Din 509e06x02 Exclusive |link|
The is a prime example of how precise engineering standards (DIN) combined with specialized, high-quality manufacturing (Exclusive) produce superior industrial solutions. For engineers and designers working in sectors that demand the highest levels of precision and durability, this component offers the reliability and performance required for critical applications.
In many inventory systems, part numbers are jumbled.
Every character in the standard designation provides explicit geometric instructions to the machinist: din 509e06x02 exclusive
Because this is a thin, high-performance code, you will not find it on ship anchors or bridge girders. Instead, look for it in these engineered niches:
By adopting the standard, manufacturers guarantee consistent assembly performance and enhanced structural integrity in precision mechanical systems. The is a prime example of how precise
The is designed with several key technical advantages over standard DIN 509 components: 1. Superior Material Composition
: The standard could be designed for products intended for specialized applications where general standards do not suffice, such as in aerospace, high-performance industrial machinery, or advanced medical devices. Superior Material Composition : The standard could be
In technical drawings, an undercut is a clearance groove at the inner corner of a rotationally symmetric part. The variant is specifically designed for workpieces where: cylindrical surface is intended for subsequent machining (like grinding). planar surface
This is the metric measurement of the cut. In the notation E0.6x0.2 , the first number— 0.6 —refers to the radius (r) of the undercut's curvature measured in millimeters. This is the curved arc at the bottom of the groove. A radius of 0.6 mm is a standard industrial value used for medium-sized shafts and bores. According to the DIN 509 specifications for a Form E undercut, a radius of 0.6 mm is typically recommended for shaft diameters ranging from 3 mm up to 80 mm. This radius is the "exclusive" factor here; if a shaft is claimed to have a DIN 509 relief, the radius must be exactly 0.6 mm (within tolerance) to guarantee fitment.
The numerical sequence E06X02 (or as correctly designated in technical literature, ) breaks down into three distinct technical descriptors: