Din 509e06x02 Exclusive Official

Following the "x," the value 0.2 denotes the depth (t) of the cut, also measured in millimeters. This is the vertical distance from the original surface of the shaft down to the bottom of the groove. For a 0.6 mm radius, a depth of 0.2 mm is standard. This shallow depth ensures structural integrity is maintained while providing just enough clearance for a grinding wheel or threading tool to run out. It is important to note that while the "0.6 mm" refers to the radius (the curve), the "0.2 mm" refers to the depth . Some applications may refer to a simplified notation like "DIN 509-E1x0,2," where the "1" refers to a larger radius of 1 mm; however, "E06X02" specifically indicates the smaller, more fine-detail undercut of 0.6mm radius.

When you see this code, remember: It is not just zinc. It is a system—a carefully orchestrated bath, a proprietary sealant labeled X02, and a quality covenant that justifies the word exclusive .

In applications where the cylindrical surface will be finished, but the face surface is already at final tolerance. High-Fatigue Components: Due to the

Indicates the depth of the cut is 0.2 mm , creating the required space for assembly. Technical Specifications and Dimensions din 509e06x02 exclusive

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Here is the decoding of the specification:

According to German copyright law, Beuth Verlag GmbH holds the exclusive right to sell and distribute DIN standards. This exclusivity ensures that the official, legally binding documents are traceable and authentic. Always purchase standards directly from authorized sources to access the unaltered text with all its legally binding technical details. Following the "x," the value 0

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

: Meeting such a high bar for quality and performance inherently addresses safety concerns and regulatory compliance.

It is a 0.6 mm wide, 0.2 mm deep flat-bottomed undercut with rounded edges, used primarily to clear the run-out of threads on a precision shaft. When you see this code, remember: It is not just zinc

can induce work-hardening if the feed rate is too passive. Crisp, uniform tool pressure must be maintained to achieve the default surface texture of 6. Summary: The Engineering Impact

Using G-code on controllers like Siemens or Fanuc, the tool tracks down the shoulder face, contours through the arc at a depth of , and retracts back out to the main shaft diameter.