The standard is primarily applied to steel forgings and serves as a guideline for design engineers and quality control inspectors. Its primary application includes:
Coarse accuracy, suitable for large, non-critical structural frameworks. din 8570 pdf
The standard defines four tolerance classes (A, B, C, and D) that scale with the nominal size of the welded part. The choice of class typically depends on the intended use of the component: The standard is primarily applied to steel forgings
Covers general tolerances for shape and position (straightness, flatness, and parallelism). Tolerance Classes and Specifications suitable for large
The standard is primarily applied to steel forgings and serves as a guideline for design engineers and quality control inspectors. Its primary application includes:
Coarse accuracy, suitable for large, non-critical structural frameworks.
The standard defines four tolerance classes (A, B, C, and D) that scale with the nominal size of the welded part. The choice of class typically depends on the intended use of the component:
Covers general tolerances for shape and position (straightness, flatness, and parallelism). Tolerance Classes and Specifications