482-G700-R1M1-Z0S0-35A

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Circuit Breakers provide an essential safety element in all types of electrical configurations; from the smallest control panel to the large 4,000A busduct systems. They control the flow of electricity by preventing large surges from entering the system and causing harm. The 482-G700-R1M1-Z0S0-35A is a type of circuit breaker designed to fulfill this role safely and efficiently.

Applications and Types

The 482-G700-R1M1-Z0S0-35A is a compact, three-phase circuit breaker designed for system voltages of up to 4,000A. Common applications of the 482-G700-R1M1-Z0S0-35A include protection of medium-voltage distribution systems, and motor control circuits in residential, commercial and industrial settings. In addition, as a type of molded case circuit breaker (MCCB), it is used to protect building wiring from damage due to a power surge, short circuit, or overload.

Installation and Operation

The 482-G700-R1M1-Z0S0-35A is designed to be easy to install and operate. After installation, the circuit breaker is energized and tested to ensure that it will function as intended. Upon energization, the circuit breaker should be checked for reactive loads and the correct amperage setting. Additionally, the 482-G700-R1M1-Z0S0-35A should be connected to the proper grounded neutral conductor.

The 482-G700-R1M1-Z0S0-35A also features several safety features to protect personnel and equipment. If the device detects a power surge or a short circuit, it will quickly open the circuit and cut off the power supply. In the event of an overload, the circuit breaker will trip and indicate the problem to the user. This feature ensures that the circuit breaker remains safe and secure in operation.

Working Principle

The working principle of the 482-G700-R1M1-Z0S0-35A is based on the thermal and magnetic properties of the components inside the circuit breaker. The magnetic part of the device consists of a bi-stable relay, several electromagnetic coils and a shunting switch. These components interact with one another to control the flow of electricity. In the event of a power surge or overload, the current will cause the bi-stable relay to trip and close the circuit, thus preventing further damage.

The thermal part of the 482-G700-R1M1-Z0S0-35A consists of a thermal spring and a copper heater. These components work together to control the temperature of the circuit breaker. When the temperature rises due to an overload, the thermal spring expands and contacts the copper heater, which then interrupts the circuit and shuts off the power supply.

Conclusion

The 482-G700-R1M1-Z0S0-35A circuit breaker is a powerful and efficient device that can be used in a variety of applications. Its magnetic and thermal components interact to control the current and temperature, preventing overloads and fault currents from causing damage. Installing and properly setting the circuit breaker will ensure that it will function safely and reliably for many years to come.

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