The 501-11 is a long-lasting model from ConSet that has been part of our core selection for decades and has undergone continuous technical optimisation. This model is developed specifically for users who set high standards and require a robust and stable workstation. The precise mechanical adjustment makes the desk especially strong for heavy equipment. The solution is thoroughly engineered and free of unnecessary electronics. The desktop remains perfectly level, even when the weight is unevenly distributed.

The steel (RAL 9006 (silver) powder-coated) provides frame strength, while the 120 x 80 cm walnut melamine desktop contributes to a classic and distinctive expression. Featuring a built-in steel panel with fine square perforations, both privacy and an airy, light design are successfully achieved. By using the desktop support profiles as a discrete cable routing path, visible wires are avoided, and an organised look is achieved.

150 kg (in kg) exceeds the norm for office equipment and delivers the necessary strength for workstations with heavy machinery and multiple screens. The functional height adjustment (65-122 cm in cm) ensures that the desk is fully ergonomically adaptable. The panel ensures controlled movement by requiring the user to actively hold two buttons during the entire operation. The 501-11 is an excellent choice for reliability and versatility, as function, design, and quality complement each other.

Desktop Specifications

• Dimension: 120 x 80 cm
• Core Material: 25 mm chipboard, classified E0
• Surface Finish: walnut melamine, The cable port/grommet is included with the desktop as standard.
• 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: Designed with two-hand operation, ensuring increased operator protection.
• 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.