Email: sales@hengrytech.com Tel: +86-577-67318236


HR-QC05 Efi Engine Fault Training Device

Equipment parameters
1,Operating power supply: DC 12V
2,The working environment: 1) temperature: -10 ℃ ~ +40 ℃ 2) relative humidity: ≤ 90% (+20 ℃) 3) altitude: ≤ 4000m
4)Clean air, no corrosive and explosive gases, no conductive and can damage the insulation of the dust
3,Equipment weight: 150kg
4,Dimensions:L×W×H=1450mm×1000mm×1750mm
5,Intrinsic safety: with grounding protection, leakage protection, safety in line with the relevant national standards.

Product Description:

Equipment Overview

HR-QC05 Efi Engine Fault Training Device is made on the basis of the devices of electronically controlled gasoline engine, which includes: engine assembly, starter assembly, generator assembly, ignition system assembly, intake/exhaust system assembly, engine electronic control unit (ECU), all sensors, all actuators, combined instrumentation, ignition switch, Batteries and fuel tanks and other normal working devices, and additional teaching aids: panel circuit schematic, fuel pressure gauge, vacuum gauge, LED display lights, digital voltmeter, fault setting module, removable stand, supporting equipment manuals, etc..

The equipment is suitable for undergraduate colleges and universities, colleges and universities, vocational colleges and technical colleges and universities and other automotive maintenance professional classroom teaching, skills training and practical training assessment needs. Teachers through the use of the equipment for the engine electronic control system related practical training project classroom teaching, skills training and practical training assessment, can let the students faster master the engine electronic control system structure and control principles, accelerate the students on the engine electronic control system, belong to the most ideal auxiliary understanding of the teaching of automotive maintenance specialties to assist the understanding of the equipment.

Through the study of the equipment, students can master the following skills:

1,Can run on the gasoline engine in different working conditions independently to determine whether there are faults;

2,Can use diagnostic equipment to diagnose the scope of the gasoline engine electronic control system failure to confirm;

3,Can use testing equipment to detect the gasoline engine electronic control system failure point detection;

4,Ability to independently carry out a complete overhaul process for the failure points of gasoline engine electronic control system.


Practical training program

1,Electric control gasoline engine training notes;

2, the overall knowledge and use of electronically controlled gasoline engine training platform training;

3, electronically controlled gasoline engine peripheral components cognitive training;

4, electronically controlled gasoline engine electronic control system awareness of the overall components of practical training;

5, electronically controlled gasoline engine sensor role and principle of learning;

6, electronically controlled gasoline engine the role of each actuator and the principle of learning;

7, the role of electronically controlled gasoline engine fuel supply system and the principle of learning;

8, the role of electronically controlled gasoline engine ignition system and the principle of learning;

9, the role and principles of electronically controlled gasoline engine intake and exhaust systems;

10, the role and principles of electronically controlled gasoline engine supercharging system;

11, electronically controlled gasoline engines under different working conditions of engine performance changes in the experiment;

12,Experiments on the acquisition of sensor and actuator data changes under different working conditions of electronically controlled gasoline engines;

13, electronically controlled gasoline engine diagnostic equipment to read fault codes of the basic operation of practical training and assessment;

14, electronically controlled gasoline engine diagnostic equipment to read data flow, waveform operation training and assessment;

15, electronically controlled gasoline engine fuel supply system fault repair training and assessment;

16, electronically controlled gasoline engine ignition system failure overhaul training and assessment;

17, electronically controlled gasoline engine intake system failure overhaul training and assessment;

18, electronically controlled gasoline engine boost system failure overhaul training and assessment;

19, electronically controlled gasoline engine faults in different working conditions of overhaul training and assessment;

20, electronically controlled gasoline engine mechanical failure overhaul training and assessment;

21, electronically controlled gasoline engine comprehensive fault repair training and assessment;


Inquiry:
Leave a message

 
Top