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| ------------ Basics ------------ |
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Instrumentation handling and wiring |
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CRI |
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Perform the wiring of measuring, detection and control devices.
Troubleshoot the main dysfunctions related to wiring.
Perform loop synchronization.
Handling an installation instrumentation wiring. |
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Introduction to Instrumentation and Control |
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IMR |
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> Demystify process control functions, from the sensor to the control system.
> Acquire basic knowledge on instrumentation and control techniques and technology.
> Improve communication with maintenance, research and installation staff. |
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Introduction to Instrumentation and Control (Engineers - Technicians) |
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IMRI |
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> Acquire general knowledge on instrumentation and control principles.
> To be able to communicate with specialists.
> Understand implied physical laws. |
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Control Practice and Maintenance |
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PR1R |
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> To be able to setup PID control loops.
> Troubleshoot control loops. |
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Control basics for operators |
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ROP1 |
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> Demystify process control functions, from the sensor to the control system.
> Acquire basic knowledge on instrumentation, automation and control necessary for:
- Process operation
- DCS usage
> Improve communication with maintenance, research and installation staff. |
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Process operation on a DCS |
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SNCC-OP |
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Train operators for DCS operations.
- Understand the components and operating principles of a control system.
- To be able to read process visualizations, through the operator interface, and therefore detect good and bad operations.
- To use efficiently the different possibilities in a control system. |
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Control Technique and Maintenance |
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TC1R |
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- Setup and tune simple or complex PID control loops
- To be able to suggest control strategies to improve process stability.
- Troubleshoot control loops |
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| ------------ Fundamentals ------------ |
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Knowledge update in instrumentation and control |
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ACTU 2011 |
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> Knowledge update (new technologies in instrumentation and control).
> Practice on recent equipments.
> Master new tools (usage, choice and configuration software).
> Refresh know-how. |
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Engineering department |
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BE1 |
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> Know the engineering department functions
> Choose instrumentation and control devices adapted to a process
> Define technical specifications
> Evaluate control devices |
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Instrumentation for engineering departments |
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BE1I |
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> Choose instrumentation
> Define technical specifications
> Know the main standards used in instrumentation |
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Control for engineering departments |
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BE1R |
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> Design control strategies adapted to a process.
> To be able to communicate with manufacturers and technical staff.
> Evaluate control devices. |
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Instrumentation and Control troubleshooting |
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DIAG |
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> Acquire troubleshooting methods
> Acquire basic knowledge for plant instrumentation and control troubleshooting
> Troubleshoot faster |
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Process elements for control |
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EPR |
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> Acquire essential physics knowledge to :
- Know and maintain measuring and control devices.
- Understand the selection of control strategies based on process functions
- Communicate with operation staff |
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Instrumentation and control basics for engineers (MEI + REI) |
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IRD |
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> Study measurement techniques and associated devices.
> Acquire notions on the usage and mounting of instruments.
> Know the calculations for measurement verifications.
> To be able to setup a PID control loop
> Improve stability and global performances of a process
> Establish the relationship between theoretical knowledge and industrial applications. |
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Industrial measurement basics for engineers |
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MEI |
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> Study measurement techniques and associated devices.
> Acquire notions on the usage and mounting of instruments.
> Know the calculations for measurement verifications and influence factors which affect them.
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Practice of Electricity for Instrumentation technicians |
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PEI |
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> Master digital and analog measurement loop principles.
> Know good practices for implementation and wiring.
> Perform equipment commissioning.
> Learn how to maintain an installation |
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Practice of Instrumentation and Control PR1R +PR1M |
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PR1 |
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> To be able to:
- Tune,
- Manipulate,
- Troubleshoot instrumentation, valves and control loops. |
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Instrumentation Practice and Maintenance |
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PR1M |
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> To be able to:
- Tune,
- Troubleshoot instrumentation devices and control valves
> Setup measurement devices (wiring and assembly) |
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Industrial control basics for engineers |
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REI |
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> To be able to setup a PID control loop
> Improve stability and global performances of a process
> Establish the relationship between theoretical knowledge and industrial applications. |
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Applications for Operators |
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ROP2 |
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To be able to:
> Understand the role of hardware and software elements of a DCS (Distributed Control System).
> Understand the "hidden" principles of automation and control.
> Improve process control by a better usage of DCSs.
> Improve communication with maintenance services. |
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Instrumentation Field Buses |
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RTI |
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> Know the principles and characteristics of instrumentation field buses.
> Understand the contributions and limits of field buses.
> Choose the field bus adapted to your needs.
> Setup and tune fundamental parameters. |
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Control symbolization |
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SYMBOL |
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Understand piping and instrumentation diagrams.
To be able to design diagrams (P&ID, PFD) |
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Instrumentation and Control Technique |
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TC1 |
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> To be able to:
- Tune, setup and validate
- Perform calculations for applied measures and control
- Troubleshoot measuring instruments, valves and control loops
- Suggest improvements |
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InstrumentationTechnique and Maintenance |
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TC1M |
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> To be able to:
-- Tune, setup and validate measures
-- Troubleshoot measuring instruments and control valves
-- Maintain instrumentation devices
-- Perform calculations for applied measures
-- Understand the main influence factors on measures
-- Suggest improvements for industrial measurements. |
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Perfecting DCS or PLC Control |
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TC2-RAP |
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> Acquire methodology to tune control loops on a DCS or PLC.
> Improve control loop performances with an increased knowledge of processes and the implementation of multi-loop controls.
> Take advantage of control systems functionalities (DCS or PLC) |
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Process Control Technique |
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TRP |
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> To be able to design or improve industrial control loops.
> Understand the most used control principles in industrial processes. |
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Control Valves |
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V |
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> To be able to define, choose and calculate control valves
> Determine valve malfunctions and possible solutions
> Improve process control |
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| ------------ Mastery ------------ |
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Automation project on batching processes |
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BATCH |
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> To be able to design the automation of a batching process with a digital controller (DCS, PLC or other) |
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Project in Instrumentation and Control |
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BE2 |
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> At the end of this training, participants will have studied the different phases of specification, design and implementation of an automated continuous process project. |
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Flow measurements on pipes |
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DEBIT |
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> Master the flow measurements principles.
> Know the limits and influence factors.
> Perform calculations relative to operation conditions. |
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Control Valve Maintenance |
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MVA |
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> Understand operation of valves and positioners.
> To be able to maintain and tune a control valve according to its specifications.
> Verify the internal elements. |
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Liquids and Solids Level Measurement |
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NIVEAU |
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> Master the level measurement principles.
> Know the limits and influence factors.
> Apply calculations relative to operation conditions. |
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Furnace combustion control |
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PRC |
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> Master the control principles of furnace combustion and tuning methods to improve their operation and productivity.
> Master instrumentation and control maintenance.
> To be able to tune and optimize control loops. |
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Temperature measurement Practice |
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PTE |
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Study the temperature measurement and control techniques to:
> Verify measurements
> Tune or configure instruments
> Appreciate the metrological quality of a measure |
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Steam generators control |
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RGV |
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> Master combustion control principles.
> Understand control strategies applied by specialists.
> Make perfect the people in charge of instrumentation and control devices maintenance.
> Understand the consequences on productivity due to bad operation of equipments.
> To be able to tune and optimize control loops. |
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Industrial Measures Technique |
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TM |
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> Perfecting measuring techniques
> Account the metrological aspect
> Know the limits and influence factors of industrial measures
> Perform calculations relative to flow (normalized flow) |
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Industrial Processes technique |
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TPI |
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With a process approach, allow the trainee to:
> Analyse events and dysfunctions
> Integrate a project team efficiently
> Apprehend in a better way process instrumentation, control and automation. |
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