1. MSD P14315 UPDAS Intro/Agenda Project Plan Engineering Requirements System overview Sensors I/O Connections PLC Communications Analysis Power Case Design Final Questions

2. PROJECT PLAN

3. PAST FEW WEEKS

4. WHAT’S TO COME

5. ENGINEERING REQUIREMENTS

6. SYSTEM OVERVIEW Sensors VFD I/O Connections PLC Com- munications Power supply Analysis software Enclosure

7. PRELIMINARY SENSOR LIST #ManufacturerSensor TypeSensor ModelQuantitySensor Accuracy 1Omega Engineering ThermocoupleSA1-T8+/- 2% 2Omega Engineering Level SwitchLV-101N/A 3Omega Engineering Pressure Transducer PX329-200GI1+/- 0.25% 4YokogawaFlow meterAXF010C1+/- 0.35%

8. FUNCTIONAL DECOMPOSITION SENSOR SELECTION MEASURE PRESSURE MONITOR FLOWRATE MONITOR CRITICAL TEMPERATURES CHECK TANK LEVEL USE PRESSURE TRANSDUCER USE FLOWMETER USE THERMO- COUPLES USE LEVEL SENSOR

9. I/O FUNCTION DECOMPOSITION Sensor I/O Connection device Connect to Inputs Make use of Din Rail connectors Convert Analog to Digital Use internal A/D conversion devices Provide Overvoltage/Overcurrent Protection Make use of internal relay buffers Communicate to PLC Use PLC expansion port

10. CONTROLLER FUNCTIONAL OVERVIEW Controller Sensor Inputs Power 120 VAC Display Data I/O 120 VAC 24 (DC) VFD Display Data Function Call PLC Power Supply Sensor Input

11. CONTROLLER FUNCTIONAL OVER VIEW Poll Sensors Check for exceeded limits Sample Sensor Data Perform Pro-active and Reactive Protocols Save Data VFD Sensors Display Data PLC

12. CONTROLLER FUNCTIONAL DECOMPOSITION Controller DisplayData Communicate WithPC Displayon TouchScreen Provide On/Off Measurements PlotGraphs Calculate quantities Perform Emergency Shutdown ReactToex- ceededLimits Perform Proactive calculations CollectData MonitorLimits ofInterest SaveDataCreate TimeStamp

13. COMMUNICATIONS Communication Read from Controller Create new time-stamped.csv file Write data to.csv file Send to Analysis Software Read data from.csv FeatureFlash storage USBEthernet Ease of implementation Datum-- SpeedDatum++ Hardware costDatumSame TotalsDatum1+ 1- Net: 0 1+ 1- Net: 0

14. ANALYSIS SW– FUNCTIONAL DECOMPOSITION The calculated quantities include efficiency, hydrodynamic power, and any other quantities of interest. Data will be populated in Excel spreadsheets.

15. ANALYSIS SW – LANGUAGE PUGH CHART FeatureExcel macroApplication Programming Language Scripting Language Customer BackgroundDatum-- Ease of maintenanceDatumSame Ease of adding functionality Datum-- Development timeDatum-- Platform availabilityDatum-- TotalsDatum0 + 3 – Net: -3 0 + 3 – Net: -3 Decision: Excel macros

16. ANALYSIS SW – SAMPLE INTERFACE Sample interface to the analysis program, illustrating how the three major functions (Save/Format Data, Load/Acquire data, and Analyze data) could be performed.

17. POWER BUDGET

18. ESTIMATED COST

19. ENCLOSURE FUNCTIONAL DECOMPOSITION

20. HEAT CALCULATIONS

22. FINAL QUESTIONS? Questions? Comments? Thoughts of great concern?

23. THANK YOU FOR YOUR TIME! The POWER of UPDAS