Authors :
Ashutosh Upadhyay; Amey Ingle; Darpan Talreja; Shah Mohammad Zeeshan
Volume/Issue :
Volume 8 - 2023, Issue 4 - April
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/3LMBcbH
DOI :
https://doi.org/10.5281/zenodo.7911983
Abstract :
Centrifugal pump is an component in
manufacturing, refrigeration and power plant industry
used in various applications. So it becomes important to
find an efficient way to maintain the pumps for the
better process control and to avoid any kind of
disruption in the activities that may lead to huge
financial, physical losses. So our project concentrates on
finding a way to detect, isolate and diagnose a fault on
the basis of current and voltage fluctuations because
electricity is easily accessible in every part of the
country and it is easier to analyze the output and then
diagnose the faults because there are lot of softwares to
analyze current and voltage fluctuations. There are
other options also but we need to find a pocket friendly
approach for the same and our project helps in that
cause.
Keywords :
Voltage & Current Analysis; Arduino; Fault Detection; Flow Rate; Centrifugal Pump.
Centrifugal pump is an component in
manufacturing, refrigeration and power plant industry
used in various applications. So it becomes important to
find an efficient way to maintain the pumps for the
better process control and to avoid any kind of
disruption in the activities that may lead to huge
financial, physical losses. So our project concentrates on
finding a way to detect, isolate and diagnose a fault on
the basis of current and voltage fluctuations because
electricity is easily accessible in every part of the
country and it is easier to analyze the output and then
diagnose the faults because there are lot of softwares to
analyze current and voltage fluctuations. There are
other options also but we need to find a pocket friendly
approach for the same and our project helps in that
cause.
Keywords :
Voltage & Current Analysis; Arduino; Fault Detection; Flow Rate; Centrifugal Pump.
