Loxit 8433 - For screens 42"-95"
£517.00 + VAT
Introducing the 8433 Mono Fixed Height Wall-to-Floor Screen Mount: This single-column, sturdy mount is perfect for displays and touch screens up to 95″. With optional Floor Plate for improved stability on poor load-bearing walls, it ensures maximum strength with an all-steel construction. The mount transfers the weight of the screen directly to the floor, minimizing load on the wall. Loxit’s unique multi-point installation brackets provide sturdy fixing points, with a seamless and professional-looking installation. With a height range of 855-1255mm and a 400mm range of positions for the screen bracket, it offers universal accessibility.
Single column, sturdy wall to floor screen mount with optional Floor Plate to improve stability when fixing to poor load bearing walls.
The Mono Wall to Floor Mount is a sturdy and very rigid screen mount with an all steel construction and screen mount brackets for maximum strength. Perfect for displays and touch screens up to 95″.
This floor standing wall mount transfers the weight of the large format display or touch screen directly to the floor meaning very little load is transferred to the wall.
Max screen weight 130kg.
Standard VESA patterns suit screens up to 800mm wide x 600mm high.
The Mono Wall to Floor Mount is designed to mount large format and heavy touch screens at the perfect height, taking the weight of these large screens to the floor instead of loading the wall.
400mm range of mounting positions allows the installer and end user excellent flexibility when positioning the screen in an environment. Especially useful for touch screen and video conferencing applications where screen height is important.
Optional Floor Plate may be attached to provide increased stability depending on load bearing quality of walls.
The Mono Fixed Height Wall to Floor Screen Mount, 855-1255mm Centre of Mount, 42″-95″, 130kg Max has a 5 year mechanical return to base warranty.
If outside the U.K. please contact your local partner/service centre.