Adjustable handle ERX.78 P-M12X35-C5 Z028089

Adjustable handle – precision and durability in every clamp

The ERX.78 P-M12X35-C5 adjustable handle is a reliable solution for precise and quick fastening of elements. Made of high-quality glass fiber reinforced technopolymer, it guarantees exceptional strength and resistance to chemical agents such as solvents, oils and lubricants. This is crucial in demanding industrial environments where reliability and long-term use are important.

The handle is characterized by a solid construction and thoughtful design. The clamping element with a knurled part facilitates initial tightening, and the stainless steel AISI 302 spring ensures smooth and reliable operation of the mechanism. The M12x35 threaded pin allows for easy mounting in various applications. The matte or glossy finish (depending on the selected Elecolors version) adds an aesthetic look.

• Durable material: Glass fiber reinforced technopolymer provides high resistance to mechanical and chemical damage.
• Precise fastening: The clamping mechanism with a knurled part enables quick and accurate tightening.
• Versatility: Wide range of applications in mechanical engineering, laboratory equipment and many other fields.
• Corrosion resistance: The AISI 302 stainless steel spring guarantees long-term operation even in humid environments.
• Easy installation: The M12x35 threaded pin facilitates integration with existing structures.

The ERX.78 P-M12X35-C5 handle is particularly recommended for applications where a high frequency of clamping cycles is required - tests conducted by the manufacturer confirm the handle's resistance to over 100,000 cycles at a force of 490 N. The handle design allows the arm to be repositioned without loosening the clamp, which significantly speeds up the work process. Available in various Elecolors colors (including C5 - RAL 5024), allowing it to be matched to the aesthetics of the workstation or machine. This is an ideal choice for both professional installers and end-users who value quality and functionality.