Recent content by aceniza

would that persist after everything is balanced?

I haven't actually tried feeling it... but I imagine if it was a gelcoat failure, it would be slowly growing and flaking off? Otherwise doesn't feel like anything under my feet.

Over the winter a breaker tripped and our pump didn't run for an extended amount of time. Needless to say it was an absolute swamp, and took a lot of work to get cleaned and balanced. Since then, what looks like dead/bleached algae, won't come off a lot of our surfaces. This is only affecting...

I’m an idiot, it’s the south side lol. It’s on top of my OmniLogic unit itself. So nothing unusually hot other than maybe brick during the summer.

it's on the north side of my house, so yes, but not exactly facing the sun

maybe I need a new one because there was definitely not 65° of warmth anywhere near it

The daily forecast looks great, but the current temp is always WAY off. I just had to manually run my pump because freeze protection was off. It's currently 24°

It’s a variable pump controlled by a hayward g1-019318 and non-color touchscreen control panel. do you think an upgraded aquarite is worthwhile, with more monitors and valve controls? I do have a 3rd valve for a slide (never got around to putting in a slide). Or just repair what I’ve got and...

That’s strange, I’ve seen the instant salt be way off. Before cleaning the cell it was reading 1500 and my Taylor test read 3200. It does indeed stay on when the pump is off. Is there a way to have it power off? Sounds like fun 🫠 Hopefully I’m able to find an issue and repair it.

0 72 32.5 0.00 100p -0 Al-0 R1.59 T-15 0 72 32.4 0.00 100p -0 Al-0 r-1.59 t-15

I’ll get those in a moment. I’ve always recalibrated the t-cell in the aquarite.

Hey all, 2 weird issues. I just cleaned out my hayward t-15 and tried to recalibrate it, switching the aquarite from off to auto, diagnostic until it shows the negative number. The number reads 0 and won’t start at -4000 like it normally does. The low salt and inspect cell lights are solid...