I am about to wire this circupool rj60 but ran into a Slight Snafu.
Have a intermatic dual timer box, there all 230/240.
Timer 1 is wired to the Variable Speed pump. The Timer never turns off (its wired correctly, the lugs that turns it on and off have been removed). The pump never shuts off.
Timer 2 is plumbed to the Polaris booster, it runs about 3 hours a day.
I have a kill switch to the entire 240 run about 1 foot away from me (single flick, everything turns off).
Two questions.
1) From what I know, the RJ60 (circupool) has a built in clock and timer and you can set it to run vs using the intermatic turn on/turn off mechanism? What would be the best practice. I understand to wire the SWG to the load side of the timer, but that first timer does not actually time anything. Would I have to set a clock for the RJ60 to run when the pump hits higher speed?
2) Would it be a better practice to wire the SWG straight to the 2nd Intermatic that turns on 3 hours a day (The SWG would have to run 6 hours a day at 25% to generate the chlorine needed by my numbers)
I've been thinking about flow switches and how everybody says "don't rely on them". I don't intend to but with a variable speed pump, do you kinda do anyway?
I guess I am trying to get an idea of process or smart setup.
Have a intermatic dual timer box, there all 230/240.
Timer 1 is wired to the Variable Speed pump. The Timer never turns off (its wired correctly, the lugs that turns it on and off have been removed). The pump never shuts off.
Timer 2 is plumbed to the Polaris booster, it runs about 3 hours a day.
I have a kill switch to the entire 240 run about 1 foot away from me (single flick, everything turns off).
Two questions.
1) From what I know, the RJ60 (circupool) has a built in clock and timer and you can set it to run vs using the intermatic turn on/turn off mechanism? What would be the best practice. I understand to wire the SWG to the load side of the timer, but that first timer does not actually time anything. Would I have to set a clock for the RJ60 to run when the pump hits higher speed?
2) Would it be a better practice to wire the SWG straight to the 2nd Intermatic that turns on 3 hours a day (The SWG would have to run 6 hours a day at 25% to generate the chlorine needed by my numbers)
I've been thinking about flow switches and how everybody says "don't rely on them". I don't intend to but with a variable speed pump, do you kinda do anyway?
I guess I am trying to get an idea of process or smart setup.