What Is a Pressure Reducing Valve<\/h2>\n
A pressure reducing valve is exactly what it sounds like, a valve that reduces the water pressure in your home. And water pressure, as you probably already know, is the force with which water flows through your pipes and out of different fixtures like faucets, toilets, and\u00a0water heaters<\/a>. High pressure is strong and low is weak.<\/p>\n Residential water pressure typically falls within the 45 to 80 psi (pounds per square inch) range. Anything higher than 80 psi is considered high pressure and that is what we will be discussing.<\/p>\n That is the question we started getting and are getting more and more often. And it\u2019s usually from someone involved in a the sale of a house.<\/p>\n In these cases, typically the home inspector for a buyer comes in and does a pressure check. If it\u2019s higher than 80 psi, the inspector recommends the buyer get the valve.<\/p>\n However, there are also times when a plumber comes out to do any kind of work, like a leaky faucet, and independently decides to run a pressure check. If the pressure is 80 psi or higher, he goes to the homeowner and recommends having the valve installed (which he, of course, is happy to do).<\/p>\n For the home inspector, this is an issue of liability. The city code for new home construction states the psi cannot be higher than 80. So any new home will have one of these valves installed. So the home inspector will always recommend getting the valve installed in any home, new or old, with a psi of 80 or higher.<\/p>\n However, for the plumber, it\u2019s just another revenue stream. He can easily show the homeowner the code and say that if this valve is not installed, there\u2019s a risk of damage to the plumbing fixtures and even flooding.<\/p>\n Most of the calls we get asking about this valve are for houses 10 to 25 years old and sometimes older.<\/p>\n Our stance: If a home that is 10, 15, or 20+ years old didn\u2019t need the valve before, why is it suddenly a problem? There haven\u2019t been any part failures or flooding because of the water pressure so it\u2019s extremely unlikely the valve is now a necessity. Of course, there are always exceptions but for the majority of the cases, the valve is unnecessary.<\/p>\n But we didn\u2019t stop there. My master plumber, Bill Hoyle, and I went to a trade show a few years ago to talk to plumbing fixture manufacturers. We wanted to know if this was an issue we weren\u2019t understanding, and if so, should we change our stance on it?<\/p>\n We learned two things. One, most of the manufacturers had no idea what we were even talking about when we asked about the the pressure reducing valve. So how can these valves be that important if the manufacturers have never even heard of it?<\/p>\n And two, all the manufacturers test their fixtures from 150 to 200 psi. Meaning, these devices \u2014 faucets, toilets, water heaters, etc. \u2014 are\u00a0made<\/em>\u00a0to handle a psi from 150 to 200, and homeowners are being made to worry about 80 psi.<\/p>\n The valve is a mechanical part. And anything mechanical can and will fail. When the valve fails, the water pressure in your home will be next to nothing or extremely high. So you paid to have this unnecessary part installed and now you have to pay to have it fixed and deal with poor water pressure until you do.<\/p>\n Not to mention there is no industry standard when it comes to where the valve is installed. Usually it\u2019s installed in one of two places, buried in the ground on the main water line either near the area the water line goes into your home or at the water meter. But again, because there is no standard, the valve can be anywhere buried under the ground on the line.<\/p>\n We went out to a house once where the valve had failed and there was very little water pressure in the house. It wasn\u2019t at either one of the two place I mentioned and nobody knew where it was buried along the line.<\/p>\n So what seems like it should be an easy fix is not because then it becomes about searching for the valve.<\/p>\n We learned two things. One, most of the manufacturers had no idea what we were even talking about when we asked about the the pressure reducing valve. So how can these valves be that important if the manufacturers have never even heard of it?<\/p>\n And two, all the manufacturers test their fixtures from 150 to 200 psi. Meaning, these devices \u2014 faucets, toilets, water heaters, etc. \u2014 are\u00a0made<\/em>\u00a0to handle a psi from 150 to 200, and homeowners are being made to worry about 80 psi.<\/p>\n The valve is a mechanical part. And anything mechanical can and will fail. When the valve fails, the water pressure in your home will be next to nothing or extremely high. So you paid to have this unnecessary part installed and now you have to pay to have it fixed and deal with poor water pressure until you do.<\/p>\n Not to mention there is no industry standard when it comes to where the valve is installed. Usually it\u2019s installed in one of two places, buried in the ground on the main water line either near the area the water line goes into your home or at the water meter. But again, because there is no standard, the valve can be anywhere buried under the ground on the line.<\/p>\n We went out to a house once where the valve had failed and there was very little water pressure in the house. It wasn\u2019t at either one of the two place I mentioned and nobody knew where it was buried along the line.<\/p>\n So what seems like it should be an easy fix is not because then it becomes about searching for the valve.<\/p>\n One more important thing to note, the water pressure in any neighborhood can fluctuate. You can see 100 psi at one point and then 80 at another. One system in the neighborhood can show 150 psi and another show 75.<\/p>\n Water pressure changes. It\u2019s the nature of the system. So unless the water pressure is constantly at a higher psi, we don\u2019t recommend installing the valve.<\/p>\n Of course, I\u2019m not saying you should never worry about your water pressure being too high period. But here at In-House Plumbing Company, we do believe it\u2019s a very rare situation where it\u2019s necessary. And if you think you might be one of those rare cases, we are happy to talk about it with you.<\/p>\n![\"\"](\"https:\/\/bigwesttemp.com\/inhouseplumbing\/wp-content\/uploads\/2022\/01\/residential-water-pressure-1024x683-1.jpg\")
<\/p>\nDo I Need a Pressure Reducing Valve?<\/h2>\n
![\"\"](\"https:\/\/bigwesttemp.com\/inhouseplumbing\/wp-content\/uploads\/2022\/01\/water-meter-300x197-1.jpg\")
<\/p>\nWhy This Valve is Unnecessary<\/h2>\n
Another Reason Not to Install a Pressure Reducing Valve<\/h2>\n
Fluctuating Water Pressure<\/h2>\n
![\"\"](\"https:\/\/bigwesttemp.com\/inhouseplumbing\/wp-content\/uploads\/2022\/01\/trade-show-plumbing-200x134-1.jpg\")
<\/p>\nAnother Reason Not to Install a Pressure Reducing Valve<\/h2>\n
Fluctuating Water Pressure<\/h2>\n
![\"\"](\"https:\/\/bigwesttemp.com\/inhouseplumbing\/wp-content\/uploads\/2022\/01\/tunnel-to-house-697x1024-1-204x300.jpg\")
<\/p>\nThe Ongoing Talk About Pressure Reducing Valves<\/h2>\n