IUGZX66-1-61-35.0-C-03

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Circuit Breakers

The IUGZX66-1-61-35.0-C-03 circuit breaker is a device that is used in both commercial and industrial applications where the electricity supply must be isolated for safety or repair reasons. It’s a form of protective device that disconnects the electricity supply when an overload or fault is detected in order to prevent damage to electrical equipment. The circuit breaker works by opening and closing electrical circuits.

Application Field

The IUGZX66-1-61-35.0-C-03 circuit breaker is widely used in various commercial and industrial applications, such as electrical switchboards, high-voltage systems, and process control systems. It can also be used for emergency power control, automatic transfer switching, and other applications. It is suitable for both AC and DC applications, and can be used in a variety of operating conditions.

Working Principle

The circuit breaker consists of an insulated frame that contains the main contacts, a trip coil, a closing spring, and a trip mechanism. The contacts open and close when the trip mechanism is activated. The main contacts are made of silver, nickel, or other conductive materials, and they are placed between two energized wires. When a fault or overload current flows through the circuit, the current will cause the main contacts to close. Then, the trip coil is energized with a short pulse of electricity, which activates the trip mechanism and causes the contacts to open, thus cutting off the electricity supply.

When the overload or fault current is detected, the tripping mechanism will also send a signal to the control unit, which can then activate the alarm, switch off the power, or take other necessary actions. After the overload or fault is resolved, the circuit breaker can be reset and the electricity supply will be resumed.

The IUGZX66-1-61-35.0-C-03 circuit breaker is a reliable and efficient device that is used in a variety of safety-critical applications. It is designed to protect electrical equipment from overload and fault currents, and it can be reset after the fault is resolved.

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