219-4-29199-40

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 essential for any modern electrical system, and the 2193-40 applications field is no exception. These breakers are designed to keep a home or office from suffering irreparable damage due to electrical overloads. This article will provide an overview of the different types of breakers, their uses, the field of applications, and the working principle behind each one.

A circuit breaker is an electrical device that interrupts the flow of current in an electrical system when a certain level of current is exceeded. This device is designed to prevent serious damage to a home or business due to surges, overloads, or short circuits. Circuit breakers can also be used to turn off a line of electricity in an emergency situation. This is a common practice in places such as schools, hospitals, theatres, or any other public areas that require quick access to electricity.

There are several types of circuit breakers: thermal, magnetic, hydraulic, and ground fault circuit interrupters. Thermal breakers use heat to respond to overloads, and are generally the least expensive type of breaker. Magnetic breakers use a relay to open the circuit when an overload occurs. Hydraulic breakers, also known as gas ionization breakers, use a hydraulic compound to open the circuit upon overload. Ground fault circuit interrupters (GFCI) use special sensors and relays to detect any difference in current travelling along two separate ungrounded lines and to quickly shut off electricity in the event an overload is detected.

The field of circuit breakers has seen a steady growth in recent years due to the increased demand for reliable safety equipment in all types of applications. Electrical equipment, as well as heavy machinery, have proven to be a major source of danger for many businesses and homes. Having the right circuit breakers in place can help protect equipment and personal possessions in the event of an electrical surge, overload, or short circuit. Circuit breakers are an essential part of any electrical system and must be up to date and in working order to ensure the safety of both the equipment and the people using it.

The most common application for these breakers is in residential homes. Here, they serve to protect the home against the potential damage caused by electrical surges or overloads that can occur from an overloaded fuse box, a loose connection in an appliance, or a faulty breaker. Businesses also require circuit breakers, as they often handle large amounts of electricity and require a higher level of protection.

The working principle behind a circuit breaker is fairly basic; when a certain preset level of current is reached, the breaker will open the circuit and stop the flow of electricity. Thermal breakers use heat as the primary sensor to detect an overload, while magnetic breakers use a metallic element in conjunction with a relay to detect an overload. Hydraulic breakers, on the other hand, use a special hydraulic compound to open the circuit. Finally, GFCIs use special sensors to detect when the current levels on two different lines become unequal, indicating a short circuit or a ground fault.

In conclusion, the 2193-40 application field is an essential part of the modern electrical system and requires reliable safety equipment, such as circuit breakers, to keep it operating smoothly and safely. Different types of breakers are available, each with its own working principle, field of application, and level of protection. The important thing is to ensure that the breaker is up to date, in working order, and installed correctly, so that it can serve its purpose as intended.

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