Saturday, December 31, 2011

Hand Water Pumps by Simple Pump: Three Forms of Power in One Device

!: Hand Water Pumps by Simple Pump: Three Forms of Power in One Device

Emergency preparedness and self-sufficient living cross paths through hand water pumps. While well pumps like these lessen your dependence on traditional water sources, they provide a solution to providing you and your family with water in droughts and power outages. Although many well pumps are motorized for convenience, hand water pumps are used as a backup in case of a loss of power. A hand pump, however, can become motorized through the addition of a motor and a solar panel. This way, you have a single device to pump water with hand pump and solar power or battery-activated motor.

Hand water pumps, such as those by Simple Pump, can bring water up from 350 feet below ground, although most use it for depths of 100 feet. When used as a backup or by itself, the manual pump can be installed into four to eight-inch wells. The pump can be operated when sharing the same well with an electric submersible pump, bringing up five gallons of water per minute.

Hand water pumps use a pump rod design. For Simple Pumps, this requires eight pounds of pressure to be applied to a 24-inch handle. Longer handles need less pressure for bringing up water.

Manually pumping water up from an aquifer every day can be exhausting, however. A family, for example, needs at least 250 gallons per day. Some may even use up to 1000 gallons per day. To calculate this, a manual water pump brings up five gallons of water per minute and, if an individual works constantly, 300 per hour. At this rate, a person would need to pump regularly without stopping for nearly three and a half hours to bring up 1000 gallons. Although not a bad workout, it becomes tiring and time-consuming when done daily.

As a solution, a hand water pump can be motorized. A 105ME/GM 12 volt DC 60 rpm 1/5 hp bolt-on motor extension can be added to a manual well pump from Simple Pump. This particular motor can use two forms of power: a battery with 200 amp-hours and a 130-watt solar panel.


Hand Water Pumps by Simple Pump: Three Forms of Power in One Device

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Monday, December 26, 2011

Camp Chef HWDS Triton Hot Water Heater

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Brand : Camp Chef
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Post Date : Dec 27, 2011 04:34:06
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Camp Chef Triton Hot Water Heater--On demand hot water heater and shower.

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Wednesday, December 14, 2011

SHURflo 2088-422-444 2.8 Classic Series Potable Water Pump

!: The Best Places to Buy SHURflo 2088-422-444 2.8 Classic Series Potable Water Pump save you money!

Brand : SHURflo
Rate :
Price : $69.48
Post Date : Dec 14, 2011 09:57:21
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Shurflo potable water pumps are designed and constructed to deliver high performance, reliability and serviceability. These potable water self-priming pumps employ three independent pumping chambers to lift water up to 12 feet. They provide smooth flow and operate quietly. All Shurflo pumps have a built-in check valve that is rated to 200 PSI which prevents backflow into the tank, and contain an adjustable switch. This water pump can even run dry without damage! Comes wtih a 2 year limited warranty, and can be mounted in any position. UL, CSA and IAPMO apply to some models.

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Monday, November 28, 2011

3 Things You Need to Know About Sump Pumps

!: 3 Things You Need to Know About Sump Pumps

Many of us have a little thought about the rarely seen appliance down in our basements protecting our homes from major water damage. That's right your sump pump is sitting down in a hole your basement floor just waiting for water to enter the sump pit and then extracting this water so that it does not flood your basement. This appliance in generally not given a second thought until it stops working.

When your sump stops working water rushes into your home and seemingly looks for anything that it can ruin. This water generally finds carpet first and then starts rotting sheetrock and anything electrical that is stored in your basement. The amount of damage and the dollars to repair this damage begin to add up in a hurry. What can you do? What should you know? How can you prevent this basement damage?

First, you should know the #1 item that causes your sump pump to stop working - the switch. Yes, the switch. This is the item that tells the pump to start and to stop and when to do it. Sometimes it will be a float switch mounted to an arm, sometimes a tethered switch and other times it's a pressure switch. The switch gets gummed up, hung up or just quits working. What should you do? This is the simple part. You need to purchase a dual float switch. These work by redundancy, if the primary switch stops working then the secondary switch takes over before any damage can be done. These switches can be purchased separately and attached to many existing sump pumps or you can purchase a new sump pump that comes with one. Either way redundancy is the key to safety.

Second, get a battery backup sump pump. These simple DC pumps will kick in when your power goes out or a breaker gets tripped and takes over for your primary AC sump pump. The battery backup sump pumps run on battery power that is generally connected to a controlling device that recognizes a loss of power and automatically puts the DC pump into action. Once again a dual float switch is prudent for battery backup pumps. This way you will have two pumps, each having two switches to provide redundancy which prevents a flooded basement.

Lastly, replace your sump pump at least every 10 years. Don't wait until you have a flooded basement, change it out now. Not only is this much cheaper than replacing carpet, drywall and family heirlooms but it will also give you peace of mind when the spring rains roll in. Remember, your sump pump is an electrical device. Electrical devices generally do not give much warning when they are about to quit working. This is especially true of electric devices that are mounted in water under your basement floor. Don't delay - Replace today!

To wrap things up, just remember - two switches are better than one, two pumps are better than just one and electric appliances mounted in a hole in the basement floor do not last forever, especially a builders grade unit like most of us have protecting our homes. Your sump pump can be your best protection against household damage or it can be your biggest problem.


3 Things You Need to Know About Sump Pumps

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Saturday, November 12, 2011

How Does a Sump Pump Work?

!: How Does a Sump Pump Work?

Many of us may have a difficult time with getting water in our basement, either as a result of rainwater entering in through the walls or perhaps even because our basement resides below the water table. If this is the case, one of the only solutions for you is to install a sump pump. Since there are so many different ways in which this can be done, it leaves a person wondering, how does a sump pump work?

A sump pump is a relatively simple machine to understand. It generally has a ball attached to it that floats on top of any water that is located within the sump hole. As the water level rises, the ball rises as well and eventually, it will trigger a mechanism that will cause the pump to come on automatically and push the water outside. As the water level lowers, and the ball lowers beyond a certain extent, the mechanism will be triggered again in order to shut the pump off.

It is generally not necessary for you to understand how a sump pump works because once they are installed, they are relatively problem-free. As a matter of fact, it would really only be if a problem was occurring with the pump that you would ask the question, how does a sump pump work? If that is the case, either a minor adjustment in the float may be in order or it may be necessary for you to install a new one. Fortunately, they are not a very expensive item to purchase.


How Does a Sump Pump Work?

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Wednesday, October 26, 2011

Supercharge Your Water Heater - Add a Hot Water Pump For Faster Hot Water!

!: Supercharge Your Water Heater - Add a Hot Water Pump For Faster Hot Water!

Have you ever had to stand shivering in the cold morning air waiting for hot water with your arm outstretched, fingers extended into the cold stream of water. It seems to take forever for the water to get hot. Speed up it up with a circulating system.

Traditionally, if you had a circulating system, it meant that you had a hot water pipe that ran in a big loop from the outlet of the heater to each fixture one after the other, and then back to the inlet of the water heater through a small pump. By continuously pumping water through the loop you have instant hot water at every fixture.

This is very convenient. Hotels and motels have circulating systems; otherwise it could take hours to get hot water with such long pipes as they have.

However, instant hot water is also very expensive. Not only do you have to pay for the energy to run the pump continuously for long periods of time or even full time, but you also have to pay for the heat energy being radiated into the environment from that big loop of piping. The cost of heating the water is considerably more than the cost to run the pump.

There are a number of manufacturers producing circulating systems that utilize the cold water line as the return line.

Some of these pumping systems use small pumps that pump water very slowly, and are temperature controlled. The pump turns on when the water temperature drops below a set point, and then shuts off when the water temperature in the pipe reaches another set point. This keeps the water your entire piping system luke-warm . The water is warmer near the heater and colder the further you get from the heater, but it is tepid through out the piping system.

Most folks don't really want the cold pipe full of warm or tepid water. You don't get "Instant Hot Water" as the manufacturers claim. I think they should be honest and call them "Instant Tepid Water Systems". The Lang Auto-Circ and The Grundfos Comfort System are two such systems, and the Hot Water Lobster is another. The Hot Water Lobster doesn't have a pump, but relies on the fact that heated water rises, and the Lobster valve has to be substantially higher than the heater for the system to work.

Unfortunately these systems consume much more energy since you are heating that big loop of piping and return line and its surroundings. The cost of the energy will far outweigh any monetary savings from the water conservation aspect.

Another class of systems that use the cold water line as the return line is the "Hot Water Demand Systems". These systems only pump the water to the fixture when hot water is "demanded" by the user. The pumping costs are small; typically demand systems use less than .00 per year in electricity costs. This is because they run for such a brief time, typically less than 1 minute per use.

When the user turns on the pump it runs until hot water reaches the fixture and then the pump automatically shuts off. The cold water line does not end up full of warm water.

With the demand system the energy consumed is no more than if the user just ran the tap as normal. And since the water is not being circulated it does not affect the life of your tankless heater or the warranty.

The water is pumped more quickly than if you ran the faucet full throttle. You save time, water, energy, and money!

There are at least three manufacturers of demand systems, Metlund, RedyTemp, and Chilipepper. The Chilipepper will run any tankless water heater. Some models of the Metlund system will run tankless water heaters, and some won't, so be sure to inquire before you make a purchase.


Supercharge Your Water Heater - Add a Hot Water Pump For Faster Hot Water!

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Friday, April 15, 2011

Wayne PC2 115-Volt 340 GPH Portable Transfer Water Pump, Bronze

!: Cheap Wayne PC2 115-Volt 340 GPH Portable Transfer Water Pump, Bronze buy online

Brand : Wayne | Rate : | Price : $74.36
Post Date : Apr 15, 2011 23:33:06 | Usually ships in 6-10 business days


The Wayne 115V transfer pump is a portable, lightweight pump that is ideal for household use. Flow (GPH): 310, Volts: 115, Self-Priming: Yes, Volute: chrome-plated bronze volute

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Tuesday, April 5, 2011

Drains and the Discharge System

!: Drains and the Discharge System

Your myriad sinks are drained into the drainage or discharge system, which receives the liquid discharge created through the food and beverage preparation region. The first component of the discharge program is on the sink itself: the trap. It is really a curved section of pipe, where the lowest part of the pipe "traps" (or retains) some drinking water.

The trap is known as a P trap when the drain pipes go into the wall; it is known as an S trap when the drain pipes go into the ground. In addition to these traps, it's a great idea to have floor drains located directly beneath your larger sinks. The drains inside a commercial kitchen area should have a dome strainer (or sediment bucket), much like a perforated sink stopper that traps bits of dirt and food as liquids go down the drain.

For the heaviest-duty jobs, a ground drain having a a lot larger strainer compartment (called a sump) is suggested. The sump is at least eight inches square. Kind 304 stainless steel is the preferred material for drain fabrication, and coved corners make them easier to clean. Drains ought to not be flush using the ground, but recessed slightly (about 1/16 of an inch) to prompt water to flow toward them.

The drain pipe should be three to 4 inches in diameter, and its interior walls must be coated with acrylic or porcelain enamel that's both nonporous and acid resistant. A nonslip ground mat, with slats for drainage, ought to be a standard accessory beneath every sink.How many floor drains should you've in your kitchen? Let's count the locations in which drains are a must to catch spills, overflow, and dirty drinking water from ground cleaning:

1. Hot line region
2. Prep and pantry region
3. By the pot sinks
4. Dishwashing area
5. Dry
Storage region
6. Outside the walk-in refrigerator
7. Wait stations/service locations
8. Near steam equipment
9. Through the bar sinks
10. Under the ice maker

The ice maker has an additional unique drainage requirement: a recessed floor. One smart concept is to install several drains, inside a trench that's from a single to two feet wide and a number of feet long, covered having a rustproof metal grate. This is really efficient along the length of the hot line area or in the constantly wet dishroom.

When we talk about draining away waste materials, we're not just discussing water. The water often contains grease, and grease disposal is an enormous (and messy) problem in foodservice. A grease interceptor is needed by law in most towns and cities. It's commonly recognized as a grease trap, even though the professional plumbing industry discourages the use of this terminology.

Your area's building code will list which kitchen fixtures must be plumbed to the interceptor; usually, the water/waste output of the garbage disposal, dishwasher, and all sinks and ground drains must pass via the interceptor prior to it enters the sewer. Employee restrooms and on-premise laundry appliances generally do not have to become connected to the interceptor.

The role from the grease interceptor would be to prevent grease from leaving the restaurant's drainage program and clogging the city sewer system. Foodservice wastewater is really a large problem for sewers designed primarily for residential waste. Thus, fines and surcharges might be imposed on restaurants if their effluent (outflow) exceeds the local standards for its percentage of fats, oil and grease (FOG, in industry jargon).

As waste materials enters the interceptor, it separates into three layers: The heaviest particles of food and dirt sink towards the bottom; the middle layer is mostly water, with a little bit of suspended solids and grease in it; and the best layer is grease and oil. The interceptor "traps" the top and bottom layers whilst allowing the middle layer to flow away into the sewage system. Interceptors come in different sizes, and you ought to select a single based about the gallons of water that may run via it per minute, the number of appliances connected to it, and its capacity to retain grease.

Cleaning the interceptor regularly is necessary simply because the bottom layer can clog pipes if allowed to build up, and also the top layer can mix with, and pollute, the middle layer too much. Most restaurants hire a trap-cleaning service organization to handle this unpleasant task. It is really a costly activity, and not without legal ramifications. The support organization should be licensed to haul the grease waste to specially approved treatment areas.

It's not enough anymore for a restaurateur to trust that the grease is being taken care of. The smart ones take a proactive approach. Once in a whilst you'll see news reports about such support businesses that skirt the law by dumping waste materials into creeks or unapproved locations. You would be wise to thoroughly research your area's grease removal requirements and to interview a number of service businesses. Ask for, and contact, their references.

There are two kinds of interceptor cleaning: skimming (removing the best layer) and a full pump-out of the tank. For most foodservice operations, skimming isn't sufficient. The heavy, lower layer of particles must also be filtered away. You may decide on a combination of services-frequent skimming, with a full pump-out at normal intervals.

The types of foods you serve and your volume of business should be your guidelines, along with a scientific measurement of the effluent to see how much FOG and/or chemicals it contains. In some cities, the penalties are so strict that restaurateurs include a pretreatment step, adding fat-dissolving chemicals or filtering the waste materials prior to it even gets towards the grease trap. Undercounter units operate using electricity to recover grease for discarding as trash, not sewage.

Outside installation from the grease interceptor is suggested, at a level that is a number of feet below the kitchen area to use gravity in your favor in grease elimination. Constructing inspectors seldom permit an interceptor to become located anywhere inside the constructing, but if it happens to be within, it ought to be flush using the kitchen floor. Early in the building process, a call to your local plumbing inspector will supply the particulars for your city, and probably save you a lot of trouble.

We should also discuss the "dry" component of the discharge program, which is recognized as the venting system. Its main purpose is to avoid siphoning of water from the traps. Vents (known as "black vents") on both sides of the grease trap equalize the air pressure throughout the drainage program, circulating sufficient air to decrease pipe corrosion and help remove odors. Vent pipes extend up and via the roof, for kitchens and restrooms.


Drains and the Discharge System

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Sunday, March 27, 2011

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Tuesday, March 22, 2011

Laing E1 ecocirc Recirculating Pump

!1: Now is the time Laing E1 ecocirc Recirculating Pump Order Today!


Nice Design by :Laing ThermotechOver All Rating Reviews : Great Deal : Date Created :Mar 22, 2011 12:00:12
The auto circ pump is installed under the sink or faucet farthest from the water heater - where hot water usually takes the longest amount of time to arrive.

A built-in temperature sensor automatically turns the autocirc pump on when the water temperature in the hot water supply line cools down to 85º F. This cool water in the hot water supply line is then pumped into the cold water line and back into the water heater.

The autocirc pump turns off automatically when the hot water supply line to the faucet reaches a temperature of 95º F, ensuring the instant availability of shower warm water with maximum temperature hot water only seconds behind. When the pump is automatically turned off by the built-in thermostat, an auto closure device prevents hot or cold water from mixing in either supply line.

Another beneficial feature is that hot water will also be instantly available at all other faucets in the supply line between the water heater and the faucet where the autocirc pump is installed.

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Sunday, March 20, 2011

Have a Tankless Water Heater? You Need a Hot Water Demand System

!: Have a Tankless Water Heater? You Need a Hot Water Demand System

Tankless water heaters have several advantages over conventional Storage type water heaters that store a large volume of water in a tank.

One advantage is that since the tankless unit does not have a tank, there is no continuous heat (energy) loss from the large volume of stored heated water, as there is with a traditional Storage type heater. Typically tankless heaters do not have standing pilot lights like tank type units, saving even more energy. There is no question tankless water heaters are more energy efficient.

Another advantage is that you have virtually unlimited hot water, you will never run out. This could be a double edged sword though, as there is a tendency for humans to use what is available. Some users might end up taking much longer showers for instance, leading to an increase in water and energy usage.

This effect was common back when the government provided large tax credits for installing solar water heaters. Homeowners believing they now had cheap hot water tended to use a lot more water than before the solar heaters were installed. They used so much more that the monthly water heating bill actually increased in a many of the homes where the units were installed the backup heating elements were being used so much of the time.

A minor advantage that tankless units have over Storage units is the size of the footprint. The tankless units take up less space, although I don't think that is very important to most people.

Obviously there are some disadvantages to tankless water heaters. For one thing, they are much more expensive, and far more complex than a standard water heater. If they require repair it's likely to be more expensive, and the parts are harder to obtain in some Cases. Gas units require a large and more expensive flue, and electric units require very heavy wires because they use so much electricity.

Tankless heaters are typically turned on by a flow switch which turns the heater on when a minimum flow is reached, typically ½ to ¾ gallons per minute. This can be problematic if you need a very small flow of heated water, and can lead to wasting water. Most circulating pumps don't pump enough water to reliably activate tankless water heaters.

Using a traditional circulating pump will void the warranty on most tankless heaters, since they will cause the heater to turn on and off very frequently and far more than in typical household usage.

One of the biggest problems with the tankless heaters is the fact that they take much longer to get water to the fixture than traditional tank type units. You can picture a tankless water heater as a long pipe coiled up over a flame. For the water to get fully hot, it must travel all the way through the pipe. If the water starts out in the middle of the heater for instance, it will leave the heater after only being in the pipe for half the time it would need to reach full temperature. This means that it will take much longer for your water to get hot while you run the faucet waiting for it. It's pretty clear that this will cause an increase in water being run down the drain, costing the home owner money, wasting one of our most precious resources.

There is however a way to eliminate any of the water from being wastefully run down the drain while waiting for hot water. Use a demand system. A demand system only turns on when hot water is "demanded". When you are ready for your shower you push a button and the pump sends the heated water from your water heater to your fixture more quickly than if you run the shower at full blast, and the pump shuts off when the hot water reaches it. Thus you save time, water, energy, and money.

Many local water districts offer rebates for demand systems, so check with your local water company, some of the rebates cover the entire cost of a demand system, so in effect, you get a free system!


Have a Tankless Water Heater? You Need a Hot Water Demand System

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