Instrument Technicians Training
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Course contents:
• introduction to principles of measurement of level, pressure, flow and temperature
• calibration and testing of pneumatic and electronic process instruments like transmitters, gauges, rtd, thermocouples, ip convertors, control valves, on-off valves, shutdown valves switches, flow meters etc
• installation of various process instruments
• introduction to impulse tube fittings and tubing
• introduction to principles of controller modes
• principles of feedback, cascade, and ratio controllers
• introduction of various types of control valves and their bodies part
• selection, servicing and installation of control valves and accessories
• introduction to process loop wiring diagrams, piping and instrument drawings (p&ids)
• introduction to hart communicator
• configuration of various types of process instruments using hart communicator
• introduction to plc and dcs
• fault finding and trouble shooting
• maintenance, breakdown maintenance, preparation of calibration set up, online testing procedure, trouble shooting of control panels & functions, procedure of iso calibration methods, overhauling of all type of instruments
• introduction to various types of panel instrument calibration, termination, loop checking, commissioning procedure & online trouble shooting, online pid values function
• industrial visit & online training
• training project report preparation
• project detail engineering and execution
• principles of measurement of level, pressure, flow, and temperature
• calibration of pneumatic recorders, transmitters, pressure gauges and flow meters
• installation of thermocouples and rtds for temperature measurement
• fabrication and installation of tubing and fittings
• application of laws of basic electrical theory
• analysis of series and parallel circuits
• measurement of ac and dc circuit parameters, resistance and inductance
• instrument control
• principles of controller modes
• principles of feedback, cascade, and ratio control
• calibration of pneumatic and electronic controllers
• applications of various control valve bodies
• selection of control valve flow characteristics
• selection, servicing and installation of control valves and accessories
• discussion of control valve problems, flashing, cavitation, noise
• methods to eliminate or minimize control valve problems
• study of control strategies including feed forward control, selective, override and multivariable control
• controller tuning using simulation software to implement various tuning methods
• alignment, calibration and circuit analysis of electronic analog controllers
• principles of digital controllers, smart transmitters and smart control valves
• construction of electrical process loop wiring diagrams and piping and instrument drawings (p&ids)
• per isa (instrumentation systems automation) standards
• configuring of capacitance, thermal and resistive level transmitters
• configuring of density transmitters
• configuring of temperature transmitters
• configuring a hart (highway addressable transducer) vortex flow meter
• configure a mass flow meter
• configuring of magnetic flow transmitters
• configuring of ultrasonic & flow transmitters.
...more