A DIN 5417 retaining ring is a small metal component used to secure parts on shafts or in holes. It is clamped into a special groove on the shaft or in the part's hole, creating a secure connection and preventing axial movement. This standard defines the dimensions, shape, and materials of such rings.
Technical Characteristics DIN 5417
- Material: Usually made of steel, but can also be made of other materials such as brass or stainless steel.
- Shape: The ring has a split that allows it to be easily installed on a shaft or in a hole.
- Dimensions: The inner diameter, ring thickness, and split width are defined by the DIN 5417 standard and depend on the diameter of the shaft on which the ring will be installed.
- Tolerances: The dimensions of the rings are manufactured with specific tolerances to ensure a secure fit.
Dimensions DIN 5417 Retaining Ring The dimensions of DIN 5417 retaining rings are standardized and depend on the diameter of the shaft on which they will be mounted. There are size charts that indicate the exact dimensions of the rings for each shaft diameter.
Strength Class DIN 5417
The strength class of a retaining ring is determined by the material from which it is made and its thickness. The maximum load that the ring can withstand depends on the strength class.
Fastener Group DIN 5417 Retaining Ring
DIN 5417 retaining rings belong to the group of fasteners that provide axial fixation of parts. They are used together with other fasteners such as bolts, nuts, and washers.
Manufacturing Materials DIN 5417
- Steel: The most common material due to its high strength and stiffness.
- Brass: Used for parts operating in aggressive environments.
- Stainless steel: Used in conditions of high humidity or aggressive environments.
- Plastic: Used for lightweight constructions and under low loads.
Application Area DIN 5417 Retaining Ring
DIN 5417 retaining rings are widely used in various industries:
- Mechanical engineering: For securing bearings, gears, couplings.
- Automotive industry: In steering columns, brake systems.
- Instrument engineering: For fixing parts in instruments.
- Furniture industry: For connecting furniture parts.
Advantages of using DIN 5417 retaining rings:
- Reliable fixation of parts.
- Easy installation and removal.
- Compact dimensions.
- Durability.
Wide range of sizes and materials. DIN 5417 retaining rings are indispensable fastening elements in many industries. They provide reliable fixation of parts and simplify the assembly and disassembly of assemblies and mechanisms.
