MPU-32-X69X-00X00

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The very term "static protection relay" can be intimidating to some people, but the truth is that these devices are of great use in many types of industrial and commercial settings. As with any complicated piece of equipment, understanding the basics of their application field and workings is key to their safe and effective use. The MPU-32-X69X-00X00 from General Electric is one such device, and provides a great example of a static protection relay used in high power operations. This article will help explain the application field and working principle of the MPU-32-X69X-00X00 relay.

Applications

The MPU-32-X69X-00X00 relay can be used to protect various high-powered circuits and equipment. It is designed to be used in a wide range of industries such as transportation, power generation, and oil and gas. This relay is especially useful in high-power operations that rely on three-phase AC power, as it is rated for up to 6.9 kV (kilovolt). This means that it can easily protect large apparatus and networks from voltage spikes and other abnormal conditions.

This relay can also be used in motor control applications. By effectively monitoring the motor speed and current, it can detect when components are under excessive load and can shut down the system before damage is caused. This is especially beneficial in large machines such as pumps and compressors, where faults can lead to considerable downtime and repair costs.

Aside from its use in high-power circuits and motor control, the MPU-32-X69X-00X00 can also provide protection for multiple other components within the same installation. This includes items such as fuses, breakers, and surge suppressors, making this relay an excellent choice for those looking for an all-in-one system.

Working Principle

The MPU-32-X69X-00X00 protection relay operates according to a built-in algorithm, which actively compares a circuit or motor\'s current conditions against pre-set limits. When an abnormal condition is detected, the relay will instantly cut off power to the affected portions of the circuit, preventing further damage. As noted above, this level of protection is especially useful in high-power situations, as unexpected spikes in current can quickly lead to serious damage.

The relay also features a fail-safe shutdown mechanism, in which it will automatically cut off power if a certain abnormality is detected and not reset within a specified time frame. This failsafe feature helps protect against long-term faults in the system, allowing the relay to protect the installation for as long as power remains on.

In addition to the built-in algorithm, the MPU-32-X69X-00X00 also includes a range of inputs that allow operators to configure the relay to the specific needs of their application. This includes inputs for voltages and overloads, allowing the relay to be tailored to the exact capabilities of the circuit or motor that it is protecting.

Conclusion

The MPU-32-X69X-00X00 protection relay is a powerful and reliable static device for protecting various high-powered circuits, motors, and other industrial equipment. Its combination of advanced algorithm and self-resetting fail-safe mechanism makes it an excellent choice for operators looking to quickly detect and prevent faults and abnormal conditions.

The specific data is subject to PDF, and the above content is for reference