2. We well be working with electricity that is going to be around water. Please keep this in mind as you build it as I will not be responsible for turning you into a light bulb.
3. I will be walking you through the steps that I did with the parts I used. That being said this is not a one size fit all instructable.
4. This is my first instructable and mean comments will probably make me pout.
Step 1: Some Goodies to Gather.
3/8 drill bit
Hand full of drywall screws
Old sewing machine pedal
Some wire nuts
�carriage bolt and nuts
12 lazy Suzan ( I bought mine at target for eight dollars.)
Extension cord receptacles
Step 2: There Is a Hole in My Bucket Dear Liza !
Then about 3/4 of the way down the bucket drill a 1/2" hole for your cord to go though.
Step 3: Now for Fun With the Powered Bit.
The first thing you need to do is match the voltage and amperage of the drill and foot pedal from the sewing machine. The easy way to do this is look for the detail plates on them. Somewhere on there it will tell you this very important information.
Why is this important you may ask? Well if your foot pedal is rated at a lower amperage than your drill it is liable to overheat and release the magic black smoke from the peddle if not catch on fire!
In my case the peddle is rated at 25 amps and the drill is 2 amps leaving me a little wiggle room.
Step 4: Open Plug Surgery.
Whack chop time. Cut the old foot pedal plug end off that went to the sewing machine. This should leave you with two piles of goodies. One of them will be the power plug end and the other well be the foot pedal. Thread all the wires though the hole you drilled in the side of the bucket.
Remember those two wires I said to mark? Twist them together and wire nut them. Because there is the possibility that it could get wet I added a little silicon to seal the connection. Next take the last two wires and wire them into a water tight female extension cord plug. One wire to the copper colored screw and one to the silver colored screw. What to do with the poor green screw? well in my case nothing the foot pedal I was working with had no ground wire and also was not polarized.
This is where it is important to remember I am not an electrician. Because this circuit will be living under a bucket that may have water dripping down it is worth while to take extra care to seal your connections and properly connect ground. I thought about trying to wire in a GFCI switch but was not sure if it would work with the variable speed control. My unit at home is plugged into a GFCI.
So lets continue. Now is a great time to test to make sure that everything is working properly. Plug your new variable speed drill control into the wall and your drill into the new receptacle. Hold down the trigger and slowly step on or press the trigger. The drill should speed up and slow down as you work the pedal. If it does not check your connections and retest.
Step 5: Making the Spinney Bit of the Pottery Wheel.
From the top side of your lazy Susan push through your �carriage bolt. Turn over the turn table and you should see where there is space around the bolt down in the pivot. This is a good place to shoot a little silicone. Now slide the cape down the bolt and seat it back in its home.
Time to dig around the shop and find those two !/4" nuts you know you have. Put the first one on and tighten it until you sink the �carriage bolt flush with the top of the lazy Susan. Here is where I am trying to head off a small problem created by this old Craftsman drill I am using. It has no reverse. This means as the drill runs it will be trying to loosen the bolt. As far as I can tell there are a couple of ways to deal with this.
One- find a different drill.
Two- use a left handed bolt and nut.
Three- find some way to permanently set the nuts in place.
I went with three. After I put on the first nut I peaned it in place with a punch and hammer. Then added a second nut as a jam nut peaned it in place and then added a drop of silicon just for good measure.
Step 6: Putting It All Together.
To line up the drill with the 3/8 hole that was drilled in the bucket earlier I simply used a short piece of 2x4 wood shim and some drywall screws.
Apply a liberal amount of silicone to the back of the lazy Suzan and place it on top of the bucket in such a way that the bolt goes into the chuck of the drill. Tighten the chuck.
Plug the drill into the peddle receptacle.
Pull the trigger on the drill and lock it in the full on position.
Step 7: Let the Fun Began!
Great, now that you have made a awesomely cool pottery wheel, go make something with it.
Tested unit using clay today and it worked very well but I would like to suggest a couple of changes.
1. A speed inhibiter in the way of a small block in the peddle other wise you can throw the clay a good 12’. While this is fun it dose not make good pots.
2. We used this for a good 2hr strait and when I turned the unit over to check for water the drill was very hot. I have put a couple of wood blocks under the bucket to allow for some air movement.
3. Using a drill heaver than a ¼ inch drive would probable be a good idea. This unit is working but when the wheel is put under heavy load you can hear it strain.