Adjustable handle ERX.78 P-M12X30-C5 Z014721

Adjustable handle ERX.78 P-M12X30-C5 is a solid and functional solution for precise and fast fastening of elements. Made of high-quality glass-fiber reinforced technopolymer, it guarantees durability and resistance to external factors. It is ideal for applications requiring frequent and repeatable clamping, as well as where space is limited.

The handle's construction is based on a combination of durable materials and thoughtful design. The polyamide (PA) based technopolymer provides resistance to solvents, oils, lubricants and other chemicals, making it reliable in various working conditions. The handle arm is equipped with a knurled protruding part, facilitating initial tightening – this will be particularly appreciated by installers during quick assembly. The spring made of stainless steel AISI 302 ensures smooth and reliable operation of the clamping mechanism. The brass threaded pin (M12x30) allows for stable mounting in a threaded hole.

The ERX.78 P-M12X30-C5 handle is distinguished by its high durability, confirmed by laboratory tests – this model withstands over 100,000 clamping cycles at a force of 490 N. The clutch mechanism allows the arm to be adjusted to any position without loosening the clamp, significantly speeding up the work process. This makes the handle particularly useful in situations where the angle of rotation of the arm is limited by lack of space. The handle finish in RAL 5024 (grey-black) gives it an aesthetic look and professional character.

• Durability and resistance: Glass-fiber reinforced technopolymer ensures long-term operation even in harsh industrial conditions.
• Precision and speed: The clutch mechanism enables quick and precise adjustment of the arm without loosening the clamp.
• Versatility: Resistance to chemicals allows the handle to be used in various industrial environments.
• Comfort of use: The knurled part facilitates initial tightening, and the return spring ensures smooth operation of the clamping mechanism.
• Durability confirmed by tests: Over 100,000 clamping cycles at a force of 490 N guarantee reliability in heavily used applications.