Handwheel GN 327-200-K14-D-2 Z009440

Handwheels – Precision and Ergonomics in Your Hands

The handwheel GN 327-200-K14-D-2 is a standard machine part, designed for comfort and precision during manual adjustment of devices. Made of aluminum, this wheel combines lightness and durability, resulting in long-lasting and reliable operation. It is an ideal solution for both professional installers and end-users who appreciate high quality workmanship and functionality.

Design and Application

The handwheel GN 327-200-K14-D-2 is used for smooth adjustment of machine and device settings. Its universal design allows for wide application in various industries – from machine tools to packaging machines. The aluminum material provides resistance to corrosion and mechanical damage, and careful finishing guarantees user comfort. The wheel is particularly useful where precise motion control is required, and ergonomics are also important.

Advantages in points

• Durable material: Made of aluminum, ensuring long-term operation even in harsh industrial conditions.
• Ergonomic design: Enables comfortable and precise control of devices.
• Versatile application: Ideal for adjusting settings in machine tools, packaging machines and many other machines.
• Easy installation: Compatible with a wide range of shafts and spindles.
• Corrosion resistance: The aluminum construction provides protection against external factors.
• Standard component: Availability of spare parts and ease of integration with existing systems.

Why choose the GN 327-200-K14-D-2 handwheel?

This handwheel is not just a control element – it is an investment in work comfort and machine reliability. Its solid construction guarantees long-term use, and the ergonomic shape minimizes operator fatigue during prolonged work. This makes it possible to increase efficiency and improve the quality of tasks performed. By choosing Elesa+Ganter products, you can be sure that you are receiving components of the highest class that will meet your expectations even in the most demanding applications.