Din 509e06x02 Exclusive [new] «PRO ●»

: This number likely refers to a specific standard or part of a standard published by DIN.

Utilized in situations requiring lightweight yet extremely durable fasteners that adhere to strict material safety standards.

(also known as a relief groove) used in mechanical engineering. It is a standardized feature machined into a shaft or bore to ensure that mating parts can sit flush against a shoulder or to provide clearance for grinding tools. Technical Breakdown

After conducting research, I found that "DIN 509 E06 X02" appears to be a German standard (DIN) related to a specific type of industrial coating or surface treatment. din 509e06x02 exclusive

Unveiling the DIN 509E06x02 Exclusive: Precision Engineering for Specialized Applications

To understand this code, you need to know the foundation: on shafts or in bores.

According to DIN 509 standards , this specific size (0.6 x 0.2) is generally recommended for workpieces with a diameter range of . : This number likely refers to a specific

For a finished part matching this standard, the specific measurements must conform to the following architectural metrics: Form E (Single machining surface) Groove Radius ( ) Plunge Depth ( ) Standard Surface Roughness ) unless specified Primary Application Range Component diameters from 3. The Functional Anatomy of Form E

The technical specification refers to a standardized undercut (also known as a relief groove) used in mechanical engineering and precision machining. Governed by the German Institute for Standardization, the DIN 509 standard ensures that rotationally symmetric parts have the necessary clearance for subsequent machining or assembly with mating components. Technical Breakdown of DIN 509 E 0.6 x 0.2

: The designation explicitly mandates a groove radius ( ) of 0.6 mm and a radial depth ( ) of 0.2 mm cutting into the shaft profile. Key Technical Specifications & Dimensioning It is a standardized feature machined into a

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

Where a bearing, gear, or flange must sit perfectly flush against a shaft shoulder, ensuring the corner of the mated part does not interfere with the radius of the shaft corner.

Cylindrical Face │ │ ┌─── Shoulder Face │ │ └───┐ ┌───┘ │ │ └───┬─┘ │ Type E Relief Groove (Undercut) Radius (r) = 0.6 mm, Depth (t1) = 0.2 mm The Geometry of DIN 509 Type E