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How to Debug a Waste Tire Recycling Machine

2026-02-12 Leave a message

  • 1. Pre-Start Inspection and Debugging

    Before starting, focus on checking the condition of all components to ensure the machine body is securely fixed and free from looseness. Check that all connections are properly sealed to prevent material leakage or component detachment during operation.

    Simultaneously check that the electrical and hydraulic connections are normal, without damage or looseness, ensuring smooth power and oil supply to lay a safe foundation for subsequent normal startup and debugging.

  • 2. Transmission System Debugging

    Debug the transmission system by starting the motor and observing the operation of the reducer and drive shaft. Confirm that the operation is smooth and without abnormal noise, and that the speed meets the equipment's operating requirements.

    Check that the drive belt tension is appropriate, without slippage or deviation, ensuring smooth and lossless power transmission. During debugging, promptly identify and address any operational abnormalities to prevent wear on transmission components and ensure stable operation of the transmission system.

  • 3. Crushing System Debugging

    Debug the crushing system by adjusting the spacing of the crushing blades to ensure a reasonable spacing that meets the needs of waste tire crushing, resulting in uniform particle size of the crushed material.

    Start the crushing mechanism and run it unloaded to observe the blade assembly's operation, ensuring there is no jamming or collision. Then, a small amount of waste tires was used for trial crushing to check the crushing effect. The blade parameters were fine-tuned based on the actual situation to ensure that the crushing efficiency and effect met the standards.

  • 4. Control System Debugging

    Control system debugging requires testing each control button and parameter adjustment function one by one to confirm that the response is sensitive and the operation is effective.

    The fault alarm function should be debugged to ensure that alarms are triggered promptly when equipment malfunctions, facilitating quick troubleshooting. Simultaneously, the equipment start-up, shutdown, and process switching functions should be debugged to ensure smooth transitions between processes. The control system should accurately control the overall operating status of the equipment, ensuring safe and efficient debugging and subsequent operations.