IAL1-1REC4-38932-8

IAL1-1REC4-38932-8 circuit breakers are designed to selectively disconnect and reconnect sections of electric power distribution networks. Such devices protect personnel, equipment, and other devices from possible electric shock, fire and other hazards caused by power surges, shorts and ground faults. IAL1-1REC4-38932-8 circuit breakers provide circuit protection for most industrial and commercial power systems, including those for the home.

These circuit breakers are available in both single and multiple pole designs, with maximum voltage ratings ranging from a few hundred volts up to thousands of volts. In addition, these devices can also be supplied with both manual and automatic modes of operation. The main purpose of IAL1-1REC4-38932-8 circuit breakers is to protect electrical devices and systems from overloads, short-circuits, and ground faults.

The working principle behind these devices is relatively simple. A fixed bimetallic strip is mounted in the center of the breaker, and is made up of two metals with different expansion rates when heated. One is typically a steel or copper alloy, and the other is an alloy with a lower thermal expansion rate, such as brass or alloy steel. When an overload current passes through the bimetallic strip, it heats up and causes the metal strips to expand at different rates, resulting in a bending of the metal strip. This in turn causes the contacts to open and break the circuit, thereby protecting the system from damage.

IAL1-1REC4-38932-8 circuit breakers are suitable for a range of applications, including motor and motor control circuits, heating and air-conditioning systems, large pumps, and any other equipment which requires high current protection.

In summary, IAL1-1REC4-38932-8 circuit breakers are used to protect electrical devices and systems from overloads, short-circuits, and ground faults. The working principle behind these devices relies on a bimetallic strip, which is heated and causes the metal strips to expand at different rates, thereby resulting in the contacts opening and breaking the circuit. These circuit breakers are suitable for a range of applications, and can be supplied in both manual and automatic modes of operation.