Hi I just moved to Seattle and we bought a treadmill which we've kept in the garage. Now the garage has a 15amp circuit but the treadmill needs a 20 amp one. We asked an electrician to give us a quote to change from
15 to 20 and he has quoted $600 for the wall closet to the door and $900 for a wall further.
I am novice at this, could someone tell me what would be a good price to pay for this?
A dedicated 20 amp cable must be run from the circuit breaker panel to the location of the outlet. The easier and quicker it is to do this, the less it will cost. I would suggest getting another estimate
It's not at all possible to even guess at an answer to that question. If there is a circuit breaker panel in the garage and the garage walls are unfinished, I would say that's way too much. On the otherhand, if the breaker panel is in the house and he has to fish cable through the attic and walls, it might be a reasonable price.
If the breaker panel is in the house, I would consider spending some extra money and running a heavy cable to the garage and installing a new breaker panel in the garage. While you are at it, you might want to considering adding a provision for future wiring to a backyard shed.
Thank you for all the replies. Yes the treadmill is a PRO model - it's a Sole F85! The wires are concealed and the distance from the circuit breaker for the 2 wall will be approximately 10 feet and 17 feet. Also the electrician mentioned getting a permit from the city electric board
You might be able to do it yourself. The first thing you should do (with the power off) is pull out the receptacle. If it has #12 wire then changing the outlet and the breaker is all that is needed. You should also find out what does not work with the power off.
A treadmill is something you don't need to use if anything else is on the circuit that carries a big load.
If you have #14 gauge wire then you might still be able to use the treadmill by only changing the receptacle. You should not change the breaker in this case.
You may want to try snaking the new 12ga wire from the treadmill room to the main panel your self and then just have some one put the breaker in for you I'm sure there's someone in your family or at work that could put in a breaker for you if not hire a electrician for the outlet and breaker install all the real work is getting that wire through the walls. even do the outlet yourself just use a old works box they are very simple to install.
Since the wires are concealed, he's going to have to open up the wall at some point -- which means repairing it after he's done. His quote seems a bit steep to me, though, even accounting for that. I wonder if he considered running the new cable up from the breaker panel to the attic over the garage (assuming you
*have* an attic up there!), and from there back down to wherever you want the outlet. That should be less expensive, even though it takes more wire, because there won't be nearly as much labor in opening up walls and repairing afterward.
In most cities, it's the contractor's responsibility to get the permit, not the homeowner's.
NO NO NO NO NO !!!! This is UNSAFE, because it enables plugging in a load that will draw more current than the wire can safely carry. DO NOT put a 20amp plug on a circuit that has only 14ga wire. UNSAFE. ILLEGAL.
Only the really cheap ones don't have motors. Mine has a 2 HP DC motor. It is not a pro model. I have seen them with at least 3.5HP motors (note these are not the inflated numbers). Using what ever system they use to come up for advertising use I have seen 6 HP listed.
Jeepers, a 3.5 HP motor for a one person treadmill?
Hard to believe, but that's what they claim:
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I bet that's the same "peak starting" horsepower "BS" claimed for many cheap air compressors and some vacuum cleaners too.
3.5 HP is 2611 watts (at 100% efficiency no less). You can't take that much continuously from a 20 amp 120 volt circuit without popping the breaker.
Before you spend money on new wiring I'd suggest you find someone with an ac ammeter, plug the treadmill into your present 15 amp circuit, and have them measure the actual current it's drawing when during typical usage. At worst you'll pop the breaker if my assumption about that horsepower "hype" is incorrect.
You might just be pleasantly suprised to find out it never draws enough current to overload a 15 amp circuit.
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