The JGS3200FAG circuit breaker is an Eaton Cutler-Hammer circuit breaker. The breaker weighs 6 pounds and it has dimensions of 4.3 inches in width, 7 inches in height, and 3.57 inches in length. The breaker is manufactured with 3 poles and it has a current rating of 200 Amps. This breaker has a JG frame and it uses 35 kA of current at 480 Volts AC. This circuit breaker variant has a fixed adjustment setting for the trip unit. The breaker is rated as 80% efficient. Both the line and load standard terminals are present in this circuit breaker variant. The JGS3200FAG circuit breaker has a maximum rated current of 250 Amps and the auxiliary circuit uses 690 Volts AC current. The main conducting paths of the circuit breaker has 6 kV of voltage and the maximum switching frequency of the breaker is 240 1/h. This frequency rating also depends on the applied load. The main function of the circuit breaker is to trip the circuit for unwanted events.
The JGS3200FAG circuit breaker is equipped with an Eaton motor operator mechanism which enables local and remote the on, off, and reset switching of a circuit breaker device. This motor operator is mounted on the circuit breaker cover and it fits within the dimensions of the circuit breaker. The JGS3200FAG circuit breaker has a wide range of applications. It is mainly used in panel boards and switchgears. In panelboards, it is used as both a main and a branch circuit protection device. In switchgears, it is used to protect the main and branch circuits for currents of up to 2500 Amps. The breaker has the ability to connect to a network by using the built-in network and communication functions. By using the internal communication function, the data can be sent to the operators and this, in turn, helps to optimize the performance of the whole system.
Repair Services for JGS3200FAG
||$822.14||Add to Cart |
Our highly skilled technicians can repair your JGS3200FAG. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.