Adjustable lever GN 300-63-M6-32-SR Z044660

Adjustable lever – precision and reliability in every detail

This adjustable lever GN 300-63-M6-32-SR is an element that will find application wherever precise and reliable locking of position is needed. Made of zinc die-cast, it guarantees durability and corrosion resistance. The multi-lobe design allows for quick and convenient adjustment of the handle to the desired position, and the automatic gear engagement mechanism after release ensures stability and safety.

Design and materials

The lever has been designed with durability and functionality in mind. Black oxidized steel was used to make the connecting screw and return spring, which ensures resistance to wear and corrosion. The threaded pin allows for easy mounting in various applications. Different surface finishes are available:

• Epoxy resin coating: provides high chemical and mechanical resistance, available in RAL 9005 (black), RAL 2004 (orange), RAL 3000 (red), RAL 9006 (silver) and RAL 9011 (graphite) colors.
• Chrome-plated: elegant finish, corrosion resistant.
• Uncoated: for applications where a raw finish is required.
• Black oxidized steel: a classic solution providing good anti-corrosion protection.

Applications and benefits

GN 300 adjustable levers are ideal for applications requiring locking elements in a limited space or precise positioning. They will work in:

• Manufacturing machines and equipment – for locking moving parts.
• Laboratory equipment – for precise positioning of elements.
• Lighting – for adjusting the angle of light.
• Medical equipment – where precision and reliability are required.

Thanks to its design, this lever allows for quick unlocking of the handle, rotating it to the desired position and automatic re-locking after release – all without the need for additional tools. This translates into time savings and increased work efficiency for both the installer and the end user. The return spring mechanism guarantees a secure gear engagement, eliminating the risk of accidental shifting of the element after it has been set to the desired position.