Dang, yes I measured each side (F1/F2) individually to ground! And yes they each showed 120v.Is your heater supply voltage 240V? How are you measuring voltage at the F1 and F2 contacts on the Fenwal? Hopefully not individually to ground! If so, F1 will read 120V to ground as 1 leg of the supply to the motor and F2 will read 120V to ground as the second leg of the motor supply voltage "through the motor windings"! If the motor runs at 240V, the only way to check the F1/F2 Fenwal contacts "using voltage" is to check the voltage from F1 to F2 directly. It should read 240V when the relay is not pulled in and 0V when the relay is pulled in. Another way to check the relay contacts would be to pull off the wires at F1 and F2 and check continuity between F1 and F2. It should read infinite ohms with the relay not pulled in and 0 to very low ohms with the relay pulled in.
If you can't fix the keypad and you don't want to purchase another display unit, this is what I did:the down button is the ONLY button that does not work.. all others work. Any ideas? the chlorination setting is now set to 100% because i used up arrow to try to get back to lowest setting. i removed both ends of the connection/ connectors but no help. thanks
thank you for that information. worth considering.Your pump, running 12 hours per day costs about $45/month, at $.15/KWh.
If you bought and installed a Calimar 1.5hp VSP, and ran it 24/7 at 1400, it would cost you about $10/month.
Payback would be the cost of the pump, about $500 / $35 per month of use or about 14 months, with a 5 month season, payback would be about 3 years.
W,is the "app" useful?
Thank you for your contributionI thought this was a discussion.
We all enjoy discussing spending your money.
YupJust to be clear: this is a two step process? Disconnect the current omni control wire (step 1), and then connect the local panel wire (step 2)?