IALBXK1-40533-100

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Circuit Breakers: IALBXK1-40533-100 application field and working principle

As a kind of protective device, circuit breakers play a great role in both the power system and electric appliance’s security and stability. IALBXK1-40533-100 is a specific type of high voltage circuit breaker by Mitsubishi. It has a broad range of applications and its working principle is quite insightful and interesting.

Applications

The IALBXK1-40533-100 is designed for transmission line, electric plant, transformer and other substations in power system. It can be used for high or low-voltage working switch, or directly using it as a disconnecting device to separate the power system. It can also be used in case of electric fault, electric over-heating, over-current, or other emergency cases.

For electric equipment, it can be used for protected element and the insulations in electric switchgear. It can also separate the equipment from hazardous faults, over-heating, overload, over-voltage, and other extreme conditions. Furthermore, it is designed to protect the switch from impulse current, spark ignition and other potential hazards. The IALBXK1-40533-100 is a high-performance circuit breaker with users applicable in various fields.

Working Principle

The principle of IALBXK1-40533-100 circuit breaker is eventually based on the function of magnetic flux. Simply put, when the incoming electric current triggers the flux, the inner armature will be attracted towards the core, thus creating the function of disconnection. This process takes place in a split second and the time difference between current attack and the breakdown of current is the key factor of a good breaker.

The IALBXK1-40533-100 breaker is also designed with built-in bimetallic coils. This mechanism allows the device to sense and signal the amount of electric current coming in. The signal is then quickly delivered to the core and the armature. When the current level reaches the pre-set overload value, the magnetic field generated by the bimetallic coils can make the shaft turn a few degrees which in turn triggers the arc breakdown.

Design Features

The IALBXK1-40533-100 breaker is equipped with an arc chute and an arc extinguishing chamber. The arc chute can absorb the heat flux generated by switching off and the arc extinguishing chamber can absorb the heat of sparks effectively. There are also several other features equipped with the device to work together with these two components to make the switch-off process safer and more reliable.

The insulation parts are also designed very carefully in order to maintain a relatively high voltage level without the concern of over-heating. It also features an advanced metallic liner design which can reduce the wear of the parts and eventually reduces the maintenance cost of the breaker.

Conclusion

The IALBXK1-40533-100 circuit breaker is a state-of-the-art product designed for both power system and electric system applications. It is designed with a powerful arc extinguishing chamber, advanced insulation parts and an efficient magnetic field. This product is sure to offer a reliable and durable performance for years to come.

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