Thursday, December 22, 2011

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Wednesday, December 14, 2011

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Saturday, December 3, 2011

Moeller Gas Walker Fuel Transfer Tank (14-Gallon)

!: Cheaper Moeller Gas Walker Fuel Transfer Tank (14-Gallon) guide

Brand : Moeller
Rate :
Price : $348.52
Post Date : Dec 03, 2011 20:45:16
Usually ships in 24 hours



MOELLER®

TEMPO® GAS WALKER - 14 GAL. - 19"Lx16"Wx35"H

3.5 gallons per minute (average flow rate). Durable cross-linked polyethylene construction w/UV inhibitors. Built-in handle makes maneuvering fully loaded Gas Walker to the dock easy. Brass shut off valve safely controls fuel flow. Includes 10' of 3/4" hose. Locking plate prevents accidental discharge or theft of fuel. Manual vented fuel cap has easy-to-grip ribs. Molded-hose storage compartment helps keep your storage area neat & safe. Electric static discharge grounding wire is included. Safe for use w/gasoline, diesel & kerosene- DO NOT MIX! Meets US requirements for transporting gasoline.


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Thursday, November 24, 2011

Water Heater Info

!: Water Heater Info

A water heater is exactly what it sounds like. It is a system that heats water continually whether or not you are using hot or cold water. Cold water enters the tank once the hot water is turned off. Once the thermostat senses that the water temperature has dropped below a certain level, it automatically starts the heating process. This process is not very energy efficient because the heating then cooling and reheating of the water heater tank wastes energy. So if you know that you are going to be away for a long period of time it would be smart to turn down the thermostat of your water heater.

Gas or Electric?

Electric and gas water heaters are equally common. Electric water heaters require that the combustion gases always need to be ventilated. Electric systems are also more expensive to operate and do not heat cold water as well as gas water heaters.

Operation

The water heater is directly connected to the cold water supply line, usually on top of the system. A tube transfers the cold water down to the bottom of the water heater, and the hot water line takes the hot water off the top of the tank. Once most of the hot water has been used will you begin to get the mix of the hot and cold water.

Water pressure from the supply line pushes water out of the heater and refills the tank with cold water, when you open the hot water tap. Because the cold water enters the tank the thermostat senses the decreasing temperature and the heating mechanism automatically begins. Water heaters have a pressure and temperature relief valve which allows water to escape if the temperature of pressure exceeds the tanks limit. Water heater tanks operate at 150 psi. The pressure relief valve releases water once the pressure exceeds 150 psi. The temperature relief valve will release water when the water temperature exceeds 210 degrees Fahrenheit. The valves should have pipes that safely transfer the water without exposing people to the hot water.

Gas In a gas heater the thermostat is inside the tank. When the temperature decreases, the thermostat signals the gas control valve to supply gas to the burner to heat the water. Before the gas is allowed to flow, the thermocouple must make sure the pilot light is lit to prevent a dangerous gas leak from occurring.

Gas water heaters always need to be ventilated. Outdoors is the safest place. Toxic carbon and monoxide are the result of the systems combustion of natural gases. Inside the tank there is a device that carriers the toxic fumes out the top of the tank. The ventilation is very important in releasing these dangerous and toxic fumes. Electric

In an electric water heater the thermostats operate mechanically like a switch. When the temperature rises it expands and stops the current from flowing to the heating components in the water heater. Which allows the hot water to be cooled. Electric water heaters have two heating components, the upper and lower. These units are created to operate independently.


Water Heater Info

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Friday, November 11, 2011

How Do Heat Pumps Conserve Energy?

!: How Do Heat Pumps Conserve Energy?

It has been proven that heat flows from a higher temperature to a lower temperature. Heat pumps are however designed so that they have the capability to force the heat against the stated theory, where they are forced to flow from lower temperature to high temperature by using high quality energy at a very small consumption. Therefore, they can transfer heat from the surroundings, for instance the air, water or ground, or even heat sources from the industrial as well as domestic waste.

Heat pumps required external energy to transport the heat from a source to the heat sink. The total amount of heat delivered should be the same as the amount of heat extracted from its source theoretically. They consume less primary energy compared to the conventional heating systems. Thus, they play a big role in reducing gas emissions such as carbon dioxide, nitrogen oxides as well as sulphur dioxide, which then will help to preserve the environment. However, how much heat pumps have an impact to the environment is based on how much electricity is produced by them. They generate electricity by using hydropower or renewable energy which reduces the emission of dangerous gasses compared to the electricity obtained from coal and oil.

Most of the pumps available today operate either in vapour compression or absorption cycle. Heat pumping theoretically can be obtained a number of thermodynamic cycles and processes which are Stirling and Vuilleumier cycles, solid-vapour sorption systems and single phase cycles and etc. The heat produced by pumps is usually not as intense as the one produced by gas or oil burning. A lot of people love the warmth produced, as it can be distributed evenly throughout the whole house without any cold spots left behind. Therefore, these pumps are highly efficient in conserving non- renewable energy and they are able to provide maximum output.


How Do Heat Pumps Conserve Energy?

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Wednesday, November 9, 2011

How To Bleed A Diesel Engine Fuel Injection System

!: How To Bleed A Diesel Engine Fuel Injection System

There are certain rules of thumb when it comes to learning how to bleed a diesel engine. There are dozens of different diesel fuel injection systems running around but the same principle applies to all of them. The main principle is removing the air out of the fuel system. Check out this scenario below.

So you find yourself driving down the road and suddenly your diesel engine starts to knock, lose power and pump out a bunch of white smoke. Finally it dies and after a few cranks you decide to check it out further. You find out the fuel tank is empty. The last time you checked your fuel level gauge it read half a tank, and you realize it still reads half a tank after driving 100 miles. A defective fuel gauge sender (located in the tank) is not an uncommon problem which causes more inconvenience with an engine shut down condition.

So now that you have determined the cause of the problem it is time to top up the tank with diesel and bleed the fuel system. Generally speaking diesels need a high pressure atomized spray that turns into a combustible mixture when combined with high compression. Compressed air heats up enough in the combustion chamber to ignite the mixture and provide the high power thrust that diesel engines are known for.

Step One - How To Bleed A Diesel Engine

The first thing to do is top up the tank and fill the primary fuel filter (closest to the fuel tank) with clean diesel fuel. This filter relies on vacuum or suction from the fuel transfer pump to keep it primed up and moving along to the secondary fuel filter. Diesel fuel transfer pumps are either mechanically driven off the camshaft or electric motor driven. If you are really blessed you might even have a hand priming pump built into the system.

Step Two - Removing Air From The Diesel Fuel Injection System

Any way you look at it, the main objective is to rid the fuel injection system of air. Loosening fuel lines is a common practice for older diesels. Loosen off fuel line fittings before the injection pump then work the hand priming pump until you see no more bubbles streaming from the loosened off fuel lines. This will assure that there is fuel to the injection pump.

Step Three - Bleeding A Bosch Mechanical Diesel Fuel Injection System

As an example the Bosch fuel injection pump found in Cummins diesel engines has a bleeder plug on the front, right side of the pump body and can be loosened off first while pumping the hand primer found on the driver side of the block. The mechanical fuel injection system on these engines have the fuel lines exposed for easy access. Loosen all of the injection lines at the head. Cranking over the engine will accelerate the air removal process. When the fuel system starts to pick up fuel the engine will try to start and stumble. At this point tighten the fuel lines and keep cranking over the engine, you will have fire power before you know it.

Bleeding An Electronic Diesel Fuel Injection System

Newer diesel engines went to an electric fuel transfer pump. As soon as you turn on the ignition key the pump kicks in and automatically primes the fuel system. Using the Cummins ISC diesel engine as and example, to prime you must fill the primary filter first with clean diesel fuel and install the secondary fuel filter dry. Once the ignition key is on the fuel transfer pump will prime the secondary filter with clean filtered fuel from the primary fuel filter.

Once you know how to bleed a diesel engine and go through it a couple of times you will see the importance of getting the air out of the lines. Air compresses and won't allow any movement of diesel fuel resisting the build up of high pressures that diesel fuel injection systems require to start and run the engine.


How To Bleed A Diesel Engine Fuel Injection System

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Thursday, October 27, 2011

Moeller DuraMax Flo n' Go LE Fluid Transfer Pump and 14-Gallon Rolling Gas Can

!: Last Minute Moeller DuraMax Flo n' Go LE Fluid Transfer Pump and 14-Gallon Rolling Gas Can compare

Brand : Moeller Marine | Rate : | Price : $108.99
Post Date : Oct 27, 2011 14:03:08 | Usually ships in 1-2 business days


EPA approved Flo N Go DuraMax Portable 14-gallon gas container With MaxFlo Fuel Siphon Pump

More Specification..!!

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Sunday, October 23, 2011

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Friday, April 22, 2011

Solar Pool Heaters Vs Traditional Pool Heaters

!: Solar Pool Heaters Vs Traditional Pool Heaters

When it comes to deciding on swimming pools heating technology, you basically have two choices. You can opt for the classic, fuel-dependent pool heating model, or you can choose the modern energy efficiency of a solar heater. Each option has its own advantages and disadvantages, so it's important to establish your most important pool heating concerns before making a decision. Whether you own a year-round spa or have an in-ground pool in your backyard, you'll need to make sure you're accommodating the highest priorities on your list. Below, the two options are boiled down to reveal the pros and cons of each.

Traditional Heating

Conventional pool-heating technology comes in two basic forms: oil pool heating and gas pool heating. Both of these models are ideal for year-round use, as they are able to heat pools consistently even when the weather dips below 50 degrees. The downside, however, is that they are fairly expensive to operate and do not last very long. Pool chemicals can corrode these traditional pool heaters, making the average lifespan for both a mere 5-8 years. In that short time, the installation and fuel costs of a gas heater can go up to ,000, while an oil heater's costs can reach a staggering ,000. Furthermore, depending on fossil fuels for energy makes you culpable in emitting additional toxins and greenhouse gases into the atmosphere.

Solar Heating

A solar, above-ground pool heater uses the sun's radiant heat to create warmer water in your pool. A solar heater for pool use will harness the sun's energy and, with the help of your pool's water pump, circulate the heated water throughout the pool until every ounce of water is comfortably warm. Once you've installed your solar heater, the only additional cost comes from annual winterization maintenance. In fact, you'll be able to enjoy zero fuel costs for the entire 20-year lifespan of your model! However, the one disadvantage of solar pool heaters is that they are not able to generate sufficient heat in temperatures lower than 50 degrees. Typically, this will limit your pool usage to the months between May and September.

In summation, traditional pools heating technology that requires fuel is the most appropriate option for spa managers or homeowners who require year-round use. On the other hand, solar pool heaters are well within the budget of average homeowners who are content with a five-month swimming season.


Solar Pool Heaters Vs Traditional Pool Heaters

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Thursday, March 31, 2011

Fill-Rite - Heavy Duty 12 Volt DC Fuel Transfer Pump (FR1210C)

!: New Fill-Rite - Heavy Duty 12 Volt DC Fuel Transfer Pump (FR1210C) quickly

Brand : Fill-Rite
Rate :
Price : $257.50
Post Date : Mar 31, 2011 17:52:11
Usually ships in 1-2 business days



The industry standard in 12 V DC transfer pumps. The Fill-Rite Heavy Duty 12 Volt DC Fuel Transfer Pump is a positive displacement, direct drive rotary vane pump. Depending on installation and product viscosity, this pump can deliver up to 15 gallons per minute.

  • Explosion-proof UL listed 1/4 HP motor with permanent magnet and ball bearings.
  • Heavy-duty switch, thermal overload protection and junction box.
  • Heavy-duty 3-wire battery cable.
  • Automatic bypass valve.
  • Built-in check valve and strainer.
  • No meter
  • Two year warranty

    This fuel transfer pump includes hose, manual nozzle, telescoping suction tube, and bung adapter.

    Specifications:
  • Iron rotor
  • 12 (3.7m) hose with static ground wire
  • Manual nozzle with nozzle boot that protects against dirt and contamination
  • 2" threaded base for tank openings
  • Corrosion-Proof adjustable section pipe
  • Machined carbon vanes
  • Pump may be padlocked
  • No foot valve required

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    Friday, March 18, 2011

    Testing a Fuel Pump

    !: Testing a Fuel Pump

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    Fuel pumps in fuel injected vehicles are mounted inside the gas tank. It's a major job to replace it and these pumps are expensive. So before you replace one, you better do your homework. I've seen too many DIY mechanics make the assumption that their engine running problems are due to a bad pump. Several hundred dollars later, they still have the same problem.

    If your diagnostics lead you to believe you have a fuel pump problem, here's the proper way to check out the pump. First, perform a fuel pressure test. You'll need a fuel pressure gauge and the adapters to fit your vehicle. Some auto parts stores rent this test gear. You'll also need the specs for your vehicle. Check out a printed or online shop manual for those.

    Perform the fuel pressure check first thing in the morning, with the engine cool. A cool engine provides two things: better working conditions with less chance of a fuel-spill related fire, and a more accurate reading of residual fuel pressure after sitting for a long time. Fuel pumps have a check valve that prevents the fuel from draining back into the tank when the engine is shut off. If the valve isn't working properly, you'll have fuel drain back and that causes hard starting first thing in the morning. Shop manuals have a specific procedure for performing this "leakdown" test if the vehicle is brought in warm with high fuel pressure. Usually, the tech looks for pressure to stay within 5 lbs of the running pressure.

    If your fuel pressure and leakdown readings are within spec, you'll need to check fuel delivery volume. Yup, that's an important test especially if your performance problems occur at high speeds or heavy throttle. Some manufacturers list a volume of fuel for a specified period of time. If you can't find a spec, use this rule of thumb-a fuel pump should deliver 1 quart of fuel in 30 seconds. If yours passes that test, move on to the electrical tests.

    The electrical test can spot a fuel pump problem that evades all other diagnostics. Remember, the pump is always pumping against resistance (the pressure regulator and he fuel injectors). Just like any other electric motor that meets resistance, it uses more power. So like an EKG at your doctor's office, measuring current draw at different throttle openings tells you how the pump is performing. A properly operating fuel pump should draw from 3 to 6.5 amps.

    If you own a scope, you can get even better readings. A scope will tell you if you have a bad winding in the pump since it detects every lobe on the armature.


    Testing a Fuel Pump

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