P14315: Universal Pump Data Acquisition System/public/System Design/
Table of Contents
BenchmarkingSee here for Benchmarking
Morphological ChartEnclosure and Controller can be clicked on to view Pugh Diagrams for those components' selection
|Sensors||Digital||Analog||Remote sensors||Wifi sensors||Smart sensors|
|Data Storage||SD card||USB drive||Cloud storage|
|Data Processing||PC||Microcontroller||PLC||Single board computer||Digital Signal Processor|
|Enclosure||Plastic||Metal||Foam||Cart with sides|
|Display||Touchscreen||GUI||Light board||LCD Screen||Sound/Audio||Phone notification||Web page||PC|
|Failsafes||Relay||Fuse||Lock out, tag out||Interlocks||Big red button||Fluid level sensor||Software|
|Controller||PC||Microcontroller||PLC||Single board computer||Digital Signal Processor|
Systems ArchitectureThis section is to show the possible concepts of how the Data Acquisition System will work.
Current SystemThe current method used by Pulsafeeder to gather pump data is as follows:
First ConceptThe first concept the team discussed is seen below:
Second ConceptThe second concept discussed by the team is shown below. Note it is very similar to the first, but with the Variable Frequency Drive (VFD) inside the Data Acquisition System box. This means that high voltage would be going through the enclosed deliverable.
Test PlanSee here for initial test plan.
Risk AssessmentSee here for Risk Assessment document.
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