As a true classic, ConSet’s 501-11 has been available for decades and has been continuously optimised to meet modern workplace demands. The 501-11 delivers a solid workstation and is designed to match the expectations of the most discerning and professional user. The desk features a re-thought mechanical solution that is particularly suitable for heavy loads. Synchronisation is exclusively mechanical. The desk stays horizontal during the entire adjustment, even with uneven weight.

The RAL 9004 (black) powder-coated steel frame and the desktop in the specified 160 x 80 cm walnut melamine finish create the foundation for a timeless and distinct look. The perforated steel panel is integrated into the desk and, with its small squares, creates both screening and a modern, light visual language. The functional design means that the supports are also used to route cables, ensuring a tidy and wire-free workspace.

The lifting capacity (150 kg in kg) is substantial and makes the desk the preferred choice for demanding users with a heavy screen setup. With 65-122 cm (in cm), the user gets ergonomic freedom to set the desk precisely according to individual measurements. The desk is equipped with a control panel which strengthens safety by requiring the user to hold the two buttons to adjust the height. The 501-11 excels as a reliable and flexible desk because quality, function, and design are part of a well-thought-out context.

Desktop Specifications

• Dimension: 160 x 80 cm
• Core Material: 25 mm chipboard, classified E0
• Surface Finish: walnut melamine, The cable port is included in the desktop.
• Edges: 2 mm ABS, rounded off

Frame Specifications

• Material/Finish: RAL 9004 (black) Powder-coated Steel
• Height Adjustment: 65-122 cm
• Lifting Capacity: 150 kg
• Controls: Supplied with built-in two-hand control for maximum personal safety.
• Key Features: High lifting capacity, orderly cabling, integrated privacy.
• Drive System: The robust 1-motor system from ConSet delivers stable function and is designed to eliminate the need for electronic synchronisation, which increases mechanical reliability.