This sit-stand desk, 501-11, has been a successful part of ConSet’s range for decades and is an example of a design that has been continually refined. The desk is designed with the user in mind who expects a very strong and reliable workstation. The robust adjustment mechanism supports high load capacity. This is achieved thanks to thoroughly engineered mechanics, without the use of electronic sensors. The desktop remains level, even when you only load one side.

RAL 9004 (black) powder-coated steel in the frame and 180 x 180 cm beech melamine on the desktop are core elements that create a characteristic and long-lasting expression. The integrated steel modesty panel features discrete square cutouts, ensuring user privacy without detracting from the visual aesthetic. By using the desktop support profiles as a discrete cable routing path, visible wires are avoided, and an organised look is achieved.

With its high 125 kg (in kg), the 501-11 is ideal for users whose office equipment is heavier than average, e.g., systems with multiple monitors. The height adjustment (65-122 cm in cm) meets the requirements for an ergonomic workspace and ensures easy adaptation to the user. The panel is intuitive but ensures high safety by requiring that both adjustment buttons remain pressed down during the entire adjustment. The 501-11 is an excellent choice for reliability and versatility, as function, design, and quality complement each other.

Desktop Specifications

• Dimension: 180 x 180 cm
• Core Material: 25 mm chipboard, classified E0
• Surface Finish: beech melamine, The desktop features a cable port/grommet.
• Edges: 2 mm ABS, rounded off

Frame Specifications

• Material/Finish: RAL 9004 (black) Powder-coated Steel
• Height Adjustment: 65-122 cm
• Lifting Capacity: 125 kg
• Controls: Designed with two-hand operation, ensuring increased operator protection.
• Key Features: Controlled operation, cabling in design, integrated screening.
• Drive System: The robust 1-motor construction delivers stable function, as its simple design eliminates electronic synchronisation, which ensures maximum strength and durability.