Handwheel GN 923-80-B12-A-SW Z036204
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 923-80-B12-A-SW Z036204
Handwheels – precision and functionality in every turn
Elesa+Ganter handwheels are standard machine elements designed for ease of use and precise control. Made of high-quality aluminum, they provide durability and resistance to loads. A wide selection of diameters and mounting holes allows for adaptation to various applications in industry, mechanical engineering, and specialized equipment. They are indispensable wherever manual control of mechanical processes is required.
Material and construction – a guarantee of reliability
The use of aluminum in the production of GN 923-80-B12-A-SW handwheels translates into a lightweight construction while maintaining high strength. Aluminum is a corrosion-resistant material, ensuring long-term operation even in harsh environmental conditions. Precise workmanship guarantees smooth rotation and minimal backlash, which is crucial for accurate control of machines and devices. Thanks to this, the handwheel not only makes work easier but also affects the quality of tasks performed.
Applications – versatility in practice
Handwheels find wide application in various industries:
- Machine tools: Precise control of the movement of tables and axes.
- Packaging machines: Adjustment of packaging process parameters.
- Lifting equipment: Control of the speed of lowering or lifting loads.
- Valves: Smooth regulation of the flow of liquids or gases.
- Industrial automation: Control of production processes requiring manual intervention.
- Special constructions: Adaptation to individual design needs.
The installation of the handwheel is simple and intuitive, which translates into saving time and costs associated with installation. Therefore, both professional installers and end-users can easily introduce this solution into their systems. It is worth remembering that the proper selection of the wheel diameter and mounting hole is crucial for optimal device functionality.

