Electric Drive With Universal AC Machine Educational Equipment Didactique Materiels Smart Grid Training Equipment

1. Product Introduction
1.1 Product Description
This product is a comprehensive experimental platform focused on teaching motor power generation technology and power electronic conversion. Its core teaching objective is to enable students to master the principles and methods of AC/DC conversion using thyristors (SCRs), and to gain a deep understanding of the operating characteristics and control strategies of various motors (including AC/DC motors, DC shunt motors, and three-phase asynchronous motors) in power generation mode. This equipment provides students majoring in electrical engineering and automation with a complete learning path from theory to practice, emphasizing the cultivation of core skills in energy conversion and electric drive.
1.2 Product Features
Clear Core Functions: The experimental content is designed around the characteristics of motor power generation and thyristor AC/DC conversion technology, with a focused teaching objective.
Complete Energy Conversion Chain: Provides a complete experimental chain from prime mover (e.g., three-phase asynchronous motor), generator (e.g., AC/DC motor), to power conversion (thyristor module) and load (disk resistor).
Industrial-Grade Power Devices: Employs real Half-controlled thyristor bridge modules and single-phase thyristor trigger boards, allowing students to experience and learn about AC/DC conversion technologies widely used in industry.
Comprehensive support for power generation experiments: Equipped with a DC motor excitation regulation module and a generator load resistance module, specifically designed for studying generator voltage build-up, external characteristics, and load regulation.
Basic drive functions: While achieving core teaching objectives, basic motor drive and speed control experiments can also be conducted through modules such as frequency converters, expanding the learning scope.
Comprehensive safety features: Designed for 380V high-voltage operation, equipped with a 4P circuit breaker and emergency stop switch to ensure safe and reliable experimental processes.
2. Technical Specifications
2.1 Basic Technical Parameters

2.2 Equipment External Parameters