ONKRON TS1552E-B supporto TV mobile per schermi 43-75", nero

The ONKRON TS1552E-B is a robust and versatile mobile TV stand designed to accommodate flat-screen televisions from 43 to 75 inches. Built with a heavy-duty cold-rolled steel frame and finished in sleek black, this floor stand provides a secure and stable platform for your display. It features an adjustable AV shelf for media components and integrated cable management to keep your setup tidy. Equipped with four heavy-duty locking caster wheels, the TS1552E-B offers effortless mobility, making it ideal for commercial, office, home, or educational environments.

Advantages

This mobile stand combines strength, flexibility, and ease of movement. Its wide VESA compatibility (200x200 to 600x400 mm) ensures it fits most TVs, while the height-adjustable mount (1200-1500 mm) allows you to position the screen at the perfect viewing level. The integrated cable management system conceals wires for a clean appearance, and the locking casters provide stability when parked.

Suitable for

• Commercial presentations and digital signage
• Office meeting rooms and collaborative spaces
• Home entertainment setups
• Educational institutions and training rooms

Key specifications

• Screen Size Compatibility: 43" - 75"
• Maximum TV Weight Capacity: 50 kg (110 lbs)
• VESA Mounting Patterns: 200x200, 200x300, 200x400, 300x200, 300x300, 300x400, 400x200, 400x300, 400x400, 500x300, 600x200, 600x400 mm
• Height Adjustment Range: 1200 mm - 1500 mm (47.2" - 59")
• Material: Cold-rolled steel, Plastic
• Color: Black
• Number of Shelves: 1 (Adjustable AV shelf)
• Shelf Weight Capacity: 4.5 kg (10 lbs)
• Mobility: 4 Heavy-duty locking caster wheels
• Cable Management: Integrated
• Base Dimensions: 840 mm (L) x 660 mm (W)
• TV Mount Type: Fixed
• Application: Commercial, Office, Home, Education
• Installation Type: Floor Stand
• Number of Screens Supported: 1

Recommendations

Ensure your TV's weight does not exceed 50 kg and that the VESA pattern is compatible. Professional installation is recommended for optimal safety and performance.