9926262510

Circuit Breakers

Introduction to 9926262510

Circuit Breakers are widely used in industries, power plants and factories, as they provide protection to prevent electric power system equipment from damage due to overcurrents of high intensity. 9926262510 circuit breaker is a digital circuit breaker that is widely used in power distribution applications.

Features of 9926262510

9926262510 circuit breaker has many features which make it very suitable for power distribution applications. It has a low resistance contact and offers good contact performance. It has a wide operating temperature range from -20°C to +75°C and is suitable for both AC and DC applications. It is also highly resistant to mechanical and electrical shock and can easily handle high current surges.

Application Fields of 9926262510

9926262510 circuit breaker is mainly used in power distribution applications where reliable and precise protection is needed. It is suitable for a wide range of electrical power distribution systems and is especially suitable for high voltage AC/DC systems. It is also used in telecom switches, fuse boxes, lighting systems, UPS systems, solar inverters, electric motors and medical equipment.

Working Principles of 9926262510

The working principles of 9926262510 circuit breaker are based on a combination of current sensing, temperature sensing and software-based current management algorithms. When the current exceeds the maximum current rating of the circuit breaker, the working principle makes sure that the current is interrupted and the current is managed to prevent any significant increase of the temperature. An interrupting device is placed between the supply and the load, and it automatically opens when the current flows above the pre-defined limit. This interrupting device ensures that the electrical current is interrupted and the circuit is protected from any further damage.

Conclusion

The 9926262510 circuit breaker is ideal for different power distribution applications. It combines current and temperature sensing mechanisms with a software based algorithm to provide reliable and precise protection from high current surges. It is also highly resistant to mechanical and electrical shocks and is suitable for both AC and DC applications.