Практика на Structured Text (ST) — комплект из 12 учебных пособий + бонусы

12 ready-to-use training manuals + 1 bonus — all the ST practice you need in one archive.

Structured Text (ST) is the most powerful text-based PLC programming language according to the IEC 61131-3 standard. It offers maximum flexibility for working with data, algorithms, and complex industrial systems. But to truly master it, you need not theory — you need practice. Lots of practice.

This bundle combines 12 practice-oriented manuals that will guide you step by step — from your first lines of code to controlling robotic cells, water treatment plants, thermal processes, and industrial furnaces. And as a bonus, you receive a 13th manual dedicated to PLC project architecture — how to properly organise your code so that it is clear, scalable, and easy to diagnose.

What´s Included in the Bundle
📘 Structured Text (ST) in Industrial Automation: From Basics to a Robotic Cell
A complete beginner-friendly course: from installing CODESYS and writing your first variables to controlling a robotic cell. Includes 6 practical exercises with step-by-step instructions and error analysis.

📘 PLC-Based Motor Control in Structured Text (ST)
Everything about electric motor control: motor types, protection systems, current and temperature monitoring, starting strategies (DOL, soft starter), state machines, and 8 typical errors.

📘 PID Controller for Motor Speed Control
Practical implementation of a speed PID controller in ST for CODESYS. Scaling, filtering, anti-windup, analog signal processing, and VFD integration.

📘 PLC Analog Outputs (DAC): Controlling Valves, Drives, and Heaters via 4–20 mA
DAC physics, UNSCALE, valve control, VFDs, heaters, diagnostics, safety, error budget calculation, and laboratory exercises.

📘 PWM in PLCs using Structured Text: Code Examples for Siemens S7, Codesys, and OVEN
Software and hardware PWM, P and PID control, multi-channel management, diagnostics, and safety. Ready-to-use examples for three platforms.

📘 Thermal Processes in Industry
From electric furnaces to steam boilers, dryers, and refrigeration units. How to adapt PID control to different types of thermal systems.

📘 Automation of Electric Resistance Heating Furnaces
Furnace physics, heater types, PID control, single-zone and multi-zone systems, cascade control, protection, and diagnostics. Complete ST code included.

📘 Steam Boiler Control with PLCs in Structured Text (ST)
Steam boilers: thermodynamics, PID pressure control, three-element level control, BMS (Burner Management System), multi-level protection, and error codes.

📘 Industrial Greenhouse Microclimate Control in Structured Text (ST)
Complete greenhouse automation: heating, ventilation, humidity, supplemental lighting, CO₂, irrigation, and fertigation. Multi-zone control, forecasting, and SCADA.

📘 Water Treatment Plant Programming in Structured Text (ST)
Multi-stage filtration, coagulation, flocculation, ozonation, UV treatment, pump control, PID dosing control, filter backwashing, SCADA, and step-by-step commissioning.

📘 Interconnected Control Systems (Multi-Loop Control) – Parts 1–2
Theory of multi-loop systems: matrix description, cross-coupling, static decoupling, RGA analysis, decentralised and hierarchical control architectures.

📘 Interconnected Control Systems (Multi-Loop Control) – Parts 3–5
Practical ST implementation of multi-loop systems: master-slave, priorities, synchronisation, arbitration, and examples of two-loop systems (temperature+humidity, speed+tension, level+pressure).

Who This Bundle Is For
🔹 Automation engineers — systematise your knowledge, switch to a more efficient language, master complex systems.

🔹 PLC programmers — refine your skills in data handling, algorithms, and industrial objects.

🔹 Engineering students — get a ready-made foundation for course projects, theses, and first real projects.

🔹 Teachers — the bundle can serve as the basis for a course on ST and industrial automation.

🔹 Beginners — start from zero and progress all the way to confident industrial controller programming.