Handwheel GN 923-200-B20-R-SR Z036189
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 923-200-B20-R-SR Z036189
Handwheels – Precision and Functionality in Your Machines
The GN 923-200-B20-R-SR handwheel is a standard machine part designed for manual adjustment and precise control of devices. Made of aluminum, it is characterized by high durability and resistance to loads. It is an ideal solution for both professional installers and end-users looking for a reliable control element.
Design and Application
The handwheel from the GN 923 series is a component used in many industries, including machine tools, packaging machines, and laboratory equipment. Its main task is to enable smooth and precise adjustment of the position of machine elements. The aluminum construction provides lightness and ease of use, and the solid design guarantees long-term reliability. This makes the handwheel suitable for applications requiring frequent and accurate control.
- Versatility: Can be used in a variety of machines and devices.
- Durability: Made of high-quality aluminum, resistant to corrosion and mechanical damage.
- Precision: Provides smooth and accurate adjustment of machine element position.
- Easy installation: Compatible with a wide range of shafts and spindles.
- Ergonomics: Comfortable grip ensures comfortable work even during prolonged use.
Why choose the GN 923 handwheel?
Elesa+Ganter handwheels are synonymous with quality and reliability. The company has been specializing in the production of standard machine parts for years, offering a wide selection of products that meet the highest standards. By choosing the GN 923 handwheel, you are sure that you are investing in a component that will serve you for a long time, ensuring trouble-free operation of your machines and devices. Additionally, the aluminum material minimizes the weight of the wheel, which translates to easier operation and reduced load on the machine structure. This is particularly important in mobile applications or where every kilogram of device weight matters.

