Din 509e06x02 Exclusive [verified] -

) machined into the inner corner is exactly 0.6 millimeters. The radial penetration depth (

The larger, defined radius is easier for QA/QC inspectors to measure on optical comparators compared to smaller radii.

This form specifies a single-sided undercut carved into the cylindrical face of the shaft while extending slightly into the perpendicular planar shoulder. Type E undercuts are ideal when the flat shoulder does not face extreme cyclic fatigue loads, and when subsequent grinding or finishing operations are required on the outer diameter. 06 (Radius = 0.6 mm): The cutting radius (

A specific geometry of undercut designed for scenarios where a perpendicular shoulder must be maintained for assembly (often used where parts don't require high fatigue resistance). din 509e06x02 exclusive

The keyword refers to a highly specific, standardized mechanical engineering undercut profile used worldwide to ensure flawless component assembly and minimize stress concentrations in turned parts. In mechanical design and precise CNC machining, executing an exact Form E relief groove with a radius of 0.6 mm and a depth of 0.2 mm is an exclusive requirement for high-performance shaft assemblies. Whether you are drafting a technical blueprint, optimizing a CNC turning center, or verifying a component for an aerospace application, understanding the nuances of this German manufacturing standard is critical. 1. What is a DIN 509 Undercut?

The designation refers to a specific type of relief groove (also called an undercut) used in mechanical engineering for turned parts and bores. These grooves provide clearance for subsequent machining tools (like grinding wheels) and ensure mating parts can sit flush against a shoulder. Specification Details

angle, two physical issues occur: and mating interference . ) machined into the inner corner is exactly 0

: This might indicate a further specification, detail, or version within the E06 part of the standard.

In conclusion, while the specifics of DIN 509E06X02 might be niche, the broader implications of such exclusive standards are wide-reaching, influencing manufacturing practices, product development, and ultimately, the end-user experience.

Executing an E0.6x0.2 undercut flawlessly on a CNC lathe demands high precision and rigid tooling setups: Type E undercuts are ideal when the flat

For this specific size, the standard typically specifies the following additional dimensions to ensure proper tool clearance: Value (mm) Depth Breadth (Width) Run-out Angle 15° (Standard for Type E) Application Guidelines Workpiece Diameter (

Standard roughness for these surfaces is typically ), though tighter tolerances like can be specified in the drawing.

Consequently, the din 509e06x02 is a specific Type E undercut with a 0.6mm radius and 0.2mm depth, balancing structural integrity with manufacturing feasibility for shafts up to 80mm in diameter.

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