What is ISO 10792-2 - Airframe spherical plain bearings about?
ISO 10792-2 is an international standard. ISO 10792-2 discusses scope, references, definitions, symbols, characteristics, technical specification, designation, and marking. ISO 10792-2 also includes relevant annexes, figures, and tables.
ISO 10792-2 is the 2nd part of the series that specifies the characteristics of spherical plain bearings in corrosion-resisting steel with self-lubricating liner, narrow and wide series, for elevated loads at ambient temperature, for use in fixed or moving parts of the aircraft structure and control mechanisms at temperatures of – 55 °C to + 163 °C.
ISO 10792-2 applies to self-lubricating spherical plain bearings (without rolling elements) consisting of an outer ring having a concave sphered sliding contact surface with a self-lubricating liner and an inner ring having a matched convex sphered sliding contact surface.
Who is ISO 10792-2 - Airframe spherical plain bearings for?
ISO 10792-2 on Airframe spherical plain bearings is useful for:
- Ball and Roller Bearing Manufacturers
- Mechanical Engineers
- Aerospace Companies
- Aerospace and Defence industry
- Manufacturers of aerospace equipment and components
- Testing agencies involved in the inspection of aerospace products
- Manufacturers and suppliers of Airframe spherical plain bearings
- Product design engineers
- Aerospace and Aeronautical engineers
Why should you use ISO 10792-2 - Airframe spherical plain bearings?
These bearings are used in multiple applications and industries, some being critical ones that include the aerospace industry. Hence, the quality of these bearings must be top-notch and reliable.
ISO 10792-2 applies to self-lubricating spherical plain bearings (without rolling elements) consisting of an outer ring having a concave sphered sliding contact surface with a self-lubricating liner and an inner ring having a matched convex sphered sliding contact surface.
Standardization becomes extremely necessary to prevent any malfunction and to ensure the high trustworthiness of the bearings. Using ISO 10792-2 guidelines, you will be able to assure maximum precision and high safety.
