TV-muurbeugel Philips SQM9840/00 voor 43–100 inch schermen, max. belasting 60 kg, universeel

The Philips SQM9840/00 TV wall mount is a universal fixed bracket engineered for large flat-panel displays from 43 to 100 inches, supporting a maximum load of 60 kg. Designed to provide a secure, space-saving installation, this mount is suitable for residential living rooms, corporate meeting rooms and public display environments where a stable, flush-mounted screen is required. Compatibility with a wide range of VESA patterns ensures the bracket fits most modern TVs in the specified size range.

Advantages

The mount offers a robust metal construction rated for up to 60 kg, providing reliable support for heavy screens. Its universal plate and adjustable attachment points accommodate various VESA hole patterns, simplifying installation across multiple TV models. The fixed low-profile design keeps the display close to the wall for a tidy appearance and reduced risk of accidental movement. Corrosion-resistant finish and quality hardware ensure long-term stability and durability.

Suitable for

Key specifications

How to use

Locate a suitable solid wall surface and determine the correct mounting height for optimal viewing. Use a level and stud finder to identify secure fixing points, then mark and drill holes according to the mount’s template. Secure the wall plate with the supplied hardware appropriate for the wall type, attach the adapter plate or brackets to the TV’s VESA mounting holes, and lift the television onto the wall plate. Confirm the TV is fully seated and tighten all fasteners. Follow the included installation manual for torque specifications and any additional safety checks.

Recommendations

Verify the combined weight of the TV and any accessories does not exceed the mount’s 60 kg rating. Use appropriate wall anchors for the wall material (solid masonry, concrete or wood studs). If in doubt about structural suitability or if mounting very large displays, seek professional installation to ensure safety and correct placement.