Adjustable handle ERX.78 P-M10X50-C3 Z014699

Adjustable handle – precision and durability in every clamp

The ERX.78 P-M10X50-C3 adjustable handle is a reliable solution for precise and quick fastening of elements. Made of high-quality glass fiber reinforced technopolymer, it guarantees strength and resistance to external factors. It is ideal for both workshops and industry, where frequent changes in element position are required without the need for unscrewing.

This handle is distinguished by its solid construction and thoughtful design. Reinforced polyamide (PA) provides resistance to solvents, oils, greases and other chemicals, which translates to a long service life even in harsh working conditions. The matte gray-black finish in color C3 (RAL 7035) gives it a professional look. Additionally, a glossy finish version is available in various colors from the Elecolors series.

Construction and functionality

The ERX.78 handle was designed with user comfort and work efficiency in mind. The arm with a knurled section facilitates initial tightening, and the stainless steel AISI 302 spring ensures quick and secure engagement of the teeth after releasing the arm. The brass threaded pin M10x50 with a non-through hole guarantees stable mounting in the workpiece.

• Durable material: Glass fiber reinforced technopolymer provides high resistance to mechanical and chemical damage.
• Precise fastening: The clamping mechanism allows for quick and accurate positioning of the element in the desired position.
• Convenient operation: The knurled arm facilitates tightening, and the return spring ensures automatic engagement of the teeth.
• Versatility: Wide range of applications – ideal for machines, devices, tooling and many other industrial applications.
• Durability confirmed by tests: The ERX.78 model withstands over 100,000 clamping cycles at a force of 490 N, which proves its reliability in heavily used applications.

The ERX.78 P-M10X50-C3 adjustable handle is an investment in work comfort and the reliability of your devices. It allows for quick changes in element position without the need for tools, which translates to time savings and increased work efficiency. This is particularly important in repetitive clamping cycles, where durability and precision are essential.