Intelligent Sensor Technology for Rotating Parts in Machines and Plants

Andreas Bürger; Sylvio Simon; Stephan Hernschier

doi:10.4028/p-ZsGE3Z

Paper Titles

Requirements Definition, Modeling, and Simulation of Control Units of an Electrohydraulic Power Amplifier
p.179

Research of the Electromagnetical Part of Three-Phase Electromagnetic Vibrator of Low Frequency Vibrations
p.187

Issues Practical Implementation of the Receiving System Infrared Space Telescopes and Testing it at Low Temperatures
p.197

Analysis of Operating Benefits of Modern Wind Turbines
p.203

Intelligent Sensor Technology for Rotating Parts in Machines and Plants
p.209

Classification of Susbsea Construction Vessels and Evaluation of Study Effectiveness
p.217

Models of Power System Elements in Phase Coordinates for the Study of Non-Symmetrical Steady-State and Transition Modes
p.227

Methodology for Assessing the Degree of Aging Overhead Power Transmission Lines of EES
p.233

Increasing Control Automation and Management Flexibility in Distribution Electric Networks
p.241

HomeAdvances in Science and TechnologyAdvances in Science and Technology Vol. 148Intelligent Sensor Technology for Rotating Parts...

Intelligent Sensor Technology for Rotating Parts in Machines and Plants

Abstract:

Rotating parts such as shafts, gear wheels, ball bearings or rollers are subject to wear that limits their life cycle. Damage causes loss of production and consequential damage to the entire production plant. Based on the application in a support roller, a system design is presented with which it is possible to record and wirelessly transmit relevant measured values in or on rotating machines without an additional voltage source. The system is largely maintenance-free and can be implemented with components that are currently freely available on the market.

You might also be interested in these eBooks

2nd International Scientific-Practical Conference Machine Building and Energy: New Concepts and Technologies (MBENCT)

View Preview

Machine Building and Energy: New Concepts and Technologies (MBENCT)

View Preview

Info:

Periodical:

Advances in Science and Technology (Volume 148)

Pages:

209-216

DOI:

https://doi.org/10.4028/p-ZsGE3Z

Citation:

Cite this paper

Online since:

April 2024

Authors:

Andreas Bürger*, Sylvio Simon, Stephan Hernschier

Keywords:

Data Logging, Energy Harvesting, Maintenance, Monitoring, Rollers, Rotating Machinery, Sensors

Export:

RIS, BibTeX

Price:

Permissions CCC:

Request Permissions

Permissions PLS:

Request Permissions

Сopyright:

Citation:

* - Corresponding Author

References

[1] Netherlands Jansen und Heuning, Belt conveyors – heavy duty URL: https://www.jh.nl/en/product/belt-conveyors-heavy-duty/ (visit at 29. 01. 2022)

Google Scholar

[2] Homepage FTK Förderband Technik Kilian GmbH, 23.01.2022 URL: https://foerderbandtechnik.eu/en/carrying-rollers-drums/ (visit at 23. 01. 2022)

Google Scholar

[3] Linear Technology Corporation, LTC3588-1. Nanopower Energy Harvesting Power Supply. (2015)

Google Scholar

[4] Linear Technology Corporation, Demo Manual DC2042A. Energy Harvesting (EH) Multisource Demo Board. 2013.

Google Scholar

[5] CAPCOMP GmbH," Supercaps last longer" 23.05.2022 URL: https://capcomp.de/en/ultracap-knowledge/supercaps-lifetime (visit at 23.05.2022).

Google Scholar

[6] Robert Schneider, M.Eng.: "Methode zur zustandsbezogenen Instandhaltung auf Grundlage von Schallmessungen am Beispiel ausgewählter Gurtförderanlagen", (2022)

Google Scholar