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Can you tap into an existing water line?
To tap into existing copper lines, shut off the water. With a tubing cutter cut an opening in each pipe that is about an inch shorter than a tee fitting. Dry-fit the tees. If the pipes are rigidly installed, remove a clamp or two so you can pull the pieces apart slightly.
What size water line should I run?
In the case of a three family house an 1 1/2″ service line is typically required. Again the exception would be if the length of the run of pipe was only 35′ or less. In most cases a six family house or greater will require a 2″ water service line.
What is the best pipe to use for underground water line?
HDPE (High Density Polyethylene) pipes are a considered the best choice for underground water lines. What makes this type of piping so great? HDPE pipes are non-toxic, tasteless, and considered a green building material. The pipes are designed to be high crack- and corrosion-resistant.
Can PVC be used for water lines?
While PVC is excellent for water service lines and DWV applications, it’s not recommended for hot-water distribution systems because it can only withstand temperatures up to 140℉.
Can I use PEX for main water line?
It is important to ensure the PEX pipe you’re using for the main pipeline is listed and approved for water service. Be sure to check local code and the markings on the pipe to ensure this approval. Some manufacturers also offer direct connections to the water meter.
How deep does a water line need to be to not freeze?
The classic rule-of-thumb procedure for avoiding cold-weather damage to water pipe is “bury it deep.” If water lines are located below the lowest level of frost penetration—five to six feet or more in many cold region locales—they should be safe from freezing.
Which is better copper or PVC for water main line?
PVC pipe is thicker than copper which also helps with impact damages and abrasions. Less noise compared to copper piping, even with higher water velocities and speeds. Easier installation vs copper pipes, especially for do-it-yourself enthusiast. Significantly cheaper than alternative option.
What size is the main water line to a house?
The most common pipe diameter for water mains is 6 to 16 inches, with 8, 10, and 12 inches also being used. Branch lines providing service to individual homes, offices, buildings, and businesses vary in size from as small as half an inch in diameter up to 6 inches.
Is 3/4 water line big enough?
3/4 supply is good for most houses. If you have low pressure with taps on 3/4 may be small. If you have big house with many lavatories and people 3/4 may be small.
How do you tap into water main?
The tapping tool is specific to the water main material. Ensure the valve stop threads match those of the tap. Use gaskets between the tapping machine and the saddle, and between the saddle and the pipe. Keep the outside of the pipe and the tapping drill disinfected and clean while tapping.
Proper method to get water from house to detached garage? | The Garage Journal
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- Summary of article content: Articles about Proper method to get water from house to detached garage? | The Garage Journal As most people do, run a PVC line and use appropriate fittings as needed, metal above ground, PVC below. …
- Most searched keywords: Whether you are looking for Proper method to get water from house to detached garage? | The Garage Journal As most people do, run a PVC line and use appropriate fittings as needed, metal above ground, PVC below. Looking at running a line off the house to the shop.
I’ve never dealt with anything like this, but I can only see 2 real ways to get water from the house…
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How to Connect Pipes to Old Lines | Better Homes & Gardens
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What You Need
Step 1 Run and Mark Pipe
Step 2 Support the Pipe
Step 3 Position Tee Assembly
Step 4 Cut New Pipe
Bonus Tips and Tricks
How to Tap into Supply Lines
How to Connect New PVC to Old ABS
How to Join Copper to Existing Galvanized Pipe
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installing a water line – YouTube
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How to Run a Water Line to a Detached Garage?
- Article author: garagestoragelab.com
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- Summary of article content: Articles about How to Run a Water Line to a Detached Garage? How to Run Water Lines to a Garage: Step by Step · Step 1: Plan the Plumbing Connection · Step 2: Dig Out · Step 3: Install the Plumbing · Step 4: Inspection. …
- Most searched keywords: Whether you are looking for How to Run a Water Line to a Detached Garage? How to Run Water Lines to a Garage: Step by Step · Step 1: Plan the Plumbing Connection · Step 2: Dig Out · Step 3: Install the Plumbing · Step 4: Inspection. How to run a water line to a detached garage-?You need to first design a plumbing plan, calculate the plumbing cost, and install the pipes.
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How to Run a Water Line to a Detached Garage
4 Factors that Affect the Cost to Run Water Line to Garage
How to Run Water Lines to a Garage Step by Step
FAQs about Running a Water Line to the Detached Garage
Conclusion
Helpful Products For Your Garage
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How to Run Plumbing to a Detached Garage
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- Summary of article content: Articles about How to Run Plumbing to a Detached Garage Depth of the main: If your main sewer line is deeper than normal, that will add cost to the project. If the garage is insulated: Insulated … …
- Most searched keywords: Whether you are looking for How to Run Plumbing to a Detached Garage Depth of the main: If your main sewer line is deeper than normal, that will add cost to the project. If the garage is insulated: Insulated … If you’re tired of living without a garage sink, or think your garage is the perfect place for your washing machine or a guest shower, you’ll need to run
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Factors that Affect Cost
How to Run Plumbing to a Garage
Garage Plumbing Basics | HGTV
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- Summary of article content: Articles about Garage Plumbing Basics | HGTV Water lines can be run through the walls, but drain lines have to be taken through the floor. That involves cutting the garage floor to allow for the pipes … …
- Most searched keywords: Whether you are looking for Garage Plumbing Basics | HGTV Water lines can be run through the walls, but drain lines have to be taken through the floor. That involves cutting the garage floor to allow for the pipes … HGTV.com discusses garage plumbing basics.
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Running a water line to my garage, need advice. | Homebrew Talk – Beer, Wine, Mead, & Cider Brewing Discussion Forum
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- Summary of article content: Articles about Running a water line to my garage, need advice. | Homebrew Talk – Beer, Wine, Mead, & Cider Brewing Discussion Forum Bury a 2″ pvc electrical conduit and run a flexible water line through it. Install an auxiliary fan to move indoor air through the conduit if … …
- Most searched keywords: Whether you are looking for Running a water line to my garage, need advice. | Homebrew Talk – Beer, Wine, Mead, & Cider Brewing Discussion Forum Bury a 2″ pvc electrical conduit and run a flexible water line through it. Install an auxiliary fan to move indoor air through the conduit if … I am turning my garage in to a brew shop. First thing I want to do is run a water line. 60′ from the house, trying to figure the best way to do it.
Frost…
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Running water supply from house to garage at bottom of garden. | Screwfix Community Forum
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- Summary of article content: Articles about Running water supply from house to garage at bottom of garden. | Screwfix Community Forum The main purpose is so that I can put washing machine in Garage. My original thought was to run a 15mm plastic pipe from garden tap supply, … …
- Most searched keywords: Whether you are looking for Running water supply from house to garage at bottom of garden. | Screwfix Community Forum The main purpose is so that I can put washing machine in Garage. My original thought was to run a 15mm plastic pipe from garden tap supply, … Firstly may I wish you all a happy and prosperous new year.
I have just moved into a new build house and my garage is at the bottom of my garden (7.5m… - Table of Contents:
Need to run water line from home to unattached garage… – DoItYourself.com Community Forums
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- Summary of article content: Articles about Need to run water line from home to unattached garage… – DoItYourself.com Community Forums My garage is not attached to the house so I would have to run another 1 1/2 line underground about 50 or 60 ft. Can put a bigger pressurized … …
- Most searched keywords: Whether you are looking for Need to run water line from home to unattached garage… – DoItYourself.com Community Forums My garage is not attached to the house so I would have to run another 1 1/2 line underground about 50 or 60 ft. Can put a bigger pressurized … Need to run water line from home to unattached garage…, Plumbing and Piping – Need to run water line from home to unattached garage… – My well feeds my main home, in my basement I have a pressurized tank and a 80gal holding tank. I want to run water service from my home to my garage which I just turned into an in law apartment. My garage is not attached to the house so I
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Proper method to get water from house to detached garage?
Looking at running a line off the house to the shop.
I’ve never dealt with anything like this, but I can only see 2 real ways to get water from the house to the shop.
I can come off one of the waterlines in the kitchen, bore through the cinder block and run it to the shop. This will leave the run semi-exposed after it comes out from under the house and in the winter, it’ll freeze.
The other option I can think of is to dig down next to the footer, bore through the footer and then trench to the shop and keep it 18″ or so, and be below the frost line.
Last option I guess would be to stub off where the water comes into the house (I have no idea how the plumber will get it under the house) and just follow the perimeter of the house, as the water will enter the house on the east side and the shop is far west..
How would you guys tackle this?
How to Connect Pipes to Old Lines
Need to connect a new drain, vent, or supply line? Look no further than a tee fitting. We’ll show you how to install one.
The most common way to connect a new drain, vent, or supply line to an existing line is to install a tee fitting. To do so, shut off the water to existing supply pipes and drain the lines. Flush all the toilets and caution others not to use the drains. After opening a drain line, make sure no one uses a sink or faucet that drains into it. Seal any open drain lines with a rag to block fumes. If joining pipes of different materials, make sure the transition fitting conforms to local code.
Typically, it doesn’t matter exactly where you join to an existing pipe, but the new service must be precisely located. So it’s usually easier to start pipe runs at the new location and travel toward the existing pipes, rather than vice versa.
It usually takes less than two hours to connect new to old once the pipes are run. Prep for the job by running new pipes from the new service location to the existing pipe; installing the last pipe a little longer than it needs to be, so you can cut it to length when you make the connection to the old pipe.
What You Need
Cutting and fitting tools for any type of pipe you will be working with
Carpentry tools
Reciprocating saw
Hex-head driver
Joining materials for the type of pipe you are using
Transition fittings
Step 1: Run and Mark Pipe
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To join a new plastic drainpipe to an old steel pipe, run new pipe into the room. Prime and glue two 5-inch pieces of pipe to a tee fitting. Temporarily run pipe—longer than it needs to be—so it comes near the old pipe. (When running pipe across a stud wall, you may need to notch-cut some of the holes, using a reciprocating saw.) Dry-fit the tee assembly onto the new pipe and hold it next to the existing pipe. Mark the existing pipe for cutting. You may need to cut the opening larger than the tee assembly to accommodate the neoprene sleeves on the banded couplings.
Step 2: Support the Pipe
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Support the pipe above and below with riser clamps so it cannot drop or sway as you work, and so the PVC fitting will not have to bear the weight of the drain. You probably will need to install a new stud or two as well as blocking for the upper clamp.
Step 3: Position Tee Assembly
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Slide a no-hub fitting onto each end of the old pipe, slide back the banded coupling, and fold up the neoprene sleeves. Position the tee assembly. Fold the neoprene sleeves over the assembly and slide the metal bands over the sleeves. Tighten the nuts with a hex-head driver.
Step 4: Cut New Pipe
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Cut the new pipe to the exact length and test that it fits into the tee fitting; you may need to loosen the nuts and rotate the fitting slightly. Prime and glue the pipe to the fitting.
Bonus Tips and Tricks
How to Tap into Supply Lines
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To tap into existing copper lines, shut off the water. With a tubing cutter cut an opening in each pipe that is about an inch shorter than a tee fitting. Dry-fit the tees. If the pipes are rigidly installed, remove a clamp or two so you can pull the pieces apart slightly.
Dry-fit the pipes that will be inserted into the tees and draw alignment marks. Disassemble, wire-brush the fittings and pipe ends, brush on flux, and sweat the joints.
How to Connect New PVC to Old ABS
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Even though there are specialty primers and cements intended for joining PVC pipe to an old ABS line, local codes may not permit connecting in this manner. Instead, use a no-hub fitting, which has a neoprene sleeve and metal clamps, to hold it firm. Some municipalities may require that the fitting be accessible for future repairs.
How to Join Copper to Existing Galvanized Pipe
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Calculating The Correct Water Supply Line Size For Your Home Or Property
Calculating The Correct Water Supply Line Size For Your Home Or Property
The water line size is vital to providing adequate volume of water to the occupants of a building. There are three main factors that determine the correct water supply line size, which is also referred to as the water service line. The three factors are as follows:
Plumbing fixture count: A calculation using all of the plumbing fixtures in a building. The length of the run of pipe: The distance from the main inside control valve to the connection on the city water main. Classification of the building: Residential and Commercial buildings have different sizing requirements.
Some water supply line size facts simplified
Increasing the water supply line size to just one pipe size larger makes a dramatic difference. What individuals that are not in the plumbing trade do not realize, is that understanding length and understanding area are quite different factors from each other.
As an example 1 1/4″ is only 25% larger than 1″. But in terms of area, the inside area of these size pipes (water supply tubing) is a difference of about 56% greater. As another example let’s compare 1 1/2″ pipe to 2″ pipe. The difference in area inside an 1 1/2″ pipe compared to a 2″ pipe is around 77%.
In terms of the DEP water supply line size table, whose key component is gallons per minute, the differences are even more dramatic. Basing calculations of an average run of pipe of 50′, an 1 1/4″ line provides 16 gallons per minute. On the other hand a 1″ line only provides 9 gallons per minute. Therefore an 1 1/4″ line provides almost 77% more gallons per minute than a 1″ line.The gallon per minute calculations on the DEP sizing table are also based upon some other vital assumptions. All flow calculations are based upon connecting to the proper size of tap connection on the city water main. They are also based upon the building being on level ground. As an example, a house located on a hill or raised ground will decrease the flow rate.
What does all this mean to the average property owner? It means that for a nominal amount of money, increasing the size by just one size of water supply line provides dramatic benefits. The photo below clearly illustrates this point. But it should also be noted that if the inside plumbing on a building is undersized, no benefit will be derived by increasing the service line size unless the inside plumbing is also increased as well.
What water supply line size is typically required?
A typical one family house is supplied by a 1″ water service line. A one family house typically has the following plumbing fixtures present:
Kitchen sink
Laundry tray
Dishwasher
Washing machine
Full bathroom
An outside hose connection.
A two family house can virtually never size out for a 1″ service line. The only exception would be the extremely odd case of a city water main being located under the public sidewalk. The house would have to have no front yard whatsoever; which would result in only a 15′ run of pipe. Obviously this is a very uncommon and rare situation.
In the case of a three family house an 1 1/2″ service line is typically required. Again the exception would be if the length of the run of pipe was only 35′ or less. In most cases a six family house or greater will require a 2″ water service line.Every type of plumbing fixture has an estimated gallons per minute factor. All of the plumbing fixtures inside a building combine to factor into the required water service line size for the building.
Cases vary in determining the proper water supply line size
The actual reality that exists is that most older buildings, those built prior to 1990 or so, will frequently have lines smaller than suggested above. In many cases this results in no ill-effects, as the NYC DEP sizing table is very conservative. However each case will vary. As an example, in some neighborhoods there are six family homes served by lead water service lines smaller than 1″. In extreme cases like this the water pressure drops, and inadequate volume are normal everyday issues for the occupants. Remember, even if you’ve gotten used to it, a pressure drop when using water in your home is not normal. No home or property was designed for this to happen.
Let an expert size your water service line
Sizing tables differ for residential and commercial properties
The sizing table differs dramatically for a commercial property as compared to a residential property. There is good reason for that. Among the chief reason is that a plumbing fixture typically gets used much more frequently in a commercial space. As an example a sink in a one family house is used sparingly as compared to a sink inside a busy restaurant.
Fixture count is the gallons per minute value each plumbing fixture is attributed in the sizing table. As an example the DEP sizing table sinks, dishwashers, and washing machines are attributed a fixture count of 4. While like residential plumbing fixtures have exactly 1/2 that fixture count. As a result the DEP sizing table, commercial properties typically require much larger water service lines than residential properties to meet code.
Why the length of the run is a factor
Part of supplying water to a building is based upon pressurized water passing through the water supply line. The line itself provides resistance to the water flow. Therefore the length of the run is a major factor. The longer the run, the less gallons per minute can flow through the service line.
Length of run actually has a dramatic affect on the supply capabilities of each water service line size. As an example the typical water service line will lose approximately 33% of its water delivery capability when the length of the run is increased from 30′ to 60′. As a specific example an 1 1/4″ line can deliver approximately 21 gallons per minute over a 30′ run, yet only approximately 14 gallons per minute over a 60′ run.
While the length of run is a major factor for all water supply line size calculations, it becomes more of factor when the run is unusually long. When a building has a large set-back from the property, or is on w very wide roadway, it is easy to overlook the this factor. In cases where there is a long run it would be an error to base the water supply line size strictly on the fixture count.
Typical signs of inadequate water volume or water pressure
Occupants of a building may have longstanding issues with insufficient water volume or pressure, and accept it as normal. It should be understood that water pressure and water volume are two separate and distinct issues. Water pressure is the force that water flows from a plumbing fixture. Water volume is the amount of water present to service an entire building.
Three typical issues that result from volume or pressure problems are as follows:
Water temperature changes when water is used in the building, such as a toilet being flushed. Loss of water pressure when a shower or washing machine is being used. Change in water pressure or volume when a lawn sprinkler system kicks on.
Water pressure and volume issues and solutions can be complicated. Frequently they do not involve the water supply line size, but other issues are the cause. It is always best to trust a Licensed Master Plumber to investigate and resolve plumbing issues like these. Only a skilled and licensed plumber will have the knowledge and expertise to provide a correct and cost effective solution.
Master Plumber Paul R. Balkan explains sizing water lines
Paul R. Balkan is the President of Joseph L. Balkan Inc. He is an expert in the field of house sewer and water service line work. Here are some of his insights concerning water pressure and sizing issues.
There are several factors involved in getting adequate water flow out of the plumbing fixtures in a building. Water pressure is usually measured as pounds per square inch. When no water is being used in a building, and assuming there is no pumps or roof tanks, or other devices being used, the maximum height that water can rise in a building is determined by the pressure in the City Water Main. One psi (pound per square inch) will raise water vertically 2.31 feet. If the pressure in the City water main is 40 psi the water will raise a maximum of 92.4 feet vertically above the City water main. It is important to realize that this is not affected by the size of the pipes. The size of the pipes becomes important when water is being used in the building. The larger the diameter of the supply pipes the less of a pressure drop will occur as more and more plumbing fixture are used at the same time. One way of looking at it is to imagine the size of the supply pipe as being like a valve. If you were to connect a garden hose to a fire hydrant and barely open the hydrant valve, the equivalent to having a small supply pipe, the water coming out of the hose might go 30’. On the other hand, without adjusting the valve, disconnect the garden hose and connect a fire hose instead. This is similar to having a lot of plumbing fixtures attached to an undersized water supply. The water might then only go 1-2’. Opening the valve all the way, equivalent to a large supply pipe, and the pressure of the water coming out of the hose could knock somebody over. Nothing changed in the City water main supplying the hydrant, just the size of the passageway that the water had to go through. Naturally this is a thought exercise, and fire hydrants should not be tampered with!
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