Handwheel GN 321.6-140-K14-A Z009012
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 321.6-140-K14-A Z009012
Handwheels – Precision and Control in Your Hands
The GN 321.6-140-K14-A handwheel is a standard machine part designed for precise control of linear motion. Made of aluminum, it combines lightness and durability, translating into comfortable work and a long service life. It is an ideal solution for both professional installers and end-users who value reliability and functionality.
Design and Application
The handwheel from the GN 321.6 series is a component used in machines and devices requiring manual adjustment of position. The aluminum construction provides resistance to corrosion and mechanical loads. The wide range of applications includes:
- Axis adjustment in machine tools
- Precise positioning of elements in measuring devices
- Control of movement in transport systems
- Manual positioning in industrial automation
Thanks to its versatility, this wheel finds application in many industries – from metalworking to food production.
Advantages and Benefits
- Durable material: Aluminum guarantees resistance to mechanical damage and corrosion, ensuring long-term use.
- Precise control: Allows accurate positioning of machine elements, which is crucial in many industrial applications.
- Comfort of work: The ergonomic shape of the wheel provides a comfortable grip and minimizes operator fatigue during work.
- Easy installation: Standard dimensions facilitate integration with existing mechanical systems.
- Versatility: A wide range of applications makes this wheel an ideal choice for diverse projects.
- Elesa+Ganter elements: The product comes from a renowned manufacturer of standard machine parts, guaranteeing high quality workmanship and compliance with industry standards.
The GN 321.6-140-K14-A handwheel is not only a control element – it is an investment in the reliability and efficiency of your machines and devices. Its solid construction and precise workmanship translate into increased productivity and minimized downtime related to failures.

