IoT-Based Advanced PLC-SCADA Trainer Board

The IoT-Based Advanced PLC-SCADA Trainer Board
is a state-of-the-art educational platform designed to bridge the gap between
industrial automation and Industry 4.0 technologies. It provides practical
training in PLC programming, SCADA monitoring, and Industrial
Internet of Things (IoT) applications.

🔧Key Features:
✅ Advanced PLC System – Equipped with
industry-standard PLCs (Siemens, Allen-Bradley, or Delta) for real-time
automation logic implementation.
✅ SCADA Integration – Includes SCADA software
for real-time monitoring, data acquisition, and control of industrial
processes.
✅ IoT Connectivity – Enables data transmission
via Ethernet, MQTT, or Modbus TCP/IP to cloud platforms or local HMI/SCADA
systems.
✅ Sensor & Actuator Interface – Supports
integration with various sensors (temperature, pressure, proximity) and
actuators (relays, contactors, motors) for simulation of real-world processes.
✅ Remote Monitoring – Access and control the
system from anywhere using a secure network interface—mimicking smart factory
operations.
✅ Data Logging & Analytics – Collects and
stores process data for analysis, improving operational efficiency and
predictive maintenance learning.

🎓Educational Benefits:
Develops practical
skills in PLC programming, SCADA design, and IIoT system
integration
Ideal for students
of electrical, electronics, mechatronics, and industrial automation
engineering
Enables
understanding of smart manufacturing, real-time process control,
and remote diagnostics

📦 What’s Included:

PLC-based control
panel
SCADA software with
PC interface  
Sensor/actuator
simulation modules
IIoT gateway with
cloud connectivity     
Training manuals
and experiment guides
Mejor Device and Spear
Parts Brand
Device and Speare Parts: Origin China
LAB Installation + Programming + Training
🎓 Training Features &
Parameters – Advanced Industrial Automation Trainer Kit

The
system is designed to offer in-depth, hands-on training in modern industrial automation
technologies. Below are the comprehensive features and parameters covered in
the training:

🧠 Basic Logic & Digital
Operations

• Logic Gate
  Operations: AND, OR, NOT, NOR, NAND, EX-OR, EX-NOR
• LED Digital
  Control using Timers and Counters

⚙️ Industrial Motor & Relay Control

• Conventional
  Motor Control using Timers and Counters
• Industrial Relay
  Control with HMI
• Motor Control via HMI interface
• Induction Motor Speed (Frequency) Control using PLC analog I/O
• Industrial Robot
  Axis Control via onboard Servo System
• Servo & Induction Motor RPM Control using IoT Cloud Server

🌐 Communication &
Integration

• PROFINET Communication for real-time industrial networking
• PLC–VFD–HMI PROFINET integration
• Modbus Communication for displaying motor runtime, frequency &
  RPM on HMI
• Remote Motor Control and Temperature Monitoring via IIoT
• Monitor & Control Pneumatic Valves and Air Pressure using PLC Web Server

🖥️ HMI & SCADA Programming

• HMI Interfacing
  with PLC
• HMI Programming:
  Bit Switch, Bit Lamp, Timer, Counter
• Graphical Keyboard for PLC data input
• Industrial Alarm & Error Logging
  System via HMI
• Temperature Control using HMI & PLC
• Monitor Temperature and Humidity using SIEMENS WinCC RT SCADA

·        
IoT Connectivity – Enables data transmission via Ethernet, MQTT, or
Modbus TCP/IP to cloud platforms or local HMI/SCADA systems.

🔧 Analog, Sensor & Signal
Control

• Analog
  Operations: ADC, DAC, PWM
• Onboard PID
  Simulator
• Onboard Temperature
  & Humidity Sensor
• Onboard Proximity
  Sensor Modules (Inductive, Capacitive, Photoelectric)
• Onboard Pneumatic Cylinder Control
• Onboard Encoder
  & High-Speed Pulse Simulator

🎯 Bonus:
Students can engage with over 50+ real-time industrial project simulations,
helping them gain practical insights into modern factory automation, IIoT, and
control systems.
Learning Content and Materials
After adding this trainer board to your automation course, the trainee will be able
to learn the following major tasks:
ü  Identify different types of PLC hardware (SIEMENS).
ü  Use PLC input/output logically in power system
automation.
ü  Create ladder logic for industrial control systems.
ü  Program analog input using PLC ladder logic.
ü  Program analog output using PLC ladder logic.
ü  Program Modbus RTU using PLC ladder logic.
ü  Program traffic signal circuits using PLC ladder
logic and HMI hardware.
ü  Control power system equipment using PLC.
ü  Control and monitor PLC status over the Internet
(IoT).
ü  Control and monitor a machine servo axis using
SCADA.
ü  Control and monitor industrial temperature using PLC
web server.
ü  Create and use proper ladder logic for Siemens
analog input-output and control output load.
ü  Configure variable frequency drives and stepper
motors using Siemens PLC & HMI ladder logic.
ü  Configure and control an induction motor using PC
SCADA and OPC server.
ü  Read and monitor the PID system using PC SCADA and
OPC server.
SCADA Core
ü  To Identify different types of industrial SCADA
software.
ü  Can Understand why SCADA is used and where it can be
applied.
ü  Can Use TIA WINCC Advanced/Professional software.
ü  Create a new project in WinCC on a standalone PC.
ü  Can Make tags and connections to a PLC using the
S7-PLCSIM simulator.
ü  Can Create switches, lamps, indicators, and sliders
using the WINCC Graphics Designer.
ü  Configure alarms and display them with proper IP
setting and industrial network security.
ü  Can Perform real-world hands-on tasks using WINCC RT
SCADA software.
ü  Can Create an MS SQL database and insert data using
the C# .NET library / VBScript.
ü  Can Generate reports and printing.
ü  Can Configure the OPC UA server and client.