Product name

　　Chevrolet ABS training bench

　　Feature

　　1. Use a three-phase motor to drive the wheel, simulate the power output, and the diode displays the working condition of the solenoid valve.

　　2. The fault simulation system can simulate the actual operating conditions, and set up a variety of common faults of real vehicle ABS devices.

　　3. The pointer pressure gauge indicates the pressure value of each oil passage.

　　4. The color inkjet circuit diagram is drawn on the panel of the training platform, and the inkjet diagram is protected by plexiglass. Students can intuitively compare the circuit diagram and the ABS system to understand and analyze the working principle of the control system.

　　5. There are detection terminals installed on the panel of the training platform, which can directly detect various sensors and actuators on the panel, such as resistance, voltage, current, frequency, waveform signal, etc.

　　6. Equipped with the original car diagnostic seat, the computer diagnostic instrument can be used to read the fault code and data flow of the automatic transmission electronic control system.

　　7. The training platform is equipped with safety protection devices such as power switch and protective cover for other rotating parts.

　　8. The transmission can carry out various practical training projects. Simulate the actual test during braking.

　　9. The base part of the training platform is welded with steel structure, the panel cabinet is stamped and formed, the panel cabinet and the base can be separated, the surface of the bench adopts the baking paint process, and has a universal self-locking caster device.

　　Specification (Technical parameter)

　　Volume: 1200MMX1100MMX1750MM

　　Weight: 450KG

　　Power supply: 12V 65AH, 380V

　　Training contents

　　1. Understand the structure of Chevrolet ABS (Cruze) ABS system;

　　2. Analysis of the working principle of the simulated brake under different working conditions;

　　3. Fault diagnosis and analysis

　　4. Reading and analysis of data streams;

　　5. Detection, analysis and diagnosis of sensors and actuators

　　6. Brake system fault simulation, detection and maintenance.

　　7. Matching and setting of ABS system