APG1-1REC4-34602-2 Circuit Protection

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

Circuit Breakers

The APG1-1REC4-34602-2 circuit breaker is a protection component used to prevent damage to an electrical system in case of a short circuit. It is designed to be installed in a wide variety of industrial and commercial applications where there is need to protect electrical and electronic components from the potentially damaging effects of overcurrent due to short circuit events.

Application Field

The APG1-1REC4-34602-2 circuit breaker is designed to provide protection to an electrical system for medium current applications in industrial and commercial environments. Typical applications for this type of breaker include motors, compressors, pumps, lighting, HVAC systems, and other medium-duty power equipment. This type of breaker can be used in both indoor and outdoor locations.

Working Principle

The working principle of the APG1-1REC4-34602-2 circuit breaker is based on the detection of an overcurrent event. The breaker trips when the predetermined current level is exceeded. When a fault occurs, the overcurrent sensing mechanism will detect a surge in electrical current and will cause the breaker to trip in order to cut off the power. The breaker\'s trip speed can be adjusted to provide maximum protection in areas where fast-acting protection is required.

Advantages

The APG1-1REC4-34602-2 circuit breaker has several advantages over traditional fuse-based protection devices. It is more reliable than a fuse, as it does not require periodic replacement. It is also significantly faster than a fuse, reducing the potential for serious damage in the event of a fault. In addition, circuit breakers are less likely to cause nuisance tripping due to low-level current leakage.

Disadvantages

Although the APG1-1REC4-34602-2 circuit breaker provides reliable protection for an electrical system, there are some drawbacks. The cost of installing and maintaining a circuit breaker is considerably higher than the cost of installing and maintaining a fuse. Additionally, the circuit breaker itself can be more expensive than a fuse. Furthermore, circuit breakers may not provide comprehensive protection from nuisance tripping due to overcurrent events in low-level protection applications.

Conclusion

The APG1-1REC4-34602-2 circuit breaker provides reliable and effective protection against overcurrent in medium-voltage applications. It is fast-acting and reliable, and does not require periodic maintenance like a fuse. However, it is more expensive than a fuse and may not be suitable for low-level protection applications. Overall, it is an excellent choice when reliable, fast-acting protection is desired.

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