→ festo.com/didactic 26 Three-Phase Separator with Basic Pneumatic Control Three-phase separator workstation with a back pressure valve, a pneumatic float level controller, a pneumatic displacer level controller, a safety pressure valve, and a pneumatic control valve. The Instrumentation add-on can be added. 120 V, 60 Hz 8094286 220 – 240 V, 50/60 Hz 8094287 Three-Phase Separator with Instrumentation Three-phase separator workstation with a back pressure valve, a pneumatic float level controller, a pneumatic displacer level controller, a safety pressure valve, an orifice plate (air-high flow), a differential-pressure transmitter (HART, low range), a turbine flow transmitter, a pressure transmitter (HART), a vibrating fork level switch, a multi-parameter guided-radar level transmitter, a pneumatic control valve, and a touch screen graphic terminal (Allen-Bradley). 120 V, 60 Hz 8094289 220 – 240 V, 50/60 Hz 8094290 Recommended accessories: Three-phase separator, instrumentation add-on (120 V, 60 Hz) 8094292 Three-phase separator, instrumentation add-on (220 – 240 V, 50 /60 Hz) 8110644 J-type thermocouple 582406 Electromagnetic flow transmitter (HART, transmitter on the right) 582413 Coriolis flow transmitter (HART) 588323 Temperature transmitter (HART) 582422 HART software configurator 588420 Calibration kit 588416 Calibration kit with pressure modules 588417 FactoryTalk View Studio ME → Page 173 Interactive Measurement and Control Experience Smart instrumentation is used not only for measurement, but also for optimization of the separation process, which reduces operation cost and maximizes operator and asset safety. The Three-Phase Separator allows students to perform experiments with measurement devices and control components commonly found in industry. Students get first-hand experience with Rockwell Automation and Endress+Hauser technologies, both of which are used on a large scale in the oil and gas industry. The system is monitored using PlantPAx, as is usually the case in real world scenarios. An Allen-Bradley CompactLogix PLC monitors processes. Two AllenBradley variable frequency drives allow the user to change operating flow rates, as well as water and oil pressure. Gas flow measurement is possible thanks to a differential pressure transmitter. The HMI for data acquisition and alarm management – a large PanelView Plus 7 touch panel – uses the standard PlantPAx library. It also allows for fault insertion during troubleshooting exercises. Learning Objectives Basic control system: – Become familiar with three-phase separation mechanisms and design of separator vessels – Experiment with the effect of various parameters on separation efficiency – Adjust pneumatic level controllers – Configure and operate specific instrumentation used with threephase separators – Read piping and instrumentation diagrams – Practice troubleshooting Additional objectives with the system with instrumentation: – Use an HMI and manage alarms efficiently – Learn about PLCs – Install and use different types of smart instrumentation – Get acquainted with the HART communication protocol (optional) Recommended Learning Material Workbook Campus license: Order no. 8099622 Notes: The campus license is currently offered in English only, but other languages will be added as they become available. Campus licenses include the student and the instructor PDF versions of the workbooks “ThreePhase Separator Basic Control” and “Three-Phase Separator Instrumentation”. Courses on Festo LX aThree-Phase Separator – Basic Control aThree-Phase Separator – Instrumentation Industrial Instrumentation and Process Control > Three-Phase Separator
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