Chevrolet Cruze Engine Training Platform

Short Description:

Type: BF-B-007

Volume: 1200MMX1100MMX1750MM

Weight: 450KG

Power supply: 12V 65AH


Product Detail

Product Tags

Chevrolet Cruze Engine Training Platform

Type: BF-B-007

Volume: 1200MMX1100MMX1750MM

Weight: 450KG

Power supply: 12V 65AH

Chevrolet Cruze Engine Training Platform

Feature

SIDI engine is a gasoline engine that adopts intelligent in-cylinder direct injection technology. This series of engines also have DVVT electronic variable dual valve timing technology and ECM engine management module, which can achieve dual fuel stratified combustion and homogeneous combustion modes.

Ignite direct injection technology. SIDI engine has the characteristics of high fuel economy, quiet operation and long service life.

The Chevrolet Cruze SIDI engine replaces the multi-point injection fuel supply system with a variable valve in-cylinder direct injection system, which means that the fuel injection nozzle is implanted inside the cylinder, and the fuel is atomized into the cylinder through high pressure, and the air is mixed for ignition. , So as to achieve lean combustion in the cylinder and improve the efficiency of the engine. Assembly, electronic control system assembly, experimental test panel, Android fault setting system, original car instrument, movable metal bench, battery, fuel tank, teaching courseware

1. Dynamic display, real-time display of the dynamic and static signal changes of the engine through the LCD instrument, digital voltmeter, digital pressure gauge, and LED lights.

2. Detection function, through the experimental test panel and combined with the fault detector GM MDI can detect and analyze the variable valve in-cylinder direct injection system.

Training Contents

1. The structure of Cruze engine;

2. Analysis of the working principle of the electronically controlled variable valve in-cylinder direct injection system;

3. Comprehensive diagnosis of electronically controlled variable valve in-cylinder direct injection system;

4. Reading and analysis of the data flow of the variable valve cylinder direct injection system;

5. Detection and analysis of sensors and actuators of variable valve in-cylinder direct injection system;

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Equipment

Photo Wall

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Signing Ceremony

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R&D

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Signing Ceremony

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Teachers


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