Mr. Notorious
Member
- Joined
- Mar 4, 2022
- Messages
- 6
Hey guys,
I'm trying to plan out my wiring for my 2 post lift. It's a Challenger VLE10 which requires 208/240 - 20amp service. I was hoping to achieve a few things, ideally with the simplest setup.
1) Run the required power to the lift
2) Would like to wire an outlet on one of the posts to have the ability to plug in a welder.
3) Have a 110 circuit available for an additional outlet on the post, plus a switch to run back up towards the ceiling for some to-be-installed overhead LED lights around the lift area.
4) I'd like to be able to kill the lift locally (without going to the fuse panel) incase the push button fails / gets stuck. This is important for me because my limit bar will be above my open rafters until I can figure out how to drop it down.
Coming from the RV world, I (wrongfully?) assumed the 3 prong welder plugs I saw online were 30amp services. So I bought 80ft of 10/2, 30amp break, and plenty of 1/2 conduit and was hoping to rough in the wiring in order to support the lift install.
Similar to the sketch below, my ideal plan was to run the wire to the lift, install a box and 3 prong receptacle on the lift, and then leave the lift motor plugged into that outlet. If I ever need to weld something, I'd just unplug the lift and plug in the welder (wish #2). Since the lift is in a central-ish location, I figured this would be beneficial. This also meant if the lift button malfunctioned, I could pull the cord in an emergency to support my wish #4. I am now realizing that I think the common 3 prong welder plug is really a 50amp (NEMA 6-50). So now if I look at 80ft of 6/2, the price just doubled.
- Do I just bite the bullet and go buy 6/2 and just run the whole setup to 50amp service?
- I assume 6/2 can't be run in 1/2" conduit?
- Am I trying to do too much with 1 run?
- Would it be dumb to try and run welders / plasma cutters off a 30amp circuit? (1/4" will likely be my max material thickness)
This wiring idea came from youtube around the 8min mark.

I'm trying to plan out my wiring for my 2 post lift. It's a Challenger VLE10 which requires 208/240 - 20amp service. I was hoping to achieve a few things, ideally with the simplest setup.
1) Run the required power to the lift
2) Would like to wire an outlet on one of the posts to have the ability to plug in a welder.
3) Have a 110 circuit available for an additional outlet on the post, plus a switch to run back up towards the ceiling for some to-be-installed overhead LED lights around the lift area.
4) I'd like to be able to kill the lift locally (without going to the fuse panel) incase the push button fails / gets stuck. This is important for me because my limit bar will be above my open rafters until I can figure out how to drop it down.
Coming from the RV world, I (wrongfully?) assumed the 3 prong welder plugs I saw online were 30amp services. So I bought 80ft of 10/2, 30amp break, and plenty of 1/2 conduit and was hoping to rough in the wiring in order to support the lift install.
Similar to the sketch below, my ideal plan was to run the wire to the lift, install a box and 3 prong receptacle on the lift, and then leave the lift motor plugged into that outlet. If I ever need to weld something, I'd just unplug the lift and plug in the welder (wish #2). Since the lift is in a central-ish location, I figured this would be beneficial. This also meant if the lift button malfunctioned, I could pull the cord in an emergency to support my wish #4. I am now realizing that I think the common 3 prong welder plug is really a 50amp (NEMA 6-50). So now if I look at 80ft of 6/2, the price just doubled.
- Do I just bite the bullet and go buy 6/2 and just run the whole setup to 50amp service?
- I assume 6/2 can't be run in 1/2" conduit?
- Am I trying to do too much with 1 run?
- Would it be dumb to try and run welders / plasma cutters off a 30amp circuit? (1/4" will likely be my max material thickness)
This wiring idea came from youtube around the 8min mark.

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