Steel handwheel GN 5335-60-M12-25 Z071415
Catalog numbers:
- GN 5335-60-M12-25
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Steel handwheel GN 5335-60-M12-25 Z071415
Steel knob – precision and durability in every detail
This steel knob GN 5335-60-M12-25 from ELESA+GANTER is an element combining functionality, durability and aesthetics. Made of stainless steel, it guarantees long-lasting reliability even in demanding industrial conditions. Its universal design makes it ideal for a variety of applications – from precise adjustments in machines to control elements in devices.
Construction and application
The knob is characterized by a solid construction with an M12 thread with a length of 25 mm, which ensures stable and secure mounting. The knob diameter is 60 mm, which makes it easy to grip and operate precisely. Made of stainless steel, it is resistant to corrosion and mechanical damage. This is an ideal solution for both professionals – installers and service technicians – and end users who appreciate quality and durability.
- Versatility: Excellent for adjusting, setting parameters and controlling various devices.
- Durability: Stainless steel construction provides corrosion resistance and longevity.
- Precision: Allows accurate setting and adjustment thanks to its ergonomic shape and easy grip.
- Easy installation: M12 thread ensures quick and secure mounting in standard holes.
Product advantages for professionals and users
This knob is not only a fastening element, but above all a guarantee of reliability and comfort of use. For installers, this means easy installation and confidence that the element will perform its function for a long time. For end users, it means the ability to precisely control the device and the certainty that the knob will not fail at a critical moment. Stainless steel is a material valued for its resistance to external factors, which translates into minimal maintenance requirements. In addition, the natural color of the body gives it a discreet look that fits most applications.

