The DLWD-DGJS05 Electric Drive & Control Training System is a professional-grade, modular platform designed to provide hands-on training in electric motor drive technology, control systems, and industrial automation. Developed for technical colleges, vocational schools, engineering departments, and corporate training centers, this system delivers comprehensive, practical learning experiences aligned with modern electric drive and control standards.

Built to bridge the gap between theory and real-world industrial applications, the DLWD-DGJS05 supports curriculum delivery in areas such as motor control, frequency converters, PLC integration, and advanced motion control systems.

Key Features

1. Complete Electric Drive System Simulation
The system includes essential components such as AC and DC motors, frequency inverters, servo systems, contactors, relays, braking units, and power supplies. Learners can simulate and test real electric drive applications used in manufacturing, automation, and energy systems.

2. Variable Frequency Drive (VFD) and Motor Control
Learners gain hands-on experience operating and configuring VFDs to control the speed and torque of motors. Exercises include motor starting, speed regulation, braking, and direction control—key skills for working with industrial motors and automation equipment.

3. PLC-Based Automation Integration
The DLWD-DGJS05 supports seamless integration with Programmable Logic Controllers (PLC), allowing users to automate drive systems, monitor feedback loops, and create custom control logic using ladder diagrams and HMI interfaces.

4. Modular and Scalable Configuration
Each functional block is modular, enabling instructors to customize training content from basic electrical drive principles to complex multi-axis control systems. Expansion options include additional motor types, control schemes, and communication interfaces.

5. Real-Time Monitoring and Diagnostics
Built-in meters, signal indicators, and measurement points allow students to monitor current, voltage, frequency, speed, and motor behavior in real time. This supports immediate feedback and fosters deeper understanding of electric drive dynamics.

6. Fault Insertion and Troubleshooting
The system includes manual fault simulation features that enable trainers to replicate real-world electrical and control issues. This prepares learners for field diagnostics, maintenance, and problem-solving in industrial settings.

7. Industrial Safety Compliance
Engineered for safe classroom and lab use, the trainer includes protective fuses, emergency stop switches, overload protection, and clear labeling, ensuring compliance with industrial safety standards.

Educational Outcomes

• Understand the fundamentals of electric drive systems

• Configure and operate AC/DC motor control circuits

• Apply frequency converters for energy-efficient motor operation

• Integrate PLCs with electric drives for automation

• Perform system diagnostics and fault analysis

• Gain hands-on skills applicable to real industrial environments

Applications

• Vocational and technical training in electrical engineering

• Mechatronics and industrial automation education

• University engineering labs and R&D centers

• Maintenance and field technician certification programs

• Industrial workforce upskilling in motor control systems

• Smart manufacturing and Industry 4.0 readiness training

Technical Specifications (Sample)

• Power Supply: AC 220V / 50Hz

• Supported Drives: AC motor, DC motor, Servo motor

• Control Units: Frequency inverter, PLC interface, contactor circuits

• Measuring Instruments: Digital voltmeter, ammeter, tachometer

• Safety Features: Emergency stop, overload protection, circuit breakers

• Mounting Format: Modular bench-top unit with labeled wiring terminals

• Software Support: PLC programming software, drive configuration tools

• Compliant Standards: IEC, industrial automation protocols

The DLWD-DGJS05 Electric Drive & Control Training System is an advanced teaching tool designed for institutions and industries that demand practical, job-ready skills in motor control and electrical automation. With its robust features, flexible configuration, and curriculum alignment, it supports the development of future-ready professionals equipped for smart industry environments.