Analysis of Oil Charge – Instrument of the Production Line Wear Regime Prediction

Ján Turis; Marián Kučera

doi:10.4028/www.scientific.net/KEM.669.467

Paper Titles

Dynamic Model of the Test Station for Gear Drives Dynamic Tests
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Quality Assessment of Machined Surfaces by an Optical Profilometer
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Analysis of Hydraulic Oil in Handling Lines Baljer & Zembrod Using the Methods of Tribotechnical Diagnostics
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Diagnostics of Surface Errors by Embedded Vision System and its Classification by Machine Learning Algorithms
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Analysis of Oil Charge – Instrument of the Production Line Wear Regime Prediction
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Comparison of Dilatometry Results Obtained by Two Different Devices when Generating CCT and In Situ Diagrams
p.477

Differential Scanning Calorimetry as a Tool for Quality Testing of Plastics
p.485

Innovation Map in the Process of Enterprise Evaluation
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Manufacturing Systems Building and Developing
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 669Analysis of Oil Charge – Instrument of the...

Analysis of Oil Charge – Instrument of the Production Line Wear Regime Prediction

Abstract:

Unplanned outage of extensive transport and handling equipment used between main stages of the production process has magnified negative effect on logistics of the entire company. Article introduces information about examining and assessing the level of wear of working oil charge in an extensive hydraulic system of device used for the transport and processing of wood raw material between the woodworking line aggregates. The decisive role in preventing the listed unsolicited situation has respecting the early tribodiagnostic signal through the analytical ferrography. Completion of this particle analysis by information complex from other appropriately selected diagnostic methodologies will be essential for the trend analysis of wear regime of system oil charge creation. The analysis is also a key predictive information about state of degradation of internal contact surfaces of the examined machinery.

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Periodical:

Key Engineering Materials (Volume 669)

Pages:

467-476

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.669.467

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Online since:

October 2015

Authors:

Ján Turis, Marián Kučera*

Keywords:

Ferrography, Hydraulic System, Tribotechnical Diagnostics, Woodworking Line

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