HM1160800000G

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The HM1160800000G terminal block is a wire-to-board connector that provides a reliable solution for connecting wires to circuit boards with high current and voltage ratings. The connection is famous for its durability and flexibility, and is widely used in a range of industries from consumer electronics to industrial equipment.

The HM1160800000G terminal block is a modular design with a screwless, push-in type connection. It is available in two, three, and four-pole configurations, and has a current rating up to 16A. It also has a voltage rating of 300V AC/DC, making it ideal for applications with a wide range of current and voltage requirements.

The terminal block is designed with a unique Quick-push terminal for fast and easy push-in connections. Additionally, it features a latch guard cover to ensure a secure connection and prevent accidental disconnects. The terminal block also has an integrated mounting frame which allows the terminal to be securely mounted onto the circuit board. This makes the device suitable for both through hole and surface mount applications.

The working principle of the HM1160800000G terminal block is relatively simple. The terminal block is inserted into the PCB, and the wire is inserted into the Quick-push terminal. Once the wire is inserted, the terminal block is pushed down until it locks into the PCB. This creates a reliable connection between the wire and the circuit board, which is capable of carrying both high current and voltage ratings.

The HM1160800000G terminal block is an ideal solution for connecting wires to circuit boards in a wide range of applications. The terminal block is suitable for both through hole and surface mount applications, making it an incredibly versatile solution for a variety of industries. Additionally, the terminal block is designed with a unique Quick-push terminal and latch guard cover for reliable, secure connections, and its high current and voltage rating make it an ideal connector for applications with high power requirements.

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