Sunday, December 18, 2011

Mitsubishi Ecodan Air Source Heat Pump

Air source heat pumps take heat from the outside air, extract it and use it to heat buildings. They can take heat out of the air even at 15 degrees below 0C. Air Source heat pumps are an extremely efficient way of providing heat - for every unit of energy they use, they produce 3-4 units of heat.

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Monday, December 12, 2011

How to Test Your TV

!9#: How to Test Your TV

TV with No Power or Dead

First, take note of the normal light functions on the front of the set. Is it on? Is it the same color? Is the light blinking?

If you have no lights at all on the front and hear no clicks when you press the power button, this usually means either the set is getting no power or the main fuse in the power supply is bad. But in some cases some of the newer style TV s have a "vacation switch", this is a switch that completely removes power from the TV for long periods of non-use. These switches are usually located on the bottom edge or back of some flat screen sets (LCD or Plasma TV s). Look in your owners manual to see if your TV is equipped with this feature or look very closely for a small rocker type switch (they are usually made to blend in with the case and are hard to see).

A blinking light can be an indication of an internal failure of the set. Take note of how many times and how fast the light blinks. Many TV s will use a two digit trouble code made up of a light blinking fast, then blinking slower. (A Mitsubishi code is usually the same speed blink once pause blink twice--12 code) This code will tell a Television repair Tech what is happening with the set, but you will want to write this down BEFORE unplugging the TV because sometimes the code is erased.

So now you have taken note of all the lights or no lights. Unplug the TV s power cord from the wall outlet or power strip. Leave it unplugged for at least 30 minutes. Many times a quick brown out will cause the TV to "lock up". Unplugging for 30 minutes will reset the microprocessor in the set which can return it to normal operation. I will say it again, just because it happens so often, unplug the TV and LEAVE it unplugged for 30 minutes, 30 seconds will not reset the TV.

Another common occurrence with TV 's with buttons on the set is a button gets stuck. A stuck button will lock up the internal communication lines in the TV and will not let it turn on. Go to the set (not the remote) and press each of the buttons a few times(leave the power button for last), taking note of any that do not "feel" like the others. Not feeling the same can indicate a button beginning to fail. If the power didn't come on after pushing the power button, try unplugging the set again for just a moment and try again.

Last step for power issues. Make sure that the outlet you are using is good, just last week I went out to someone's house to find that a wall outlet was loose. With power strips and surge suppressors don't assume because other devices plugged into other outlets are working, that they all work. Look for a plug from a working device, unplug that device and plug in the TV s plug into that socket. Also remember the plug going into the TV set itself. Many newer style TV s have a power plug that plugs into the back of the TV.


How to Test Your TV

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Friday, December 2, 2011

Electric Weed Trimmers - How Good Are They?

!9# Electric Weed Trimmers - How Good Are They?

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Those looking to keep their lawns trimmed and keep their weeds in check may be thinking of getting a electric weed trimmer. These trimmers seem like a good choice for those that don't want to deal with gasoline or dirty oil or the troubles of yanking a cord numerous times to try and get the things to start. But are these electric weed trimmers any good at doing their job - trimming weeds and grass?

The answer depends on who you ask. The answer you get from a person with a small lawn which requires little trimming will almost certainly have a different answer than someone that has a large yard which needs heavy trimming. So why exactly is there a difference? And what does it have to do with yard size and workload?

The answer is simple...

First, electric weed trimmers run from the power supplied by an extension cord. If the area that you need to work is large, you need a sufficiently large extension cord or run around to different outlets or you're going to find that you're unable to reach certain areas of your lawn. Okay, sure, there are some weed trimmers that run purely off of battery power and this don't need an extension cord, but don't get too excited just yet. Many of the battery powered units tend to fall short on the second issue (defined below) with non-gas-powered trimmers.

Second, there is an issue with non-gas powered trimmers being under powered. They just don't seem to generate the same revolutions per second as the higher powered (gas) units. Also, the electronic version tends to be less heavy duty and just not tough enough for some of the thicker weed and grass growth. This makes chopping down debris more work and just less effective.

This doesn't mean there isn't a place for electric weed trimmers. Many people are very happy with them. However, you need to take your particular situation into perspective and see if these trimmers fit your needs. If you do decide to purchase an electronic version, be sure to spend a little extra on the name brand versions as they usually offer more heavy-duty versions and guarantees.


Electric Weed Trimmers - How Good Are They?

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Monday, November 28, 2011

Mitsubishi Corporation Company Profile

!9# Mitsubishi Corporation Company Profile

Brand : | Rate : | Price : $125.00
Post Date : Nov 28, 2011 15:47:12 | Available for download now

This profile is an essential source for company data and information. The profile examines Mitsubishi Corporation’s key business structure and operations, history and products, and provides summary analysis of its key revenue lines and strategy. Scope of the Report Provides all the crucial company information required for business and competitor intelligence needs. Gives details on the company’s history, key executives, locations and subsidiaries as well as a list of products and services and the latest available company statement. Reasons to Purchase Obtain up to date company information. Support sales activities by understanding your customers’ businesses. Qualify prospective partners and suppliers. Understand and respond to your competitors’ business structure, strategy and prospects.

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Thursday, November 3, 2011

Toyota Hilux Engine - A Brief History

!9# Toyota Hilux Engine - A Brief History

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The Toyota Hilux engine has changed many times since 1968 when the Hilux first debuted. Back then, it was powered by a small, 1.5 litre 4-cylinder. It has since evolved many times over with some models maintaining a 4-cylinder engine although now they're bigger, more powerful and even turbo or diesel powered (or both) while some models made a jump to larger displacement V6 engines. This article will provide a brief timeline into the history of the Toyota Hilux engine.

Toyota R Engine

The R engine was the first family of engines to grace the Toyota Hilux. The R engine was a 4-cylinder petrol (gasoline) that was used in various forms from 1968 to 1995. The 2R, 3R, 8R, 8R-C, 8R-E, 12R, 18R, 18R-C, 18R-E, 20R, 22R, 22R-E, and 22R-TE were all the variations of the R family of engines to be used in the Hilux. In the beginning, the 2R was a 1.5 litre that grew and had various factory modifications through the 2.4 litre 22R-E used in 1995. The 22R has a reputation as one of the best Toyota Hilux engine ever used for longevity and reliability of easily being able to clock 500,000 kilometers (300,000 miles).

Toyota VZ Engine

The VZ was the first family of V6 engines ever used in the Toyota Hilux. The VZ engine ran on petrol (gasoline) and all versions featured electronic fuel injection. The Hilux made use of the 3VZ from 1988 to 1995 at which point it used the 5VZ. Displacement increased from 3.0 to 3.4 litres and power jumped from 112 kW (150 hp) to 142 (190 hp). The 5VZ (or the 5VZ-FE to be exact) has been touted as the best V6 Toyota Hilux engine ever used for its reliability, light weight, and excellent fuel economy. Hilux owners with the 3VZ engine often seek out a 5VZ to install rather than rebuilding or replacing a 3VZ with problems or high kilometers.

Toyota RZ Engine

In 1996, some models of Hilux went back to 4-cylinders with the RZ. The RZ was a family of 4-cylinder engines that consisted of the 1RZ-E, 2RZ-FE and 3RZ-FE. Their displacements were 2.0 litres, 2.4 litres, and 2.7 litres respectively and they produced 78 kW (105 hp), 106 kW (142 hp), and 112 kW (150 hp) also respectively. The 1RZ saw limited production mostly in Japan and select parts of Asia. The 2RZ first came to life in 1995 and ceased production in 2004 (2004 being the last model year this engine was used in a Hilux). Like the 2RZ, the 3RZ also came to life in 1995 and it's still in use to this day.


Toyota Hilux Engine - A Brief History

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