Dispatch called already. They also asked if I was having issues and questioned how I knew voltage was high. I go through a lot of LED bulbs but that is hard to know whether the bulbs sucks or whether that is related to being hammered by Hydro One. Then they asked if I spoke to my neighbours to determine if they had high voltage too. wtaf again. I could probably ask every single person within sight and maybe one of them would not look at me like I was crazy and I can be pretty sure not a single one will have any idea what their voltage is. Service call scheduled (by them, they don't tell me when).Should have said that you are having issues. Maybe like your CPAP machine keeps shocking you at night. lol
They would be out in a heart beat.
Transformer to my meter is ~50m. Transformer to probable last house in the chain is ~200m. Obviously, I don't know the exact layout they used. Worst case could be close to 400m to last house but that would be an unexpected and very strange layout (but anything is possible to save a few feet of wire).You are likely close to the transformer and they have a long run to the end of line (last house) for that transformer... Someone wins, someone losses, up or down.
Curious, what is the form factor or better yet NEMA version of the current plug?My power is really hot. Too hot. 253V right now. Plan is 12ga thhn in conduit with a 30A breaker. Run is <20'.
EDIT:
It current has a cord and plug. 15A rated plug. No signs of any issues. It will likely be hardwired when my install is complete. Location will be relatively hard to access, no good reason to have a plug. That also replaces the cord that may not be 12 ga (I didn't bother to check).
I suspect not factory. NEMA 6-15. No signs of stress or overheating but a 15A rated plug on a device that can theoretically draw 14A continuous doesn't give me the warm and fuzzies. Cord is 14/3 SJ as I suspected.Curious, what is the form factor or better yet NEMA version of the current plug?
NEMA 6-20R? 6-15R? Something shifty? If it is factory that gives us an idea of what they were thinking....
Power = current squared X resistance. R for 14 gauge is .00258 ohms per foot. At 14 amps you get about 1 watt a foot of cord. Shows up quite nicely on infrared and warm to the touch.I suspect not factory. NEMA 6-15. No signs of stress or overheating but a 15A rated plug on a device that can theoretically draw 14A continuous doesn't give me the warm and fuzzies. Cord is 14/3 SJ as I suspected.
Don't worry, that is not surviving the install. It will get a whip with 12 ga inside.Power = current squared X resistance. R for 14 gauge is .00258 ohms per foot. At 14 amps you get about 1 watt a foot of cord. Shows up quite nicely on infrared and warm to the touch.
0.6 Watts per foot.Don't worry, that is not surviving the install. It will get a whip with 12 ga inside.
Except a compressor will only run for a minute or so then be off for a long timePower = current squared X resistance. R for 14 gauge is .00258 ohms per foot. At 14 amps you get about 1 watt a foot of cord. Shows up quite nicely on infrared and warm to the touch.
Good enough for this project. I don't have high continuous draw devices like a blasting cabinet. It will only run continuous a few times a year (sprinkler blowout currently uses two compressors in parallel, next year it will use three to speed up the process).0.6 Watts per foot.
Out of curiosity, what PSI are you setting your compressor(s) to when blowing out your sprinklers?Good enough for this project. I don't have high continuous draw devices like a blasting cabinet. It will only run continuous a few times a year (sprinkler blowout currently uses two compressors in parallel, next year it will use three to speed up the process).
Volume is your friend so 30 psi to get most of it. Final couple blows at 50 psi gets some more spray (probably puddles in low pockets being cleared). Water pressure here gets up to 90 psi so 50 isn't going to hurt anything. Heads obviously spin fast with high pressure air so if i had a compressor that could keep up with the blow, I wouldnt do that pressure for too long.Out of curiosity, what PSI are you setting your compressor(s) to when blowing out your sprinklers?
60 at the regulator in the garage will be far far lower at the valve to the system. It would be interesting to put a gauge on the valve and see what you were actually getting.Nice set up.
I only have 2 zones with 4-6 heads in each zone.
I just connect 2 long air hoses from my garage and connect at the side of the house.
I think last year I had the PSI at 60. So far no issues.
My sprinklers have a drain that sits 6" lower than any part of the system. I just open a valve at the manifold and the drain.... Done.Volume is your friend so 30 psi to get most of it. Final couple blows at 50 psi gets some more spray (probably puddles in low pockets being cleared). Water pressure here gets up to 90 psi so 50 isn't going to hurt anything. Heads obviously spin fast with high pressure air so if i had a compressor that could keep up with the blow, I wouldnt do that pressure for too long.
I pull a 3/4" line from garage, manifold in a 5 gallon tank and another compressor at the end of that line all at 120 psi. Regulator to hose to sprinklers from there.
That's because you did it. Mine was installed by some "professionals" for a previous owner. I don't even have a map of what is installed. I think I know where all the heads are but if some were deeply buried when I bought the house, I may not. I raised the heads in one line this year. It was more work than I expected. I will do another line or two next year and that should let me know if I have seen all the heads.My sprinklers have a drain that sits 6" lower than any part of the system. I just open a valve at the manifold and the drain.... Done.
No blow, no antifreeze. Same for the lines around the pool.
The ghost of Kevin still lurking about eh, I would have thought with all the work done you would have eradicated him by now.I just blow up my lines annually to get them emptied out. Of course Kevin didn’t use a direct line from the tap but decided to take a detour. Maybe he was feeling strong that day.
Found the line accidentally with the tip of my shovel. Thankfully I did not break it when I hit it, and just grazed the hard PVC.
I usually set the compressor to 60-80psi and blow out the lines then.