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What debugging work needs to be carried out before the operation of a hydraulic briquetting machine

2025-08-14 Leave a message

Hydraulic Briquetting Machine Debugging Checklist

1. Safety System Inspection

  • Verify all safety components function correctly: test emergency stop buttons to ensure immediate machine shutdown.
  • Check safety guards around moving parts for secure installation.
  • Confirm interlock systems prevent operation when guards are open.
  • Inspect pressure relief valves to ensure they activate at preset thresholds.
  • Test alarm systems for abnormal conditions like high temperatures or low oil levels.

2. Hydraulic System Calibration

  • Check hydraulic oil levels and ensure the oil meets manufacturer specifications.
  • Purge air from the hydraulic lines by running the pump at low pressure with all valves open.
  • Calibrate pressure gauges and sensors to ensure accurate readings.
  • Test pressure settings against design requirements.
  • Inspect hoses, seals, and connections for leaks during low-pressure test runs.

3. Mechanical Component Alignment

  • Verify alignment of the briquetting chamber, mold, and hydraulic ram.
  • Check clearances between moving parts to ensure smooth operation.
  • Test the feeding mechanism—adjust conveyor speed or auger rotation.
  • Inspect mold surfaces for defects.
  • Ensure locking mechanisms secure the mold firmly in place.

4. Electrical Control System Testing

  • Power on the control panel and verify all indicators function correctly.
  • Test PLC programs or control logic by simulating operation cycles.
  • Calibrate sensors for material level, temperature, and pressure.
  • Check wiring connections for tightness and insulation integrity.

5. Material Feeding and Forming Tests

  • Conduct trial runs with small batches of raw material.
  • Adjust feeder settings to achieve uniform material distribution.
  • Monitor the briquetting process to check for proper compression.
  • Measure initial briquette density and hardness.

6. Full-Cycle Operation Check

  • Run the machine through multiple complete cycles.
  • Identify issues like uneven wear or unusual noises.
  • Inspect all components after testing for signs of stress.
  • Record key parameters to establish baseline performance.