IMO it would be because the circuit breaker has the possibility of going bad and not working (allowing a short to move through the device), but fuses blow (cause a break) no matter what if shorted.
The two devices have their own uses in a circuit. For a fast and instantaneous circuit opening, a fuse will usually be used. A circuit breaker is a two function device. It can trip almost instantaneously and it can sense and trip on an overload situation.
When a fuse blows you need a new one to replace it. If you are unfortunate and don't have a spare you have to go buy a new one to get things working again. With a breaker you just have to reset and you are back in business.
The main advantage of a fuse is that it is a 'fail safe' device. If it fails, then it always disconnects the circuit. A circuit-breaker, on the other hand, is a mechanical device which, if it fails, may not disconnect the circuit.
The only advantage of using a fuse over a circuit breaker comes when there are physical size limitations. One example of this are fuses that are used on printed circuit boards to protect the circuit.If a choice is to be made between the two devices, a breaker would be the first choice. A fuse only protects against short circuits whereas a breaker will protect against a short circuit and a circuit overload.
fuse can operates once while circuit breaker are resettable
A fuse has NO advantages over a circuit breaker.
A fuse is used one time and replaced. A breaker can be re-set.
Overloaded circuit, short in circuit, or defective switch.
An electrical breaker is dual function an electrical fuse just has one purpose.
There are two main devices. One is the circuit breaker. It provides a dual function where in it can detect short circuits with its internal magnetic sensor and overloads with its internal bi metallic strip. The other device is a fuse. It operates by melting a fusible link, that breaks the fault current that is in the circuit, when a high current rush through the fuse.
The only ones that could affect that decision to put one in is if you're planning on smoking or blowing-up that item in the circuit, or the hassle of changing a 20 cent - 5 dollar item instead of the more expensive item.
A fuse is used one time and replaced. A breaker can be re-set.
The load exceeds the limit of the breaker or fuse. For example a 20 amp breaker on a 120 volt circuit will handle 2400 watts. Exceed that wattage and the breaker will trip or the fuse will blow.
It is in the fuse panel under the drivers side of the dash. There is one circuit breaker for the seats/locks. it is a 30 amp one. the other fuse/circuit breaker is the one for labeled cigar lighter. it is a 20 amp one. I believe it is fuse number 13.
Overloaded circuit, short in circuit, or defective switch.
A fuse or circuit breaker will fit this description.
An electrical breaker is dual function an electrical fuse just has one purpose.
The circuit breaker is located on the back side of the fuse block that is located on the passenger side of the dashboard. you will have to release the clips that hold the fuse block down and turn it around. there you will find two metal box circuit breakers, one of which is the DEFOG breaker.
There isn't one. The headlight switch has a circuit breaker built into it.
One circuit breaker protects all the power windows. If only one window doesn't work it's not the circuit breaker/fuse. It could be the switch in the drivers door or the power window motor has failed.
There are 2 different types of these devices: circuit breakers (which can be reset after the problem is fixed) and fuses (which must be replaced after the problem is fixed).
A circuit breaker or a fuse is used to insure that too much current does not flow through one circuit.
A circuit breaker can be magnetic; the higher the current is the stronger the magnetic field will be, if the magnetic field gets strong enough it will pull open the circuit. A circuit breaker can also be thermal; as current travels through the circuit heat is generated (higher current = more heat), in the breaker there is two different kinds of metal bonded together, each will expand and contract at different rates, since they are bonded together they will bend and trip the circuit open. A circuit breaker can be a combination of magnetic and thermal.