Car permanent magnet synchronous motor performance detection training device

Use pure electric vehicle driver motor and control system (60V2.2KW permanent magnet synchronous motor) real device to display the structure and working principle of new energy vehicle drive motors and control systems. , Torque table, power table, magnetic powder brake, testing upper machine software) to test the m--n performance data test of the motor. Suitable for disassembly and m--ntenance, structure and principle cognition, system operation, functional dynamic demonstration, fault detection and diagnosis, and motor m--n performance data test teaching in various institutions.

2. Product function

1.装配纯电动车驱动电机及控制（操作）系统真实器件、含有充电机与充电插头座、驱动电机、点火开关、电机控制（操作）器、档位开关、加快速度踏板、电源开关、DC-DC模型块、仪表、继电器、 Battery and other modules, such as real operating and operating pure electric vehicle drive motors and control systems, displaying the structure and principles of the system, and dynamic demonstration system work process.

2. To realize the awareness of the structure and principles of pure electric vehicle drive motors and control systems, and experience the relationship between the driver's intention and the operation of the motor, you can complete the performance of the driving motor and the performance of the control system.

3. Equipped with a motor performance detection system (digital voltage voltageometer, speed meter, torque meter, power table, magnetic powder brake, testing upper machine software) to achieve the m--n performance data test of the motor. The motor testing upper machine software can display the curve of motor torque, speed, and power changes within a period of time. It can intuitively display these parameters accelerate in the motor and change during the deceleration process.

4. The panel uses a 4mm thick aluminum plastic panel, and the vertical installation panel UV tablet inkjet is printed with colorful complete standard system map boards. Students can intuitively control the map boards and real objects, understand and analyze the working principle of the system.

5. Panels are installed on the panel with electrical signals that can detect system circuit components directly on the panel, such as resistor, voltage, current, frequency signals, etc.

I. Overview

 

"Electricity Automation and Relay Protection Experimental Device" is a comprehensive professional course that integrates high schools such as "Reactor Protection", "Electrical Equipment", "Automatic Device", "Factory Power Supply", and "Power System Microcarmark Protection" Teaching content, combined with the actual application and development of production, design and develop new experimental devices. It can operate experimental experiments such as the teaching content such as the relay protection, electrical secondary control circuits and automatic devices commonly used in power plants, substations and factories, and can conduct professional skills tr--ning for students in a real and intuitive experimental teaching form. The advantages of this device are the advantages of high equipment utilization, strong experimental teaching, strong systemicity, small occupation of experimental venues, and high cost performance.

 

The device adopts a pendant structure, which can be combined according to the experimental content and is convenient for installation. The accuracy of the experimental instrument has high accuracy, with digitalization, intelligence, and human -machine dialogue. Users choose to choose as needed. The device takes reliable protection for the power supply, instrument and instrumentation of the control screen and the measurement component, and also set up a reliable personal security protection system to avoid damage to the experimental system caused by the students' misunderstanding in the experiment and personal damage. Essence

 

Two and characteristic

 

1. Comprehensive strong integration of experimental projects such as "Electricity Automation" and "Reactor Protection" in various colleges and universities in China.

 

2. Strong adaptability can meet the experimental teaching requirements of "Electricity Automation" and "Relay Protection" related courses in various institutions. The depth and breadth of the experiment can be flexibly adjusted according to actual needs. This device adopts a component hanging structure and is convenient for replacement. If you need to expand the function or develop new experiments, you can just add a component and never eliminate it.

 

3. The whole set of strong setting is complete from the instrument, dedicated power supply, relay and other experimental components to the experimental connection of special wires. The performance and specifications of the parts can meet the needs of the experiment.

 

4. The experimental pendant of each experimental pendant is separated in the form of a separatist structure. The component panel signal and the graphic line are clear. Each pendant task is clear, operated, and convenient.

 

5. Scientific strong device covers a small area, saving experimental rooms and reducing infrastructure investment; supporting relays and its equipment are on -site equipment in power system automation and relay protection devices. All specially designed. The installation shape is neat and beautiful, which can improve the experimental environment; the content of power automation and relay protection experiments are rich in content and reasonable design. In addition to deepening theoretical knowledge, it is also for students to go to the society. The design, installation, commissioning, and m--ntenance of the relay protection system l--d a good foundation. The measuring instrument is combined with digital, intelligent, and human -machine dialogue, which can meet the needs of experimental teaching and modernize the measurement of the measurement device. Provides a unified standard.