AGMA 6023 : A
Superseded
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
DESIGN MANUAL FOR ENCLOSED EPICYCLIC GEAR DRIVES
20-09-2006
01-01-2000
1. Scope
1.1 Limitations
1.2 References
1.3 Other Standards
1.4 Appendices
2. Terminology
3. Applications
3.1 Selection of Application Factors
3.2 Listing of Application Factors
3.3 Determining Application Factors
3.4 System Conditions
3.5 Special Considerations
4. Epicyclic Gearing Arrangements
4.1 Fixed Element
4.2 Types of Arrangements
4.3 Epicyclic Speed Ratios
5. Meshing and Assembly Requirements
5.1 Assembly
5.2 Compound Planetary
5.3 Theoretical Effects of Non-Factorizing and Hunting
6. Tooth Geometry
6.1 Assembly
6.2 Interference
6.3 Modifications
6.4 Meshing Characteristics
6.5 Backlash
6.6 Pressure Angle
6.7 Gear Geometry
7. Circulating Power
7.1 Losses
7.2 Increased Capacity
8. Load Sharing
8.1 Float
8.2 Load Share
8.3 Load Imbalance
9. Efficiency
9.1 Efficiency Losses
9.2 Calculation Procedures
9.3 Thermal Effects
10. Bearings
10.1 Bearing Types
10.2 Considerations
10.3 Functions
10.4 Loads
10.5 Bearing Capacity
11. Lubrication Recommendations for Epicyclic Units
11.1 Recommendations
11.2 Notes
12. Epicyclic Rating Procedure
12.1 Planet Load Share
12.2 Rating
13. Internal Couplings
13.1 Application
13.2 Arrangements
13.3 Shear Capacity
13.4 Wear and Fretting
13.5 Forces Induced by Misalignment
13.6 Design of Coupling Bodies
13.7 Lubrication
13.8 Torque Lock and Jamming
14. Mounting
14.1 Internal
14.2 External
15. Dynamics and Noise
15.1 Epicyclic Dynamics
15.2 Epicyclic System Noise
16. Speed Considerations - Epicyclic Gear Drives
16.1 Pitchline Velocity
16.2 Rotational Speed
16.3 Thermal Effects
Appendices
Appendix A Application Factors
Appendix B Example of Design Procedure for a Simple
Planetary Gear Set
References
Bibliography
Applicable to enclosed epicyclic speed reducers and increasers which use spur and helical gears. Applicable to non-aircraft industrial, vehicular, or machine tool gear units with carrier speeds less than 1800 rpm.
| DevelopmentNote |
For metric version, see AGMA 6123. (08/2003)
|
| DocumentType |
Standard
|
| PublisherName |
American Gear Manufacturers Association
|
| Status |
Superseded
|
| ISO 21789:2009 | Gas turbine applications — Safety |
| ISO 19372:2015 | Microturbines applications — Safety |
| BS ISO/TR 14179-1:2001 | Gears. Thermal capacity Rating gear drives with thermal equilibrium at 95°C sump temperature |
| ISO/TR 14179-1:2001 | Gears Thermal capacity Part 1: Rating gear drives with thermal equilibrium at 95 C sump temperature |
| BS ISO 19372:2015 | Microturbines applications. Safety |
| BS ISO 21789:2009 | Gas turbine applications — Safety |
| AGMA 2000 : A | GEAR CLASSIFICATION AND INSPECTION HANDBOOK - TOLERANCES AND MEASURING METHODS FOR UNASSEMBLED SPUR AND HELICAL GEARS (INCLUDING METRIC EQUIVALENTS) |
| AGMA 6010 : F | STANDARD FOR SPUR, HELICAL, HERRINGBONE AND BEVEL ENCLOSED DRIVES |
| AGMA 6001 : D | DESIGN AND SELECTION OF COMPONENTS FOR ENCLOSED GEAR DRIVES |
| AGMA 298.01 : 75(R1987) | SOUND FOR GEARMOTORS AND IN-LINE REDUCERS AND INCREASERS |
| AGMA 2002 : B | TOOTH THICKNESS AND BACKLASH MEASUREMENT OF CYLINDRICAL INVOLUTE GEARING |
| AGMA 2001 : D | FUNDAMENTAL RATING FACTORS AND CALCULATION METHODS FOR INVOLUTE SPUR AND HELICAL GEAR TEETH |
| AGMA 250.04 : 81(R1988) | SPECIFICATION-LUBRICATION OF INDUSTRIAL ENCLOSED GEAR DRIVES |
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