IAG11-1REC4-64-10.0-AQ-01

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

Circuit Breakers are an essential part of any electrical system, as they are used to protect a system from overloads or uncertainty. The safety device is designed to de-energize an electrical circuit when overcurrent or a fault is detected, thus stopping the flow of power and protecting both the operators and the components of the electrical system from damage. While standard circuit breakers may be used to protect normal loads and small motors from overloads, more specialized circuit breakers are needed when dealing with large currents, surges, or transients.

The IAG11-1REC4-64-10.0-AQ-01 is an example of a specialized circuit breaker, specifically designed to protect motors and other large loads. A common application of this type of breaker is to protect large electric motors that may be prone to overloading due to the nature of the application. This type of breaker is capable of providing protection against electrical faults and overloads, and can also detect dangerous transients and surges.

The working principle of the IAG11-1REC4-64-10.0-AQ-01 circuit breaker is relatively simple. When an overload or fault is detected in the connected load, the circuit breaker will trip, thus disconnecting the load from the electrical circuit. The breaker itself is designed to detect the various types of faults and trips accordingly.

Let’s take a look at the internal structure and working of this circuit breaker. The breaker contains an electronic control unit, which is responsible for monitoring the current flowing through the breaker. It is also responsible for detecting any overcurrents or faults in the load. When an overcurrent is detected, the unit will trip the breaker, thus de-energizing the electrical circuit.

The IAG11-1REC4-64-10.0-AQ-01 Circuit Breaker also contains a current transformer, which is used to measure the current flowing in the circuit. All of the components mentioned above are connected to the main breaker body, which houses a main contactor, as well as a reset button. This main contactor acts as a switch, and when the breaker trips, it will switch off the power to the load. The reset button is then used to reset the breaker, allowing the system to be powered up again.

The IAG11-1REC4-64-10.0-AQ-01 circuit breaker is often used in applications where large motors and other heavy-duty loads need to be protected from electrical faults and overloads. This type of breaker is designed to detect various types of faults and trips accordingly, thus providing both operators and equipment with protection against hazards. The reset button makes it easy to reset the breaker after an incident, allowing the system to be up and running in no time.

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