- Mar 17, 2019
- 612
- Pool Size
- 12500
- Surface
- Plaster
- Chlorine
- Salt Water Generator
- SWG Type
- CircuPool RJ-45 Plus
Agree. A couple of weeks ago, I called Circupool and Discount Salt Pool and asked about pros/cons to 110V vs 220V and both said no impacts to running the SWG at 110V, even though the default is 220V. I am just not comfortable as I would like in wiring the switch, so I will probably hire an electrician with pool equipment experience.If you can do the wiring yourself, go with the digital timer. It matches the timer on the VSP and they keep in sync better. I am glad I came up with that idea... it's the best compromise.... the SWCG uses so little power there is no disadvantage to running it on 110V.
Hi Oly, For right now I have the SWG wired to my mechanical clock-style timer. I have it set so that the SWG running 3 hours/day within the 9 hours/day that my pump runs. That gives me sufficient FC for this time of year. However I still have the risk of my mechanical timer getting out-of-sync with my 2-speed digital pump timer, and those mechanical timers are a PIA to set.DanF, what was your final decision to wiring in the backup timer for the SWG. I too am planning a similar install and have been following your progress so thanks.
What do you think of this option #4: Smart Kasa Outdoor Plug ? you can schedule with Kasa App on your phone, control via WIFI and the timer/schedule is stored locally which works without WIFI. no backup battery, so not sure if the clock will get out of synch with the pump if power goes out.Agree. A couple of weeks ago, I called Circupool and Discount Salt Pool and asked about pros/cons to 110V vs 220V and both said no impacts to running the SWG at 110V, even though the default is 220V. I am just not comfortable as I would like in wiring the switch, so I will probably hire an electrician with pool equipment experience.
Question: My wife asked if I was considering WiFi timers...the use case would be: We're away from home on a trip and need to adjust the SWG timer for some reason - pump fails or whatever (don't ask me how I would know if the pump fails). Do you see any value in a timer with WiFi capability, something like:
Hi Oly, For right now I have the SWG wired to my mechanical clock-style timer. I have it set so that the SWG running 3 hours/day within the 9 hours/day that my pump runs. That gives me sufficient FC for this time of year. However I still have the risk of my mechanical timer getting out-of-sync with my 2-speed digital pump timer, and those mechanical timers are a PIA to set.
So, I have narrowed it down to the options:
1) An in-wall timer like @Rattus Suffocatus has which would reside in my timer panel
2) An external timer like this one which would plug into my GFCI outlet and sit outside the timer panel. I would need to attach a 3-prong plug to my SWG's wires.
3) An external timer like this one. Admittedly this is a Cadillac solution, but it would sit inside the timer box and control my 2-speed pump and the SWG. Gives me more flexibility in scheduling both the pump and the SWG, and if the timer fails, both components fail together. Just don't know if the cost warrants the capability.
All 3 have some sort of battery backup, either internal (non-replaceable) or batteries that can be switched out.
That's where I'm at right now. Would like to hear your thoughts as well.
I purchased it already but still in the box, plan to hook up to SWG once I buy one after I figure out how to plumb with the copper pipes I have. I have lots of other kasa lights, plugs and switches, they work quite reliably over wifi and with alexa. This one is outdoor rated so I guess it’ll be fine under the sun but good idea to use something to cover, like a bracket/cover and screw into the wall. I am guessing if power out it will update its timer when it reconnects to wifi/cloud, but need to test it. I also have a gcfi outlet to use.Interesting idea, @caycarem. I actually have one of these controlling my Dolphin robot. I will probably order one and see how it works. I'm a little concerned that I may not have WiFi signal near where the SWG would plug into the Kasa. Also, I would probably need to protect it somehow from the sun and (not so much) the rain. I have GFCI outlet on my panel but the Kasa would dangle down from that and I wonder how that would work long-term.
Not sure either about power outages. Maybe something I can test by flipping breakers on/off. Cant' beat them for cost, ease of use, and programming flexibility. And it's something I can install myself, and control from afar.
Agreed they have to always work, online or offline, even with flow switch as backup. here's an answer from Kasa chat robot. I found similar answers from the users and FAQ, but will try to confirm with a Kasa Rep.Do NOT use something like a Kasa Switch with a SWCG. It must have its own timer built into the switch or you risk not turning off (or on) the SWCG if the internet, AWS cloud or whatever is down. I use a Kasa switch for my lights. I know they don't always work. They have to always work in this application.
Edit: I looked, there is nothing saying that it has a built in timer. Yes you can set schedules on the Kasa account independently from Alexa, but the cloud still does the power up and down like the switches I use.
Thanks for your candor...I've been known to do so!I think you wandering into over thinking it territory.
I am guessing that your old Intermatic ("wheel") timer controls both your pump and your SWG, or you have separate wheel timers for each. Either way you don't have to worry about them getting out of sync, as a power outage will stop both simultaneously.I'm using an old Intermatic timer for my SWG... But I have never had to change my runtime.
Yes you are correct. And if I had a VSP I would likely run it 24/7.. or 12/7. The SWG would not need nearly that amount of time so it would easily fit within the timing of the pump and within the tolerances that I would be checking it. So the timers purpose is still the same. Just to provide a set runtime for the SWG.I am guessing that your old Intermatic ("wheel") timer controls both your pump and your SWG, or you have separate wheel timers for each. Either way you don't have to worry about them getting out of sync, as a power outage will stop both simultaneously.