ConSet 501-11 is a sit-stand desk with a long history, where decades of experience have been used to ensure constant quality optimisation. The design is focused on users with specific needs for an exceptionally stable and powerful workstation. The mechanical adjustment is designed to effectively handle high loading. The entire system is a result of thoroughly engineered mechanics. The desk lifts without deviation – the horizontal line is preserved.

The RAL 9006 (silver) powder-coated steel frame and the desktop in the specified 180 x 80 cm beech melamine finish create the foundation for a timeless and distinct look. The integrated modesty panel is equipped with small square patterns, balancing the need for privacy with a light and open expression. Cable routing is hidden using the supports, ensuring that wires are organised and do not disrupt the aesthetic.

Even a heavy setup with multiple screens poses no challenge for the 501-11, thanks to the high lifting capacity (150 kg in kg). With 65-122 cm (in cm) in height adjustment, it is possible to achieve the optimal ergonomic configuration for any working posture. Operation is via a safety handset where you must press two buttons simultaneously to adjust the height. This minimises the risk of unintentional movement. The 501-11 constitutes a future-proof and flexible choice, where a strong interplay between quality, function, and design is ensured.

Desktop Specifications

• Dimension: 180 x 80 cm
• Core Material: 25 mm chipboard, classified E0
• Surface Finish: beech melamine, A cable port/grommet is standard, no purchase required.
• Edges: 2 mm ABS, rounded off

Frame Specifications

• Material/Finish: RAL 9006 (silver) Powder-coated Steel
• Height Adjustment: 65-122 cm
• Lifting Capacity: 150 kg
• Controls: The product features two-hand activation for guaranteed safety during operation.
• Key Features: Dual activation, cabling in frame, steel modesty panel.
• Drive System: ConSet's stable 1-motor system is chosen, as the mechanical solution is superior in robustness and reliability compared to systems based on complex electronics.