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Road Simulation Machine

Four-Wheel Road Simulation Machine

Four-Wheel Road Simulation Machine

Road Vibration Testing Machine to Ensure Maximum Performance and Safety for Vehicles

Four-Wheel Road Simulation Machine


The four-wheel road simulation machine, also known as the road vibration testing machine or noise detection machine, aims to ensure maximum performance and safety for small vehicles weighing up to 3,500 kilograms. With its robust construction and advanced features, this machine efficiently tests suspension systems, providing accurate results to enhance vehicle reliability. The machine has a maximum lifting capacity of 3,500 kg and a vibration duration range of 0.6 to 600 seconds, offering flexibility and precision in evaluating suspension performance. It operates at voltages of 2P 220V 50/60Hz 15A and can withstand temperatures ranging from -10°C to ±50°C, making it the ideal solution for your automotive testing needs. Enhance your quality assurance process and ensure customer satisfaction with the vehicle response testing machine, the road simulation vibration machine.

Features of the Four-Wheel Road Simulation Machine

  • Low Noise: The machine operates silently, making it more effective in detecting abnormal sounds from the vehicle's suspension system.
  • Safety Features: Non-slip platform designs provide a safe environment for both machine operators and tested vehicles.
  • Enhanced Stability: The addition of universal wheels and bases ensures strong support for the machine, enhancing its stability during operation.
  • Strength and Durability: The wider and thicker design enhances the overall strength of the machine, making it capable of withstanding rigorous testing procedures and extending its lifespan.

Important Procedures

The provided steps show a systematic approach to using the machine efficiently and safely:

  1. Preparation: Raise the vehicle to the appropriate height and securely fasten it to the machine.
  2. Positioning: Ensure the vehicle is centered on the machine's tray and fully supported before locking the external support.
  3. Power Connection: Connect the main testing equipment to the power supply and ensure proper grounding to avoid equipment failure.
  4. Power On: Turn on the power source, start the machine, and gradually begin the testing process, starting from the lowest operating frequency.
  5. Monitoring: Gradually increase the frequency while monitoring the condition of the vehicle's body parts and listening for abnormal sounds. Take breaks to prevent the machine from overheating.
  6. Shutdown: Stop the operation using the control panel upon test completion or in emergencies.
  7. Emergency Procedure: Use the emergency stop button if necessary, and ensure the equipment is secured before the next operation.
  8. Completion: After testing, raise the vehicle again, release it, and properly secure the equipment for future use.

These steps provide clear guidelines for efficient and safe operation of the machine, ensuring accurate suspension system testing and careful maintenance of the device.

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