![]() Once it has been mounted securely, connect up all of its wires and secure it down by screwing each side into place using some brackets or screws included in the package with your new light fixture. Then use those marks as a guide when mounting your brace box on top of them. The first thing you will want to do is locate the studs in your ceiling so that you can mark them with a pencil or pen. This is a metal box that comes with your fan and needs to be mounted in the ceiling joists above where you plan on installing the new light fixture. Now it is time to install your ceiling fan brace box. You may be able to pull off the cover with your hands, but this can cause damage and is not recommended! Step 4: Install the Ceiling Fan Brace Box If you don’t have either of these two tools, use a hammer to loosen it. In order to remove the electrical box, you will need to cut the edges with a keyhole saw or hacksaw. Next, pull on each wire gently until it detaches from its respective screw terminal and set aside your old fixture for safekeeping (if possible).įinally, take out your new ceiling fan/light kit and install it as directed by the manufacturer’s instructions Step 3: Remove the Old Electrical Box Then, remove the canopy cover to reveal the light fixture wires and disconnect them from their places inside the electrical box. If you’re having trouble getting them out, use a screwdriver with a magnetic tip. First, unscrew the mounting screws that hold it in place. This way, you won’t have any doubt about whether or not your work will result in an accidental shock. ![]() The easiest way to make sure that the power is off is by turning off the circuit breaker serving that outlet or circuit. Do not work on electrical circuits when there is any chance of a shock or electrocution. This is common sense, but it’s always worth repeating. Step 1: Turn Off Power and Shut Off Breakerīefore you start wiring your ceiling fan, make sure you shut off the power to that outlet. That way, you won’t have to worry about damage to your appliance! Instead, find a professional electrician who can do this for you. Is this something that I can do? It seems pretty easy but I have never done it so I can't really comment.Do not attempt to do electricity tasks yourself if you are not a DIY person. I am outside the city limits so there are no permits or inspections. ![]() I do a lot of electrical around the house. I am am an avid DIY'er but have never changed service. Once that is done I will pull the new wires into the meter base, run new jumper wires from the meter base to the panel (I assume I need to do this as they will be undersized), change the main breaker and swap the ground, call back the power company to engerize the new wires. Once that is done I was going to have the power company pull the meter and disconnect the existing service. The transformer is a straight shot from the side of my house and about 75-80' away. My power company says it needs to brought within 24" of the transformer. My plan was to trench along the existing conduit (18" down) to the transformer. Ground - #4 looks like the right size for this service. Meter base - Like I said above I am 99% the meter base is OK.ĥ. Panel - Leave panel and swap main breaker.Ĥ. Conduit - I am not sure if 2" or 2 1/2" is the right way to go here.ģ. I think I can downsize the netural but I think they sell a feeder cable here that is all 4/0.Ģ. Ground - It looks like a #6 but I am not sure.ġ. Looking in their site only 200 AMP bases or larger have those dimenisions.ĥ. It is a Milbank 3R that is 4-1/8 x 11 x 15-1/2. Meter base - I am 99% sure the existing meter base is a 200 AMP base. This is the same as the 200 AMP panel with the only execption is the 125 AMP main.Ĥ. Panel - 42 slot GE with about 8-10 slots left. Wire - aluminum with unknown size (I assume 1/0 and #2 but I am not sure)ģ. ![]() The existing service has the following specs.ġ. I also plan on adding some circuits for woodworking, etc. I am doing this because I am adding a pool and extention that will require a fair amount of power (60-80 AMP's). I am planning on upgrading my existing service from 125 AMP's to 200 AMP's.
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