Handwheel GN 923.7-200-K18-R-SR Z036285
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 923.7-200-K18-R-SR Z036285
Handwheels – Precision and Ergonomics in Your Hands
The handwheel GN 923.7-200-K18-R-SR is a standard machine part, designed for smooth and precise adjustment. Made of aluminum, it ensures durability and lightweight construction. It is an ideal solution for both professional installers and end-users who value reliability and comfort.
Design and Application
The handwheel is used for manual control of sliding mechanisms, finding application in many industries. It allows precise positioning of machine elements, which is crucial in production processes requiring accuracy. Thanks to its design, the handwheel provides a comfortable grip and ease of operation, even in difficult working conditions. The aluminum material guarantees corrosion resistance and long-term use.
Product advantages in points:
- Durability: Made of high-quality aluminum, resistant to mechanical damage and corrosion.
- Ergonomics: Provides a comfortable grip and smooth adjustment, minimizing operator fatigue.
- Versatility: Wide application in various types of machines and devices.
- Precision: Allows accurate positioning of machine elements.
- Easy installation: Compatible with a wide range of sliding mechanisms.
- Standard element: Part of the wide Elesa+Ganter offer, ensuring availability and ease of replacement.
For the installer: quick installation and reliability
The GN 923.7-200-K18-R-SR handwheel is a component that can be easily integrated with existing mechanical systems. Its standard dimensions and solid construction guarantee easy installation and long-term reliability. The aluminum material minimizes the risk of corrosion, which translates into lower service costs in the future.
For the end-user: comfort and control
Thanks to the ergonomic shape of the handwheel, adjusting the machine settings becomes intuitive and comfortable. The lightweight construction minimizes the load on the operator's hands during work, and precise control over movement ensures the accuracy of performed tasks. This solution increases work efficiency and safety.

