229-3-32260-15-V 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 are mechanical devices used to protect electrical circuits from potential damages caused by overloads or short circuits. They are a necessary component in any electrical system, as they enable the safe connection and disconnection of electrical loads over a wide range of system voltage. For those reasons, circuit breakers are one of the most important tools in electrical engineering, and a great variety of different types are available to meet different applications and needs. A common example is the 229-3-32260-15-V circuit breaker, which is designed for residential and industrial applications.

The 229-3-32260-15-V circuit breaker is a three-pole breaker rated at 60V. It is designed to break circuits up to 15A and can operate at full load ratings continuously. Its primary features include an improved shock resistance, an integrated contact terminal cover, and a two position trip lever. The 229-3-32260-15-V has a number of safety features designed to ensure safe operation. These include a high-level short circuit protection, an overvoltage protection, and a thermal overload protection. These features both prevent damages to the circuit breaker itself and make it safer to use.

In terms of the application field of 229-3-32260-15-V circuit breaker, it is mainly used in residential and industrial purposes. For residential use it can be used in home appliance connections, circuits run through workshops, etc. For industrial use it is often used in industrial motors, air compressors, and other machinery. The 229-3-32260-15-V has a wide range of applications, from small domestic applications to larger industrial operations.

When it comes to the working principle of the 229-3-32260-15-V, it features a standard thermal-magnetic operation. This type of operation uses a combination of two different components in order to protect the circuit: a thermal portion to protect from overloads and a magnetic portion to protect from short circuits. When an overload current passes through the circuit, it will activate the thermal portion of the breaker. This will cause the bimetallic strip in the circuit breaker to bend and trip the breaker, disconnecting the circuit. The magnetic portion of the breaker will activate for short circuits, using electromagnetic force to trip the breaker. Because it acts at a much faster rate than the thermal portion, it is able to interrupt the short circuit current quickly and protect the circuit from serious damages.

In conclusion, the 229-3-32260-15-V circuit breaker is used widely in residential and industrial applications. Its thermal-magnetic operation provides reliable protection for electrical circuits from overloads and short circuits. It also features a number of safety features designed to protect the circuit from damages. All these features make the 229-3-32260-15-V an excellent choice for a variety of different applications.

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