GMB632PC5

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Circuit breakers are a critical safety device used in a range of electrical applications, including residential homes and commercial buildings. The GMB632PC5 is one example of a circuit breaker that is designed for today’s modern, high-end applications. This circuit breaker is specifically designed for safe and reliable switching of large AC circuits, and is capable of handling up to 632 A current. This article will explore the application field and working principles of the GMB632PC5.

What Is a Circuit Breaker?

A circuit breaker is an electrical safety device that is used to protect circuits and personnel from overcurrents or short circuits. Circuit breakers are designed to automatically disrupt or break an electrical circuit that exceeds a certain amperage or voltage level. This prevents further damage from occurring due to the overload.

Application Fields of the GMB632PC5

The GMB632PC5 is a 5 pole, three phase circuit breaker that is designed for heavy-duty applications. It is suitable for commercial, industrial and mining applications, such as air conditioners, machine tools, refrigerators, electric water heaters and more. The GMB632PC5 is capable of handling peak current loads of up to 632A, and can easily interrupt a wide range of motor, heating and heavy-duty loads.

The GMB632PC5 has been tested to IEC standards and is suitable for a wide range of ratings, including 50kA at 415V, 40kA at 690V, 35kA at 1000V and 20kA at 2000V. It is also capable of switching at low, medium and high temperature conditions. With a combination of high grade materials and careful manufacturing, the GMB632PC5 is a reliable choice for circuits where high current and long life are necessary.

Working Principles of the GMB632PC5

The GMB632PC5 is designed to work in-line with an AC circuit, providing protection from overcurrent or overload. The circuit breaker can be manually operated, or it can be set up on a relay or other control system to give the user the ability to remotely monitor and control the breaker. When an overload is detected, the breaker will trip and open the circuit to protect the system from further damage.

When the circuit breaker trips, it is designed to minimize the arc between poles and minimize the risk of explosions. The existing field current is quickly and efficiently cleared when the breaker trips, allowing the parts to cool and making it safe to reset the breaker. The breaker has adjustable settings, allowing the user to change the settings to accommodate different applications.

The GMB632PC5 is also designed to be a safe and reliable choice for high-current applications. It features integrated thermal and magnetic protection, as well as adjustable trip settings. This makes it a great choice for applications where safety and reliability are a must. Additionally, the GMB632PC5 is built with a damping system and arc chute, making it an excellent choice for applications where a fast response time is necessary.

Conclusion

The GMB632PC5 is a versatile, reliable and safe choice for applications where high current and long life are required. It is suitable for commercial and industrial applications, such as air conditioners, machine tools, refrigerators and electric water heaters. Additionally, the integrated thermal and magnetic protection, as well as adjustable trip settings, make the GMB632PC5 a great choice for applications where safety and reliability are a must.

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