Supervisory Control And Data Acquisition (SCADA)
Supervisory Control And Data Acquisition (SCADA) What is a SCADA systemDraft of our SCADA architecturePVSS vs. National instruments
SCADA system Supervisory Control and Data Acquisition (SCADA)Control and monitor a complete systemUses computers, networked data communications and Human Machine Interface (HMI)Uses other devices such as programmable logic controller (PLC) and discrete PID controllers PLC Modular devices with inputs and outputs (I/O) and which are often networked to SCADA host computer HMI Human-Machine Interface Display of the complete SCADA system2
Previous systems Looked at previous systems Implement some ideas into our SCADA architecture Warwick - Controls Vacuum (Unnecessary ) Add interlock systems to X-ray generatorWarwick ITk 2017ITk Italy 2017
Cooling system Sensors PCL PLC calculates average temperature and send input to chiller PID system in chiller - Set the correct temperature Want to control Nitrogen and Peltier elements Interlock system on SCADA based on the sensorsCooling/Humidity systemPressure sensorsPLCSensorsHumidity sensorsTemperature sensorsSCADA Systemwith HMIChillerNitrogenPSUPeltierNitrogen
X-ray system Control the X-y gantry via. Stepper controller Turn on and off the X-ray generator Door and light interlock system which enables current tothe X-ray generatorSCADA Systemwith HMIX-ray systemSteppercontrollerX-ray generatorDoor/lightX-y gantryHardware interlock
DAQ and HV LV system Modules are connected to FPGA cards (Stack) Use YARR in DAQ Also read out NTC temperature of board YARR software - SCADA software PSU for HV and LV to modules, also to Peltier elementsHV AND LV systemDAQ and HV/LVFPGASCADA Systemwith HMI& YARRModulesPeltier6PSUModules
SCADA Architecture draft (Communication Network)Cooling/Humidity systemDatabaseRemote PCDAQ and HV/LVLocal storageFPGAPressure sensorsPLCHumidity sensorsTemperature sensorsSCADA Softwarewith HMI& YARRModulesChillerPSUNitrogenPeltierX-ray systemSteppercontrollerSet manuallyX-ray generatorX-y gantryVacuumDoor/light7Hardware interlockConclusion Easy to program, good monitoring, scalability, only one SCADAhardware (PLC)
PVSS II SCADA system from Siemens (WinCC Open Architecture) Already in use at CERN & Oslo Use C Advantage: Platform Independence Good scalability and flexibility PVSS allows users to design their own user interfaces, in a “dragand drop” fashion Support from our collaborators “Have to learn it anyway”Disadvantages: Buy and set up PLC and HV LV independently Steep learning curve8PVSS can be used on various levels in theautomation pyramid. As aHMI (human machine interface) down atthe bottom of the pyramid for PLCs,field buses and sensors.
National Instruments American multinational company with international operationIt is a producer of automated test equipment and virtualinstrumentation softwareCommon applications include data acquisition, instrument controland machine vision. Software LabVIEW, ANSI C, Visual C# Advantage: Buy all necessary equipment (Crate with HV, LV, PLC, buy modules) Get software Easy to implement Lot of tutorials online and help fromDisadvantages: More expensive “On our own”9
2 SCADA system Supervisory Control and Data Acquisition (SCADA) Control and monitor a complete system Uses computers, networked data communications and Human Machine Interface (HMI) Uses other devices such as programmable logic controller (PLC) and discrete PID controllers
A. Supervisory Control and Data Acquisition Systems Industrial Control Systems (ICS) are often found in in-dustries, such as electric, water, oil, natural gas, chemical, transportation, etc. Supervisory Control and Data Acquisition (SCADA) systems are examples of ICS systems, which are generally used in controlling dispersed assets using central-
1F 2 In March 2017, the CFPB published its first special edition of Supervisory Highlights dedicated to consumer reporting issues. 2F 3 This special edition of Supervisory Highlights reports on mor e recent supervisory findings in this area. Recent supervisory reviews of compliance with the FCRA and Regulation V have identified new
4.1 Data Acquisition- A. The SCADA data acquisition engine can retrieve variables and status information from remote sources such as RTU, PLC, data concentrators, other supervisory systems and protective equipment, among other sources, by the means of standard communication protocols. B.
Supervisory Control and Data Acquisition Laboratory 51 Fig. 2. Components of SCADA – TIA Democase. control logic for the manual drive control. S7Graph [10] is used to implement the automatic drive control. WinCC Flexible is employed as SCADA platform. At the end of this section, the hardware configuration
SCADA is an acronym for Supervisory Control and Data Acquisition. SCADA systems are used to monitor and control a plant or equipment in industries such as telecommunications, water and waste control, energy, oil and gas refining and transportation. These systems encompass the transfer of data between a SCADA central
supervisory control and data acquisition (scada) systems for command, control, communications, computer, intelligence, surveillance, and reconnaissance (c4isr) facilities approved for public release: distribution unlimited headquarters, department of the army 21 january 2006 .
Chapter 5 SUPERVISORY COMMITTEE Examination 0 Determine the necessary supervision and examination scope based 0 bjectives on the review of the supervisory committee audit, internal audit reports and risk management reports Determine whether the supervisory committee audit and verification meets the requirements
Annual Day. Since that year, we have raised money to subsidize our conference claims which support many missions of the Christian Methodist Episcopal Church. Among them are our institu- tions of higher learning: Lane College Miles College Paine College Phillips School of Theology Thank you for your continuous support! We are proud to be CME! Sister Patricia McKinney Lewis 17 Sis. Hattie Hicks .
