Handwheel GN 323.4-200-K20-A-ZI Z009269

Handwheels for precise control

The GN 323.4 handwheel is an element used for manual control of machines and devices. Made of aluminum, it provides durability and resistance to loads. The wheel design, with plain bearing, guarantees smooth and precise operation. This model is particularly useful in applications requiring frequent adjustments and settings.

Design and application

The GN 323.4 wheel is characterized by the possibility of coupling by pulling (ZI version), which increases safety. The wheel body is made of aluminum, and the hub is precisely machined, ensuring high accuracy. The wheel rim is turned with minimal radial and axial runout tolerance - less than 0.4 mm. The epoxy resin coating provides corrosion resistance and an aesthetic appearance. The GN 000.4 coupling set with plain bearing made of nitrided steel guarantees reliable operation even in harsh conditions.

• Precise adjustment: Thanks to the high-quality workmanship and precise bearing, the wheel allows for accurate setting of machine operating parameters.
• Safe use: The coupling mechanism by pulling minimizes the risk of accidental disconnection during operation.
• Durability and resistance: Aluminum construction and epoxy coating ensure long-term operation even in demanding industrial environments.
• Versatile application: The wheel is used in a wide range of machines and devices where manual control of precise movements is required.

Advantages for the installer and end user

The installation of the GN 323.4 handwheel is simple and intuitive, allowing installers to quickly integrate it with existing systems. The availability of different diameters and configurations allows the wheel to be adapted to specific application needs. For the end user, the key is smooth operation, setting accuracy and safety - all these features are possessed by the GN 323.4 wheel. Additionally, the possibility of using locking washers GN 184 (available separately) ensures stable mounting of the shaft and increases the reliability of the entire system.