H31200800000G

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Terminal blocks are essential for the connection of field wiring to electrical control circuits. The H31200800000G is a 3-way, 9A, wire-to-board power terminal block system and is designed to offer optimum performance in high power applications. It features a robust din rail mounting style that offers high mechanical strength and stress relief to the connected wires. The spring-escape mechanisms provide reliable contact pressure, thus ensuring a secure and reliable electrical connection.

Overview

H31200800000G terminal blocks provide a reliable wire connection with complete protection against shorts, overloads, and other hazardous conditions. It features a rugged design with a housing that is made from UL94V-0 rated insulating material and phosphor bronze terminals. The terminal block is also safe to operate at temperatures of -25°C to 105°C. It supports wires with a wide range of cross sections ranging from 0.2mm^2 to 6mm^2. The power terminal comes with a variety of accessories that include clamps, end plates, labels, and contact bridges.

Application Fields

The H31200800000G wire-to-board terminal block system is suitable for a range of applications, including industrial automation, factory automation, renewable energy, LED lighting, medical equipment, white goods, on-board batteries, and automotive electronics.

In industrial automation applications, H31200800000G terminal blocks are used in applications such as connecting installed drives and servo systems. In factory automation, the terminal block can be used for connecting motors, sensors, and other distributed control systems. In renewable energy, such as wind and solar projects, the power terminal block provides complete protection for wiring to the power distribution network.

In medical equipment, H31200800000G terminal blocks provide secure and reliable connections for wiring within the medical device. In LED lighting applications, the terminal block can be used to connect LED strips or fixtures. In white goods, such as washing machines and refrigerators, the terminal block offers reliable insulation and connection of contactors and relays.

In automotive electronics, the terminal blocks in the H31200800000G series provide secure and reliable connection of electronic components to battery power. The terminal block is designed to withstand extreme shock, vibration, and temperature to ensure a robust connection in high vibration and temperature environments.

Working Principle

The H31200800000G terminal block system features spring-action insulation displacement technology that allows for a quick and easy connection of conductors without the need for wire stripping. The spring-escape mechanisms of the terminal block provide reliable contact pressure while also enabling a secure and reliable electrical connection. The terminal block is also designed to enable wiggle-proof connection.

The tin-plated terminals ensure maximum corrosion resistance as well as secure connection. The terminal block is designed to provide an optimal solution for spaced-critical applications, and the contact bridges allow for a secure interconnection of components in space-constrained applications.

The integrated levers of the terminal block provide easy termination of the wires, thus making the connection process quick and reliable. The levers also enable secure and safe connection of the wires. The mounting style of the terminal block makes it suitable for DIN rail mounting. The mating connection involves the linking of compatible terminals together.

Conclusion

The H31200800000G terminal block is a versatile and reliable wire-to-board power terminal block system that offers reliable connections in a variety of applications. The terminal block system features spring-escape mechanisms for secure and reliable electrical connection. It is also designed to enable wiggle-proof connection and provides easy termination of the wires by using integrated levers. In addition, the terminal block is designed to provide an optimal solution for spaced-critical applications and the contact bridges allow for a secure interconnection of components in space-constrained applications.

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