Trying to layout my plumbing for my new 220g'ish (180+40G Sump)
Pretty generic layout but I want to plumb my chiller outside the house with a horizontal run of approx 25FT.
Will probably use 1" PVC for this.
Here's what I'm think-
2 return pumps (already have a 1 x Cor20)
-Run the Cor20 almost as a close loop from the sump return via 3/4" back to the DT
-2nd pump will run the manifold as I can "dial in" each device via gate/ball valve and back into the return section on the sump,
Not sure of overall head pressure yet but based on what I've read
Using 1K GPH and 1" PVC, to and from the chiller would be 10FT + using the high end calculation of 4FTadditional head pressure from the chiller, that would put me at 14FT
UV = 2FT
Carbon, GFO, ATS @ 4FT ea = 12FT
That puts me at 28FT before any manifold plumbing.
Would like to run a second cor20 as I could swap out incase of a failure...but I don't think with would work in this application.
Suggestions on the lay and or recommended pump??
Thanks
Pretty generic layout but I want to plumb my chiller outside the house with a horizontal run of approx 25FT.
Will probably use 1" PVC for this.
Here's what I'm think-
2 return pumps (already have a 1 x Cor20)
-Run the Cor20 almost as a close loop from the sump return via 3/4" back to the DT
-2nd pump will run the manifold as I can "dial in" each device via gate/ball valve and back into the return section on the sump,
Not sure of overall head pressure yet but based on what I've read
- Filters: Approximately 2 to 4 feet of additional head pressure
- Chillers: Approximately 2 to 4 feet of additional head pressure
- UV Sterilizers: Approximately 1 to 2 feet of additional head pressure
500 gph | 750 gph | 1000 gph | 1500 gph | |
0.5” Tubing | Add 0.60/Foot | Add 1.40/Foot | Add 2.50/Foot | Add 5.20/Foot |
0.75” Tubing | Add 0.15/Foot | Add 0.40/Foot | Add 0.65/Foot | Add 1.40/Foot |
1.0” Tubing | Add 0.05/Foot | Add 0.10/Foot | Add 0.20/Foot | Add 0.40/Foot |
1.5” Tubing | N/A | Add 0.02/Foot | Add 0.03/Foot | Add 0.06/Foot |
2.0”+ Tubing | N/A | N/A | N/A | N/A |
Using 1K GPH and 1" PVC, to and from the chiller would be 10FT + using the high end calculation of 4FTadditional head pressure from the chiller, that would put me at 14FT
UV = 2FT
Carbon, GFO, ATS @ 4FT ea = 12FT
That puts me at 28FT before any manifold plumbing.
Would like to run a second cor20 as I could swap out incase of a failure...but I don't think with would work in this application.
Suggestions on the lay and or recommended pump??
Thanks