Monitoring of Velocity of Manufacturing Machines Subassemblies by Means of a DAQ System

Wojciech Blacharski

doi:10.4028/www.scientific.net/SSP.164.207

Paper Titles

Port-Based Modeling of Distributed-Lumped Parameter Systems
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Modal Reduction and Analysis of Gyroscopic Systems
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Design of a Low-Cost Submicron Measuring Probe
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Adaptation of the Expert System in Diagnosis of the Connection of the PLC User Interface System and A Field Level
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Monitoring of Velocity of Manufacturing Machines Subassemblies by Means of a DAQ System
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Virtual Prototyping Process Supported by New Diagnostic Method -Method of Metal Magnetic Memory
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Phase Locked Loop Integrated System
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A Reusable Agent-Based Framework for Smart Embedded Systems
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Assembler Encoding versus Connectivity Matrix Encoding in the Inverted Pendulum Problem with a Hidden State
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Monitoring of Velocity of Manufacturing Machines Subassemblies by Means of a DAQ System

Abstract:

The paper deals with design of data acquisition (DAQ) systems and application of quadrature encoders in order to measure velocity of subassemblies of manufacturing machines for diagnostic purposes. Cooperation of general-purpose counter/timer boards with the quadrature encoders during measurements was discussed. Operating principles of three different measuring modes were compared. Some conclusions should be taken into account when a DAQ application has to be developed, for instance, in LabVIEW and when the needed hardware has to be selected.