HQ2830810000G

Terminal blocks refer to wiring products connected between the device\'s control circuit and the power circuit. They are widely used in various types of device control processes. Among them, "wire to board" terminal blocks refers to the type of terminal blocks with pins on the upper side and screw holes on the lower side. The "wire to board connection" can be used to connect two wires respectively, or one wire can be connected to two wires. They are mainly used to provide electrical connection between the power supply and industrial control systems, and are widely used in rail systems, automotive lighting, civil heating and ventilation systems, and various production and assembly applications.

HQ2830810000G terminal blocks are a type of "wire to board" terminal blocks. Its holding force is 0.5 N and the rated current is 5 A. This terminal block has a wide range of applications, it can be used in mechanical equipment, automation control equipment, electronic products, power system, communication products, consumer electronics and other industries.

HQ2830810000G terminal blocks work by connecting the position of the pins on the upper side of the terminal block with the position of the screws on the lower side of the terminal block. When working, the upper pins of the terminal blocks should be connected with the wire, then the lower screws should be connected with the board. Tighten the screws with a screwdriver to complete the connections between the terminal block and the wire. The screw connection of the terminal block ensures that the wire can be firmly connected, and won\'t loosen, as well as provides reliable electrical connections.

In a work system, HQ2830810000G terminal blocks are indispensable components. They are used to securely connect the power supply and the electronic circuit. Besides, it\'s worth noting that the terminal block should be chosen correctly according to the rated current of the system and the type of wire. This will reduce the complexity of wiring, improves the reliability of the connected circuit and enhances the performance of the whole system.