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10.1 INTRODUCTION / 10.1 10.2 TYPES / 10.2 10.3 ADVANTAGES / 10.2 10.4 GEOMETRY / 10.5 10.5 LOAD RATING / 10.8 REFERENCES / 10.57

The following is quoted from the Foreword of Ref. [10.1]:

This AGMA Standard and related publications are based on typical or average data, conditions, or applications. The standards are subject to continual improvement, revision, or withdrawal as dictated by increased experience. Any person who refers to AGMA technical publications should be sure that he has the latest information available from the Association on the subject matter. Tables or other self-supporting sections may be quoted or extracted in their entirety. Credit line should read: Extracted from ANSI/AGMA #2001-C95 Fundamental Rating Factors and Calculation Methods for Involute Spur and Helical Gear Teeth, with the permission of the publisher, American Gear Manufacturers Association, Alexandria, Virginia.

Managing the opening and closing of the database connection Handling transactions (groups of SQL statements that should be run together and fail together if any single statement fails) Processing SQL statements and returning wrapped results Handling parameters Managing memory

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Message queing Delete EOM* marks Not applicable Looping Consecutive address CE level activate Pushbutton operations

This reference is cited because numerous American Gear Manufacturer s Association (AGMA) tables and figures are used in this chapter. In each case, the appropriate publication is noted in a footnote or figure caption.

Helical gearing, in which the teeth are cut at an angle with respect to the axis of rotation, is a later development than spur gearing and has the advantage that the action is smoother and tends to be quieter. In addition, the load transmitted may be somewhat larger, or the life of the gears may be greater for the same loading, than with an equivalent pair of spur gears. Helical gears produce an end thrust along the axis of the shafts in addition to the separating and tangential (driving) loads of spur gears. Where suitable means can be provided to take this thrust, such as thrust collars or ball or tapered-roller bearings, it is no great disadvantage. Conceptually, helical gears may be thought of as stepped spur gears in which the size of the step becomes infinitely small. For external parallel-axis helical gears to

10.1 Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

mesh, they must have the same helix angle but be of different hand. An externalinternal set will, however, have equal helix angle with the same hand. Involute profiles are usually employed for helical gears, and the same comments made earlier about spur gears hold true for helical gears. Although helical gears are most often used in a parallel-axis arrangement, they can also be mounted on nonparallel noncoplanar axes. Under such mounting conditions, they will, however, have limited load capacity. Although helical gears which are used on crossed axes are identical in geometry and manufacture to those used on parallel axes, their operational characteristics are quite different. For this reason they are discussed separately at the end of this chapter. All the forthcoming discussion therefore applies only to helical gears operating on parallel axes.

The wrapper will do all of these tasks, allowing you to display a data-driven interface such as the one shown in Figure 5-2.

Fast forward through messages Position EOM marker at end Reserved Continuous play from address 0 Record/play consecutive messages Allows message pausing Simplified device interface

Helical gears may take several forms, as shown in Fig. 10.1: 1. 2. 3. 4. Single Double conventional Double staggered Continuous (herringbone)

Single-helix gears are readily manufactured on conventional gear cutting and grinding equipment. If the space between the two rows of a double-helix gear is wide enough, such a gear may also be cut and ground, if necessary, on conventional equipment. Continuous or herringbone gears, however, can be cut only on a special shaping machine (Sykes) and usually cannot be ground at all. Only single-helix gears may be used in a crossed-axis configuration.

There are three main reasons why helical rather than straight spur gears are used in a typical application. These are concerned with the noise level, the load capacity, and the manufacturing.

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