Handwheel GN 3663-52-M10-63-4 Z066628
Catalog numbers:
- GN 3663-52-M10-63-4
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 3663-52-M10-63-4 Z066628
Knob with thread – precision and functionality in every detail
This threaded knob, with a diameter of 52 mm, is a component of standard machines and industrial equipment, designed with ergonomics and durability in mind. Manufactured by the renowned company ELESA+GANTER, it combines high-quality materials with thoughtful design. It is a component that will find application in many industries – from agricultural machinery, through laboratory equipment, to medical devices.
Construction and application
The GN 3663-52-M10-63-4 knob is characterized by a solid construction and a precisely made metric M10 thread with a length of 63 mm. This combination ensures stable and secure mounting, even with frequent use. The black color gives it an elegant look and facilitates identification. This makes the knob perfect for applications requiring frequent adjustment or parameter setting.
- Versatility: Ideal for control panels, measuring instruments, production machines and many other applications.
- Durability: Made of high-quality materials (specified as "Other" in the specification), guarantees long-term use without loss of properties.
- Ergonomics: 52 mm diameter provides a comfortable grip and precise control during adjustment.
- Easy installation: M10 thread allows for quick and easy installation in standard threaded holes.
Advantages for professionals and end users
This knob is not only a fastening element – it is a guarantee of reliability and functionality. For installers, this means easy installation and confidence in the device's operation. For end users – comfortable operation and durability of the component. ELESA+GANTER is known for its attention to detail and high quality standards, which translates into customer satisfaction worldwide. The company's elements are tested for mechanical, physical and chemical resistance, which confirms their reliability in various working conditions.

