Electric Machines and Power Electronics | Product Presentation

Описание: » Electric Machines and Power Electronics | Product Presentation « In this video, Lucas Miller from our company introduces and explains our training systems for electric machines, drives, and power electronics. He demonstrates various components, their functionalities, and safety features of the system.

Components:
Power Converter Circuits: Line commutated and self commutated (with IGBTs)

Control Unit: For dynamic server machine test
Multifunctional Multimeter
Three-Phase Isolating Transformer
Intelligent Power Electronics Load Unit

Various Motors: Asynchronous motor, AC machine, DC machine, synchronous motor
Demonstration of the Dynamic Server Machine Test System

Modular Panels: Easy to remove and non-flammable synthetic resin material

Connection Setup:
Asynchronous motor with built-in resolver
Motor under test: Three-phase asynchronous motor (squirrel-cage)
Connection of different motors to the server break unit

Safety Features:
Temperature contact to prevent overheating
Automatic system shutdown if temperature contact is not connected or coupling guard is removed
Multimeter and Manual Mode Operations
Multifunctional Analog Digital Multimeter: Displays voltages, currents, and power in both digital and analog modes

Manual Mode Setup:
Power supply and motor protection switch
Measurement of current and voltage of one winding
Different modes of the control unit: Torque control, speed control, synchronization mode, and PC mode
PC Mode Operations and Lab Soft Software

Connection to PC: Via USB using Lab Soft software

Lab Soft Software:
Interactive Lab Assistant (ILA) courses covering power electronics, drives, electric machines
Step-by-step instructions for experiments
Recording characteristics using Active Server software
Display of various values and characteristics simultaneously
Power Electronics and Frequency Converter Demonstration

Connection to Frequency Converter: Changing connection from line power to frequency converter

Different modulation modes: Space vector sign, space vector linear, etc.
Display and analysis of voltage and current signals

Virtual Instrumentation: Running motor with different modulation modes
Analysis of voltage and current spectrum
Real-time recording and display of motor characteristics
Self Commutated Power Converter Circuits

Setup:
Connection to three-phase isolating transformer
Intelligent power electronics load with resistive loads

Experiments:
Manual mode and automatic recording of control characteristics
Operation with resistive and inductive loads
AC mode and three-phase mode demonstration

Space Vector Control:
Display of power vectors and space vector modulation
Operation with real motor and demonstration of smooth motor control
Conclusion

The video provides a comprehensive demonstration of the training systems for electric machines, drives, and power electronics, highlighting various components, safety features, and functionalities. The system allows for both manual and PC-controlled operations, offering extensive educational opportunities for understanding and experimenting with electric machines and power electronics.

Feel free to ask if you need further details or a more in-depth explanation on any part of the video!

00:00 Intro
00:13 Explanation of the Training Systems
06:22 Using the Dynamic Servo Machine Test Stand in the manual mode
10:14 Using the Dynamic Servo Machine Text Stand in the PC mode
28:06 Summary of using the Dynamic Servo Machine Test Stand
28:47 Frequency Converters
36:31 Summary of using an Educational Frequency Converter
37:33 Power Electronics
49:22 Using Power Electronics with a real Motor
50:59 Summary of Power Electronics

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All information about Lucas-Nuelle products and the company can be found here:
🌐 https://ln.eu/n 🌐

For more information please contact:
📧 [email protected]
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