Pulsating flow pressure measurement system with remote acquisition via WiFi

Peristaltic pumps are devices that deliver flow through the action of rollers compressing an internal flexible tube, resulting in a pulsating flow at the outlet. To measure the flow delivered by such a pump, an orifice plate measurement system was used, which correlates the pressure drop measured be...

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Main Authors: Matias Herrera, Gerardo Martin Imbrioscia, Agustin Lacomi, Pablo Caron
Format: Article
Language:English
Published: Universidad de Buenos Aires 2024-12-01
Series:Revista Elektrón
Subjects:
Online Access:http://elektron.fi.uba.ar/index.php/elektron/article/view/204
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author Matias Herrera
Gerardo Martin Imbrioscia
Agustin Lacomi
Pablo Caron
author_facet Matias Herrera
Gerardo Martin Imbrioscia
Agustin Lacomi
Pablo Caron
author_sort Matias Herrera
collection DOAJ
description Peristaltic pumps are devices that deliver flow through the action of rollers compressing an internal flexible tube, resulting in a pulsating flow at the outlet. To measure the flow delivered by such a pump, an orifice plate measurement system was used, which correlates the pressure drop measured before and after the plate with the amount of fluid. To achieve device calibration, it is necessary to understand the dynamic response of the pressure transducers. Therefore, a pressure measurement and recording system was designed and built, which can also control the pump’s rotation speed. This system includes different preset tests that the user can select and execute autonomously. The recorded values are transmitted via a WiFi protocol to the data storage module, providing the equipment with operational versatility.
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publishDate 2024-12-01
publisher Universidad de Buenos Aires
record_format Article
series Revista Elektrón
spelling doaj-art-3261ba9bfa9a4d3d95bf1a23c7b275cf2025-08-20T01:56:48ZengUniversidad de Buenos AiresRevista Elektrón2525-01592024-12-018210711110.37537/rev.elektron.8.2.204.2024126Pulsating flow pressure measurement system with remote acquisition via WiFiMatias HerreraGerardo Martin ImbriosciaAgustin LacomiPablo CaronPeristaltic pumps are devices that deliver flow through the action of rollers compressing an internal flexible tube, resulting in a pulsating flow at the outlet. To measure the flow delivered by such a pump, an orifice plate measurement system was used, which correlates the pressure drop measured before and after the plate with the amount of fluid. To achieve device calibration, it is necessary to understand the dynamic response of the pressure transducers. Therefore, a pressure measurement and recording system was designed and built, which can also control the pump’s rotation speed. This system includes different preset tests that the user can select and execute autonomously. The recorded values are transmitted via a WiFi protocol to the data storage module, providing the equipment with operational versatility.http://elektron.fi.uba.ar/index.php/elektron/article/view/204bomba peristáltica, transductor de presión, arduino, vrfb, wifi
spellingShingle Matias Herrera
Gerardo Martin Imbrioscia
Agustin Lacomi
Pablo Caron
Pulsating flow pressure measurement system with remote acquisition via WiFi
Revista Elektrón
bomba peristáltica, transductor de presión, arduino, vrfb, wifi
title Pulsating flow pressure measurement system with remote acquisition via WiFi
title_full Pulsating flow pressure measurement system with remote acquisition via WiFi
title_fullStr Pulsating flow pressure measurement system with remote acquisition via WiFi
title_full_unstemmed Pulsating flow pressure measurement system with remote acquisition via WiFi
title_short Pulsating flow pressure measurement system with remote acquisition via WiFi
title_sort pulsating flow pressure measurement system with remote acquisition via wifi
topic bomba peristáltica, transductor de presión, arduino, vrfb, wifi
url http://elektron.fi.uba.ar/index.php/elektron/article/view/204
work_keys_str_mv AT matiasherrera pulsatingflowpressuremeasurementsystemwithremoteacquisitionviawifi
AT gerardomartinimbrioscia pulsatingflowpressuremeasurementsystemwithremoteacquisitionviawifi
AT agustinlacomi pulsatingflowpressuremeasurementsystemwithremoteacquisitionviawifi
AT pablocaron pulsatingflowpressuremeasurementsystemwithremoteacquisitionviawifi