The Mountz 260096 ARP System (for EZ-12 Linear Arms) is an innovative torque testing accessory designed to replicate real-world joint conditions for power tools, enhancing calibration accuracy and repeatability. By simulating soft and hard joint conditions, the ARP System allows torque tools to perform as they would in actual assembly scenarios, ensuring that measurement results closely mirror operational environments. This minimizes discrepancies caused by inertial forces or mechanical backlash common in direct tool-to-sensor testing.

The Mountz 260096 ARP System (for EZ-12 Linear Arms) integrates seamlessly with Mountz torque analyzers and sensors, featuring a compact, durable design that includes a spring-loaded mechanism to provide consistent resistance and absorb energy during rundown cycles. This controlled resistance mimics joint stiffness, helping users test tools under repeatable, standardized conditions. Designed for both clockwise and counter-clockwise operation, the ARP accommodates various tool types, including pneumatic, electric, and cordless screwdrivers or nutrunners.

Built with precision components, the Mountz 260096 ARP System (for EZ-12 Linear Arms) maintains stable performance over extended testing cycles and supports compliance with ISO and industry-specific calibration standards. The Mountz 260096 ARP System (for EZ-12 Linear Arms) includes mounting hardware for quick setup and is available in various torque capacity ranges to match tool requirements.

In quality control labs, manufacturing lines, or tool service departments, the Mountz 260096 ARP System (for EZ-12 Linear Arms) improves the reliability of torque verification and tool certification. It’s especially useful for high-volume or critical assembly operations where accurate torque output is vital for product safety and performance. By simulating real joint conditions, the ARP ensures that tools remain within tolerance and compliant with production specifications, reducing product defects and warranty claims.