Molded Case Circuit Breakers: Applications and Advantages
Several sectors of our society are interconnected, however, the electrical industry fuels and accelerates the productivity of all the sectors. Be it agricultural, healthcare, industrial, education—they require high-quality electrical equipment, tools, and devices to function optimally.
People have minimal knowledge when it comes to the electrical industry. Therefore, it is difficult to understand the operational apparatus, definition, and features of an electrical equipment or instrument. In this article, we will highlight the characteristics, advantages, and applications of molded case circuit breakers.
What is a Molded Case Circuit Breaker?
When it comes to electrical instrument, people associate it with heavy machines. However, there are several other devices that might not bring direct results but assist other electrical systems in achieving their end goals. So, let us begin with the most fundamental question—what is a molded case circuit breaker?
In simple terms, MCCB’s or a molded case circuit breaker are designed for optimal electrical protection from factors like excess current which can lead to short circuits and overloads. One of the best features of a MCCB is that it can be used for a broad range of frequencies and voltages with flexible trip settings.
Understanding the Working of a Molded Case Circuit Breaker
By using a temperature sensitive device called the thermal element along with an electromagnetic device to offer the trip mechanism for isolation and protection purposes. This operational premise enables the MCCB to provide:
- Optimal overload protection
- Fault protection against short circuits
- Electrical switch for quick disconnection
Now, lets jump to the benefits and advantages of a molded case circuit breaker and they prevent hazardous situations like explosions, short circuits, fire breakouts, and more. Let’s take a look:
Lower Downtime: Molded case circuit breaker can be reset instantly in case there is any technical or mechanical fault.
- Compact size: Today, every prefers investing in compact devices and products. Since MCCB’s are small in size, it spares a good space inboard plan.
- Ground Fault Condition: In this type of electrical fault, the excess electrical current goes directly in the surface of the earth.
- Thermal Overload: This refers to the electric current that goes above the rated current value, lasting longer than the standard rate of the application.
- Prevention of Short Circuits: In cases where the electrical current does not pass through all wiring systems and takes a shorter way, it often leads to short circuits.
- Low maintenance fee: Expert professionals and researchers have ensured that MCCB’s do not require extensive maintenance, saving a huge amount of the users’ money, time, and energy.
Applications
Below we have mentioned some of the many applications of a molded case circuit
- Electric feeders
- Welding machines
- Protecting motors
- Protecting generators
- Protecting capacitor banks
Join Hands with a Leading Service Provider in the Electric Field
When it comes to electrical equipment, tools, and devices, most people prefer visiting their nearby electric shops. However, in this digital age, we suggest you go online and visit the official websites of some leading electrical brands. They have a wide range of electrical products available at reasonable prices and impressive discounts.
A service provider comes with a competent team of professional experts to ensure that all devices are installed in a seamless and precise manner. In addition, if you are ever stuck in a hazardous situation, they will only be a call away to calmly guide you out of the situation. So go and explore some prestigious electrical brands today!
