1122,
Most VS pumps get wired to constant AC voltage, but it is not a requirement. You can, if you want, run your SuperFlo VST and your SWCG off the same timer.
You just have to set the pump to run 24/7, so that whenever the power comes on, the pump will run, but of course it will only run when the timer is applying power to the pump.
Another option is to connect the pump to constant AC power and let the pump actually run 24/7. In essence this makes the flow switch the secondary safety device. This is what I do, as I like making a little chlorine all the time and skimming all the time. I have a 3 HP IntelliFlo pump and for me to run 24/7 at 1200 RPM, most of the time, costs me less than $20 bucks a month.
The main reason we harp on connecting VS pumps to constant power, is that when you have an automation system, and the power to the pump is removed, it will report loss of power failure notifications. This is not an issue, if you don't have an automation system.
Thanks,
Jim R.
Most VS pumps get wired to constant AC voltage, but it is not a requirement. You can, if you want, run your SuperFlo VST and your SWCG off the same timer.
You just have to set the pump to run 24/7, so that whenever the power comes on, the pump will run, but of course it will only run when the timer is applying power to the pump.
Another option is to connect the pump to constant AC power and let the pump actually run 24/7. In essence this makes the flow switch the secondary safety device. This is what I do, as I like making a little chlorine all the time and skimming all the time. I have a 3 HP IntelliFlo pump and for me to run 24/7 at 1200 RPM, most of the time, costs me less than $20 bucks a month.
The main reason we harp on connecting VS pumps to constant power, is that when you have an automation system, and the power to the pump is removed, it will report loss of power failure notifications. This is not an issue, if you don't have an automation system.
Thanks,
Jim R.