TB-240301-V-104 Programmable Logic Controller Trainer: A Comprehensive Educational Solution

In today’s rapidly evolving industrial landscape, hands-on training with advanced automation systems is critical for students and professionals alike. The TB-240301-V-104 Programmable Logic Controller (PLC) Trainer stands out as an essential educational equipment designed to bridge the gap between theoretical knowledge and practical skills. This didactic equipment is ideal for vocational training, technical teaching, and industrial training, offering a robust platform for mastering PLC programming, automation control, and industrial applications.

I. Comprehensive Overview of the TB-240301-V-104 Programmable Logic Controller Trainer
The TB-240301-V-104 PLC Trainer is a cutting-edge teaching equipment designed to provide students with hands-on experience in automation control systems. It serves as a technical training equipment that enhances understanding of PLC principles, PID control strategies, and system design.
Key Features:
-Modular Design: Uses interchangeable hanging box modules for flexible experimentation.
-Intuitive Operation: Clear indicator lights and interface labels for easy observation of control processes.
-High Safety Standards: Operates on DC24V safe voltage with overload and short-circuit protection.
-Diverse Experimentation: Supports PLC programming, PID control, motor control, and industrial automation simulations.
-User-Friendly Maintenance: Simplified troubleshooting and maintenance procedures.
This technical skills training equipment is widely used in engineering schools, vocational institutes, and industrial training centers, ensuring learners gain real-world automation expertise.

II.Technical Specifications
The TB-240301-V-104 is built for durability and performance, with the following specifications:Input Power：Three-phase five-wire AC380V/50Hz Relative Humidity：≤80%，Dimensions：1320mm × 770mm × 2150mm Weight：170kg
Key Components:
-PLC Module (for programming and logic control)
-Touch Screen Module (HMI integration)
-PID Module (for process control experiments)
-Motor Control Modules (Four-quadrant DC motor, star-delta starter)
-Industrial Simulation Modules (Elevator, traffic light, crane, conveyor belt)

III.Pedagogical Power: Beyond the Experiment List
The TB-240301-V-104 is more than just a technical teaching equipment—it is a comprehensive learning system that fosters deep understanding through structured experiments, including:
1.Crane Module Test – Simulates industrial lifting mechanisms.
2.Liquid Level Control Experiment – Teaches PID-based process control.
3.Star-Delta Motor Start-Up Test – Demonstrates industrial motor control techniques.
4.Traffic Light Control System – Introduces sequential logic programming.
5.Four-Quadrant DC Motor PID Control – Advanced motion control training.
6.Three-Story Elevator Simulation – Real-world automation application.
These experiments ensure students develop critical technical skills required in modern manufacturing and automation industries.

IV.Why the TB-240301-V-104 is Essential Technical Training Equipment?
1.Industry-Relevant Skills Development – Prepares learners for real-world automation challenges.
2.Safe & User-Friendly – Low-voltage operation minimizes risks while maximizing learning efficiency
3.Versatile Applications – Supports multiple disciplines, from basic PLC logic to advanced PID control.
4.Scalable Learning – Suitable for beginners and advanced users, making it ideal for vocational training and industrial upskilling.
5.Future-Proof Training – Covers emerging automation trends, ensuring graduates are industry-ready.

V. Conclusion
The TB-240301-V-104 Programmable Logic Controller Trainer is a must-have educational equipment for institutions focused on automation, mechatronics, and industrial control systems. Its modular design, safety features, and extensive experiment list make it an indispensable didactic equipment for technical and vocational training.
By integrating this industrial training equipment into curricula, educators can ensure students gain hands-on expertise in PLC systems, preparing them for successful careers in automation and control engineering.