Hydraulic cone crusher is the * choice for two-stage and three-stage crushing. It is widely used in metallurgy, building materials, light industry, chemical industry and electric power industries. However, due to the harsh working environment and the inability of the operator to use it, various failures of hydraulic cone crushers often lead to shutdown and shutdown. To ensure efficient production of hydraulic cone crushers, we need to pay special attention to these details.

    1. Start without load
    The hydraulic cone crusher must be started under no-load state, and the mine can only be started after the crusher is running normally, so as not to increase the load of the motor, resulting in excessive starting current and even burning the motor.

    2. Feeding amount should be uniform
    Adjust the amount of ore feed in a timely manner to ensure that the ore feed is added evenly and in an appropriate amount, so as not to increase the local friction of the machine and make it "stuck".

    3. Pay attention to check the running part
    After the installation of the hydraulic cone crusher in the * trial operation stage, you should * check whether the running part is stuck or collided, and then start the operation after checking the normal. During operation, * run for 4 hours at no load, check the flexibility of the pulley, whether the machine is firmly installed, and whether there are other noises.

    4. Pay attention to the temperature rise of the rotor main bearing
    When the machine is running, pay attention to the temperature rise of the main bearing of the rotor. If the temperature rises above the specified value, s and check quickly. During operation, if the machine vibrates excessively or there is abnormal noise, it should be sped quickly to check the cause.

    5. Repair and replace worn parts in time
    The worn parts of the hydraulic cone, especially the main wear parts such as the main shaft and gears, which directly contact the material, should be regularly checked. If problems are found, they should be repaired and replaced in time to avoid failures in the later stage and affecting work efficiency.