ASME SRB-1-2018 (R2023)
Design, Installation, Maintenance, and Application of Ball Slewing Ring Bearings
standard by ASME International, 11/05/2018
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About This Item
Full Description
This Standard applies to the design, application, installation,
inspection requirements, and maintenance of
slewing ring bearings (SRBs) using balls that do not
require dynamic capacity-life ratings. These also may
be called slewing rings. This is inclusive of four-point
contact single-row and double-row ball bearings. Such
bearings are used in, but not limited to, equipment
such as hydraulic shovels, excavators, aerial platforms
(manlifts), cranes, wind-power generators, building maintenance
units (BMUs), and other equipment where one
part of the structure must rotate with respect to
another in an oscillating or indexing manner.
The purpose of this Standard is to define standard methods to evaluate variables and establish practices for satisfactory performance in ball SRBs in oscillating or indexing applications. This will allow effective communication and exchange of data among the user, installer, and SRB manufacturer such that all parties understand each other's requirements and have a common point of reference.
Certain parameters are standardized to reduce the potential for confusion between the SRB manufacturer and the user. Acceptance criteria and guidelines are provided for SRB design, material, inspection requirements, and application.
The purpose of this Standard is to define standard methods to evaluate variables and establish practices for satisfactory performance in ball SRBs in oscillating or indexing applications. This will allow effective communication and exchange of data among the user, installer, and SRB manufacturer such that all parties understand each other's requirements and have a common point of reference.
Certain parameters are standardized to reduce the potential for confusion between the SRB manufacturer and the user. Acceptance criteria and guidelines are provided for SRB design, material, inspection requirements, and application.
