XW4L-07A1-H1 Datasheet/PDFWire to Board Terminal Blocks - XW4L-07A1-H1 application field and working principle
Wire to board terminals block connectors, also known as pin header solutions, provide a convenient and effective ways to securely connect electrical circuits, making sure they are powered up at all times. They are used in a wide range of applications from automotive and consumer electronics to industrial equipment, and are specifically designed for robustness in harsh environments. One of the types of wire to board terminals blocks is the XW4L-07A1-H1. Let’s take a look at the application field and working principle of these terminals blocks.
Application Field of XW4L-07A1-H1
XW4L-07A1-H1 are single-walled terminals blocks, with a current rating of 10 Amps, and a maximum voltage capacity of 250V. The terminals are mainly used for PCs, automotive, home appliances, air conditioning, medical equipment, security systems, and industrial equipment. The use of these terminals blocks allows for secure and reliable connections between the board and the wires.
Working Principle of XW4L-07A1-H1
The XW4L-07A1-H1 single-walled terminals blocks are four - pins, numbered from 1 to 4. The male pins are pre-loaded onto the board, while the female sockets are fitted into the wire via soldering or other methods. All contact surfaces are gold plated to get the best connection. Voltage and current passes through the connection freely, ensuring the connection is secure and reliable. The terminals are designed with a snap lock mechanism that helps in securely locking the wires in place. The terminal blocks also have LED indicators for monitoring current and voltage.
Conclusion
XW4L-07A1-H1 wire to board terminals blocks provide electrical connectivity in a wide range of application fields, from automotive to home appliances. The terminals are designed with a snap lock mechanism and LED indicators that help in securely locking the wires and monitoring the voltage and current. These terminals blocks are made with gold plated contact surfaces to make sure that the connections are reliable and secure.