Adjustable lever GN 300-63-M8-25-SR Z044688
Catalog numbers:
- GN 300-63-M8-25-SR
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable lever GN 300-63-M8-25-SR Z044688
Adjustable lever – precision and durability in every detail
This GN 300-63-M8-25-SR adjustable lever is an element combining functionality and solid construction. Made of zinc die-cast, it ensures reliable operation in many industrial and machine applications. This lever is particularly useful where precise locking of elements in a limited space is required.
Design and materials
The lever is characterized by careful workmanship and high quality of materials used. Zinc die-cast guarantees durability, and the availability of various surface finishes allows for adaptation to the specifics of the project. The possibility of choosing from epoxy resin coatings in RAL 9005 (black), RAL 2004 (orange), RAL 3000 (red), RAL 9006 (silver) and RAL 9011 (graphite) allows for aesthetic integration of the lever into the environment. A chrome or unplated version is also available.
An important design element is the steel threaded pin and return spring, made of black oxidized steel – this combination ensures smooth operation and long-term reliability. The mechanism based on multi-spline coupling enables precise setting and locking of the lever position. After releasing the handle, the spring automatically locks the mechanism, ensuring setting stability.
Applications and benefits
The GN 300-63-M8-25-SR lever finds wide application in:
- Machines and industrial equipment
- Precision instruments
- Machining
- Automation
- Structures requiring precise positioning
Using this lever translates to:
- Precision: the ability to accurately set and lock the element's position.
- Durability: solid construction with high-quality materials guarantees long life.
- Versatility: availability of different colors and finishes allows adaptation to various applications.
- Ease of use: intuitive locking mechanism provides convenient use.
- Safety: secure locking of the position minimizes the risk of accidental changes in settings.





