New Energy Vehicle-ABS Braking System Training Platform

Product model: NZX-08

Main parameters:

Vehicle type: pure electric passenger car
Working temperature: -20℃～50℃
Machine weight: 50kg Test bench
Dimensions: 1300*600*1750mm

Performance characteristics:

1. The ABS brake system training bench adopts the real object of the new energy pure electric vehicle ABS brake system as the basis, which can truly display the composition structure and working process of the pure electric vehicle ABS brake system;

2. The training bench adopts the original ABS brake system components of the new energy pure electric vehicle, and truly presents the connection control relationship, installation location and operating dynamic parameters between the core components of the pure electric vehicle ABS system, as well as the safety precautions for ABS system operation, and cultivates students' ability to analyze and handle electric vehicle ABS system faults. ABS brake control unit, front and rear horn assembly (including brake cylinder), front and rear wheel speed sensors, vacuum booster pump, vacuum booster, rear wheel drive device, brake pedal with bracket, 4 oil pressure gauges, low-voltage control harness, the above components are installed on the drive system training bench frame and linked with the drive system components. It is also equipped with an ABS system teaching and testing platform, which is connected to the drive system training platform through a lossless wiring harness using an industrial-grade aviation connector. The teaching and testing platform is equipped with an Internet of Things intelligent information-based vocational education training management platform;

3. Each wheel has a brake pressure monitoring meter, and the changes in the pressure of each brake cylinder can be observed during the braking experiment;

4. The teaching panel of the test bench is equipped with a complete color electronic control system component structure diagram, circuit working principle diagram, ECU terminal function indication, etc., which is convenient for teachers to explain system knowledge more intuitively;

5. Electronic control system detection function: The teaching panel is equipped with a computer lead-out terminal The resistance, voltage, frequency and waveform of each sensor and actuator can be detected by multimeter and oscilloscope;

6. The frame of ABS teaching and testing platform is made of high-grade aluminum alloy profiles. The frame is equipped with an operating platform for placing tools, materials and other items. The material placement cabinet is equipped under the operating platform for convenient placement of materials and other items, which is convenient for teaching;

7. The base of the training platform is equipped with self-locking casters for easy movement at any time;

8. The training platform is equipped with an emergency stop switch to facilitate cutting off the main power supply;

9. Equipped with equipment training instructions, the contents of the manual include daily maintenance, maintenance information, fault settings of the equipment Data, operating specifications, operating procedures, operating precautions, etc.;

10. The equipment is equipped with a training QR code. Teachers and students can use the vocational education teaching information mobile platform (APP) to scan the QR code to watch the teaching video of this stand, including: equipment use specifications, operating precautions, equipment maintenance methods, etc.;

11. Training projects:

1. Intuitive understanding of the composition structure, layout, and connection method of the ABS system; 2. Data analysis, fault diagnosis and troubleshooting of the ABS system; 3. Testing of ABS system actuators; 4. ABS system brake pressure test; 5. Replacement of brake pads in the brake system; 6. . Maintenance and repair of brake cylinders in the brake system; 7. Training and operation of ABS system oil circuit exhaust; 8. Data analysis and fault diagnosis of wheel speed sensor; 9. Functional comparison of ABS working and non-working; 10. Training and operation of connecting the oil circuit and oil pipe of ABS system; 11. Measurement and training of ABS system power supply voltage, resistance and waveform; 12. Data analysis and fault diagnosis of ABS system vacuum booster; 13. Detection and data analysis of ABS system brake system; 14. Data analysis training of ABS system working process;

12. Internet of Things intelligent information vocational education training management platform.