very carefully
actually call moen, they are very very helpful, i scratch the plate of my mixture assembly and they sent me i knew one free of charge, infact they also sent me another part just incase.
It depends on what shower head you have. It is not an exact answer. ANS 2 - The average shower head has a restrictor limiting it to about 2gpm. These can be removed and then you would get about 3 gpm.
Open up the actual shower head and remove the factory fitted restrictor.
About 1.25 gallons per minute.
you have trash in your line take the shower head off and remove trash or possibly in water valve at shower
In most there is a washer in them that has a small hole in it so that only so much water can get through regardless of how much pressure is behind it.
Remove the shower head, careful not to damage the finish - use a cloth and an adjustable wrench. With the head removed, use a Phillips head screw driver and unscrew the plastic restrictor. After the restrictor is a screen which might need to be cleaned. I had to remove the restrictor from mine because it caused the shower to squeal.
Did you remove the shower head and check for a flow restrictor or mineral deposits blocking the orifices
Yes, you can install a tee in the riser. The pressure loss will be minimal since both shower heads will have a flow restrictor unless you remove them. If you remove them, you probably wont notice any difference. If you do notice a difference, put the flow restrictor back in the closest shower head to the shower valve.
Remove the restrictor found inside the threaded part.
It depends on what shower head you have. It is not an exact answer. ANS 2 - The average shower head has a restrictor limiting it to about 2gpm. These can be removed and then you would get about 3 gpm.
More "VOLUME" flowing from the tub spout then the shower head as the shower head has a flow restrictor
The ones that I am used to are in the shower head. You have to remove the shower head or nozzle using a wrench. The restrictor should be right in the front where it connects to the pipe. It's just usually a small piece of plastic that only allows so much water to pass through. Remove that and you can put the shower head back on. If the fitting leaks you may need to get some teflon tape to wrap around the threads when you put it back on. Have a good shower.
Open up the actual shower head and remove the factory fitted restrictor.
Unscrew the shower head. Remove the funnel shaped screen. You will now see a green plastic plug with a black rubber o-ring inserted in it. Use a dental pick or knife to remove the rubber o-ring. Clean and re-install the screen. This should effectively increase the flow to the shower head.
No, there is not.ANS 2 - First check that there is no 'junk' blocking up the 'up' orifice in the shower control. Next, remove your shower head and you will find a rubber plug in the centre of most. Remove this restrictor and rebuild.
Sometimes you have to drill them out by drilling from the bottom so the excess falls out of the head vertically.
It would have to be the controls or the shower head. Distance from the heater or size of supply lines shouldn't have much affect. The only variable would be the control or shower head and either one could have a flow restrictor in it or both.