Hardware and Software Integration of Mechatronic Systems for an Example Measurement Path for Temperature Sensors

Jerzy Świder; Mariusz Piotr Hetmańczyk

doi:10.4028/www.scientific.net/SSP.147-149.676

Paper Titles

Development of Electromagnetic Ring Expansion Apparatus for High-Strain-Rate Test
p.645

Electrical Measurements and Analyses with Data Acquisition Devices (DAS) of Heating and Cooling Capacities of the Intercity Coaches
p.651

Embedded Tensile Strenght Test Machine FM1000 – An Upgrade of Measurement and Control
p.657

Experimental and Analytical Investigations of the Dynamic Analysis of Adhesively Bonded Joints for Composite Structures
p.663

Hardware and Software Integration of Mechatronic Systems for an Example Measurement Path for Temperature Sensors
p.676

Line Scale Calibration in Non-Ideal Measurement Situation
p.682

Microtopography Model of Rough Surface
p.686

Precision Measurement of the Carriage Vibrations at the Different Speeds
p.690

Radio Frequency Measurement and Control Network for a Cable Equipped with the Magnetorheological Damper
p.696

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Hardware and Software Integration of Mechatronic Systems for an Example Measurement Path for Temperature Sensors

Abstract:

This paper presents the method of designing a mechatronic system, as a result of an integration. As an example of the integration automation components, in one coherent measuring system, a measurement path for temperature sensors is proposed. A measuring path can be defined as a scale model, which reproduces thermal states of a temperature sensors system, used in real industrial applications. The system is extended by database application based on Access. Taking advantage of an iFIX special database block the temporary values of temperature are recorded in Access database with permanent period of time. The final analysis is performed in an Excel sheet.