So after hours and hours of trying to figure this out I came up with a few simple,cost effective ways to build a water exchange system for my 125. Yay,no water changes.
First here are the parts for the water supply. I used 1/4" pex tubing.
It required two 90º slip fittings, one turn on valve slip fitting, some 1/4" hard pex tubing.i'll be running the water with 1/2" Cpvc, so I then got a glue on connecter with threads, and a 1/4" slip on with threads. This will allow you to connect tha 1/2" CPVC to the 1/4".
Here it is put together, and with 25' of 1/4" Hard tubing(for an icemaker)
Heres the overflow and other parts. They are a 1/2" Sharkbite T, these fitting are great cause they accept EVERY kind of pipe and tubing. Im going from Copper,to CPVC. Also the T reducing from 1" to 1/2", and a cap.
Cap the existing T
Put the other T at your desired water level. And thats really it. I am using 1/2" for the drain line, im going to just run the drain out to my water trough sense i DO not medicate tanks this large. I'll have pics once the tank is up and the parts are all installed.
First here are the parts for the water supply. I used 1/4" pex tubing.
It required two 90º slip fittings, one turn on valve slip fitting, some 1/4" hard pex tubing.i'll be running the water with 1/2" Cpvc, so I then got a glue on connecter with threads, and a 1/4" slip on with threads. This will allow you to connect tha 1/2" CPVC to the 1/4".
Here it is put together, and with 25' of 1/4" Hard tubing(for an icemaker)
Heres the overflow and other parts. They are a 1/2" Sharkbite T, these fitting are great cause they accept EVERY kind of pipe and tubing. Im going from Copper,to CPVC. Also the T reducing from 1" to 1/2", and a cap.
Cap the existing T
Put the other T at your desired water level. And thats really it. I am using 1/2" for the drain line, im going to just run the drain out to my water trough sense i DO not medicate tanks this large. I'll have pics once the tank is up and the parts are all installed.