The operation difficulty of the organic fertilizer loader feeding hopper is relatively low, but certain operation norms and skills need to be followed to ensure the efficient operation and safe use of the organic fertilizer equipment. The following are the key points to note when operating the organic fertilizer loader feeding hopper:
1. Operational difficulty and skills: The design of the organic fertilizer loader feeding hopper emphasizes the simplicity of operation. The transportation of fertilizers can be easily completed through the forklift, significantly enhancing work efficiency. Some of the equipment is equipped with an automatic control system, which enables remote operation and automated production, further reducing the operational difficulty.
2. Operating steps: Place the forklift's material bin on a flat ground to ensure the entire machine is stable and firm. When the forklift is feeding materials, it should unload slowly to avoid discharging too fast or too forcefully to prevent damage to the equipment. The discharge speed can be adjusted as needed, and the flow rate can be controlled by a frequency converter. After the belt conveyor is stopped, the forklift must not continue to feed materials to avoid crushing the belt conveyor.
3. Precautions: When the forklift is feeding materials, prevent hard foreign objects or large pieces of materials from entering to avoid damaging the equipment. When the forklift is feeding materials, it is strictly forbidden to raise the bucket of the forklift too high and then unload the materials sharply downward to avoid damaging the buffer net.
4. Regular maintenance: Regularly apply grease to the bearings and gears of the belt conveyor, and regularly apply engine oil to the tail adjustment screw of the belt conveyor to prevent rusting and inability to adjust. Regularly clean the adhered materials on the inner walls of the silo to ensure smooth discharge.
By following these operation steps and precautions, the operational difficulty of the organic fertilizer forklift silo can be effectively reduced, production efficiency can be improved, and at the same time, the long-term stable operation of the equipment can be ensured.
