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Thanks Michael. In our termite belt I have been thinking about other options for the posts and also considering all metal.@Hugh Heifer thanks! I’m pretty pleased with it over all.
I ran 100 amp service to the shop.
The footers were the architects bright idea. Not a requirement for code. I didn’t catch this until my permits had been issued and I wasn’t willing to go through the process of changing my plans/permit.
Nothing but concrete is around the pressure treated 6x6’s. The posts are 5’ in the ground.
I wouldn’t wait too long on the prices. I don’t see any major reduction in prices coming.
Add that to lights and a couple fans and a stereo playing it adds up. I had been contemplating a 150 amp service.@Hugh Heifer Voltage is, for the most part, not your concern. It’s the amperage. Your lift will likely require another 40 amp breaker. Any 3 of your 40 amp circuits in use at the same time puts you at a potential 120 amp draw on a 100 amp box. That would very likely trip your main breaker. Nothing dangerous but certainly a nuisance.
@Hugh Heifer What size breaker will the oven, welder and compressor require? The other question is where will you get power for the shop? If you’re tapping the house panel, as I did, and it is a 200 amp panel, as most are, a100 amp panel is the largest, that I am aware of, you could use.
I haven't looked at the cable size to the shop. It would be nice if I could up the panel size as it's about a 500' underground line. That would be pretty pricey to change so I will likely have to live with 100 amp service.
Having just done this, I agree go as big as you can to future proof. Who knows what you'll add in the future, mill, lathe, AC, ???When I did mine, I went as large as I could. Next step up would have been a commercial service. Typically, most of the cost ends up being in labor, so the increase in materials is generally worth it for "future proofing" things.