24 lights, 24 total watts. 48' of total string. Shown in red below.
Trying to decide best source of power (see pictures below)
1) Existing outdoor light (blue circle): Switch just inside door. Could I replace light with one that has a receptacle built in, and then plug the string lights directly into that? Or I can just cut the plug off the string light and wire directly into the junction box behind the light. Not sure how waterproof that will be long term. Will require both lights to be operated together.
2) Run a wire to my pool panel (green arrow/circle): Have extra relays on my pool panel and can then control the lights from my phone (along with my landscape lights which also go into the pool panel). Is there an outdoor rated extension cord I could just run above the door, down the fence and wire into the panel? Want to avoid having to install a new receptacle above the door and run a conduit around door to panel.
I would lean towards #2. While extension cords are allowed only for "temporary use", I'd consider the lights to be similarly rated. So a black or tan 16ga outdoor extension cord would be perfect and blend in just fine.
Run it down to your pool panel where you'll install a new receptacle (smart receptacle or standard). It will need to be GFI protected (which your pool panel may already be) and will need an in-use weatherproof cover.
If you ever decide to remove them, I agree, having a receptacle over the door might be odd.
PJ - good point about adding receptacle above light. But will still have the issue of the door light and string lights having to be operated together.
Zorfdt - So my pool panel already has a GFI receptacle attached to the side of it - I could just plug into that, but I need to check if it is connected to a relay or has constant power
What are the items above the light in blue, speakers?
Either way you want seperate power, having the string lights and porch lights on at same time will get old very quick.
What I did for our string lights was to get power from upstairs room, it had knee wall so very easy, installed a remote control switch then fished the power out to a box under the eve, installed a outdoor weatherproof receptacle with cover and plugged them in.
I've got 3 doors with exterior lights, I did a string-light setup on one of them.
I simply got a Edison-bulb to plug adapter, replaced the glass globe with a similar sized mayonnaise jar with a drain hole in the bottom and an x-slit int the side for the plug to run into.
This particular light fixture only really needed to light up a small 10 x 20 side patio, and the string lights loop around all 4 sides of the area, so they provide an equivalent amount of light to a regular bulb.
If you're looking for 'high tech' solution, there are both wifi-enabled light bulbs & wifi-enabled plugs- so you COULD go with a wifi bulb and a wifi outlet.
Finally, there are now lots of exterior light fixtures that add GFCI, outlets, dusk/dawn, motion sensors, and WiFi.
Hello folks,
I searched for an answer before posting but couldnt find anything. Maybe used wrong keywords and/or their combinations... Sorry if it a silly question.
Anyway. I recently bought a California Air Tools 10020CHAD air compressor (110V). According to specs, the unit draws 14amps. The garage outlet it will be plugged in is after a GFCI/AFCI. The circuit is on a 20amp breaker with 12 gauge wiring but all receptacles are 15 amp including the GFCI/AFCI, which is allowed. I thought about replacing the GFCI/AFCI and the receptacle with 20 amp versions and assumed I would be alright. Then, while googling, I saw that hair dryers are often rated at around 15 amps and we all use them on regular 15 amp receptacles without any issues.
Is this huge device (compared to a hair dryer) really needs less amps than a hair dryer and I am OK to use it on my existing 15 amp garage receptacle as it is? Or would should I still go ahead and upgrade everything in the garage to 20 amps?
Thanks
I am trying to rewire a powerscooter/chair lifr that mounts to the hitch of a vehicle for transport option. Please look at the image and let me know where the wires are supposed to terminate in a way that only allows operation of the lift with the 3 prong lighted switch acting as a safety/main switch for the 6 prong rocker switch in an Up/Off/Down operation for the DC motor terminals. I know there has to be a couple jumper wires in the scheme but Im not exactly sure which prongs are the correct ones to jump. The image is .png format and is editable if you want to "mark-It-up" or a list of prong to prong connections as i have them labeled would work for me as well. Thanks for any advice or suggestions
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