MrFloratam
New Member
Small house, 1 full bathroom, 1 kitchen (no dishwasher), washer/dryer, 1 outdoor spigot. City water, no well.
I've been having water pressure issues since I moved into this house. Water pressure is noticeably strong everywhere in the house. I've had to replace 2 water hoses and 1 sink sprayer - both split from pressure. When the washer is running, the pipes knock/shake. The toilet refills very quickly and the bidet sprayer is harsh. Clearly, my water pressure is very high and I'd like to reduce it to preserve the aforementioned things.
I put a gauge on the outdoor spigot and it's reading 75 psi. The city water is always strong but some times of the day stronger than others. This week I will be taking more readings throughout the day to find the range. Today the water pressure seemed on the "normal" end of these fluctuations but still at 75psi. I'm assuming it will only be higher at some point.
That being said, I'd like to install a PRV and have landed on the Watts LF25AUB. In the basement, it's a 3/4" line from the city going into the meter and a 1/2" copper line feeding the house. I'm familiar with plumbing (sweating, fitting, etc.) and have always done my own work. Just had a few questions before I begin:
1.) The outdoor spigot anti-siphon and frost-free. After I connect the pressure gauge and turn on the spigot, does the inevitable pocket of air affect the accuracy of the reading on the gauge? (Since air compresses, and water doesn't) I could mitigate this by turning on the water a tiny bit and connecting the gauge while it sprays out, theoretically purging the air.
2.) I want to use a 1/2" inlet/outlet PRV, but if I can only source a 3/4" inlet/outlet PRV, is it ok to use reducing fittings to install this on a 1/2" line? Any reason not to do this?
3.) Installing a pressure gauge on the primary side and also on the secondary side of the PRV is nice - is it totally necessary?
4.) From my research, it seems I should be within 50-60psi. If I were to bring it down to 55, would the 20psi reduction be worth it? At this point, I'm already out $60+ in things destroyed by water pressure, I'm assuming the washing machine valves will be next. If I can mitigate this and prevent future issues, I'm down to spend the money and do it the right way. I'd rather get ahead of this than deal with a flood/leak.
I've been having water pressure issues since I moved into this house. Water pressure is noticeably strong everywhere in the house. I've had to replace 2 water hoses and 1 sink sprayer - both split from pressure. When the washer is running, the pipes knock/shake. The toilet refills very quickly and the bidet sprayer is harsh. Clearly, my water pressure is very high and I'd like to reduce it to preserve the aforementioned things.
I put a gauge on the outdoor spigot and it's reading 75 psi. The city water is always strong but some times of the day stronger than others. This week I will be taking more readings throughout the day to find the range. Today the water pressure seemed on the "normal" end of these fluctuations but still at 75psi. I'm assuming it will only be higher at some point.
That being said, I'd like to install a PRV and have landed on the Watts LF25AUB. In the basement, it's a 3/4" line from the city going into the meter and a 1/2" copper line feeding the house. I'm familiar with plumbing (sweating, fitting, etc.) and have always done my own work. Just had a few questions before I begin:
1.) The outdoor spigot anti-siphon and frost-free. After I connect the pressure gauge and turn on the spigot, does the inevitable pocket of air affect the accuracy of the reading on the gauge? (Since air compresses, and water doesn't) I could mitigate this by turning on the water a tiny bit and connecting the gauge while it sprays out, theoretically purging the air.
2.) I want to use a 1/2" inlet/outlet PRV, but if I can only source a 3/4" inlet/outlet PRV, is it ok to use reducing fittings to install this on a 1/2" line? Any reason not to do this?
3.) Installing a pressure gauge on the primary side and also on the secondary side of the PRV is nice - is it totally necessary?
4.) From my research, it seems I should be within 50-60psi. If I were to bring it down to 55, would the 20psi reduction be worth it? At this point, I'm already out $60+ in things destroyed by water pressure, I'm assuming the washing machine valves will be next. If I can mitigate this and prevent future issues, I'm down to spend the money and do it the right way. I'd rather get ahead of this than deal with a flood/leak.