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11 HANNAFORD Street , Toronto - $1,399,000
11 HANNAFORD Street , Toronto

Stunning,Completely Renovated Home,From Top To Bottom,Great Finishing,Entertainers Delight,Gorgeous Open Concept Kitchen, With Window Seat,Walk Out To Deck With Retractable Awning And Patio.Perfect Home For Entertaining And Family Living. Walk To
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116 BINGHAM Avenue , Toronto - $1,049,000
116 BINGHAM Avenue , Toronto

Absolutely Stunning Beach Home On One Of The Best Streets In The Neighbourhood. You Couldn't Ask For A Better Location - Close To Everything Kingston Rd And Queen St Have To Offer. This Completely Renovated Home Is Bright, Spacious And The Perfect
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Visit us at http://www.absolute-draining-plumbing.com/toronto_beaches_plumber.html

Improving Water Pressure
I hate low water pressure. Low pressure affects all the things in the residence. The dishwasher and clothes washer take forever to fill. The outside hose squirts an anemic 2 ft., and also the shower becomes a small sprinkling device. To increase pressure, first try simple, local solutions at reason for use. If those never work, more significant measures are called for.
Elements that decrease
water pressure
Ever wonder why you have less pressure in the upstairs shower than in the basements? It’s mainly because it takes more pressure to help get the water all the way up there. For any 2.31 ft. of vertical climb in your water line, you lose one pound water pressure. Thus water that gets into your home at the basement level drops 11 lb. to 12 lb. the moment it travels to a second-floor showerhead. In case your house water pressure is at the low end-40 lb. would be low and 80 lb. would be high-this can be a major
loss.
Now let’s
add a water softener as well as iron filter. These water-conditioning systems each lower water pressure by about 5 lb. of pressure; therefore, we lose an additional 10 lb. of pressure right after
water conditioning.
If the water pressure getting into a home is adequate (50 lb. to 80 lb.), you can survive the pressure loss. In rural locations where incoming water pressure might dip up to 30 lb., you will have an issue. If added to this there are more poor conditions, such as too small or clogged pipes, the wrong type of valves, or poor showerheads, the flow can be reduced to a trickle
.
Identifying the issue

In a low-pressure water system, water restricters
within fixtures can reduce both pressure and volume of water to unwanted levels.
To determine whether or not the city water supply to the residence is to blame for the low-pressure issue, cut a T into your main water line just after the main shutoff valve. In the center belonging to the T, install a water-pressure gauge. The gauge provide you with a reading of the pressure drop inside the system exactly where water enters into your home. For example, if your gauge shows a drop in water pressure for a few minutes as you flush the toilet, then you’ll know the problem is with the water coming to the home. In case the gauge shows no such drop, then the problem have to be with the house lines. They might be not big enough in diameter or fittings, for instance globe valves and stop and waste valves, need to be replaced with full-flow ball valves. Or maybe you could have galvanized pipe, there's a pretty good chance that rust deposits inside pipes are decreasing the inside diameter of the pipe and decreasing water
flow.
Local
issues

Sometimes a pressure
problem can be solved locally. As an example, low pressure at one faucet is often the result of a clogged screen at the tip of the spout. Wash it or change the aerator. Inside shower, the most frequent issue a water-saver showerhead. Item conserves water by forcing the flow inside showerhead through a tiny opening; the reduction destroys all the pressure. Though this device has its place in the city, it can make a rural low-pressure problem intolerable. A restricter might be unscrewed from the head or drilled out.
Another popular showerhead issue is an obstruction, such as sand and iron particles that get stuck inside head itself, that lowers flow to the drip. When you have hard water, containing a lot of minerals, you may have occasional issues with mineral buildup throughout the holes in the showerhead. Dip the showerhead in vinegar for several hours to dissolve the minerals. Or simply just replace the showerhead; some good-quality models sell for less than $12. The top ones cost around
$45 and up.
Whole-house
problems

If your low-pressure issue affects all the fixtures in the home, then it's not just a local point-of-use issue. It is either low pressure at the point where water enters your home or some thing is restricting water in the main line. In case the pipe feeding your house or being the main line within the house old galvanized pipe, then a issue likely an accumulation iron deposits throughout the pipes themselves. The deposits can be so thick that the water is just barely going through. The answer is to replace the pipe. If the pressure problem affects a group of fixtures in one area, the culprit is among the branch feeder that supplies those fixtures. To eliminate this problem, you'll need to locate the one impacted pipe and change it-and perhaps most of the pipes it feeds. In case the corroded pipes are inside a wall, the most typical option is to cut the pipes off flush with the wall and plumb in a new pipe through the floor to your fixture.
When the pipe that enters the house is 3/4 in. or larger in diameter in case it is made from polyvinyl chloride (PVC), copper, or polyethylene, then its not likely the entry pipe could be the culprit as these pipes do not fill up with iron build up. However, I have come across instances of low water pressure/volume as a result of polyethylene splitting, PVC damaging, and copper corroding through. The most common place for polyethylene to split is within 3 ft. of the home where dirt has a tendency to settle, pulling the pipe down with it. Buried fittings, for example an underground coupling or elbow, will also be high in leak list for any
pipe.
Tip:
The perfect spot to check for unobstructed water pressure is at the tub. There are actually no restricters or screens in the
tub spout.
Rural
difficulties

Rural areas
usually have much more water-pressure problems than urban centers. For instance, rural systems often rely on pumps, whereas city folk have utility companies. If the house has a jet pump, you may then have to live with the situation. You’ll know you have a jet pump if you can see and hear the pump. Another type of pump, a submersible pump, is installed down inside the well; you can neither see nor hear it. Approach to improve the water pressure inside a house on a pump system is to regulate the pressure switch.
Residences
at the end of the city water line
Though low-pressure
problems are more usual in rural water systems, city water systems are not immune. Urban houses that sit at the far end of the city water line or tap are often affected. To add a boost for handling temporary water-volume problems, I install a water-pressure tank to keep extra water-similar to those used in the country. The tank won’t actually improve the pressure, even so the extra water helps improve the volume which, in turn, helps keep existing pressure up. Install the tank following
the main shutoff valve. Rural-style water-pressure tanks is usually set up on city water systems to provide extra water in abbreviation duration high-demand periods.
Adjusting a pressure switch
Rural water systems use a pump to push water into a water-pressure tank (pressurized with air). The pump turns on at a low pressure of around 30 lb. and off at around 50 lb. Thus the pressure you feel in the house and at the shower will fluctuate. The pressure is adjustable at the pressure switch, which is located adjacent to the pressure tank. To raise the system pressure, first turn off the power to the pump and remove the cap on top of the pressure switch. Here you will see two threaded posts, one tall and one short, with a nut around each. Do not touch the short post. To increase water pressure, give the plastic nut on the tall post a clockwise turn. Each complete turn will increase water pressure by about 2 lb. When done, put the cap back on the pressure switch.
If you raise the pressure of the water, you must also raise the air pressure in the tank if you have a bladder tank. The rule of thumb here is that you need 2 lb. less than your cut-in pressure (the pressure indicated on the tank’s pressure gauge when the pump turns on). Thus if you raise the cut-in pressure of the pressure switch to 40 lb., you want 38 lb. of air in the tank. You must check the air in a bladder tank only after the power to the pump has been removed and the system has bled down to 0 lb. of water pressure (the air is trapped above the bladder and does not bleed out with the water). If you have an old-style galvanized tank, you don’t have to do this. You will notice, however, that the tank will attempt to waterlog faster, and you will have to shoot in air on a more regular basis to compensate.
Once done, turn the power back on. If the tank takes more than 5 minutes to fill, return the system to the way you found it. Either the well can’t give you enough water or the pump is worn out and can’t get the pressure up.
You can increase the size of the water storage tank, but that will not necessarily raise the pressure. It will give you more storage water, which will minimize pressure fluctuations and will be helpful if the power goes out.
Booster pump
To actively increase the water pressure, you will have to install a booster pump. Installing a booster pump on a city water system, or even a rural water system that uses gravity-fed water, is quite easy. All you do is take the main water line as it enters the house (after the main turnoff valve) and feed it into a jet pump or booster pump. The output of the pump goes to a water-pressure tank, and the output of the tank then goes to the house water pipes. The disadvantage of such a system, if you are used to the constant pressure of city water, is that you now have fluctuating water pressure. But the lowest pressure will still be higher than what you had before, and the upper end may be 20 lb. higher. Typically, a booster system can increase your pressure by 50 lb. to 70 lb., if needed. Expect to pay around $800 or more, plus labor. This booster pump (common jet pump) is taking 30 lb. of incoming street pressure and raising it to 75 lb. for the house.
Installing a booster pump
Low water pressure is a common complaint, especially for bathrooms on upper floors. If you live in the city, you may have low pressure coming into the house. If you live in the country, you may have an old pump that can’t raise enough pressure or the pump may need to run 20 minutes to get just a couple pounds more. If your pump is not old, you may be able to have a plumber adjust the pressure switch (and then the air in the bladder pressure tank). Whether in the city or the country, many people think they have to live with the problem. Not true. All you have to do is install a booster pump in your basement or crawlspace.
For city dwellers, the pump needs to be installed in the main water line just past the main shutoff valve. Country folk install the booster pump where the water comes into the house just before it goes into the pressure tank.
Though most any jet pump will work, I install only the Jacuzzi RP2. It is designed so that the low-pressure water feed goes right into its nose, and you then have several options for places (3/4-in. female threads) to take off the high-pressure water. The motor is universal-that is, either 120 volts or 240 volts-and can be replaced without disconnecting any of the plumbing.
In the real-life situation described here, my customer wanted to increase his house water pressure. His water came from another house about 200 ft. away, and by the time it got to his house, he had only 20 lb. to 30 lb. of pressure. We wanted to increase pressure in his house without adversely affecting pressure in the other home, just as a city dweller would want to increase the pressure in his or her house without increasing pressure in the city water lines.
The solution is a booster pump with a check (one-way) valve. The pump takes the low-pressure water coming into the house as its input and builds the water pressure. At the same time, the one-way check valve keeps the pressure from bleeding back through the pump and into the lines. Without the check valve, you would be attempting to pressurize the city water system once the pump turned off. To install the check valve, screw a 1-in. nipple into the pump head. Screw on the check valve. (Be careful not to install the check valve backward; it should open toward the pump head.) Some pump manufacturers have built in the check valve; if so, do not add a second. The incoming water line connects into the check valve.
The incoming water line is rerouted to a booster pump input. The high-pressure water is routed from pump output back to the main water line.
The problem with water-conditioning systems
Water-conditioning systems are a major contributor to water-pressure loss. Of course, manufacturers rarely advertise this juicy bit of information. As I noted earlier, you’ll lose a minimum of 5 lb. of pressure as water flows through all the unit’s pipes and tanks. With a multiconditioning system you can lose up to 10 lb. When I install a conditioning system in the country (pump system), I always try to raise the pressure at the house’s point of entry by 10 lb. If your house is supplied by city water, you will have to either live with the problem or install a booster pump.
The valve factor
I once did a service call for which the complaint was low water pressure. The system was brand new-the customer had put it in himself. Wanting to be able to isolate every line in the house, he must have had 20 valves cut in. His logic was good; it’s nice to be able to isolate a water problem using valves. But the wrong type of valve means lower pressure and less water volume. He used globe and stop/waste valves, which slow or restrict water pressure. I replaced every valve in his system with a ball valve, and the problem was solved.
Tip: To keep water pressure at its maximum, install only ball valves throughout the water system

For more info visit http://www.absolute-draining-plumbing.com/toronto_low_water_pressure.html

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