The chain compost turning machine is a core piece of equipment in an organic fertilizer fermentation workshop. Strict adherence to operating procedures is essential to ensure both effective fermentation and the safety and lifespan of the equipment.
Before starting, conduct a thorough inspection of the equipment. Check for loose, deformed, or detached chains and turning plates; ensure the drive belts and reducer have sufficient lubrication; check for debris or accumulated material obstructing the travel track; and verify the electrical wiring and limit devices are functioning correctly. Only start the machine under no-load after confirming everything is in order.
When starting, first start the main compost turning unit. Once it is running smoothly, then activate the traveling mechanism. Never start the machine under heavy load with material, as this can overload and burn out the motor. Maintain a constant speed during operation. Adjust the turning depth and traveling speed according to the material’s moisture content and compaction level. Avoid dipping the scoop too deep at once to prevent chain breakage due to overload.
Turning should be done evenly and continuously, avoiding missed areas or repeated turning. Ensure sufficient contact between the material and air to improve fermentation speed and temperature. When moving the equipment, pay attention to both sides of the track. Personnel are strictly prohibited from approaching the track area. Slow down when turning or entering/exiting the tank to prevent derailment and collisions.
Consider the equipment’s operating status constantly during operation. If abnormal noises, excessive vibration, chain misalignment, or other issues occur, stop the machine immediately for inspection. Resume work only after troubleshooting; never operate the equipment while it is malfunctioning.
Regularly lubricate bearings, chains, and other components, tighten loose bolts, and perform proper equipment maintenance to extend its service life and ensure continuous and stable fermentation production.
