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Short Term Automation Course
Our training title "Investing
in Future" is a key message, "Teaching and Learning"
with Technologies may improve academic education & corporate
training for engineering science. Bridging the gap between
theory learned in college & knowledge applied in actual
industry.
We cover/teach the
most popular PLC's used world wide like.
Schenieder,
Allen Bradley, Fuji, LG, Simens,
Mitsubishi, Messung & Also cover HMI, Field
Instruments,
Troubleshooting, calibration of process equipments, PID( Process
instrumentation ), Panel Designing,
AC Drive
Schenieder(Altivar), Control Technique,
Fuji, Simens, & the most popular Intouch,
Astra SCADA
350 questions based
on industrial application, fest, seminars, certificate.
Module-2:
(Basic
industrial automation training)
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Basic block of instrumentation system types of transducers
(active and passive) |
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Temperature measurement, working principle, types, and selection
guidelines. |
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Pressure measurement, working principle, types, and selection
guidelines. |
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Flow measurement, working principle, types, and selection
guidelines. |
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Level measurement, working principle, types, and selection
guidelines. |
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Displacement measurement, working principle, types, and
selection guidelines. |
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Angular displacement and speed measurement, working principle,
types, and selection guidelines. |
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Current to pressure converter and Control valves
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Module-3:
(Troubleshooting, calibration of process equipments.)
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Testing of RTD and
thermocouple.
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Testing of pressure measurement device.
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Testing of scales for displacement measurement.
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Testing of encoders.
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Calibration of process indicators.
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Module-4: (Process
instrumentation )
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Process control
basic
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Closed loop and open loop system
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Control algorithms (P, PI, PD, PID)
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Process control schemes.
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Module-5:
(Programmable
logic controllers )
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Introduction to PLC, PLC family, application of PLC in industry,
benefits of PLC in industry. |
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Introduction to PLC hardware
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Source
and sink wiring concept |
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Transistor and relay output
concept
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Introduction to PLC programming software
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Addressing concept
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Introduction to ladder
logic
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Basic
programming instructions |
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Advance
programming instructions. |
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Implementation of instruction and advanced
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Instruction’s for logic development as per industrial
application. |
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PID
control using PLC |
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Upload,
download, monitoring of PLC |
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Forcing
of I/O’s |
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Introduction of analog input and output
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Fault
finding/troubleshooting |
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Communication with HMI & SCADA
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Hands
on experience on real time application
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Drive
control using PLC. |
Module-6: HMI (Human Machine Interface)
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Introduction about HMI, Use and benefits of HMI
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Introduction about HMI programming software
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Creating applications
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Creating alarms and events
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Downloading/uploading program
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Communication with PLC
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Fault finding
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Module-7: SCADA
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Introduction about SCADA
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Introduction about SCADA software
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Creating
graphic’s
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Attaching control to graphic objects
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Real time and historical trends
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Communication with PLC
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Control loop interface with SCADA
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Recipe Management
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Fault finding/troubleshooting
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Module-8: Panel designing
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Introduction about electrical symbols of accessories used in
panel building |
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Industrial standard color
codes
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Introduction to switchgears and accessories
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Basics of control and power wiring
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Sizing of panel
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Preparation of general arrangement drawings
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Preparation of control and power circuits
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General wiring guidelines/practice
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Maintenance and troubleshooting of control circuit in live
panels. |
Module-9: Variable Frequency Drives
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Variable frequency drives
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Ac motor basics
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Introduction to AC drive and applications Braking in drives
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Benefits of ac drive over conventional starters (DOL &
Star/delta) |
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Criteria for drive selections
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Parameter programming
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Energy saving concept
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Live Demonstration of effect of each programmed parameter on
Drive. |
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Designing of drive control panel
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Communication of drive with PLC,HMI & SCADA
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Fault
finding/troubleshooting |
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Soft
starter and their advantage over conventional starters.
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Programming of drives using PC (Power Suit)
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Module-10:
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PLC Networking
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