PLC Programming

Have an overview of industrial automation, PLC, and the role played by PLC in automation 01:00:12

Understand the components and architecture of PLC, its modules, and CPU. 02:30:12

Know the types of PLCs and the benefits of using PLCs 03:40:12

Understand the areas in which you can apply PLC 04:20:12

Have an overview of the fundamentals of PLC programming. 04:20:12

Know what ladder logic is. Understand its structure and layout. Learn about its advantages and disadvantages. 01:00:12

Understand logic functions, such as OR, NOT, AND, NOR, and NAND logic functions 02:30:12

Learn about basic ladder instructions, like Normally Open (NO), Normally Closed (NC), Examine if Closed (XIC), Examine if Open (XIO), etc. 03:40:12

Find out how to create, set, reset, simulate, and test memory logic. Study how to simulate and test ladder logic. 04:20:12

Practical training with real-time projects. 05:00:12

Understand what a timer is in PLC, its purpose, and its application. 01:00:12

Know the types of timers, including ON Delay Timer, Off Delay Timer, Retentive Timer, and Non-retentive Timer. 02:30:12

Learn about the timer configuration parameters, like preset value, accumulated value, and time base. 03:40:12

Find out how to implement timers in ladder logic. Learn about basic wiring, logic structure, and combining timers with logic gates. 04:20:12

Hands-on training in emergency stop, sequential control, timer-based alarms, timing control, and heater sequencing. 05:00:12

Study what a counter is, how it is used in automation, and the differences between timers and counters. 01:00:12

Learn about the types of counters, including Up counter, Down counter, combined mode, and reset logic. 02:30:12

Know counter parameters and counter instructions across various platforms 03:40:12

Understand how to use counters with interlocks and timers. Learn production part counting, batch process control, limit detection, and object detection using counters. 04:20:12

Hands-on training in troubleshooting, input-based counting, and item count display. 05:00:12

Have an overview of process control, its types, and its role in automation. 01:00:12

Understand its components of a process control system, including sensors, transmitters, actuators, controllers, etc. 02:30:12

Learn about the different types of control methods, including open loop, closed loop, and feedforward. 03:40:12

Find out what PID is and how to implement it in a PLC. Know PID scaling and setpoint tracking. 04:20:12

Practical training with real-time projects in process control. 05:00:12

Understand what sequences are and the real-world applications where sequences are used 01:00:12

Learn about the basic sequential programming techniques, such as using memory bits, using timers, using counters, etc. 02:30:12

Study the advanced sequential control methods, including step ladder, use of markers, step sequence programming, etc. 03:40:12

Have an overview of a sequential function chart. Know the implementation of sequences. 04:20:12

Find out how to troubleshoot sequential programs and learn real-time sequential examples like traffic light, elevator control, bottle filling, etc. 05:00:12

Understand basic digital logic gates, such as truth tables, NAND, NOT Gates, etc. 01:00:12

Study the digital input devices, including push buttons, limit switches, and proximity sensors. Know the digital output devices, like relays, indicators, alarms, and contactors. 02:30:12

Learn about the use of memory bits for logic control and the creation of virtual logic gates with internal contacts. 03:40:12

Find out in which industrial applications digital logic is used. Learn testing and simulation of digital logic. 04:20:12

Training with real projects, such as traffic light logic, alarm system, machine start-up, and simple sorting system. 05:00:12

Learn what data transfer is and have an overview of the memory types, like bit, word, and double word. 01:00:12

Study data movement instructions, such as MOVE, copy, data transfer, and shift. 02:30:12

Find out how to compare and evaluate data, and compare results in logic control. 03:40:12

Understand arithmetic operations like ADD, SUB, MUL, and DIV. 04:20:12

Know data exchange, data logging, and data retention. 05:00:12