How To Mount A Plasma TV On A Plaster Wall

After purchasing a plasma or LCD television as well a corresponding wall mounting kit, determining the wall on which to mount it, and making sure all of the necessary tools are available, the next step in mounting the television to a plaster wall is to choose the exact spot on the wall where the mount should be attached.

It is absolutely essential that the television mount is placed in a spot that has a stud or studs directly behind it. Anchor bolts will be used to secure the mount to the stud(s).

Obviously, a plaster wall alone cannot support the weight of a plasma or LCD mount and television, and at least one stud is necessary to ensure that the mount and the television are safely installed. Anchoring the mounting unit to two studs is more secure than using just one, so if there is a location on the wall where two studs are located and can both be used for the installation of the mount, this spot should be seriously considered for the placement.

Beginning the Installation:
It is recommended that the mounting kit be opened and the instruction and installation manual be thoroughly read and understood prior to beginning the installation process. Make sure that all the pieces are present and that all the necessary tools are within reach. Every brand and model television mount is slightly different from the next, so it?s important to follow the directions that come with the one that will be used.

Even if the instruction manual does not list this first, it?s a good idea to place the mounting rails into position on the back of the plasma or LCD television that will eventually end up on the wall. This will help ensure that the television will sit on the wall in its originally intended place. (Sometimes the brackets end up pushing the television up or down an inch or two. If the brackets are put in place first, a better placement estimation can be determined.)

Next, it?s time to mark the wall with indicators as to where the anchor bolts will be drilled into the wall. In addition, the locations where the cable will go from the television to the electrical outlet should also be notated on the wall.

After drilling holes where the anchor bolts will be placed and cutting out spots on the wall where the cable will enter and exit the wall, the next step is to the get the mount ready to affix with the anchors.

Prior to tightening the bolts, make sure that everything is nice and even, using a level. If everything looks good, it?s time to tighten the bolts so that the mount is fastened very snugly to the wall.

After fishing the cable from the cut hole near the mount down (or up) to the electricity source, the television can be added to the mount. Since many plasma and LCD televisions are extremely heavy, it?s recommended that at least two people help to lift it to the mount. After this is completed, all of the cables can be attached to the television, and the television can finally be turned on.

Jason West is the owner of the UK's leading Wall Bracket supplier http://www.tv-wall-brackets.co.uk.

The Facts About DLP VS Plasma TVs

With advancing technology revolutionizing the television viewing field, consumers have more choices than ever before. And as is often the case with electronics, it can be confusing. Terms and acronyms are used in the electronics industry that you just don't find anywhere else, and if you aren't careful it can keep you from buying newer technology simply because you don't understand it well. That can certainly be the case with modern TV monitors.

The old analog TV sets of yesteryear did not have to have a very advanced monitor because the TV signal was only so good anyway, So CRT monitors lasted as the screen choice for decades. But now with HDTV moving the entire viewing experience forward in dramatic fashion, better ways of producing the on-screen image is in full production.

Two of those competing screen technologies are plasma TVs and DLPs (digital light processing TVs). Both types of screen technologies have been around for a while, although DLPs have only become commonplace in recent years. They use completely different means of displaying a TV picture and so each has it's own peculiarities, both for good and bad. So you as the consumer need to weigh the differences and determine which will best fit your own needs.

Plasma TVs are well-known for their high contrast images and vivid colors, and they are generally cheaper than DLP TVs in the larger screen sizes. They have a wide viewing angle, and would make an excellent choice for many people. The drawbacks include less longevity and faster wear rate at higher altitudes above 6,000 to 7,000 feet, and the fact that they tend to run hot and need internal fans to cool them down that can sometimes be noisy depending on the model that you choose. They also can suffer from screen burn-in when an image is left on the screen for a very long time, producing a faint ghost image even when viewing something else.

DLP TVs are are capable of painting the screen with high contrast, color dense images too, although the nod still has to go to plasma TVs in general in this area. They are also easily used as a monitor for almost any digital video source that you have, including your computer. They use a reflective technology to display the screen image and so their picture is very bright and easy to see even in brightly lit rooms. However, they must be viewed at eye level, since the brightness falls off rapidly as you view them from either above or below eye level. The DLP will last almost indefinitely, but the light source must be replaced every 10,000 hours and that will cost over $200 when you do.

Actually either will make a fine choice to use with today's emerging television technologies. Just be aware that each has it's own drawbacks, so choose the monitor that will fit your own particular needs and uses best.