Best 11 what is sprinkler valve

Below is the best information and knowledge about what is sprinkler valve compiled and compiled by the lifefindall.com team, along with other related topics such as:: rain bird sprinkler valve, irrigation valve types, hunter sprinkler valve, sprinkler valve solenoid, sprinkler valve diagram, how to replace sprinkler valve, sprinkler valve leaking, sprinkler valve repair.

what is sprinkler valve

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Irrigation Valves – Irrigation Tutorials

  • Author: www.irrigationtutorials.com

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  • Summary: Articles about Irrigation Valves – Irrigation Tutorials These are the valves that turn on and off the sprinklers, they also may be used for drip irrigation systems. Other names sometime used for them are irrigation …

  • Match the search results: The example chart above tells us that the pressure loss for our valve at 20 GPM flow would be 8.0 PSI if we used a 3/4″ valve and 4.0 if we used a 1″ valve. So we could use either one. The pressure loss information from the chart would be the number that you write into your Pressure Loss…

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Sprinkler System Valves | Irrigation Valves – PlumbersStock

  • Author: www.plumbersstock.com

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  • Summary: Articles about Sprinkler System Valves | Irrigation Valves – PlumbersStock What Is a Sprinkler Valve? … The sprinkler valve’s function is to control and regulate the amount of water distributed. This can be a central valve with only …

  • Match the search results: In-line sprinkler control valves are installed below the ground, which allows for them to be located in any place in your yard without unsightly sprinkler valve parts poking up through the lawn. This also provides greater safety as you do not have to worry about tripping over the valves or hitting t…

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How does an irrigation valve work? | Hunter Industries

  • Author: www.hunterindustries.com

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  • Summary: Articles about How does an irrigation valve work? | Hunter Industries How does an irrigation valve work? … Water enters the valve from the system main line and exerts a force against the center of the valve’s diaphragm. A small …

  • Match the search results: Water enters the valve from the system main line and exerts a force against the center of the valve’s diaphragm. A small orifice in the diaphragm allows the water to flow through to the upper chamber between the diaphragm and the bonnet. The water continues to travel on through a port in the bonnet …

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Best Sprinkler Valves for Your Yard – The Home Depot

  • Author: www.homedepot.com

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  • Summary: Articles about Best Sprinkler Valves for Your Yard – The Home Depot Sprinkler valves are an integral part of your irrigation system. They control and regulate the amount of water that each watering zone receives and may be …

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    Reference #18.ad2e3717.1648899517.2eaad4f

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How Do Lawn Sprinkler Valves Work? – Turf Mechanic

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  • Summary: Articles about How Do Lawn Sprinkler Valves Work? – Turf Mechanic The sprinkler or irrigation control valve is responsible for turning the sprinkler system on and off. This type of valve is also employed for use in drip …

  • Match the search results: Some of the primary pieces to the puzzle of a sprinkler system are the sprinkler valves.

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How to Find Lawn Sprinkler Irrigation Valves – The Spruce

  • Author: www.thespruce.com

  • Evaluate 3 ⭐ (12897 Ratings)

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  • Summary: Articles about How to Find Lawn Sprinkler Irrigation Valves – The Spruce An irrigation system is typically divided into several zones, each of which feeds sprinkler heads in a different area of the lawn or garden, and …

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    Once you have located the irrigation valves, consider drawing up a diagram of the sprinkler system to avoid this problem in the future. It may be a while before you need to repair or replace a sprinkler valve again, and you may not recall the exact location by then.

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Underground Sprinkler Valves at Lowes.com

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  • Summary: Articles about Underground Sprinkler Valves at Lowes.com An underground sprinkler system may be a worthwhile investment to ensure your lawn is evenly watered without the daily work of watering plants by hand. An …

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    Reference #18.9f2e3717.1648899530.8f682d

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Sprinkler Valves – The Home Depot

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  • Summary: Articles about Sprinkler Valves – The Home Depot Get free shipping on qualified Sprinkler Valves products or Buy Online Pick Up in Store today in the Outdoors Department.

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    Reference #18.b62e3717.1648899531.2c0b3d1

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The Best Sprinkler Valves of 2022 – Picks from Bob Vila

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  • Summary: Articles about The Best Sprinkler Valves of 2022 – Picks from Bob Vila A sprinkler valve regulates the flow of water. Some valves communicate via a buried irrigation wire with a central control unit that turns them …

  • Match the search results: Watering needs vary, and sprinkler systems vary, so it’s only natural that sprinkler valves differ as well. The best sprinkler valve for one watering system may be unsuitable for another. The following sprinkler valves were selected based on how well they fulfill particular water-regulating ne…

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What You Need To Know About Open Sprinkler Valves

  • Author: christieslandscapes.com.au

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  • Summary: Articles about What You Need To Know About Open Sprinkler Valves Sprinkler valves are a vital part of any irrigation system, translating the instructions from the main control box into changes in water flow.

  • Match the search results: Understanding what this means in context of how sprinkler valves operate will help you determine when your sprinkler valves should be open and when they should be closed. 

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How to Determine Which Sprinkler Valve Controls Which Zone

  • Author: homeguides.sfgate.com

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  • Summary: Articles about How to Determine Which Sprinkler Valve Controls Which Zone Sprinkler systems have valve controls for an area, or zone. Sprinkler valves have an electrical solenoid on top that receives a signal from the controller …

  • Match the search results: Turn the last sprinkler head in each zone counterclockwise to loosen it and pull it straight up and off the riser. Set the sprinkler heads near their risers so as not to mix them up when installing them. Some sprinkler systems have different flows on the sprinkler heads to apply different amounts of…

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Multi-read content what is sprinkler valve

This page explains everything you need to know about irrigation valves!

There are many different typesirrigation valveavailable. You will need at least two different types for your irrigation system.

1. Emergency shut-off valve:

This valve should be installed as close as possible to your water source, i.e. where you are entering the irrigation system. Without this valve, you will have to turn off the water to the whole house when you want to work on the main road or the irrigation valve. The most commonly used valves for this purpose are”Guillotine valve”because they are not expensive. Unfortunately, inexpensive gate valves that you can find at your local hardware store also tend to fail after a very short period of time. I recommend to use”Ball valves”, or if you need a very large shut-off valve (more than 3 inches), use a “disk valve” or a “butterfly valve”. These cost a little more but are much more reliable and will last many times longer. So if you’re paying double for a ball valve, that’s probably still the best deal! If you want to use a gate valve, make sure it’s “corner” and buy a good quality one (it’ll probably cost more than a ball valve.) It doesn’t. There’s nothing worse than trying to fix a system when you can’t shut off the water completely. OK, that’s all you need to know about emergency shut-off valves. The rest of this page is for irrigation control valves.

2. Irrigation Control Valve:

These are sprinkler and shut-off valves, they can also be used for drip irrigation systems. Other names sometimes used for them areirrigation valve,sprinkler valve,solenoid valve, andgrass valve. Sometimes they are called wronglyGarden of valves.Agarden valveis a manual valve that you connect to a garden hose.

Globe valve vs anti-siphon valve

There are two basic control valve styles to choose from.

 sprinkler10a

Stop or angle valve:

This valve is available in all sizes and is usually installed underground in a box or cellar. Since it does not have a built-in check valve, you must provide a separate assembly. See post aboveprevent reflux. Globe valves are the most commonly used valves on commercial sprinkler systems and larger sizes.

Anti-siphon valve:

Only available in 3/4″ and 1″ sizes. This is the most common type of valve used by homeowners. theanti-siphon valveintegrate a non-return valve in the valve. This saves a considerable amount of money, since backflow prevention equipment is very expensive. theanti-siphon valveMUST be installed on the ground and MUST be at least 6 inches above the tallest sprinkler. This means that if you want to use an anti-siphon valve, you will need to place the valve at the highest point in your yard and run a pipe to supply them with water from the water source (this is what is called the “main line”). “). The main pipe leading to the anti-siphon valve must be buried 18″ deep to protect it.

Valve control / operation system

Manual, Hydraulic and Solenoid Valves:

thesprinkler valvecan be operated manually or controlled remotely (automatic valves.)Hand controlvery simple, the valve has a handle that you use to turn it on and off using your hand as a power source.Remote control valveare electrically or hydraulically operated using a timer or other signaling device to tell them to open and close. Today almost all sprinkler control valves are electrically poweredsolenoid valve. The solenoid valve operates on 24 volts alternating current (vac) and is turned on and off by a timer called an “irrigation controller” or often just a “controller”. Anti-siphon, globe and angle valves are available as automatic valves.

Compatibility with solenoid valves and controllers

Many 24 volt valves and controllers are compatible with each other. The most common exception to this rule is a valve operated by a controllerbattery or solar power. (Battery powered, I mean they are not plugged into any power source other than the battery. Many controllers have batteries to prevent loss of programming in the event of a power failure, they are not” battery powered”.) So in most cases you can buy an “X” brand controller and it will work just fine with a “Y” brand valve. You can even combine two or more brands of valves if for some reason you are interested. For example, the irrigation system I tested the valve and controller on was from different brands, all working together. If the valve is not “universal” or compatible, it will usually have a warning on the packaging.

flow control

I strongly recommend that if you plan to use an automatic valve, you should choose a model that has a manual flow control feature. Do not confuse flow control with a manual on/off switch. The flow control is a separate handle (sometimes a screw) in addition to the manual on/off control on the valve. This flow control feature is not available on many cheaper “popular” valves. The flow control bypasses the automatic valve feature which allows the valve to be closed in an emergency by turning a handle like a standard manual valve. More importantly, it also allows the valve to be ‘throttled’ i.e. the water flow can be adjusted to any desired speed. This ability to adjust the flow is useful in a variety of situations, both when installing your sprinkler system and later when managing it. It can literally be the difference between being able to get a troublesome valve to work and having to remove and replace it! I strongly suggest this feature is worth the extra cost.

why

  • Using manual flow control, you can manually force the valve to close if the valve is open. The manual on/off switch will not close the valve if it is stuck open. Self-closing failure is one of the most common valve problems, so chances are you’ll one day use a flow controller to force-close a valve that’s stuck open.
  • If your flow is at the lower end of the valve’s operating range, it may be helpful to reduce the flow control to make the valve close faster and more reliably. Without the flow control function you can have a lot of problems in this situation, you will most likely need to replace the valve.
  • Partially closing the flow control will cause the valve to close faster, which is not something you normally want to do, but is sometimes desirable. On automated systems, it is common for the next valve to open before the previous valve is fully closed. The loss of pressure due to the simultaneous activation of two valve circuits can prevent the complete closing of the first valve. Flow control on the valve can help solve this problem.
  • Buy valves with flow control features.
  • Do it. Don’t be one of the many people who later give me lame excuses, like “the guy at the store, who worked in the paint department but spent all day refueling on the irrigation walkway, in saying this What a waste of money!” ”

Should metal valves or plastic valves be used?

sprinkler valveThere are bronze and plastic models. Most valves used today are made of plastic, but brass is no exception. There is no doubt that a copper valve will last longer in most situations, especially if installed above ground in sunlight. From an operational point of view, both are reliable, especially for automated systems. When it comes to manual valves, my experience is that plastic valves wear out quickly and have a very short lifespan. Brass will last much longer. If you are using plastic valves above ground, you may want to consider building a visor over them to protect them from sunlight, which can destroy the plastic over time.

Two types of plastic materials are used for the valve. Glass reinforced nylon is best, it is stiffer, more impact resistant and has a higher pressure rating. PVC is used for the cheapest valves, it is still quite strong, although it really depends on the thickness of the plastic! Some valves use ABS or polyethylene, especially for small parts like screws or caps. Both of these plastics are less durable and are often used for parts that are less stressed. I recommend avoiding valves with a “solvent weld” fitting (the pipe glues directly to the valve.) If the valve is damaged, they can be difficult to replace. Only the cheapest valves have solvent welded connections. Hmmm…cheap valves are more likely to fail and stuck tips are harder to replace – sounds like a bad idea.

Jar Top or Traditional Top held by screws?

OK, this is just a personal opinion, but I don’t see any benefit to the flanged head valve. Yes, they seem to work fine as a stem with the screws holding it in place. They are mainly found only on cheaper valves. The only selling point I’ve heard about them is that they’re supposed to be quicker to open for repairs. Do you repair it regularly? I hope not! But I guess if it was a cheap valve…? My experience is that by the time the valve is old enough to repair, the cap is already closed and a strap wrench is needed to remove the tank top. Personally, I prefer to use a simple screwdriver to remove a few screws instead of struggling with a strap wrench in a tight spot like a valve box.

Maintenance

Today’s valves are maintenance free. Almost all automatic valve failures are caused by installation or design issues. Ignore the following and you’ll hate your valve, no matter what type or brand you buy!

Tip
Join the “Hall of Regrets”! Just ignore the following advice, then send me your sobbing “I’m an idiot, I wish I’d listened…” story. I’ll add it to my collection and rip a crocodile tear or two for you!

  • Dirt in the irrigation pipe. Inside the valve there are very small water passages leading to and from the solenoid. Water should flow freely through these small passages. If a grain of sand or a clump of weed gets into these lines, it can block them and the valve will not open or (more likely) not close. It is important to flush all contaminants from the pipeline before installing the valve. A 100 to 200 mesh filter installed at the water service connection can also help remove contaminants from the water supply. You may be surprised to learn that most water utilities have a significant amount of sand in their pipes. When you install a new sprinkler system, the higher flow rates stir up this sand and then it enters your new system. That’s why I suggest in the installation guide that you unload too long. You must remove the sand from the sprinkler system and water supply lines! I can’t stress that enough! It’s like a cheap low-flow toilet. You have to rinse, rinse and rinse again!
  • Almost all solenoid valve failures are caused by water entering the solenoid. Water enters it through the conductors. Electromagnetic wires have many twisted wires with insulation around them. Because they are twisted, there are very small spaces between the conductors forming segments along the length of the wire. Water is drawn through these small passages and settles in the solenoid by capillary action. Therefore, it is paramount that the wiring connections on the valve are completely sealed so that water cannot be drawn into the solenoid through the wire. You must waterproof the wiring as soon as you check the valves! No kidding, a small drop of water on the top of the bare valve wire can quickly be sucked into the solenoid and will damage the solenoid unit. The installation guide has more on this.

Valve size and pressure drop:

Emergency shut-off valve:

Loss of pressure through the emergency shut-off valve is not of concern. We will ignore it. The emergency shut-off valve must be the same size as the pipe in which it is installed. If a smaller sized shutoff valve is used, you don’t have to worry about pressure loss across the valve. Probably around 2 PSI would be a safe guess on pressure loss.

Automatic valve:

ALERT!!! If you use the wrong size automatic valve, the valve may not work! REPEAT! Let it penetrate.The correct size valve will usually not be the same size as the pipe it is connected to.

why
The pressure loss in the automatic solenoid valve is the main source of energy used by the valve to open and close the valve. The electricity sent to the solenoid valve is only used to start the process, the force actually used is the water pressure. If the valve does not have enough pressure drop, it will not have the energy to close on its own. Always adjust automatic valve sizes according to flow rate using the manufacturer’s chart as a guide.Never assume the valve should be the same size as the pipe!Valves of a different size than the pipe they are installed on are very common. I have seen a few rare cases where the 3/4 valve was the correct size to flow into a 2″ pipe!!! If you really have to guess, usesolenoid valveis less than the pipe size and assumes a pressure drop of 6 PSI. Never guess if your process is below 5 GPM, always use the graph! Many automatic valves do not work at all at flow rates below 5 GPM!

The size of the automatic valve is determined by the manufacturer’s recommended flow range, as well as the pressure loss across the valve at the selected flow rate.You will need to obtain the flow chart from the valve manufacturer for the valve model you intend to use. This information should appear on the valve packaging. If you can’t find it on the packaging, try the valve manufacturer’s website or request the valve’s data sheet from the store where you purchased the valve. (At discount home improvement stores, you’ll likely get blank stares from the staff if you ask for a spec sheet!)

Some valves don’t seem to have data sheets available anywhere, so as a last resort I’ve put together some data for you based on my own research on some of the more popular ones. You will find it in the reviews on this site,Click here.That said, if the valve manufacturer did not provide this essential information, which shows an extreme lack of professionalism, I would be very hesitant to use the product!

If you can’t find pressure loss and flow range information for the valve you want to use, I highly recommend another brand of valve. After installing the valve, now is not a good time to find out that it is the wrong size and will not open or close automatically!

For example:assuming you are going to use an automatic anti-siphon valve. Your design flow is 20 GPM, so for now we will assume the flow through the valve will also be 20 GPM. (If it turns out that the flow will be less, you can resize the valve later.) The manufacturer’s flowchart should look like this:

Inactive Valve Company, Inc. – Valve Performance Data

5 gpm 10 gpm 15 gpm 20 gpm 25GPM
3/4 anti-siphon valve 5.0psi 5.5psi 6.0psi 8.0psi
1″ anti-siphon valve 2.5psi 3.5psi 3.0psi 4.0psi 9.0psi

Disclaimer: The table above is not real. DO NOT USE THESE VALUES!

The sample chart above tells us that the pressure drop for our valve at a flow rate of 20 GPM will be 8.0 PSI if we use a 3/4″ valve and 4.0 if we use a 3 valve /4″. So we can use either one. The table pressure loss information will be the number you write in the pressure loss table on the line “_____ PSI – Valve”. So if we decide to use a 3/4″ valve, the value will be 8 PSI. But what if, after adding up all the pressure drops in the losses table, you discover that the loss is too high? In this case, you can go back and change the valve 1 inch. This should reduce pressure loss to 4 PSI, down from 8. As said, as a rule of thumb I try to avoid losing more than 6 PSI through a valve. So I wouldn’t use the 3/4″ valve in the example above if that was my sprinkler system. Why? Valves need a pressure drop to operate properly, but a very high pressure drop will make the valve’s job difficult. As the pressure loss across the automatic valve increases, the valve closing rate also increases. As a result, high pressure drops can cause the valve to close extremely quickly, which adversely affects the entire sprinkler system. Additionally, water moves extremely quickly through the valves with a higher rate of pressure loss, causing increased valve leg wear. As a result, the valve will fail earlier.

If you look closely at the table above, you might notice some interesting entries. The first, and most obvious, is that no pressure drop is introduced for the 3/4″ valve at 25 GPM. This is because this flow rate is outside the acceptable range for the valve. You should not use the valve for this flow rate. The next entry is less obvious, but if you look closely you will notice less pressure loss for the 1″ size valve at 15 GPM than at the lower line of 10 GPM! No, it’s not an error. It is quite normal for valves to have a higher pressure drop at very low flow, so don’t panic if you notice this on the flowchart, it’s not a printing error.

Can a valve be smaller than the pipe it is connected to?

Going through the manual, you will see that even though the valve handles some flow, that flow is often too high for the same size pipe. It is therefore very common to have a valve that is one, or even two, sizes smaller than the pipe in which it is installed. In fact, it’s so common that they make special pipe fittings (connectors) for it. For example, they make a male PVC adapter that glues onto 1″ PVC pipe, but has a 3/4″ thread so you can mount a 3/4″ valve onto 1″ PVC pipe. 1″. They also made a glue stick on the 1 1/4″ pipe but with a 1″ thread.

For manual valves:

Manual valves are much easier to forgive than automatic valves. You don’t have to worry about having enough pressure to allow the valve to close on its own, the valve uses elbow grease for power. However, you still need to determine what the pressure drop across the valve will be so you can enter it into your pressure drop chart. For automatic valves, you use the table provided by the manufacturer for this. Follow the same procedure as above for the automatic valve. Unfortunately, it can be difficult to find pressure loss data for manual valves because many manufacturers do not provide it. Typically, a pressure drop of 2 PSI is allowed for manually operated ball or angle valves, 5 PSI for anti-siphon valves. Manual irrigation control valves should be of the “angle” or “spherical” type with replaceable rubber seats. Never use a gate valve as a control valve. Gate valves are not made to open and close frequently. Many gate valves will start leaking after at least 10 uses!

Now you want to use a manual valve but later switch to an automatic valve? Nothing. Just design an automatic valve, but use a manual valve instead. Then you can override it later when you want to automate the system. Another way to do this is to install an automatic valve and simply operate it manually using the manual on/off lever. If you do this, you only need to install a controller and the wiring between the controller and the valves later and you have an automatic control system.

This article is part of the Sprinkler Irrigation System Design Guide<<< Previous page|||Instruction Index|||Next page >>>By using this guide, you agree to be bound by the conditions and limitations listed aboveTerms of use.

Popular questions about what is sprinkler valve

what is sprinkler valve?

Automatic irrigation valves are usually globe or angle (straight or bent) and utilize a diaphragm and an electric solenoid to open and close the valve.

What are the different types of sprinkler valves?

There are three basic types of valves used in irrigation systems – gate valves, ball valves, and electric valves.

What is a sprinkler valve set?

Control Valve Set

The supply of water to a sprinkler installation is controlled by a set of valves. The valve set varies according to the type of installation. There are two principal valves, the main stop valve and the alarm valve. The main stop valve controls water entering the installation.

How do I identify my sprinkler valve?

Do I need a sprinkler valve?

Sprinkler valves are an integral part of your irrigation system. They control and regulate the amount of water that each watering zone receives and may be controlled manually or electrically with a timer. Sprinkler valves also can be used to turn off your system in emergencies and prepare the system for winterization.

How do sprinkler valves work?

What type of valve is sprinkler valve?

Today, the most commonly used sprinkler control valves are electric powered, using 24 volt alternating current (VAC) solenoid valves. These electric solenoid valves are turned on and off by an irrigation controller, which eliminates the need for you to constantly open and close a valve manually.

What is dry sprinkler system?

Dry pipe sprinkler systems are filled with pressurized air or nitrogen instead of water to prevent frozen and burst sprinkler pipes in areas with colder temperatures. The pressurized air in the sprinkler pipes prevents water from entering the pipes.

Where is the alarm check valve located?

At its basic core, a valve is going to help control water throughout a web standpipe system. This could be underground, but the majority of alarm check valves are used above ground, usually in buildings and high rises.

Why do sprinkler valves leak?

The most common reason leaks occur is that the rubber parts in the valve box have worn out. Water seeps freely through the system when the diaphragm seal breaks or debris is obstructing the valve from closing. This means unnecessary water is flowing 24/7 and could be causing other issues in your landscaping.

How do you fix a sprinkler valve?

How many valves does a sprinkler system have?

two types
Most automatic sprinkler systems are set up with two types of valves. A brass “gate valve” or “ball valve” is usually located right after the “tee” where the sprinkler system cuts off from the main source of water to the house.

How do you install a sprinkler valve?

Where is sprinkler solenoid valve?

Often the valves are located inside one or more in-ground valve boxes. The tops of these boxes will be at ground level, and these, too, are usually fairly easy to spot and access. The valve box, or sometimes the valves themselves, are sometimes buried underground.

Where is sprinkler shut off valve?

Video tutorials about what is sprinkler valve

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Have you ever wondered how irrigation control valves work? In this short video, we’ll take you on a tour inside a Rain Bird valve to learn about the parts and technology that help keep water flowing exactly when and where you want it.

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Anatomy 101 of a Sprinkler System series. I’ll cover what are the most common sprinkler valves and how to operate them.

Free downloads:

-http://www.irrigationsystemexpert.net/sprinkler-pros-download-offer

Resources page:

-https://sprinklerpros.net/resources

This fun and informative video series is based on a series of articles I published in a local Central Coast newspaper called the Orcutt Pioneer. This series is not at all comprehensive regarding what can be learned about your sprinkler system(s). It is merely an overview to whet your appetite. There will be a huge library building that covers every aspect of irrigation troubleshooting and repair and installation, landscaping, landscape maintenance, pruning and trimming techniques, landscape lighting, interviews with the pros in the industry, and more. I intend for this channel to be the wiki library of info and how-to’s for the green industry for the consumer and professional alike.

Playlist

-https://www.youtube.com/playlist?list=PL6b2XVCtqH0-B5t7Su0BMmPEFdsUdoM0K

Trailer

-https://youtu.be/3AzijGkkp3U

Lesson One

-https://youtu.be/1NF8DFRYszQ

Lesson Two

-https://youtu.be/wlISI9U6LEg

Lesson Four

-https://youtu.be/eUB3LeOt5SQ

Lesson Five

-https://youtu.be/36h9Hy1beQQ

Lesson Six

-https://youtu.be/uQiR1cGMO3M

Lesson Seven

-https://youtu.be/xXaY2eyrDVI

The Orcutt Pioneer newspaper of Orcutt, CA:

-http://orcuttpioneer.com/

Music credits:

Title sequence music created for Sprinkler Pros by Ben Erickson of San Luis Obispo, CA

Learn about the gospel:

-https://www.spreadingthegospel.org/

Into trains?: SLORailFan

-https://www.youtube.com/channel/UCrc0WvjAdj6JWJrooPSH90Q

My personal channel:

-https://www.youtube.com/channel/UCOzkkFKylka9bGo-r–Ixaw

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Helpful overview of the basic operation for Rain Bird Inline sprinkler valves.

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DIY Sprinkler Repairs

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