Din 5462 Spline - Standard Pdf Exclusive

DIN 5462 defines two types of spline profiles:

To work with DIN 5462, you'll need to understand the following key parameters:

The official adoption timeline is as follows:

Technical standards like DIN 5462 are copyrighted intellectual property. They are the result of decades of engineering consensus. While many sites offer "free" downloads, they are often outdated, incomplete, or unsafe. din 5462 spline standard pdf exclusive

The standard identifies profiles by three numbers: . Nominal Dimension No. of Keys Inside Ø ( ) Outside Ø ( ) Key Width ( ) 6 x 23 x 26 6 x 26 x 30 6 x 28 x 32 8 x 32 x 36 8 x 36 x 40 8 x 42 x 46 8 x 46 x 50

What (e.g., wire EDM, hobbing, shaping) are you planning to use?

: Used for heavy-duty truck and trailer power take-offs, often paired with an ISO 7653 4-bolt flange. DIN 5462 defines two types of spline profiles:

The official publisher of German national standards. You can purchase and download the exact bilingual (German/English) PDF directly from their catalog.

DIN 5462 is a highly targeted standard specifically optimized for vehicle hydraulics. When a manufacturer states "DIN 5462," they are almost universally referring to the specific 8×32×36mm geometric footprint. Sourcing and Implementing the Standard PDF

When manufacturing or inspecting parts, relying on summaries is risky. Engineers require the original, unaltered to verify micro-tolerances, surface finish requirements, and chamfer radii. Official Procurement Channels The standard identifies profiles by three numbers:

Are you designing an or an external shaft (male) component?

The most prevalent application of DIN 5462 is in . Many manufacturers produce fixed and variable displacement hydraulic pumps with DIN 5462 splined shafts. The 8x32x36 spline configuration is particularly common in piston pumps and vane pumps. Atos North America, for example, manufactures vane pumps with "DIN 5462 reinforced splined shaft" specifically designed for PTO drives, capable of withstanding high radial loads.