PR11-1-3.00A-XX-V

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 play an important role in electrical safety, particularly in domestic and industrial situations. The PR11-1-3.00A-XX-V is a circuit breaker primarily designed for industrial use in low voltage AC circuits up to 480V. It is specifically designed to protect generators, motors and other electrical equipment from potential damage due to overloads, short circuits and high temperature.

This breaker is specifically designed to provide short-circuit protection in any low voltage AC circuit up to 480V. The PR11-1-3.00A-XX-V is unique in that it offers adjustable clearing time delays. This allows the breaker to be adjusted to suit the specific application needs. The adjustable time delay allows the breaker to respond quickly to the fault and prevent damage to the equipment.

The PR11-1-3.00A-XX-V circuit breaker has two main parts, a thermal element and an electromechanical element. The thermal element is designed to detect an overload by measuring the current flowing through the breaker. When the current exceeds the thermal detection level, the thermal element triggers the electromechanical element, which opens the circuit. The electromechanical element is designed to reset after a sufficient cooldown period has been reached.

The PR11-1-3.00A-XX-V is designed to control short circuit currents up to 200kA, and can also be used in conjunction with thermal-magnetic breakers to achieve a higher level of protection. This breaker can be used in a variety of applications such as generators, motors, industrial equipment, and in machinery.

The PR11-1-3.00A-XX-V provides superior short-circuit protection and offers the users adjustable time delay characteristics. It can be used in a variety of applications and is suitable for use in industrial low voltage AC circuits up to 480V. The adjustable time delay feature allows for the breaker to respond quickly and prevent any damage from happening.

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