TT2301810000G

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Terminal blocks – headers, plugs and sockets have long been used in electrical engineering, from digital and analogue devices, to automation and industrial controls. TT2301810000G is a reliable and efficient terminal block for electrical connections, making it especially suited for high power applications.

The TT2301810000G terminal block features single entry, an integrated contact strip with a 6.35mm pitch, 4mm brass contact, plastic insulater, Zn-plated steel screw, and waterproof cover. It is suitable for use in indoor and outdoor high power applications. With its 6.35mm pitch, the TT2301810000G ensures the highest level of mechanical and electrical reliability.

TT2301810000G is widely used in a variety of high power applications, such as electrical wiring, lighting fixtures, industrial controls, and automation systems. The terminal block’s robust design is suitable for use in applications that require resistance to environmental factors such as shock, vibration, temperature extremes, and moisture.

The working principle of the TT2301810000G is based on the fact that, when two contact strips are connected, an electrical circuit is established, generating current. The current generated by the terminal block is then used to power the desired equipment or device.

The TT2301810000G terminal block also features integrated overcurrent protection, which allows it to handle high power loads. This is due to its ability to limit the rate and magnitude of current that is transferred between two or more connected electrodes. This ensures that the terminal block can be used without risk of overloading.

In summary, the TT2301810000G terminal block is a reliable, efficient, and robust tool for high power applications. It is suitable for use in indoor and outdoor environments, and the integrated overcurrent protection prevents any risk of overload. The TT2301810000G can be used for various applications ranging from wiring, lighting fixtures, industrial controls, and automation systems. It has been designed to provide long-term reliability and efficiency, making it an ideal choice for a wide range of high power applications.

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