What do fuses and circuit breakers have in common

Another key consideration when choosing between fuses and circuit breakers is the different applications for which each system is used. For example, fuses are predominantly used in electronic equipment that draws a low current, and in homes with lower electrical loads. Circuit breakers, however, use motors and heavier equipment, which require a large amount of electrical power. You may have a clear understanding of the power needs within your home, but how much do you know about the potential risks of integrating new systems within the property?

Qualified electricians can help you decide which style of power system suits your home. They can explain the risks involved in installing fuses and circuit breakers in older homes and can help you mitigate these risks with their design expertise.

While you may pay more initially when working with a qualified electrician, the cost to hire a specialist is relatively little when compared with the cost of repairing your home after an electrical fire. An electrician can also help you design the entire system so that it supports your power demands throughout the home, giving you the convenience of having direct access to the power needed for all appliances and devices.

If you take on the process of choosing a circuit breaker or a fuse system for the home, you may also be integrating the system yourself. Not only is this incredibly dangerous, but the process itself can take many weeks.

An experienced electrician understands the technology and its relative performance. Our trusted and experienced team at Hi-Lite Electric Inc. To discover more about our company and our experience in the local market, please call us today.

A Fuse is an electrical device made up of glass, porcelain, or plastic material containing a thin piece of wire. If any faults occur in the system and an over-current flow through the circuit, the fuse automatically melts and breaks the contact of the circuit. Thus, protecting the appliances from any damage. The Circuit Breaker also performs a similar function as that of the fuse but by electromagnetic principle. The circuit breaker also protects the appliances from getting damaged due to overload current.

The difference between fuse and circuit breaker is very well explained. This blog has cleared my doubts very well.

Your email address will not be published. Save my name, email, and website in this browser for the next time I comment. Difference Between Fuse and Circuit Breaker Fuse works on the principle of electrical and thermal properties of the conducting materials whereas the circuit breaker works on the Electromagnetism and Switching principle.

Fuses come in a range of shapes and sizes. They are usually made from a filament and encased in glass, ceramic, or metal. The key difference between fuses and circuit breakers is that fuses can only be used once. When a circuit becomes overloaded, a fuse filament will melt in the process of shutting said circuit down. After that fuse has been blown out, it must be replaced.

Although fuses can shut off an electrical system extremely quickly, their limited use has made them far less common in most buildings, and most homes and businesses built over the past 50 years or so are equipped with circuit breakers instead.

A circuit breaker is either an electromagnetic or bi-metal switch located in your circuit panel. Your circuit breakers allow safe levels of electrical current to pass between terminals in your system, while the electromagnetic switch pulls a lever to stop unsafe levels of electricity in a specific circuit. Unlike fuses, circuit breakers can easily be reset.