IELBXK1-1REC4-51-50.0-A-M2-V Circuit Protection

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

The IELBXK1-1REC4-51-50.0-A-M2-V is classified as a circuit breaker. Circuit breakers are common components in many electrical devices and are used to protect the devices from unexpected electrical surges. Circuit breakers are typically used in high-power industrial applications, such as power plants and factories, but also in commercial and residential settings. They are specifically used in areas where overcurrent protection is necessary and/or when large electrical loads are present.

A circuit breaker consists of a switch or series of switches which can be electronically or mechanically activated to disconnect mechanical contacts that open an electrical circuit. When the contacts within the circuit breaker open, the circuit is disconnected, preventing any further current flow. Circuit breakers can come in many shapes and sizes and are usually rated by the amount of current they can carry, as well as the voltage they are designed to handle. The IELBXK1-1REC4-51-50.0-A-M2-V is rated to hold a maximum current of 50 amps, at a voltage of 250 volts.

Circuit breakers provide safety in a number of ways, by allowing for the interruption of dangerous current flows, or the reversal of currents in order to prevent damage in the event of a short circuit or an over-voltage. They also serve to protect against power surges and excessive load conditions. Additionally, circuit breakers limit energized wiring and devices by gradually deenergizing the circuit when an overloaded condition exists.

When a circuit breaker is activated, it opens the circuit that it is protecting, so that it can be safely reset after the problem has been resolved. Many types of circuit breakers are designed to automatically reset themselves after the problem has been resolved and the circuit has been opened. In the case of the IELBXK1-1REC4-51-50.0-A-M2-V, the circuit breaker is designed to operate on the thermal-magnetic principle. This type of circuit breaker has two levels of protection, thermal and magnetic, which act together to both detect and protect against current overloads.

The thermal protection is achieved by a thermally sensitive bimetal conductor coil. When an overload of current passes through the bimetal coil, its temperature increases and causes the bimetal strip to deform. This deformation causes the contacts of the circuit breaker to open, thus interrupting the current flow. This type of protection is necessary for applications where a sudden surge in the current flow could result in a catastrophic failure. The magnetic protection of the IELBXK1-1REC4-51-50.0-A-M2-V is achieved through the use of a solenoid coil. When an excessive amount of current passes through the solenoid coil, its magnetic field causes the contact points of the circuit breaker to open, once again interrupting the current flow.

Circuit breakers are important components in any kind of electrical system. They can be used in anything from industrial applications, to residential applications. The IELBXK1-1REC4-51-50.0-A-M2-V is one example of a circuit breaker that is designed to provide reliable, safe protection for any electrical system. Its thermal-magnetic protection ensures that your electrical system is safe from shorts, power surges and excessive load conditions.

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