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DIN 3962-2

Tolerances for Cylindrical Gear Teeth; Tolerances for Tooth Trace Deviations

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Organization: DIN
Publication Date: 1 August 1978
Status: inactive
Page Count: 2
ICS Code (Gears): 21.200
scope:

The tolerances listed in this Standard apply to the amounts of the deviations defined in DIN 3960.

It contains tolerances for:

- tooth trace total deviation Fβ

- tooth trace angle deviation fHβ

- tooth trace form deviation fβf

Document History

DIN 3962-2
August 1, 1978
Tolerances for Cylindrical Gear Teeth; Tolerances for Tooth Trace Deviations
The tolerances listed in this Standard apply to the amounts of the deviations defined in DIN 3960. It contains tolerances for: — tooth trace total deviation Fβ — tooth trace angle deviation fHβ...

References

This document references:
DIN 3967 - System of Gear Fits; Backlash, Tooth Thickness Allowances, Tooth Thickness Tolerances; Principles
Published by DIN on August 1, 1978
A description is not available for this item.
This document references:
DIN 3964 - Deviations of Shaft Centre Distances and Shaft Position Tolerances of Casings for Cylindrical Gears
Published by DIN on November 1, 1980
A description is not available for this item.
This document references:
DIN 3963 - Tolerances for Cylindrical Gear Teeth; Tolerances for Working Deviations
Published by DIN on August 1, 1978
A description is not available for this item.
This document is referenced by:
DIN 4000-145 - Tabular layouts of properties - Part 145: Broaching tools for cylindrical gears
Published by DIN on May 1, 2017
Diese Norm legt Merkmale für genormte und nicht genormte Räumwerkzeuge für Evolventenverzahnung, innen fest. Diese Werkzeuge bestehen aus Schaft, Einführung, Verzahnung, Endstück und/oder weiteren...
This document is referenced by:
D4998 - Standard Test Method for Evaluating Wear Characteristics of Tractor Hydraulic Fluids
June 15, 2013
This test method is used to screen lubricants for gear wear. It is primarily applicable to tractor hydraulic fluids but may be suitable for other applications. The values stated in SI units are to be...
This document is referenced by:
20FTM04 - Effects of Different Shot Peening Treatments in Combination with a Superfinishing Process on the Surface Durability of Case-Hardened Gears
Published by AGMA on October 1, 2020
Modern gearbox designs set increasing requirements on the surface durability of gears in light of calls for downsizing and performance optimization. Using additional manufacturing processes is one...
This document is referenced by:
17FTM11 - FE-Based Method for Design of Robust Tooth Flank Modifications for Cylindrical and Planetary Gear Stages Regarding Manufacturing Tolerances
Published by AGMA on October 1, 2017
Tooth flank modifications are used to optimize the excitation behavior and durability of gears. In the first step, design is often done via guidelines, and afterwards, a variety of tooth flank...
This document is referenced by:
21FTM03 - Tooth Flank Fracture – Design Process for a New Test Gearing and First Test Results
Published by AGMA on October 1, 2021
Tooth flank fracture (TFF) is a gear fatigue failure mode. TFF differs from tooth root breakage and pitting in that the crack emerges below the hardened case of the active flank. However, like tooth...
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