Supports TV and LCD Monitor screens from 13" - 23" and up to 15kg weight
Fits 99% of TVs & Monitors (VESA 75x75mm & 100x100mm Standard Dimensions)
Swivel & Tilt faceplate mechanism; Swivels up to 180 degrees & Tilts to 70 degrees
Extending arm folds flat, from 5cm, and extends to 37cm
Black Satin finish - slim profile & non intrusive, mounting/installation kit included. ***PLEASE NOTE: DUE TO SPECIAL OFFER, MAXIMUM ORDER QUANTITY OF 1 PER CUSTOMER***
PLEASE NOTE: DUE TO SPECIAL OFFER, MAXIMUM ORDER QUANTITY OF 1 PER CUSTOMER
This Designer Habitat Cantilever LCD Monitor/TV Arm Wall Mount Bracket with Swivel and Tilt for 13" - 23" Screens is the perfect solution for mounting your TV or monitor to the wall.
It will fit TVs/Monitors that are VESA 75mm and 100mm standard mounting dimensions - fitting 99% of models.
When fitting your TV or monitor, measure the distance between the mounting holes at the back of the TV/Monitor to ensure they are 75mm or 100mm apart (VESA standard mounting dimensions)
To ensure this bracket fits your monitor or TV, simply measure the distance between the mounting holes on the rear of your screen. If they are 75mm or 100mm apart, your screen is up to 23" wide and up to 15kgs in weight then this will fit your model.
*You must ensure the fixings and wall structure are appropriate to support the overall weight.
Have used this mount in the bedroom for an LG 24" and could not be simpler. I first connected the TV to the removed arm bracket and then mounted the bracket arm to the wall. Then I would recommend that 2 people mount the TV and bracket to the arm as you really need 3 hands for that part. All in all a nice unit for less money than you would think. I have seen this type of bracket mount for 3-8 times the price of this one and not been as substantial. It is almost invisible in use against the wall and not obtrusive when extended.
This bracket was very easy to purchase, was very easy to put up and very easy to adjust to the correct veiwing angle for its location. I was amazed at how simple the whole process was. The adjustment permutations are infinite both for the verticle and horizontal planes. Overall 10 out of 10.