IEGH32-32210-503-V

Circuit breakers are invaluable pieces of electrical equipment that are designed to protect electrical circuits from damage due to over-currents or short circuits. They are a type of switch which is used to disconnect a circuit in order to prevent damage to the equipment connected to it. The IEGH32-32210-503-V is a specific type of circuit breaker that is used for heavy-duty industrial applications.

The IEGH32-32210-503-V is used in industrial applications to protect a circuit from damage due to over-currents or short circuits. It is a high-voltage, high-current circuit breaker with a rated current of 3150 Amps and a rated voltage of 3200 V. It is designed to trip quickly and reliably in the event of a fault or overload, and can handle short circuit currents up to 32kA. It is a manually operated switch, meaning that it must be switched on and off manually by an operator.

The IEGH32-32210-503-V is made up of several components which work together to provide optimal protection. The main components are the circuit breaker itself, an over-current relay, a cable, and a contactor. The circuit breaker is the main part of the system and is designed to detect any abnormal electrical current or voltage and immediately trip to disconnect the circuit. The over-current relay is designed to monitor the current in the circuit and will trip the circuit breaker when it reaches a certain level. The cable is used to connect the breaker to the circuit, and the contactor is used to switch the circuit breaker on and off.

When the IEGH32-32210-503-V circuit breaker is switched on, it operates in a closed state, allowing the current to flow through the circuit. If the current or voltage reaches an abnormal level, the over-current relay will trip the circuit breaker, which will then open the circuit, preventing the current from flowing and protecting the equipment connected to it from damage.

The IEGH32-32210-503-V is an incredibly reliable circuit breaker, providing superior protection for industrial applications. It is the perfect choice for applications that require protection from over-currents and short circuits, and is an invaluable piece of equipment for any industrial facility.