AGMA 19FTM08 PDF

AGMA 19FTM08 PDF

Name:
AGMA 19FTM08 PDF

Published Date:
10/01/2019

Status:
[ Active ]

Description:

Leveraging the Complementary Strengths of Orbitless and Planetary Drives

Publisher:
American Gear Manufacturers Association

Document status:
Active

Format:
Electronic (PDF)

Delivery time:
10 minutes

Delivery time (for Russian version):
200 business days

SKU:

Choose Document Language:
$25.5
Need Help?

An Orbitless drive is a novel fixed-ratio epi-cyclic drive which includes a second carrier in place of a ring gear. It has been shown to have superior efficiency to a Planetary drive and is shown here to produce less vibration and noise at the expense of reduced torque capacity and ratio. A prototype 16mm Orbitless drive is constructed and compared to an off-the-shelf Planetary drive. Vibrations that occur at the Planetary tooth engagement frequency are absent from the Orbitless drive. A higher quality 32mm Orbitless prototype is evaluated in a multi-stage environment in both a stand-alone and multi-stage configuration. It is shown that sound levels are reduced, sound quality is improved, and it is concluded that an Orbitless primary stage may be mated with conventional technologies to minimize NVH levels in multi-stage gear drives.


Edition : 19#
File Size : 1 file , 1.9 MB
Number of Pages : 11
Published : 10/01/2019

History


Related products

AGMA 15FTM11
Published Date: 10/01/2015
Selecting the Proper Gear Milling Cutter Design for the Machining of High Quality Parallel Axis, Cylindrical Gears and Splines
$25.5
AGMA 07FTM10
Published Date: 10/01/2007
The Gear Dynamic Factor, Historical and Modern Perspectives
$14.1
AGMA 12FTM06
Published Date: 10/01/2012
Virtual Optimization of Epicyclic Gearbox Planet Bearings in Wind Turbines
$14.1
AGMA 09FTM19
Published Date: 09/01/2009
The Effect of Gearbox Architecture on Wind Turbine Enclosure Size
$14.1

Best-Selling Products

OSHA 8-1.7
Published Date: 08/05/1991
OSHA Instruction Publication 8-1.7: Guideline for Laser Safety & Hazard Assessment