AF314E Programmable System Simulator: A Comprehensive Educational Training Solution

AF314E Programmable System Simulator: A Comprehensive Educational Training Solution
The AF314E Programmable System Simulator is an advanced Programmable Logic Controller (PLC) experimental training workbench designed specifically for educational and vocational training purposes. This didactic equipment enables students to gain hands-on experience with PLC control principles and the implementation of automated control systems.
The system operates using hanging box modules, most of which are powered by a safe and reliable DC 24V power supply, ensuring ease of use while maintaining high safety standards.
I. Product Introduction
1.1 Product Features
Modular Design – Utilizes hanging box modules, allowing students to quickly assemble experimental setups and flexibly combine different functional modules for diverse training scenarios.
Portability – Compact and lightweight, making it easy to transport and set up in various learning environments.
Space-Efficient Structure – Designed to save installation space, making it ideal for labs with limited room.
High-Performance Processing – Equipped with a powerful processor capable of handling complex control tasks and high-speed data processing.
User-Friendly Programming – Supports TIA Portal (Totally Integrated Automation Portal) software, offering multiple programming languages (LAD, FBD, SCL) for an intuitive learning experience.
Advanced Diagnostics – Provides detailed diagnostic information for quick troubleshooting, reducing downtime during training sessions.
Industrial-Grade Reliability – Built to withstand harsh environments, ensuring long-term durability and stable operation.
Versatile Applications – Suitable for discrete automation, process control, motion control, and other industrial training scenarios.
Enhanced Safety – Operates on low-voltage DC 24V, minimizing electric shock risks. Includes overload and short-circuit protection for secure experimentation.
Intuitive Learning – Features clear indicator lights and interface markings, helping students visually track signal transmission and system status for better comprehension of PLC operations.
II. Technical Specifications
Input Power: Single-phase three-wire AC220V
Dimensions: 1600mm (L) × 600mm (W) × 1200mm (H)
Weight: 60kg
III. Product Components
3.1 Main Components
DC 24V Power Module (1 unit) – Provides stable low-voltage power to the system.
Equipment Modules (20 units) – Various functional modules for different training exercises.
PLC Module (1 unit) – The core control unit for programming and automation tasks.
3.2 Accessories & Functions
2mm Safety Electrical Cables (10 each in blue, black, yellow, and red) – Used for secure and organized wiring.
Multimeter (1 unit) – For measuring electrical parameters during experiments.
USB Flash Drive (1 unit) – For storing and transferring PLC programs.
2M Network Cable (1 unit) – Enables communication between devices.
IV. Experimental Training List
The AF314E Programmable System Simulator supports a wide range of experiments, including but not limited to:
Basic PLC Power-On Process – Understanding initial setup and operation.
Automatic Packaging Production Line – Wiring and programming logic for industrial automation.
Elevator Control System – Simulating real-world vertical transport mechanisms.
Traffic Light Control System – Implementing sequential logic for signal management.
Motor Forward & Backward Control – Learning bidirectional motor operations.
Vending Machine System – Programming a commercial automation process.
Liquid Automatic Control System – Managing fluid levels in industrial applications.
Air Compression Module – Simulating pneumatic control systems.
Automatic Cargo Delivery & Loading System – Warehouse automation training.
Material Cart Module – Conveyor and transport system programming.
Drug Filling System – Pharmaceutical industry automation practice.
Asynchronous Winding Rotor Motor Starting – Motor control techniques.
DAHLANDER Motor Starting – Advanced motor control experiments.
Asynchronous Motor Forward & Reverse Control – Industrial motor applications.
Neon Light Module – Lighting system automation.
Reactor Module – Electrical load simulation.
Star-Delta Activation Module – Motor starting method training.
Parking Lot System – Automated entry/exit control logic.
Machining Center Module – CNC and industrial machinery simulation.
Pipeline Network Control – Fluid and gas distribution automation.
Filling System 2 Module – Advanced liquid handling automation.
V. Conclusion
The AF314E Programmable System Simulator is an essential teaching and vocational training tool, providing students with practical, hands-on experience in PLC programming, industrial automation, and control systems. Its modular design, safety features, and comprehensive training capabilities make it an ideal choice for technical schools, vocational institutes, and industrial training centers.
By integrating this technical training equipment into the curriculum, educators can ensure students develop real-world skills that align with modern industrial demands.