Intelligent experimental device of thermal management system

Intelligent experimental device of thermal management system,Industrial hydraulic tr--ning device

1. Product introduction

The device uses an electric vehicle -driven motor cooling system to fully display the composition and working process of the electric vehicle -driven motor cooling system. It is suitable for the teaching needs of the school's theory and m--ntenance tr--ning for electric vehicle -driven motor cooling systems.

2. Functional characteristics

1. The electric vehicle driving motor cooling system running the demonstration fully displays the composition of the electric vehicle drive motor cooling system.

2. Operate the control switch to demonstrate the working process of the electric vehicle driving motor cooling system, and install the working process of the flashing light -emitting diode synchronous display system.

3. The panel uses a 4mm thick aluminum plastic panel, and the panel UV tablet inkjet is printed with color map boards. Students can intuitively compare the map boards and physical objects to understand and analyze the working principle of the system.

4. Electrical signals that detect terminals on the panel and can directly detect system circuit components on the panel, such as resistors, voltage, current, frequency signals, etc.

5. The water -cooled driver motor is applied to different colors by the anatomy and the section of each section, so that the mechanical structure of the internal and external parts and the assembly relationship between the internal and external parts clearly appear outside.

6. The equipment framework is built with 40mm × 40mm and 40mm × 80mm. With 4 self -locking devices universal foot wheels for easy movement.

7. Supporting tr--ning guidance books and other teaching materials, including working principles, tr--ning items, fault analysis and other points.

8. Machinery assembly and fitter assembly virtual simulation software: This software is developed based on Unity3D, which can choose 6 -level image quality. It has the design and virtual disassembly of the reducer and shaft structure, the design and simulation of common mechanical mechanisms, institutional resource libraries, institutional resource libraries. Typical mechanical institutions (virtual disassembly of gasoline engines), software is an overall software, which cannot be separate resources.

Intelligent experimental device of thermal management system,Industrial hydraulic tr--ning device

The industrial hydraulic pneumatic comprehensive experimental table (hydraulic part) is a experimental designed based on the requirements of modern teaching characteristics and ** hydraulic transmission course teaching outline. It adopts advanced Loser's hydraulic elements and unique modularization, forming a convenient system combination of insertion to meet the experimental teaching requirements of students from colleges, secondary majors, and vocational technical schools. Handling, design and comprehensive application ability improved and strengthened the purpose of students' innovative design ability.

1. M--n features:

1. The system uses standard industrial hydraulic components, which is safe and reliable and close to industrialization.

2. Fast and reliable connection methods, special sealing interfaces, ensure that the experimental assembly is convenient and fast, disassembled without oil leakage, and clean.

3. Accurate measuring instrument, convenient measurement method, simple use, accurate and reliable measurement.

4. Use compilation controller (PLC) to communicate with microcomputer to achieve electrical automation control, online programming monitoring and fault detection.

① The performance test of commonly used hydraulic elements

1. Feature test of hydraulic pump

2. Feature test of the flow valve (static test)

3. The characteristic test of the throwing speed valve

② Basic circuit experiment of hydraulic transmission:

1. Pressure circuit of overflow valve

2. Simple pressure adjustment circuit

3. The overflow valve buffer circuit

4. Two stress circuits