Transparent plane grinding machine teaching and training device

Transparent plane grinding machine teaching and tr--ning device,Automobile ignition system tr--ning desk

1. Product function

1. Use transparent organic glass and parts to use aluminum parts to fully see the internal structure and movements of the product. The surface of the casting is no sandylon, and the surface accuracy of the processing parts is ra1.6

2. All anatomical elements can perform normal mechanical operation.

3. Fully display each subtle structure and institutional assembly device.

4. Automatic operation and interpretation of the product operation process, so that students can intuitively understand the overall process.

2. Technical parameters

1. Working platform work surface size (length × width): not less than 582mm × 200mm

2. Maximum size of grinding workpieces (long × width × height): not less than 380mm × 175mm × 200mm

3. Workbench's vertical movement speed (stepless): 2 ~ 10 meters/min

4. Moving the head vertical movement: not less than 200mm

5. Moving the head and horizontal movement: not less than 175mm

6. Oil pump flow: 10 liters/minute

7. Oil pump motor power: 0.37 kilowatts

8. M--n motor power: not less than 0.25 kilowatts

9. Style reference size (length × width × height): not less than 1600mm × 800mm × 1360mm

Transparent plane grinding machine teaching and tr--ning device,Automobile ignition system tr--ning desk

1. Product introduction

The device uses six typical (ie: contact point ignition system, Hall -style electronic ignition system, magnetic induction ignition system, and non -split electrical group ignition system, photoelectric fire system). The composition and work process of the ignition system.

It is suitable for dynamic teaching demonstrations and f--lure diagnosis and exclusion needs of the structure, working principles such as middle and senior vocational schools and tr--ning institutions for the engine ignition system.

2. Functional characteristics

1. The six typical engine ignition systems that can be operated can fully display the composition of the contact point ignition system, the Hall -style electronic ignition system, the magnetic induction ignition system, and the non -split electrical lighting system, the optoelectronic ignition system work process.

2. The high -grade aluminum -plastic panel with 4mm thick corrosion resistance, strike resistance, pollution resistance, fire prevention, and moisture -proof is 4mm. The surface is sprayed with primer p--nting by special crafts; ; Students can intuitively control the circuit diagram and physical objects, understand and analyze the working principles of various ignition systems.

3. The detection terminal is installed on the teaching panel, which can directly detect the electrical signals of the circuit components of the ignition system on the panel, such as resistance, voltage, current, frequency signals, etc.

4. Diagnostic seats are installed on the teaching board panel, which can be connected to a dedicated or universal car decoder to read the engine electronic control system of the engine electrical control system and clear the fault code.

5. Demonstration panel parts use 1.5mm cold plate stamping and forming structure, beautiful appearance; the ch--n part is welded with steel structure, the surface is treated with spraying process, a self -locking wheel device, and a desktop on the base of the teaching plate. , Easy to place data, light detection instruments, etc.

6. The work of the teaching board adopts a normal 220V AC power supply. The internal circuit transformer is transformed into a 12V DC power supply. No battery is required to reduce the trouble of charging. The 12V DC power supply has a short circuit function.

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