Star knob GN 6336.5-AM-50-M10-55 Z052676
Catalog numbers:
- GN 6336.5-AM-50-M10-55
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Star knob GN 6336.5-AM-50-M10-55 Z052676
Star knob – precision and functionality in one
The star knob GN 6336.5 is a component from the family of knobs, designed for precise and ergonomic control. Made of high-quality materials, it ensures durability and reliability in various industrial and machine applications. This model is characterized by a threaded end, which facilitates mounting and integration with other components.
Construction and materials
The GN 6336.5-AM-50-M10-55 knob is made of aluminum with a threaded pin made of stainless steel. The aluminum knob is finished with a matte finish (tumbled), which provides a secure grip and aesthetic appearance. Stainless steel guarantees corrosion resistance and long-term operation, even in harsh environmental conditions. The threaded pin is screwed in and secured with a transverse pin, ensuring stability and safety of use.
Application and compatibility
These types of knobs are widely used in machines, control devices, tooling, and anywhere precise parameter setting or mechanism adjustment is required. Thanks to the standard M10 thread, the knob is compatible with many types of devices and easy to install. It meets the requirements of DIN 6336 standard regarding dimensions, while offering an improved grip geometry for easier cleaning and user comfort.
- Machine industry: adjustment of element positions, setting machine operating parameters
- Control devices: precise setting of values on operator panels
- Tooling: locking and unlocking structural elements
- Automation: control of production processes
- Laboratory equipment: adjustment of experiment parameters
The thread length is 55 mm, and the knob diameter is 50 mm. The value of d1 (outer diameter) is 50 mm, and d3 is the diameter of the pin hole - 18 mm. The knob height h1 is 32 mm and h2 is 15 mm. These dimensions ensure ease of use and adequate pressure during adjustment.

