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DIN 509E06X02 was commonly used for:
In summary, this keyword represents a . Whether you are a mechanical engineer designing a drive shaft, a CNC programmer setting up a lathe, or a mechanic looking for a performance-grade stabilizer mount for a European vehicle, recognizing the exact meaning of "DIN 509E06X02" ensures that you understand the geometry of the component you are creating or installing. It is a testament to the enduring legacy of German standardization: specific, reliable, and technically superior.
: This prefix refers to the German Institute for Standardization (Deutsches Institut für Normung), which is the German national body responsible for developing and publishing standards.
The 6µm thickness preserves the sharp root and crest of threads in Valves and quick-connect couplers. The X02 seal ensures the fitting can be assembled/disassembled 10+ times without stripping the zinc. din 509e06x02 exclusive
Many specialized lathe tools are designed to create this exact geometry, making it a "go-to" standard for CNC programmers needing high quality with standard, readily available, yet precise tooling. 3. Technical Specifications and Dimensions
: The structural shape/form, dictating a single-surface radial relief plunge. 0.6 : The cutting tool edge radius ( ) forming the base of the groove. 0.2 : The precise radial depth ( ) into the shaft wall.
Using a standardized mini-groove like the E06x02 provides clear advantages over arbitrary custom corner cuts: DIN 509 Undercut Types | PDF - Scribd DIN 509E06X02 was commonly used for: In summary,
The keyword changes the game. A standard DIN 509E06 would be a basic 6µm zinc plate. The Exclusive variant implies:
Understanding the nuances of the DIN 509 E06x02 geometry ensures component structural integrity, eliminates stress concentrations, and optimizes high-volume production tooling. The Mechanics of DIN 509 Undercuts
In a manufacturing context, an classification means this exact parameter set ( : This prefix refers to the German Institute
It is highly probable that is a specific part number or an internal designation assigned by a manufacturer to a component that complies with a DIN standard.
The DIN 509 standard provides a blueprint for creating relief grooves—recesses cut into the inner corner of a rotationally symmetric workpiece. These are essential for allowing mating parts to sit flush against a shoulder or for providing clearance for subsequent grinding or threading tools. Specification Description Used for workpieces with one machining surface. Radius (r) 0.6 mm The curvature of the undercut base. Depth (t1) 0.2 mm The penetration depth into the workpiece material. Machining Allowance (z) Standardized
According to the official DIN 509 Standard Tables available via Scribd , Form E grooves feature fixed mathematical ratios to maintain proper clearance and run-out angles. Below is the specific engineering data tailored to the profile: Parameter Type Engineering Designation Exact Dimension Groove Form Type E (Single-Surface Relief) Corner Radius Groove Depth Minimum Width Run-out Length Recommended Shaft Range Typically over 3. Why the "Exclusive" Status Matters in CAD/CAM Design
In modern technical drawings, drawing out the complex curves of an undercut at a 1:1 scale is inefficient. The DIN 509 standard allows engineers to utilize a simplified representation:
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