Standard
BEARING, BALL, AIRFRAME, ANTIFRICTION, INTERMEDIATE DUTY
2023-12-13
AS27649F
Search Results
Standard
Bearings, Ball, Rod End, Double Row, Self-Aligning
2022-06-10
AS6039E
This SAE Aerospace Standard (AS) covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) -65 to 250 °F and (2) -65 to 300 °F with 20% reduction of dynamic load carrying capacity when subjected to operation above 250 °F.
Standard
Bearing, Roller, Self-Aligning, Airframe, Antifriction
2021-09-28
WIP
AS8914C
This standard covers the requirements for nonseparable antifriction roller bearings.
Standard
Rolling Element Bearing No-Load Torque Test
2018-08-23
ARP5483/1A
This test method outlines the recommended procedure for performing the no-load rotational starting torque test on airframe rolling bearings. Bearings covered by this test method shall be antifriction ball bearings and spherical roller bearings.
Standard
Bearing, Roller, Self-Aligning, Airframe, Antifriction
2016-03-22
AS8914B
This standard covers the requirements for nonseparable antifriction roller bearings.
Standard
BEARING, BALL, AIRFRAME, ANTIFRICTION, INTERMEDIATE DUTY
2013-09-19
AS27649D
Standard
Bearings, Ball, Rod End, Double Row, Self-Aligning
2009-12-16
AS6039D
This specification covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) −65°F to 250°F and (2) −65°F to 300°F with 20% reduction of dynamic load carrying capacity when subjected to operation above 250° F.
Standard
Rolling Element Bearing No-Load Torque Test
2005-09-02
ARP5483/1
This test method outlines the recommended procedure for performing the no-load rotational starting torque test on airframe rolling bearings. Bearings covered by this test method shall be antifriction ball bearings and spherical roller bearings.
Standard
Bearings, Ball, Rod End, Double Row, Self-Aligning
2004-08-02
AS6039C
This specification covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) -65 °F to 250 °F and (2) -65 °F to 300 °F with 20% reduction of dynamic load carrying capacity when subjected to operation above 250° F.
Standard
Bearings, Ball, Airframe, Antifriction, General Standard for
2004-08-02
AS7949B
This standard covers ball bearings in the -65 to +350 °F temperature range as specified on the applicable drawing standards.
Standard
Bearing, Roller, Self-Aligning, Airframe, Antifriction
2004-01-09
AS8914A
This specification covers the requirements for nonseparable antifriction roller bearings.
Standard
Bearings, Ball, Airframe, Antifriction, General Standard for
2001-06-01
AS7949A
This standard covers ball bearings in the -65 to +350 °F temperature range as specified on the applicable drawing standards.
Standard
Bearings, Ball, Rod End, Double Row, Self-Aligning
2000-03-01
AS6039B
This specification covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) -65 °F to 250 °F and (2) -65 °F to 300 °F with 20% reduction of dynamic load carrying capacity.
Standard
Bearings, Roller, Rod End, Antifriction Self-Aligning
1999-08-01
AS8952
This specification covers antifriction self-aligning rod and roller bearings operating in the temperature range of -67° to +300°F (-55° to +149°C) and intermittent spikes to 350°F (177°C).
Standard
Bearings, Ball, Bellcrank, Antifriction, Airframe
1998-08-01
AS6038
This specification covers antifriction bellcrank ball bearings intended primarily for airframe use.
Standard
BEARINGS, BALL, ROD END, DOUBLE ROW, SELF-ALIGNING
1998-04-01
AS6039A
This specification covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) -65 °F to 250 °F and (2) -65 °F to 300 °F with 20% reduction of dynamic load carrying capacity.
Standard
BEARINGS, BALL, ROD END, DOUBLE ROW, SELF-ALIGNING
1997-10-01
AS6039
This specification covers sealed, self-aligning, anti-friction, rod end ball bearings with application in temperature ranges (1) -65°F to 250°F and (2) -65°F to 300°F with 20% reduction of dynamic load carrying capacity.
