Handwheel GN 949-200-B20-D Z048495
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel GN 949-200-B20-D Z048495
Handwheels – Precision and Ergonomics in Your Hands
The handwheel GN 949-200-B20-D is a standard machine part, designed for smooth and precise adjustment of devices. Made of stainless steel, it guarantees durability and corrosion resistance, making it an ideal choice for applications in demanding industrial environments. It is not only a control element, but also an important component affecting the operator's work ergonomics.
Design and Application
The handwheel from the GN 949 series is characterized by a solid construction and thoughtful design. It finds application in a wide range of machines and devices where manual adjustment of position or tension is required. Thanks to its versatility, this wheel works well both in new designs and as a replacement part in existing machines. Stainless steel provides not only mechanical strength, but also resistance to chemical and atmospheric factors.
- Versatility: ideal for adjusting the position of axes, valves, slides and other machine elements.
- Durability: made of stainless steel ensures long-term operation even in difficult conditions.
- Ergonomics: comfortable grip facilitates precise device control.
- Resistance: stainless steel guarantees resistance to corrosion and aggressive substances.
Why choose the GN 949 handwheel?
This handwheel is more than just a control element – it is an investment in reliability and work comfort. Its solid construction and precision of execution translate into a long service life and minimal maintenance requirements. For installers, this means easy installation and reliable operation, and for end-users – convenient operation and trouble-free device operation. By choosing Elesa+Ganter products, you can be sure that you are using solutions proven by professionals worldwide. Elesa+Ganter handwheels are valued for their high quality workmanship and wide range of applications in various industries.

