consists of 4 male pins, 4 female sockets, 4 female screws, 4 male leads, and 4 female cables. Its working principle involves insertion and tightening of the male pins and the connection of the male leads to the corresponding female cables. By doing so, it allows for reliable data exchange and control.

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