- Mar 17, 2025
- 5
- Pool Size
- 32000
- Surface
- Fiberglass
- Chlorine
- Salt Water Generator
- SWG Type
- Pentair Intellichlor IC-40
Hi all - we've got our heat pump being installed shortly and taking the opportunity to upgrade to an IntelliCenter and IC40 replacing our existing non-Pentair chlorinator. The current chlorinator controller powers the pump on a schedule. All is good, albeit dumb. The IntelliCenter will obviously become the brain, including schedules, heat set point, calling for heat from the heater etc.
The new salt generator transformer in the IntelliCenter is wired into the filter pump relay's second load side as per the manual so that the pump and IC40 switch together.
The heat pump is going to have to have a longer daily runtime than the chlorinator to maintain the desired heat. How does the IC40/IntelliCenter/etc prevent over chlorination if the heater needs the filter pump on for hours longer than needed for chlorination?
Does the IC40 have smarts that sets the output to 0% once a desired chlorination level is reached? Or do you need to wire the teh transformer on its own relay and program the schedules together so that the chlorinator is powered during the filtration phase, but off during other pump activities like heat?
The new salt generator transformer in the IntelliCenter is wired into the filter pump relay's second load side as per the manual so that the pump and IC40 switch together.
The heat pump is going to have to have a longer daily runtime than the chlorinator to maintain the desired heat. How does the IC40/IntelliCenter/etc prevent over chlorination if the heater needs the filter pump on for hours longer than needed for chlorination?
Does the IC40 have smarts that sets the output to 0% once a desired chlorination level is reached? Or do you need to wire the teh transformer on its own relay and program the schedules together so that the chlorinator is powered during the filtration phase, but off during other pump activities like heat?