Clamping knob DIN 6336-AL-63-M10-E-PL Z017008
Catalog numbers:
- DIN 6336-AL-63-M10-E-PL
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Clamping knob DIN 6336-AL-63-M10-E-PL Z017008
Clamping knobs – precision and functionality in every detail
The DIN 6336-AL-63-M10-E-PL clamping knob is a standard machine part, designed for precise and ergonomic adjustment. Made of aluminum, it combines lightness with durability, making it an ideal solution for both professional installers and end-users. This component can be used wherever reliable and convenient adjustment of element position is required.
Design and application
This knob features a metric M10 thread and a diameter of 63 mm. Made of aluminum, it provides good corrosion resistance and durability. The thread length is 22 mm, allowing for stable mounting in the appropriate hole. The use of a threaded bushing increases the strength of the connection and facilitates assembly. It is a universal element, widely used in industrial machines and equipment where manual control of linear or rotary motion is needed.
Advantages and benefits
- Lightweight and durable: Aluminum provides low weight while maintaining adequate mechanical strength. This makes work easier and reduces the load on the structure.
- Precise mounting: Metric M10 thread and a thread length of 22 mm guarantee a stable and secure connection.
- Ergonomic shape: A diameter of 63 mm ensures a comfortable grip and easy operation, even with gloves.
- Versatility: The knob finds application in many industries – from industrial automation to the construction of machines and precision devices.
- Corrosion resistance: Aluminum is a material resistant to weathering and corrosion, ensuring long-term operation.
- Easy installation: The threaded bushing facilitates quick and trouble-free mounting of the knob in the hole.
It is worth remembering that clamping knobs of this type are a key element in ensuring the precision of machines and equipment, and their correct selection translates into work efficiency and safety.

