Advanced PLC Program Professional
- Offered byIPCS Automation
Advanced PLC Program Professional at IPCS Automation Overview
Duration | 240 hours |
Mode of learning | Online |
Schedule type | Self paced |
Credential | Certificate |
Advanced PLC Program Professional at IPCS Automation Course details
- For Most suited for freshers and job seekers
- Capitalizing on its long-term industrial experience in Automation sector, IPCS conducts various training programs specially tailored for Professionals, Corporate Companies and Colleges
- IPCS provides a well-disposed and stimulating study environment addressing the intellectual, professional and leadership development of students
- PLC ( PROGRAMMABLE LOGIC CONTROLLER ) is an industrial computer control system that continuously monitors the state of input devices and makes decisions based upon a custom program to control the state of output devices
- Ladder Logic is the most commonly used PLC programming language. IPCS Automation offers PLC training program for long years
Advanced PLC Program Professional at IPCS Automation Curriculum
1.Programmable Logic Controllers (PLC)
Architecture of PLC Different Modules, Power Supply Unit Etc.
Need of PLC in Designing
Different Types of Sensors – Sinking, Sourcing, NPN, PNP
Monitoring the Process Through Sensors – Connection Details
Analog Addressing, Continuos Process Monitoring and Control
Configuring Alarms
Different Types of Controllers – On/Off, Proportional, Derivative,
Integral and PID Control
PLC Programming of Branded PLCS
No/Nc Concept
Data File Handling – Forcing I/O
Wiring and Fault Correction
Programming Practices
2. Supervisory Control And Data Acquisition (SCADA)
SCADA Packages
Need of PLC in Designing
Role of SCADA in Industrial Automation
SCADA System Configuration, RTU, Communication Protocols
Script Programming
Real Time and Historical Trend
Onfiguring Alarms
Real Time Project Development with PLC Interfacing
Communication with other Software
3. Human Machine Interface
Different Types Of Panels.
Basic Components To Be Installed In A Panel.
Wiring Details Of Panel.
Specification And Physical Dimension Of Components.
Earthing And Cabling Of Panels- Standard Procedures.
P&I Diagram Preparation.
4. Field Instrumentation and Pneumatic
Different Types Of Sensors- Analog And Discrete
Technical Terms Used In Instrumentation
Calibration And Testing Of Sensors- Thermo Couples, RTD, Pressure
Gauge, Level Sensors, Proximity Switches, Limit Switches Etc
Final Control Elements- Solenoid Valve, Control Valve, Motor Actuators,
Solenoids, Bellows, Manual Valves Etc
Wiring And Commissioning Of Reactor Plant With PLC And SCADA Control
5.Control Panel Designing
Different Types Of Panels.
Basic Components To Be Installed In A Panel.
Wiring Details Of Panel.
Specification And Physical Dimension Of Components.
Earthing And Cabling Of Panels- Standard Procedures.
P&I Diagram Preparation.
Industrial control panel standards
Power supply systems
Incoming supply circuit requirements
Power circuit requirements
Control panel engineering tools and best practices Basic layout
Familiarization with the layout of different schematics and one line diagrams
Create a single line diagram.
How to trace the schematic of the control panel from the cad diagram.
Ferrules and numbering methodology.
Safety relay.
Other courses offered by IPCS Automation
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