Handwheel DIN 950-GG-200-B18-A Z020638
Catalog numbers:
- DIN 950-GG-200-B18-A
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Handwheel DIN 950-GG-200-B18-A Z020638
Handwheel – a solid foundation for precise control
This handwheel, made of cast iron, is a reliable element for precise control of machines and devices. Designed in accordance with DIN 950 standard, it ensures compatibility and safety of use. It is an accessory, not a replacement part, meaning it is used to expand the functionality of existing systems.
Design and application
The wheel is made of cast iron (GG), which guarantees its strength and resistance to loads. The multi-spoke design provides a secure grip and comfortable operation. This model is type A – without a handle, which allows for individual adaptation of the handle to specific needs. The 18 mm diameter hole allows mounting on a shaft with appropriate parameters.
Handwheels of this type are used in many industries, including:
- Mechanical engineering – controlling slides, feeds and other machine elements
- Industrial automation – precise positioning of elements
- Laboratory equipment – accurate adjustments
- Medical equipment – control of movement and settings
Characteristic features and benefits
- Durability: GG cast iron provides high resistance to mechanical damage and corrosion.
- Precision: Carefully crafted construction guarantees smooth and precise operation.
- DIN 950 standard: Ensures compatibility with other machine and device elements that meet this standard.
- Customization options: The lack of a handle allows you to choose a handle perfectly suited to the operator's ergonomics and the specifics of the application.
- Versatility: Wide range of applications in various industries.
- Dimensions: The wheel diameter is 200 mm, and the mounting hole diameter is 18 mm - these parameters allow adaptation to most standard shafts.
- Weight: 1900 g - indicates solid construction and materials used.
The DIN 950-GG-200-B18-A handwheel is an investment in reliable and precise control, which translates into work efficiency and safety of use.

