Product name

　　Beijing Hyundai Engine

　　Feature

　　The main structure of this training platform is made of Beijing Hyundai engine, which can perfectly realize the functions of the original car engine system.

　　1. There are detection terminals on the panel of the engine test bench, which can directly detect the electrical signals of the sensors, actuators and engine control unit pins on the panel, such as resistance, current, frequency, voltage and waveform signals.

　　2. The fault simulation system of the test bench can simulate the actual working conditions and set up various common common faults of automobile engines.

　　3. The test bench is equipped with safety protection devices, such as main power switch, water tank protection cover, flywheel and other rotating parts.

　　4. Computer diagnostic instruments equipped with original car diagnostic seats can be used to read fault codes and data streams of engine electronic control systems

　　5. The pointer oil pressure gauge of the test bench indicates the fuel pressure value; the pointer vacuum gauge indicates the vacuum pressure value.

　　6. The voltmeter of the test bench displays the changes of sensors and actuators in real time, and LEDs are used to indicate the operating status of each actuator (such as injector pulses).

　　7. The circuit board of the test bench is coated with a color inkjet circuit diagram. The inkjet drawing comes with a protective plexiglass layer. Students can visually compare circuit diagrams and actual engines to understand and analyze how control systems work.

　　Specification (Technical parameter)

　　1. Product size: 1700mm×1000mm×1650mm

　　2. Power supply mode: 220v 60ah

　　3. Engine form: inline four-cylinder

　　4. Equipment weight: 300kg

　　5. Parts list: one engine, one battery, panel diagram, one set of fault setting system, frame

　　Training contents

　　1. The composition and structure of Beijing Hyundai engine system;

　　2. Analysis of the working principle of electronically controlled independent ignition;

　　3. Reading and analysis of electronically controlled independent ignition data streams;

　　4. Reading and clearing of fault codes;

　　5. Detection and analysis of crankshaft position sensor.

　　6. Detection and analysis of camshaft position sensor