Archive for April, 2012

Helpful Info on Generator Transfer Switches

April 17th, 2012 aboutgenerator Comments off

Generator transfer switches are an essential part of a functioning back-up generator system. A generator can be used in a home or a business to provide back-up power when the electricity goes out. This can be important in order to allow your heating system to continue to function during a power outage, and to give you the ability to continue cooking, lighting your home and otherwise using electricity when you do not have access to it through a conventional power-line hookup. When you have a backup generator in a home or a business, however, you may need a generator transfer switch in order for that generator to kick on and begin providing the power you need.

Normally, the power in your home or your business is provided by your wired connection to power lines. The power from the power lines, produced by the power company, comes into your home through a junction box and is distributed by your electrical wiring throughout your house to power your HVAC system, your appliances, and your televisions, lights, computers and other consumer electronics. However, when power is no longer entering your home due to an outage, the generator will then need to be turned on and notified that it has to produce all of this power that you need to operate the home.

This is where generator transfer switches come in. A generator transfer switch will close off the power line coming from your electric provider (your “utility” power line) and will switch instead to your home generator. The transfer switch does this when the power goes out and power from the outside source is not available. When the power from the utility transfer is turned back on and you begin to get power coming into your home again, the generator transfer switch will reverse the process by shutting off the access to the generator and switching to he utility power line.

In addition to being able to switch which power source is being used easily, a generator transfer switch serves a very important function: it stops backfeeding. Backfeeding happens when power leaves your house and runs through the utility line or transfer, and it can cause problems since electricity is only supposed to come in on this line and not leave your home.

Transfer switches are hard wired into the home’s electrical system. In most cases, code requirements indicate that they must be installed by licensed electricians to ensure that proper installation procedures are followed. The switches also come with a three-position switch, as required by the natural electrical code.

When a power outage occurs, the generator then switches among its three positions: line-off-generator. It moves first from line, which is the mode when the utility is providing power, into off, and then finally to generator or back. This way, there’s no chance for accidental backfeeding to occur since the system has to first go to off before a change can be made from the generator to the utility line or vice versa.

This feature helps to keep you and your home safe.

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Should You Buy a Used Marine Generator?

April 17th, 2012 aboutgenerator Comments off

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The Advantages of A Diesel Generator

April 17th, 2012 aboutgenerator Comments off

Diesel Generators

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Had your eye on a diesel generator but wanted to make sure it was your best choice, then read on find out the reasons many people use them.

First you want to take into account that Diesel Generators will typically be able to run 50% longer on the same amount of fuel as their gasoline cousins, which is certainly a plus. It all comes down to science. The fact is that diesel engines run cooler than gasoline engines. Any energy that is used to keep the engine cool is energy not being utilized by the generator. Then you must consider the compression ratio. Gasoline engines have much lower compression ratios compared to diesel engines. If the compression ratio is lower, the fuel efficiency will be lower. If you have a more efficient engine this means it will run longer on one tank of fuel. When compared to the gasoline engine the diesel generators will run 12 hours on 4 gallons of fuel at 50% load and a gasoline generator will run about 8 hours under the same conditions.

One other plus to consider is the lifespan of these generators. They can last 20,000 hours if they a properly maintained, compared to only 1000 hours with some of the cheaper gasoline generators.

Over all there is considerably less maintenance involved in keeping one up and running. You never have to replace spark plugs because there are none to replace. You will never have to clean the carburetor, it doesn’t have one, and there are no ignition systems to fail either.

Do to the rapid changes in our technology they offer many features and options today, they did not have only a few years ago. Many come with the ability to monitor oil levels and shut off the engine if it gets to low. The more sophisticated models will monitor systems temperature, output voltage, include circuit breakers to prevent any of the units systems from being damaged from overloading or overheating.

The top of the line units will also be CARB certified. You can use them in California who’s not allowing gas generators to be shipped to their state today.

One thing to consider is the weight of the diesel generator. It is heavier that the gasoline one is, but most of the heavy portable ones today will include the ability to attach a wheel or two to make them more maneuverable.

It is necessary for you determine what your needs will be in the event of a power outage so you can figure out the best size generator. Thee portable ones generally run in sizes between 5000 to 7000 watts. These are usually enough to run the appliances that are needed most in your home. You can still run your refrigerator, freezer, and some other small appliances to cook with as well as your TV.

The one point that always comes up is the price of the diesel generator. It is true, they cost more than the gasoline models do. When you consider everything it takes to keep one running, they cost less in the long run. They may last up to twenty times longer than gasoline generators do. They will use considerably less fuel, and you will save a lot of time and money on maintenance and parts.

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What Is a Magnetic Turbine Generator?

April 17th, 2012 aboutgenerator Comments off

The Magnetic Turbine Generator is a device that generates electricity for use with electrical devices. Industry has been using this technology for many decades as “point of load” electricity generators to counter the high prices and electrical network losses imposed by the Electricity Companies.

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For example, consider an aluminium refinery that produces the aluminium metal from the chemical reduction of aluminium oxide. This chemical reduction reaction that is enhanced with catalysts still requires a lot of electrical power to remove the oxygen atoms from the aluminium atoms.

· Firstly, the aluminium refinery cannot rely on the expensive electricity prices supplied by the power companies.
· Secondly, the efficiency of the electricity distribution network significantly reduces when there is an electrical load consuming large amounts of power.

This is because the electricity company’s electrical needs to send the electricity through 100km of electrical distribution cables and transformers and their inherent electrical losses becomes the dominating factor. This is why the aluminium refinery generates its own electricity on-site.

The benefits of using a Magnetic Turbine Generator to generate electricity at the location of the electric load virtually eliminate the network distribution losses issues. There is also the major benefit of capitalizing on the ultra high efficiency inherent in a well designed Magnetic Turbine Generator.

The Magnetic Turbine Generator is comprised of two main parts,
· the first being a high efficiency Magnetic Motor to spin a rotor and
· the second section is the electric generator that is driven by the spinning rotor. Known for typically being methodical in all aspects of life, Japan is certainly making no exceptions to the rule when it comes to online casino legislation.. mobile casino .

The Magnetic Motor is one of the most efficient motors in existence because the electricity that it consumes to operate can be recovered and re-used (recycled). It is not unusual to find different Magnetic Motors with different performance characteristics, but the key aspect to measure the performance of any turbine generator is the overall Work Conversion Efficiency.

In essence, the Work Conversion Efficiency for a Magnetic Turbine Generator is simply the amount of power produced at the generator output divided by the average power supplied to the Magnetic Drive Motor.

Some Magnetic Motors with energy recovery technology that were invented many decades prior have been awarded patents for producing larger amounts of output power compared to the input power.

A couple of examples of inventors that were awarded patents are Edwin Gray and Howard Johnson (HoJo). They developed Magnetic Motors and connected the motors to electrical generators that exhibited a work conversion efficiency greater than unity, meaning that more electrical power was generated compared to the electrical power consumed. **Identity Protection InsuranceAs part of your Expert membership, we provide Identity Protection Insurance, provided by Arc, underwritten by Inter Partner Assistance S..

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