: Fixed or moving heavy machinery drives, agricultural power take-offs (PTOs), industrial gearboxes, and automotive drivetrains.
Yes, but only if both contracting parties explicitly agree to it and if no legal requirements force the use of a current standard. For new designs, it is generally recommended to use the currently valid standard, such as DIN ISO 14 .
Provides the specific fits required for sliding, manufacturing, and interference assemblies. Key Dimensional Parameters Illustrated din 5464 standard pdf
: Offers various formats including Multi-user PDFs and hard copies. European Standards (en-standard.eu)
Before you finalize your design, keep these factors in mind: Inspection Procedures: The fundamental inspection details for DIN 5464 follow DIN ISO 14 guidelines. Load Calculation: For calculating specific load capacities, refer to DIN 5466-1 for the general mathematical basis. Material Specs: : Fixed or moving heavy machinery drives, agricultural
It defines the internal and external diameters, the width of the splines, and the necessary tolerances for a sliding or fixed fit. Application:
While typically flank-centered, these connections can also utilize additional diameter centering for higher precision. Geometry and Tolerances: the most up-to-date
Understanding the standard's history is key to avoiding costly mistakes.
The defines the precise specifications, geometries, and dimensional tolerances for straight-sided splines within the heavy-duty machinery series . Officially maintained by the German Institute for Standardization (Deutsches Institut für Normung) , the most up-to-date, active revision of this technical document is DIN 5464:2010-03 . Mechanical engineers, automotive designers, and industrial manufacturers heavily rely on this framework to establish dependable, highly rigid shaft-hub connections capable of handling severe torsional loads.
Fine threads create tighter seals. A flanged nut reduces the need for copper or aluminum washers under the bolt head.