T21-1-10.0A-01-31A-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

The T21-1-10.0A-01-31A-V circuit breaker is a widely used device for providing overload protection for circuits as well as serving as a switch for both normal and emergency conditions. It is designed to protect electrical devices from impact due to overcurrent, as well as providing features for safe switching and fault protection.

The T21-1-10.0A-01-31A-V circuit breaker operates by utilizing an electromechanical trip unit. This device consists of two main elements: the armature and trip coils. The electrical current is detected by the armature, which causes it to move. When the current passes a certain pre-set value, the trip coils become energized and cause the armature to move, thus opening the breaker contacts. The trip coil can be adjusted to adjust the current at which the breaker trips.

In addition to overcurrent protection, the circuit breaker also provides short-circuit protection by automatically detecting short-circuits and disconnecting the circuit. The breaker will also provide remote control features, such as automatic reclosure, remote shut-off, and resetting. It can be used in a range of applications, such as overcurrent protection for circuits, disconnection of power, connection of loads, and distributed power systems.

The T21-1-10.0A-01-31A-V circuit breaker is suitable for use in various commercial and industrial applications. These applications include electrical, telecommunications, and emergency power systems, as well as fire and safety systems. It is also suitable for residential and commercial applications where greater current or voltage protection is required. The device can be used to protect single-phase or three-phase systems.

The T21-1-10.0A-01-31A-V circuit breaker is designed to provide a high level of safety and protection against electric shock and circuits overload. In addition, it can increase the reliability and efficiency of electrical systems, provide greater flexibility in electrical distribution and provide a more cost-effective way of providing the required protection.

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