A tolerance ring is a type of mechanical component used to create a friction fit between two parts, often in assemblies where precise alignment and secure connection are required. It typically consists of a circular metal ring with a series of radially-oriented projections or lobes that deform when pressed into a counterpart, allowing for a snug fit while accommodating slight variations in dimensions. Tolerance rings are commonly used in applications such as automotive, electronics, and machinery, providing benefits like vibration damping and ease of assembly.
Fault tolerance.
fault tolerance
John Albert Gill has written: 'Tolerance of two populations of ring-necked pheasants to DDT' -- subject(s): DDT (Insecticide), Ring-necked pheasant
The tolerance of the retainer ring to the bearing race typically depends on the specific application and design requirements. Generally, it is essential to ensure a close fit to prevent any axial movement while allowing for thermal expansion and lubrication. Standard tolerances can range from a few micrometers to several hundred micrometers, depending on the precision needed in the assembly. Always refer to the manufacturer's specifications for precise tolerance requirements.
Acronym of TOLERANCE
tolerance
There are many different types of tolerance that the body can take like pain tolerance. Patience is also a form of tolerance. There is also tolerance of other races, religions, and sexual preferences.
The verb for tolerance is "tolerate".
In engineering, general tolerance refers to the overall tolerance. A specific tolerance would be noted on a blueprint when an area requires a tolerance which is different than the overall project.
Religious tolerance
Tolerance has a limit means tolerance is a capability and every capability has a limit
Unilateral Tolerance :- A tolerancing method using a deviation in only one direction, either plus or minus, from the specified dimension Bilateral Tolerance :- A tolerance method using an equal plus and minus deviation from the specified dimension.