ChrisDunham
I am assuming by your description that the panel is protected by a 90 amp breaker and the breakers in the panel when added up is 200. This is okay as long as your 90 amp breaker trips on a regular basis. It is typical for the breakers to add up to more than the main breaker under the assumption that you would rarely be running each circuit at its maximum capacity.
Wiki User
∙ 2012-07-08 02:13:46It goes through a cable.
What do u mean by "service entrance" Circuit breakers are also swithes and can be used as such In a garage or warehouse circuit breakers are by the main door used for that area If it is a multiple unit residential or commerical building and your talking about circuit breakers to control each units panel it can be inside or outside depending on distance between main service feed and additional service equipment( disconnects,meters,panels,sub-panels)
A circuit breaker will run "warm" when under heavy load. Like with AC It should never get so hot you can't touch it. <<>> Circuit breakers are designed to operate within their correct tripping value at 50 degrees C above ambient air temperature. The size of the breakers frame has a bearing on how hot the breaker can operate. The larger the breaker the more surface area to dissipate the generated heat. The heat that is generated inside the breaker is from the contacts and the bi-metal trip. These are typically the hottest parts within the breaker. To answer the question, a circuit breaker will get hot on very hot days but as long as the breaker stays within the its parameters it will operate as it should.
Yes. But by constantly throwing the breaker handle back and forth will eventually loosen the mechanical parts inside the breaker to the point where the breaker will fail. There are breakers made for the purpose of switching, usually used in big warehouses to shut off banks of lights. The price of one breaker is probably equal to the price of about 10 standard light switches.
There is probably water in an outside outlet. GFCI outlets monitor the neutral wire, and any moister it detects will cause it to trip out. Also the outlets themselves could have been damaged and need replaceing. The circuit breakers might also be tripped, the GFCI outlet is designed to not reset unless there is power from the breaker. Hope this helps.
If your circuit breakers are in the garage, they would be in a electrical panel (a metal box mounted on a (usually) outside wall, with the electric meter on the outside. The circuit breakers can be either just below the meter on the outside on opposite it inside the garage. It would usually be very close to where the electric connection to the house is. The electrical panel and breakers are not necessarily in the garage.
A bushing is a hollow insulator, used with transformers and circuit breakers. It provides a means by which an energised conductor can pass from the outside to the inside of the transformer or circuit breaker.
It goes through a cable.
What do u mean by "service entrance" Circuit breakers are also swithes and can be used as such In a garage or warehouse circuit breakers are by the main door used for that area If it is a multiple unit residential or commerical building and your talking about circuit breakers to control each units panel it can be inside or outside depending on distance between main service feed and additional service equipment( disconnects,meters,panels,sub-panels)
Circuit breakers do not have circuit diagrams. The breakers have an input where the distribution voltage is applied and an output where the load is applied. If you want to know what is inside a breaker, the electrical terminology to use is "shop drawings" of the specific breaker that you need information on.
To communicate where ever you go..outside inside and where ever there is service and also when there is no service. To communicate where ever you go..outside inside and where ever there is service and also when there is no service. To communicate where ever you go..outside inside and where ever there is service and also when there is no service.
To communicate where ever you go..outside inside and where ever there is service and also when there is no service. To communicate where ever you go..outside inside and where ever there is service and also when there is no service. To communicate where ever you go..outside inside and where ever there is service and also when there is no service.
Even though the A/C unit is outside, the breaker for it will be in the entrance panel box inside your home. It should be clearly marked.
The main breaker switch for a home is usually located in a breaker box attached to a side wall outside the home. The breaker box is usually situated about 5-6 feet up the wall and is usually gray. The main breaker switch will be in that box. Open up the breaker box by pulling on the front bottom or side of the breaker box door. The main breaker switch is usually located near the top of all the breakers and is usually the largest. Also, it may be named, "Main". <<>> In Canada the main service disconnect is on the inside of the home, which is a more secure position so that the home can not be shut off by anyone from the outside of the home. There are two types of disconnects, one being a free standing switch that is fed from the outside meter base. These types of switches are not used much any more due to the cost factor. It usually contains fuses as an overload protection for the service. The second type of disconnect is contained within the branch circuit panel. This type of installation is known as a combination panel which housed both the main breaker and the branch circuit breakers. The top of the combination panel still obtains its feed from the outside meter base.
The inside fan blows air through the ac coils to cool the air. It should be on a separate breaker or fuse circuit from the outside unit. See if there is a fuse box on the side of the inside unit and check the breakers in the house main breaker box. Also stand quietly beside the inside unit and listen for the fan motor running. If the motor is heard running then either the fan drive belt has broken, or the ac coils are clogged preventing air from flowing.
It sounds like the breaker is unserviceable. Seeing as it supplies 240 volt outlet it must be a two pole breaker. If it is a single handle two pole breaker then one pole set inside the breaker is not disconnecting one of the lines. If it is supplied from two single pole breakers that has a common tie, the common tie might be loose and does not shut off both poles when thrown to the off position. If there is no common tie then both breakers must be turned off to interrupt the 240 volt supply.
A circuit breaker will run "warm" when under heavy load. Like with AC It should never get so hot you can't touch it. <<>> Circuit breakers are designed to operate within their correct tripping value at 50 degrees C above ambient air temperature. The size of the breakers frame has a bearing on how hot the breaker can operate. The larger the breaker the more surface area to dissipate the generated heat. The heat that is generated inside the breaker is from the contacts and the bi-metal trip. These are typically the hottest parts within the breaker. To answer the question, a circuit breaker will get hot on very hot days but as long as the breaker stays within the its parameters it will operate as it should.