Difference between Fuse and Circuit Breaker : We are living in a world full of electrical appliances where fuses and circuit breakers play important roles in keeping things safe. They both help stop too much electric flow, but they work in different ways.
In this post let's take a closer look at fuses and circuit breakers, understanding how they each do their job to protect our electrical stuff in different situations as this is one of the important topics of NEET.
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Fuses and circuit breakers are crucial components in electrical systems, offering overcurrent protection. Fuses operate by melting a conductive element when excessive current flows, breaking the circuit. They are typically one-time-use devices that need replacement after activation. On the other hand, circuit breakers use a switch mechanism to interrupt the circuit during overcurrent events and can be manually or automatically reset. Circuit breakers offer greater adaptability, longer service life, and improved environmental impact compared to fuses. While fuses are simpler and more cost-effective, circuit breakers provide a more versatile and user-friendly solution with enhanced safety features for diverse electrical applications.
Below is the table where all the major Differences between Fuse and Circuit Breaker have been covered based on the various parameters of electricity. Check it out and get a glimpse of it.
Difference between Fuse and Circuit Breaker | ||
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Parameter | Fuse | Circuit Breaker |
Function | Melts and breaks the circuit when there's an overcurrent. | Trips and opens the circuit when there's an overcurrent. |
Resetability | Typically a one-time use device; needs replacement after a fault. | Resettable; can be manually reset after tripping (some may have automatic reset features). |
Response Time | Generally faster response time to overcurrents. | Slightly slower response time compared to fuses. |
Interruption Capacity | Limited interruption capacity. | Higher interruption capacity; can handle short circuits better. |
Cost | Generally less expensive. | Generally more expensive. |
Maintenance | Requires replacement after each fault. | Can be reset, reducing the need for frequent replacements. |
Usability | Simple design, easy to install. | More complex design, may require professional installation. |
Adaptability | Limited flexibility in adapting to different current ratings. | Offers more flexibility as some models allow adjusting the trip settings. |
Arc Handling | Generates an arc during operation. | Generally designed to minimize arcing during operation. |
Environmental Impact | Some fuses contain environmentally harmful materials. | Some circuit breakers are designed to be more environmentally friendly. |
Application | Commonly used in low- to medium-voltage applications. | Used in a wide range of applications, including high-voltage systems. |
Indication of Fault | Often lacks visual indication of a fault. | Some models come with fault indicators or trip status indicators. |