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AGMA - AGMA 02FTM10 - COMPARISON IN RATING TRENDS IN AGMA VERSUS ISO Organization: AGMA
Date: 2002-10-01
Description: This paper will use rating programs developed by an AGMA committee to compare AGMA and ISO ratings while having the same gear geometry for both ratings.
AGMA - AGMA 11FTM07 - THE EFFECTS OF HELIX ANGLE ON ROOT STRESSES OF HELICAL GEARS Organization: AGMA
Date: 2011-10-01
Description: The ISO and AGMA Gear Rating Committees have for several years been comparing the results of different rating methods for several sets of gear pairs that have similar normal sections but different helix angles.
AGMA - AGMA 236.04 - INSPECTION OF FINE - PITCH GEARS Organization: AGMA
Date: 1956-06-01
Description: These tolerances apply to the following types of gears: (a) Spur and helical gears made in accordance with American Standard 20-0eg Involute FinePitch System for Spur and Helical Gears (ASA B6. 7-1956; AGMA 236.04). (b) Straight, spiral, * Zerol bevel and hypoid gears.
AGMA - AGMA 209.03 - SYSTEM FOR SPIRAL BEVEL GEARS Organization: AGMA
Date: 1964-05-01
Description: FOREWORD This system for the design of spiral bevel gears is a revision of the original Gleason System adopted by the AGMA and revised in 1942.
AGMA - AGMA 6013 - STANDARD FOR INDUSTRIAL ENCLOSED GEAR DRIVES Organization: AGMA
Date: 2016-04-05
Description: This standard does not apply to gear drives that are covered by other specific AGMA application standards. For gear drives using wormgears, the design parameters shall be in accordance with the methods and procedures of ANSI/AGMA 6035-A02 for double enveloping wormgears and ANSI/AGMA 6034-B92 for cylindrical wormgears.
AGMA - AGMA 04FTM13 - SUPERFINISHING MOTOR VEHICLE RING AND PINION GEARS Organization: AGMA
Date: 2004-10-01
Description: This superfinishing technology also had difficulties preserving the geometry of rough lapped gears, which required more stock removal than finely ground aerospace gears (AGMA Q12+). As a result the transmission error of these gears was increased leading to unacceptable noise.
AGMA - AGMA 6113 - STANDARD FOR INDUSTRIAL ENCLOSED GEAR DRIVES (METRIC EDITION) Organization: AGMA
Date: 2016-04-05
Description: This standard does not apply to gear drives that are covered by other specific AGMA application standards. For gear drives using wormgears, the design parameters shall be in accordance with the methods and procedures of ANSI/AGMA 6135-A02 for double enveloping wormgears and ANSI/AGMA 6034-B92 for cylindrical wormgears.
AGMA - AGMA 932 - RATING THE PITTING RESISTANCE AND BENDING STRENGTH OF HYPOID GEARS Organization: AGMA
Date: 2005-01-19
Description: This information sheet provides a method for calculating the pitting resistance and bending strength of hypoid gears using the procedures of ANSI/AGMA 2003-B97. Rating formulas The knowledge and judgment required to evaluate the various rating factors come from years of accumulated experience in designing, manufacturing and operating gear units.
AGMA - AGMA 207.05 - TOOTH PROPORTIONS FOR FINE-PITCH INVOLVTE SPUR AND HELICAL GEARS Organization: AGMA
Date: 1967-01-01
Description: Similar data for spur gears of 19.99 diametral pitch and coarser is found in USAS B6.1-1968, "Tooth Proportions for Coarse-Pitch Involute Spur Gears." (AGMA 201.02). The tooth proportions shown herein will be suitable for many gear designs of finer than 120 diametral pitch, however, such designs should be checked for suitability, particularly in the areas of conran ratio, undercutting and clearance.
AGMA - AGMA 150.03 - APPLICATION CLASSIFICATION FOR SPUR, HELICAL, HERRINGBONE AND BEVEL GEAR GEARMOTORS Organization: AGMA
Date: 1968-04-01
Description: A gearmotor is further defined as any electro-mechanical gear drive combination designed and rated in accordance with Standard AGMA 460.04, "Practice for Gearmotors."
AGMA - AGMA 6014 - GEAR POWER RATING FOR CYLINDRICAL SHELL AND TRUNNION SUPPORTED EQUIPMENT Organization: AGMA
Date: 2015-10-21
Description: They are also not applicable when vibratory conditions exceed the limits specified for the normal operation of the gears, see ANSI/AGMA 6000--B96. The formulas of this standard are not applicable when any of the following conditions exist: - Damaged gear teeth; - Spur gears with transverse contact ratio,mp, less than 1.0; - Spur or helical gears with transverse contact ratio, mp, greater than 2.0; - Interference exists between tips of teeth and root fillets; - Teeth are pointed as defined by this standard, see clause 7; - Backlash is zero; - Undercut exists in an area above the theoretical start of active profile; - The root profiles are stepped or irregular, or deviate from the generated form.
AGMA - AGMA 2000 - GEAR CLASSIFICATION AND INSPECTION HANDBOOK TOLERANCES AND MEASURING METHODS FOR UNASSEMBLED SPUR AND HELICAL GEARS (INCLUDING METRIC EQUIVALENTS) - ERRATA - 01/90; ERRATA - 07/90; ERRATA - 05/92 Organization: AGMA
Date: 1988-03-01
Description: A designation of the required material and heat treatment can be included as a part of the AGMA Classification Number. Designation numbers are provided which identify gear materials, heat treatments, and hardness ranges (see Section 7).
AGMA - AGMA 207.06 - SYSTEM - TOOTH PROPORTIONS FOR FINE-PITCH INVOLUTE SPUR AND HELICAL GEARS Organization: AGMA
Date: 1977-05-01
Description: This standard applies to spur and helical gearing of 20 through 120 diametral pitch and coarser is found in ANSI B6.1-1968, "Tooth Proportions for Coarse-Pitch In volute Spur Gears."(AGMA 201.02). The tooth proportions shown herein will be suitable for many gear designs of finer than 120 diameter pitch, however, such designs should be checked for suitability, particularly in the areas of contact ratio, undercutting and clearance.
AGMA - AGMA 11FTM10 - NEW METHODS FOR THE CALCULATION OF THE LOAD CAPACITY OF BEVEL AND HYPOID GEARS Organization: AGMA
Date: 2011-10-01
Description: There are several national and international standards for the calculation of the load carrying capacity of these gears such as DIN 3991, AGMA 2003 and ISO 10300. But up to now these standards do not cover bevel gears with offset (hypoid gears).
AGMA - AGMA 908 - GEOMETRY FACTORS FOR DETERMINING THE PITTING RESISTANCE AND BENDING STRENGTH OF SPUR, HELICAL AND HERRINGBONE GEAR TEETH Organization: AGMA
Date: 1989-04-01
Description: Because the bending stresses in internal gears are influenced by so many variables, no simplified model for calculating the bending stress in internal gears can be offered at this time. Footnote * - Refer to AGMA 112.05 for further discussion of standard (reference) diameters.
AGMA - AGMA 95FTM2 - SEPARATION OF RUNOUT FROM ELEMENTAL INSPECTION DATA Organization: AGMA
Date: 1995-10-01
Description: The numerical procedure is shown for index, pitch and profile inspection data taken from a test gear (also see AGMA 93FTM6).
AGMA - AGMA 6135 - DESIGN, RATING AND APPLICATION OF INDUSTRIAL GLOBOIDAL WORMGEARING (METRIC EDITION) Organization: AGMA
Date: 2002-01-01
Description: Procedures for rating the load capacity of globoidal wormgearing are included. Replaces ANSI/AGMA 6017-E86 and ANSI/AGMA 6030-C87. The equations and values presented provide a general approach to design and rating.
AGMA - AGMA 6035 - DESIGN, RATING AND APPLICATION OF INDUSTRIAL GLOBOIDAL WORMGEARING Organization: AGMA
Date: 2002-01-01
Description: Procedures for rating the load capacity of globoidal wormgearing are included. Replaces ANSI/AGMA 6017-E86 and ANSI/AGMA 6030-C87. The equations and values presented provide a general approach to design and rating.

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