Fuse
1. It is generally used in low voltage application.
2. It can detect and interrupt the fault.
3. Its work on the principle of electrical and thermal properties.
4. Operating time of fuse is very small.
5. Fuse element needs to replace after every operation.
6. Fuse cannot be used as an ON/OFF switch.
1. It is generally used in low voltage application.
2. It can detect and interrupt the fault.
3. Its work on the principle of electrical and thermal properties.
4. Operating time of fuse is very small.
5. Fuse element needs to replace after every operation.
6. Fuse cannot be used as an ON/OFF switch.
Circuit Breaker
1. Circuit breaker is suitable for high voltage application.
2. Circuit breaker cannot detect fault. It perform only interruptions and deductions of fault is made by relay.
3. Circuit breaker work on the electromagnetical principle.
4. Operating time of circuit breaker is higher as compared to fuse.
5. Circuit breaker can be used again and again after operation.
6. Circuit breaker can be used as an ON/OFF switch.
1. Circuit breaker is suitable for high voltage application.
2. Circuit breaker cannot detect fault. It perform only interruptions and deductions of fault is made by relay.
3. Circuit breaker work on the electromagnetical principle.
4. Operating time of circuit breaker is higher as compared to fuse.
5. Circuit breaker can be used again and again after operation.
6. Circuit breaker can be used as an ON/OFF switch.
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