Get yourself an Quilified Electrician, The wire for the 100 amp fuse is going to be larger than what it would take for a 60 amp fuse so the wires are not going too fit in the 60 amp fuse properly Danger in more ways than one.
You need to have an electrician install a new electrical service to your home. That would include a new Service entrance cable that attached to the wires that your utility provides you. You will need a new meter and electric panel rated for a 100 amp. The ground system for you electric service also will have to be upgraded for 100 amps.
This needs to be done by an electrician. The basic steps are:
1. Make sure that the cable from power company support 100 Amps (Usually the case unless very old service cables). This is a power company call.
2. Determine if the electric panel itself must be replaced based on the rating of the panel.
3. Make sure there are no code problems that would cause rewiring or replacement of current panel.
4. Disconnect house from power company. Usually done by removing the electric meter.
5. Do all new main panel work.
6. Reinstall meter.
Also the proper electric permits need to be pulled from local authority and they have to inspect and approve the work.
Most communities/ electrical power companies will require a building permit and will require that a licensed electrician perform the work. It will involve running new wires from the meter base to the breaker panel, and possibly even new service cable from the transformer to your house.
But a licensed electrician will know exactly what you need.
60 Hz in North America, 50 Hz in Europe.
Most jurisdictions will no longer allow the installation of 60 amp main service panels. If you are doing a repair, and a simple replacement MIGHT be considered a repair, you might get away with replacing one with the other. But if you have the time, money, and/or you KNOW WHAT YOU ARE DOING, I suggest you upgrade the service to at least 100 amps. Even in small homes the typical installation is now 125 amps. And if the home is all electric, typical installation is 200amps. Replacing a service panel can be very dangerous. Do this ONLY if you know what you are doing and how to protect yourself from injury. If you are guessing, DO NOT DO THIS TASK.
As long as the voltages match a 60 amp service will handle a 700 watt microwave. The microwave will only draw A = W/V, A = 700/120 = 5.8 amps.
A 200 amp service panel with a 60 amp sub-panel.
Mine and many that I've seen are 100 amp . I've seen one or two that are 60 amp, but they were pre -'75.
If what you state in this question is accurate this is an illegal installation. A 100 amp service can not have any equipment connected to it less that that of the service size. The 60 amp main panel must be a 100 amp panel to be a legal installation.
The answer is likely NO. I assume you're talking about a 60 amp subpanel. To upgrade to a 100 amp, the wire size will need to be increased. (replaced with the correct size) This is not a job for amateurs but should be done by a qualified electrician. The typical size wire employed for a 60 amp supply is # 6 awg, whereas the minimum wire size for 100 amp is # 3 awg (which is larger).
If you have 100 amp wire, you can use it for a 60 amp circuit, or for any circuit of 100 amps or less. But if you have a 60 amp circuit, 60 amp wire is thinner and cheaper than 100 amp wire.
You can make that a condition of the sale, or you can request a discount to do that yourself. The homeowner may just tell you that the price is low enough that you can have it done yourself. The requirement is typically part of the terms of the lending institution and as such, not necessarily a local ordinance. Offer to purchase the home conditional upon the upgrade. The homeowner may agree, but may counteroffer with a price that includes the cost of the upgrade.
60 Hz in North America, 50 Hz in Europe.
Most jurisdictions will no longer allow the installation of 60 amp main service panels. If you are doing a repair, and a simple replacement MIGHT be considered a repair, you might get away with replacing one with the other. But if you have the time, money, and/or you KNOW WHAT YOU ARE DOING, I suggest you upgrade the service to at least 100 amps. Even in small homes the typical installation is now 125 amps. And if the home is all electric, typical installation is 200amps. Replacing a service panel can be very dangerous. Do this ONLY if you know what you are doing and how to protect yourself from injury. If you are guessing, DO NOT DO THIS TASK.
Without knowing the sq. ft. area of your house and what appliances you have connected and if your hot water tank is electric it is hard to make an assessment. The average household draws about 50 amps so if you are adding another 30 you will be getting close to the limit of the new panel. Ask for an estimate on the 100 amp panel and then on a 200 amp panel. The labor costs should not be much higher for the larger installation of a 200 amp panel just the materials.
Hi, It really depends on when your home was built and whether or not you have an older home that had an upgrade at one time or another. For older homes, it was usually 60 amps and for the newer homes, it's usually 100 amp service. Most homes today have 100 amp service, but lately, the trend has been installing a higher amperage service, usually around 200 amps. All that means, is that you have that much power available, and of course, you're generally billed for what you use and not how large the available service is. Hope that helps, Cubby
Not that I know of. The largest GFCI breaker I have seen is a 60 amp.
I would recommend at least a 200 amp service. and a subpanel in the workshop. This is not a DIY project. Contact a qualified electrician. Well, I guess it depends how many arms you have ... I can only usually run one power tool at once, so it depends on if you have help or not. You could power New York City on a 100 amp service if you only light one 60 watt bulb at a time ...
As long as the voltages match a 60 amp service will handle a 700 watt microwave. The microwave will only draw A = W/V, A = 700/120 = 5.8 amps.
A 200 amp service panel with a 60 amp sub-panel.