Plc training course contents:introduction to plc hardwarearchitectural evolution of plcintroduction to the field devices attached to plcplc fundamentals-(block diagram of plc's)role of plc in automationdetail information about plc componentspower supplycpuio modulescommunication busvarious ranges available in plcstypes of input & outputssource sink concept in plcconcept of flagsscan cycle executionintroduction to plc programming softwareaddressing conceptsintroduction to bit, byte & word conceptupload, download, monitoring of programsforcing ip & opmonitoringmodifying data table valuesstandard procedure to be followed in wiringwiring ladder etchands on experience on writing programscase studies for conveyor, motors control, timer & counter applications etctroubleshooting & fault diagnostics of plcdocumenting the projectprogram assignments for real time applicationsdcs training course content:introduction of dcsoverview for dcscontrol panel dpu (distributed processor unit)dpu hardware & power supplyio cards in dpu paneldata highway controllercontrol loops & digital logicoperatorengineer station overviewalarm list & historydisplaying loops & logic force valuedownload from engineer station to dpu & operator stationinspection & maintenance for distributed control system (dcs)troubleshooting of the control systemintroduction to control systemapplication of dcs systemarchitectural evolution for dcscomparison between the hardware plc & dcs.

Course Contents:Introduction to SHE while working in industrial safety awarenessIntroduction to operation, programming & trouble shooting of PLC , DCS & SCADA Introduction & calibration of various types of field instruments, selection are their preventive maintenance, breakdown maintenanceIntroduction to various types of panel instrument calibration, termination, loop checking, commissioning procedure & online trouble shooting, online PID values functionIndustrial visit & online trainingTraining on project report preparation, project detail engineering & executionInstrumentation & control engineering (onshore & offshore)General engineering instrumentation & controlFundamentals of instrumentation, measurement & process control engineeringGeneral instrumentation standards & best practice in process, electrical & instrumentation Drawing & DocumentationProcess instrumentationCalibration, installation & maintenance of instrumentsProcess control basics & control valves sizing, selection & maintenance (incl. Pressure Relief Valves). Programmable logic controllerSCADA Systems & Distributed Control SystemsIndustrial Data Communications (including field bus & Industrial Ethernet)Safety instrumentation & Emergency Shutdown SystemsUnderstand the concept of an instrumentation system to support accurate measurementsUnderstand the concepts accuracy & precisionBuild, program, calibrate & use a microprocessor-based instrumentation systemBe able to analyze & design an instrumentation system, dealing with the concepts of dynamic range, signal noiseRatio & error budgetControl noise, intrinsic or external (interference)Read an operational amplifier spec sheet & use the specification to construct an error budget for a high-gain amplifierUnderstand the operation of various instrumentation transducersSelect & apply AD conversion techniques such as successive-approximation, dual slope conversion, voltage frequency conversionUnderstand 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 temperaturecalibration 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 etcinstallation of various process instrumentsintroduction to impulse tube fittings and tubingintroduction to principles of controller modesprinciples of feedback, cascade, and ratio controllersintroduction of various types of control valves and their bodies partselection, servicing and installation of control valves and accessoriesintroduction to process loop wiring diagrams, piping and instrument drawings (p&ids)introduction to hart communicatorconfiguration of various types of process instruments using hart communicatorintroduction to plc and dcsfault finding and trouble shootingmaintenance, 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 instrumentsintroduction to various types of panel instrument calibration, termination, loop checking, commissioning procedure & online trouble shooting, online pid values functionindustrial visit & online trainingtraining project report preparationproject detail engineering and executionprinciples of measurement of level, pressure, flow, and temperaturecalibration of pneumatic recorders, transmitters, pressure gauges and flow metersinstallation of thermocouples and rtds for temperature measurementfabrication and installation of tubing and fittingsapplication of laws of basic electrical theoryanalysis of series and parallel circuitsmeasurement of ac and dc circuit parameters, resistance and inductanceinstrument controlprinciples of controller modesprinciples of feedback, cascade, and ratio controlcalibration of pneumatic and electronic controllersapplications of various control valve bodiesselection of control valve flow characteristicsselection, servicing and installation of control valves and accessoriesdiscussion of control valve problems, flashing, cavitation, noisemethods to eliminate or minimize control valve problemsstudy of control strategies including feed forward control, selective, override and multivariable controlcontroller tuning using simulation software to implement various tuning methodsalignment, calibration and circuit analysis of electronic analog controllersprinciples of digital controllers, smart transmitters and smart control valvesconstruction of electrical process loop wiring diagrams and piping and instrument drawings (p&ids)per isa (instrumentation systems automation) standardsconfiguring of capacitance, thermal and resistive level transmittersconfiguring of density transmittersconfiguring of temperature transmittersconfiguring a hart (highway addressable transducer) vortex flow meterconfigure a mass flow meterconfiguring of magnetic flow transmittersconfiguring of ultrasonic & flow transmitters.

Plc training course contents:introduction to plc hardwarearchitectural evolution of plcintroduction to the field devices attached to plcplc fundamentals-(block diagram of plc's)role of plc in automationdetail information about plc componentspower supplycpuio modulescommunication busvarious ranges available in plcstypes of input & outputssource sink concept in plcconcept of flagsscan cycle executionintroduction to plc programming softwareaddressing conceptsintroduction to bit, byte & word conceptupload, download, monitoring of programsforcing ip & opmonitoringmodifying data table valuesstandard procedure to be followed in wiringwiring ladder etchands on experience on writing programscase studies for conveyor, motors control, timer & counter applications etctroubleshooting & fault diagnostics of plcdocumenting the projectprogram assignments for real time applicationsdcs training course content:introduction of dcsoverview for dcscontrol panel dpu (distributed processor unit)dpu hardware & power supplyio cards in dpu paneldata highway controllercontrol loops & digital logicoperatorengineer station overviewalarm list & historydisplaying loops & logic force valuedownload from engineer station to dpu & operator stationinspection & maintenance for distributed control system (dcs)troubleshooting of the control systemintroduction to control systemapplication of dcs systemarchitectural evolution for dcscomparison between the hardware plc & dcs.

Course Contents:Introduction to SHE while working in industrial safety awarenessIntroduction to operation, programming & trouble shooting of PLC , DCS & SCADA Introduction & calibration of various types of field instruments, selection are their preventive maintenance, breakdown maintenanceIntroduction to various types of panel instrument calibration, termination, loop checking, commissioning procedure & online trouble shooting, online PID values functionIndustrial visit & online trainingTraining on project report preparation, project detail engineering & executionInstrumentation & control engineering (onshore & offshore)General engineering instrumentation & controlFundamentals of instrumentation, measurement & process control engineeringGeneral instrumentation standards & best practice in process, electrical & instrumentation Drawing & DocumentationProcess instrumentationCalibration, installation & maintenance of instrumentsProcess control basics & control valves sizing, selection & maintenance (incl. Pressure Relief Valves). Programmable logic controllerSCADA Systems & Distributed Control SystemsIndustrial Data Communications (including field bus & Industrial Ethernet)Safety instrumentation & Emergency Shutdown SystemsUnderstand the concept of an instrumentation system to support accurate measurementsUnderstand the concepts accuracy & precisionBuild, program, calibrate & use a microprocessor-based instrumentation systemBe able to analyze & design an instrumentation system, dealing with the concepts of dynamic range, signal noiseRatio & error budgetControl noise, intrinsic or external (interference)Read an operational amplifier spec sheet & use the specification to construct an error budget for a high-gain amplifierUnderstand the operation of various instrumentation transducersSelect & apply AD conversion techniques such as successive-approximation, dual slope conversion, voltage frequency conversionUnderstand 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 temperaturecalibration 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 etcinstallation of various process instrumentsintroduction to impulse tube fittings and tubingintroduction to principles of controller modesprinciples of feedback, cascade, and ratio controllersintroduction of various types of control valves and their bodies partselection, servicing and installation of control valves and accessoriesintroduction to process loop wiring diagrams, piping and instrument drawings (p&ids)introduction to hart communicatorconfiguration of various types of process instruments using hart communicatorintroduction to plc and dcsfault finding and trouble shootingmaintenance, 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 instrumentsintroduction to various types of panel instrument calibration, termination, loop checking, commissioning procedure & online trouble shooting, online pid values functionindustrial visit & online trainingtraining project report preparationproject detail engineering and executionprinciples of measurement of level, pressure, flow, and temperaturecalibration of pneumatic recorders, transmitters, pressure gauges and flow metersinstallation of thermocouples and rtds for temperature measurementfabrication and installation of tubing and fittingsapplication of laws of basic electrical theoryanalysis of series and parallel circuitsmeasurement of ac and dc circuit parameters, resistance and inductanceinstrument controlprinciples of controller modesprinciples of feedback, cascade, and ratio controlcalibration of pneumatic and electronic controllersapplications of various control valve bodiesselection of control valve flow characteristicsselection, servicing and installation of control valves and accessoriesdiscussion of control valve problems, flashing, cavitation, noisemethods to eliminate or minimize control valve problemsstudy of control strategies including feed forward control, selective, override and multivariable controlcontroller tuning using simulation software to implement various tuning methodsalignment, calibration and circuit analysis of electronic analog controllersprinciples of digital controllers, smart transmitters and smart control valvesconstruction of electrical process loop wiring diagrams and piping and instrument drawings (p&ids)per isa (instrumentation systems automation) standardsconfiguring of capacitance, thermal and resistive level transmittersconfiguring of density transmittersconfiguring of temperature transmittersconfiguring a hart (highway addressable transducer) vortex flow meterconfigure a mass flow meterconfiguring of magnetic flow transmittersconfiguring of ultrasonic & flow transmitters.