Din 509-e0.6x0.2 'link'

Choose this if your assembly relies on a precise axial stop (e.g., a bearing contacting a shoulder) and if the shaft sees predominantly torsional or static loads, not heavy cyclic bending.

: If you are designing this, you can find 3D CAD models and feature templates for this exact size on platforms like 3D ContentCentral . Representation on Drawings Din 509 | PDF - Scribd Din 509-e0.6x0.2

| Parameter | Symbol | Value for E 0.6x0.2 | Notes | | :--- | :--- | :--- | :--- | | Groove Width | a | 0.6 mm | Tolerance: +0.1 mm / -0 mm typically | | Groove Depth | t | 0.2 mm | Tolerance: ±0.05 mm | | Bottom Diameter | dₖ | d₁ – 0.4 mm | (where d₁ is the shaft diameter) | | Transition Radius | r | ≤ 0.1 mm | Sharp, but not knife-edged | | Shoulder Corner Radius | r₁ | ≤ 0.1 mm | Max allowable radius on mating shoulder | Choose this if your assembly relies on a

(obsolete, replaced by DIN 509 – but often still used in drawings) specifies undercuts for screw threads and for machining cylindrical parts with subsequent grinding or thread rolling. Din 509-e0.6x0.2