JC,

No one here would ever recommend using PVC ball valves.. And, you have discovered why.

Replacing them with Jandy style diverter valves is the only sensible to thing to do..

The problem, of course, is that depending on your equipment pad lay out, a lot of plumbing work would be involved... :cry:

Sorry,

Jim R.
 
JC,

No one here would ever recommend using PVC ball valves.. And, you have discovered why.

Replacing them with Jandy style diverter valves is the only sensible to thing to do..

The problem, of course, is that depending on your equipment pad lay out, a lot of plumbing work would be involved... :cry:

Sorry,

Jim R.
Here is a picture of the equipment pad. Do you think it will require the whole thing to be replumbed?
 

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JC,

Well, the good news is that you don't have a lot of ball valves..

You have to remove both ball valves in front of your pump, install two -2-way Jandy valves and connect that to the intake of your pump..

All and all, pretty easy to do in your case.

It appears you have two return lines, that have no valves.. One goes through the SWCG and back to the pool. Where does the other one go?

Your input to your booster pump is shut off.. Do you no longer use it??

Thanks,

Jim R.
 
Is there a way to make that return push water out?
JCS,

Sure.. Just remove the booster and connect input to the output... Basically, you just by-pass the booster. I'd use PCV and not the hose..

With a single speed pump, it does not matter, but if you ever get a VS pump, you really want all the water to pass through the SWCG and then split up to the three outputs.. This would allow you to run the VS pump at the slowest speed possible and still keep the SWCG's flow switch happy.

Thanks,

Jim R.
 
JCS,

Sure.. Just remove the booster and connect input to the output... Basically, you just by-pass the booster. I'd use PCV and not the hose..

With a single speed pump, it does not matter, but if you ever get a VS pump, you really want all the water to pass through the SWCG and then split up to the three outputs.. This would allow you to run the VS pump at the slowest speed possible and still keep the SWCG's flow switch happy.

Thanks,

Jim R.
Is replumbing required for this?
 
Is replumbing required for this?
JCS,

If all you want to do is by-pass your booster, then you don't have to do any actual plumbing work. Just connect the two hoses going to your booster.

But, if you wanted to do everything, then yes... it would make sense to replumb the pad.

You have got plenty of room and it would be easy to do..

Some equipment pads are pretty complex and built in such a way that it is almost impossible to do any work at all, without rebuilding the whole equipment pad.. You do not have that problem, as your set-up is pretty straight forward.

Thanks,

Jim R.
 
JCS,

If all you want to do is by-pass your booster, then you don't have to do any actual plumbing work. Just connect the two hoses going to your booster.

But, if you wanted to do everything, then yes... it would make sense to replumb the pad.

You have got plenty of room and it would be easy to do..

Some equipment pads are pretty complex and built in such a way that it is almost impossible to do any work at all, without rebuilding the whole equipment pad.. You do not have that problem, as your set-up is pretty straight forward.

Thanks,

Jim R.
Could you walk me through step by step on what I need to do to bypass the booster?
 

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If you want water out of the line, then don't use plugs. Plumb the two connections together. Probably smarter as it will allow chlorination of the line.
1730732697075.png
 
To avoid plumbing, you can remove the hoses from the pump, circle below...then use a connector (see picture) to connect the two hoses together.
1730734760109.png
Pentair booster pumps should be 3/4"...so you can use one of these to couple the two
1730734794728.png
 
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Post the model number of the pump, should be on the wet side of the pump. You could also measure, may be 1.5" Depends on the pump.

See label below for model number. Can you also take a close up of the connection from hose to the pump...it may be that they put unions on the lines...

Also, what is the diameter of the hose? It may be marked…

1730810195803.png
 
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