Type: BF-D-004
Volume: 1200MMX1100MMX1750MM
Weight: 450KG
Power supply: 12V 65AH, 380V
1. Based on the real car ABS/EBD braking system, it fully demonstrates the composition structure of the ABS/EBD braking system.
2. The front and rear axles are driven by the three-phase asynchronous motor to simulate the driving of a car. When the brake pedal is urgently stepped on, the ABS/EBD system starts to work, and the front and rear brake discs keep rotating slightly, and the brakes can feel constant springing feet, which truly demonstrates the working process of the car's ABS/EBD system.
3. The color printing circuit diagram and hydraulic pipeline diagram are painted on the training platform panel. The printing diagram is protected by 3mm thick plexiglass. The trainees can intuitively compare the circuit diagram and the physical object of the ABS/EBD brake system to understand and analyze the working principle of the control system.
4. There are detection terminals installed on the panel of the training platform, which can directly detect the electrical signals of the pins of each sensor and control unit on the panel, such as resistance, voltage, current, frequency signals, etc.
5. The training platform is equipped with 6 pressure gauges, which can display the hydraulic changes of the brake master cylinder and the four brake cylinders in real time.
6. The panel of the training platform is equipped with a fault indicator lamp and a diagnostic socket, which can be connected to * or a general automobile resolver to perform ECU code query, read fault code, clear fault code, read data stream, and execute the ABS electronic control system Self-diagnosis functions such as component testing, parameter setting, and waveform analysis.
7. The base of the training platform is welded with steel structure, and the surface is treated by spraying process, with self-locking caster device, which is flexible in movement, safe, reliable, sturdy and reliable.
8. Equipped with an intelligent fault setting and assessment system:
1. Understanding, composition and structure of Accord ABS system
2. Disassembly and assembly of Accord ABS system;
3. Analysis of the working principle of the brake under different working conditions;
4. Reading and analysis of data stream;
5. Detection and analysis of sensors and actuators;
6. Fault simulation and maintenance under various working conditions
7. Accord ABS system matching and setting