Handwheel DIN 3670-250-B22 Z011517

Handwheels – precision and functionality in every detail

The DIN 3670-250-B22 handwheel is an element used for manual control of machines and devices. Made of aluminum, it combines lightness with durability, which translates into comfort and safety of use. This is an ideal solution for both professional installers and end users looking for a reliable control element.

Design and application

The handwheel from the DIN 3670 series is characterized by a solid construction and precise workmanship. Its full construction ensures stability during operation, and the aluminum used guarantees resistance to corrosion and long-term use. It finds application in a wide range of machines and devices where precise manual control is required – from machining tools to laboratory equipment. Thanks to the standard DIN 3670 standard, the wheel is compatible with many types of shafts and spindles.

Advantages in practice

• Durability and lightness: Aluminum is a material that combines these two features, ensuring long-term operation with minimal load for the operator.
• Control precision: The full construction of the wheel provides a stable grip and precise control of the machine or device movement.
• Versatility: Compliance with DIN 3670 standard guarantees wide compatibility with various types of machines and devices.
• Corrosion resistance: Aluminum is a material resistant to weathering and corrosion, ensuring long-term reliability even in harsh working conditions.
• Easy installation: Standard dimensions facilitate quick and easy installation of the wheel in existing structures.

For the installer – comfortable work and reliable operation

The Elesa+Ganter handwheel guarantees efficient installation and reliable operation. Its solid construction minimizes the risk of failure, and precise workmanship ensures ease of use. Compatibility with DIN 3670 standard facilitates integration with various control systems.

For the end user – intuitive operation and safety

The handwheel offers comfortable operation thanks to its ergonomic shape and lightweight construction. It provides precise control over the movement of the machine or device, which translates into work safety and high quality of performed tasks.