Anmol Technical Training Centre

Dwarka, Delhi

Plc training course contents: • introduction to plc hardware • architectural evolution of plc • introduction to the field devices attached to plc • plc fundamentals-(block diagram of plc's) • role of plc in automation • detail information about plc components • power supply • cpu • io modules • communication bus • various ranges available in plcs • types of input & outputs • source sink concept in plc • concept of flags • scan cycle execution • introduction to plc programming software • addressing concepts • introduction to bit, byte & word concept • upload, download, monitoring of programs • forcing ip & op • monitoringmodifying data table values • standard procedure to be followed in wiringwiring ladder etc • hands on experience on writing programs • case studies for conveyor, motors control, timer & counter applications etc • troubleshooting & fault diagnostics of plc • documenting the project • program assignments for real time applications dcs training course content: • introduction of dcs • overview for dcs • control panel dpu (distributed processor unit) • dpu hardware & power supply • io cards in dpu panel • data highway controller • control loops & digital logic • operatorengineer station overview • alarm list & history • displaying loops & logic force value • download from engineer station to dpu & operator station • inspection & maintenance for distributed control system (dcs) • troubleshooting of the control system • introduction to control system • application of dcs system • architectural evolution for dcs • comparison between the hardware plc & dcs.

Course Contents: • Introduction to SHE while working in industrial safety awareness • Introduction to operation, programming & trouble shooting of PLC , DCS & SCADA • Introduction & calibration of various types of field instruments, selection are their preventive maintenance, breakdown maintenance • 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 on project report preparation, project detail engineering & execution • Instrumentation & control engineering (onshore & offshore) • General engineering instrumentation & control • Fundamentals of instrumentation, measurement & process control engineering • General instrumentation standards & best practice in process, electrical & instrumentation Drawing & Documentation • Process instrumentation • Calibration, installation & maintenance of instruments • Process control basics & control valves sizing, selection & maintenance (incl. Pressure Relief Valves). • Programmable logic controller • SCADA Systems & Distributed Control Systems • Industrial Data Communications (including field bus & Industrial Ethernet) • Safety instrumentation & Emergency Shutdown Systems • Understand the concept of an instrumentation system to support accurate measurements • Understand the concepts accuracy & precision • Build, program, calibrate & use a microprocessor-based instrumentation system • Be able to analyze & design an instrumentation system, dealing with the concepts of dynamic range, signal noise • Ratio & error budget • Control noise, intrinsic or external (interference) • Read an operational amplifier spec sheet & use the specification to construct an error budget for a high-gain amplifier • Understand the operation of various instrumentation transducers • Select & apply AD conversion techniques such as successive-approximation, dual slope conversion, voltage frequency conversion • Understand on a theoretical level carrier signal & signal averaging methods for extracting a signal from noise

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.