RHN6 100X60 Parallel Gauging Pin
Specification: 100x60x23mm;
Material: 420 Stainless Steel
Hardness: 48-52HRC;
Concentricity Tolerance: ± 0.002mm
The 100×60 parallel reference block, compatible with the EROWA/3R system, isspecifically designed for reference calibration and accuracy testing ofhigh-precision machine tools, CMMs, EDMs, and other equipment. It is a coretooling for ensuring consistency in precision machining and measurement.
Product Core Parameters and Structure
1.Key Specifications
Model: RHN6 100×60 Parallel Gauging Pin
Reference Surface Size: 100mm × 60mm High-precision parallel plane
Material:420 Stainless Steel, cryogenically treated and precision ground
Hardness:HRC 48~52, cryogenic treatment eliminates internal stress, ensuring thereference surface remains unchanged and stable in accuracy over long-term use.
Core Accuracy: Flatness ≤0.002mm, Parallelism ≤0.002mm, Repeatability ≤0.002mm
Bottom Interface: Standard EROWA D72 zero-point positioning interface, directlyconnectable to machine tool/measuring machine worktable
2.Core Structure
Top Reference Surface: 100×60mm high-precision parallel plane, precision groundsurface, serving as the reference surface for measurement and calibration.
Middle Base: High-strength alloy structure, ensuring parallelism between the referencesurface and the bottom interface.
Bottom Positioning Interface: Standard EROWA D72 positioning groove + The pull-pinstructure is fully compatible with the system, enabling rapid positioning andreuse.
3.Core Advantages
1.Micron-level reference accuracy ensures measurement consistency.
Flatness≤0.002mm, parallelism ≤0.002mm, ideal for machine tool accuracy calibration andCMM measurement reference.
Repeatability≤0.001mm ensures completely consistent measurement/calibration results eachtime, eliminating human error.
2.Standardized interface for efficient cross-device calibration.
Bottomis compatible with the EROWA D72 zero-point positioning interface, allowing forquick switching between CNC, EDM, WEDM, CMM, and other equipment.
Achieves"one-time clamping, multi-device calibration," significantlyimproving equipment accuracy management efficiency and avoiding repeatedclamping errors.
