Equip 650341 32"–55" kääntyvä TV-seinäteline

The Equip 650341 Articulating TV Wall Bracket is a compact and sturdy mounting solution for LCD and LED TVs from 32" to 55". Designed for home or office use, the bracket supports up to 35 kg and is compatible with VESA patterns from 200 x 200 mm to 400 x 400 mm. Its black finish and articulating arm allow flexible positioning while keeping a secure attachment to brick, concrete or wooden walls.

Advantages

The bracket offers a wide tilt range of -15° to 10° and an adjustable extension from the wall between 6.3 cm and 42.7 cm, enabling customized viewing angles. With a maximum weight capacity of 35 kg and support for common VESA sizes up to 400 x 400 mm, it provides reliable load-bearing performance in a compact 2.79 kg design. The package includes a graphic installation guide to simplify single-person mounting.

Suitable for

• Mounting 32"–55" TVs and monitors
• Rooms with brick, concrete or wooden walls
• Home living rooms, bedrooms, offices or meeting rooms

Key specifications

• Supported screen size: 32"–55"
• Maximum weight capacity: 35 kg
• VESA compatibility: 200 x 200 mm up to 400 x 400 mm
• Tilt range: -15° to 10°
• Adjustable distance from wall: 6.3 cm – 42.7 cm
• Product colour: Black
• Product weight: 2.79 kg

How to use

Check the TV manual for VESA pattern and weight to confirm compatibility. Use the graphic guide included in the package to mark and drill mounting points on the chosen wall material, then attach the wall plate and arm assembly securely. Fix the TV to the bracket using the appropriate VESA screws and adjust tilt and extension to achieve the desired viewing angle. Ensure all fasteners are tightened and test the installation for stability before leaving the TV unattended.

Recommendations

Install the bracket on suitable structural material (brick, concrete or wood); when in doubt, consult a qualified installer. Do not exceed the 35 kg weight limit and use VESA-compatible screws. Periodically check fasteners for tightness to maintain safe operation.