MCCB
MCCB – Overview
A MCCB is an electrical protection device that protects an electrical circuit from damage caused by overload or short circuits. It is a circuit breaker type, a switch that can be opened and closed to control the flow of electricity in a circuit. The MCCB is designed to automatically detect a fault condition, such as an overload or short circuit, and open the circuit to prevent any further damage. It is typically used in commercial and industrial applications where the circuit is expected to draw more current than a standard circuit breaker can safely handle. The MCCB is capable of handling up to about 1000 amps.
Electricity, since the time of its inception, has transformed the world, impacting lives of people.However, it’s a source of limitless power that needs to be controlled and used wisely and safely while conserving it at the same time. Ergo, the increasing demand for electrical devices that fulfill this purpose. MCBs and MCCBs are such important tools that are developed to safeguard electrical equipment and prevent mishaps.
BCH Moulded Case Circuit Breakers are triple pole ones with current ratings ranging from 16 Amp to 630 Amp and available in three compact frame sizes – 100A, 250A & 630A. Our products are designed with superior quality standards for best performance and safety considering the interests of our clients. BCH Moulded Case Circuit Breaker is preferred by various prestigious institutions for its reliable performance.
- BCH Moulded Case Circuit Breaker comes with a high ultimate short circuit breaking capacity (ICU) & service short circuit breaking capacity (Ics) starting from 10 KA to 50 KA. BCH Moulded Case Circuit Breaker offers protection flexibility with two type of trip units
- Thermal Magnetic Release
- Microprocessor Release ( LSIG)
- Entire range of MCCB is tested and certified as per IS/IEC 60947-2 and carries CE Mark.
- BCH MCCB can withstand higher temperatures, higher currents and higher pressure without damaging the device. Thus has a longer life cycle.
- Know more:
Comments
Post a Comment