High-efficiency Conveying Machine-China Manufacturer

The daily maintenance and maintenance of the spiral sand washing equipment is the key to ensure the efficient operation of the equipment for a long time and prolong the service life. Here are some common routine maintenance and upkeep measures:

1.Clean The Equipment:

• Regular Cleaning: After each use, the inside and outside of the equipment should be cleaned, especially to remove sand residue from the spiral blades and washing tanks to prevent clogging and wear and tear of the equipment.
• Prevent Rust: Avoid long-term water accumulation during the cleaning process, especially in a humid environment, and regularly check and clean water stains on the surface of the equipment to prevent rust.

2.Inspect The Wearing Parts:

• Helical Blade: Regularly check the wear of spiral blades, and replace them in time when the wear is serious, so as to ensure the sand washing effect and equipment efficiency.
• Bearing: Check the lubrication of the bearing to ensure that the bearing runs smoothly. Add lubricating oil if necessary to avoid bearing wear or overheating due to insufficient lubrication.
• Motors andTtransmission Parts: Regularly inspect motors, belts, gears and other transmission components to ensure that they are operating properly and that the fasteners are not loose.

3.Check The Running Status Of The Device:

• Electrical System: Check the electrical wiring and control panel to ensure that all connections are tight and the control system is working properly. If an abnormal situation is found, it should be repaired in time.
• Noise And Vibration: Pay attention to observe whether there is abnormal noise or excessive vibration when the equipment is running, which may be a sign of internal failure or loosening of the equipment, which needs to be checked and repaired in time.

4.Lubrication Maintenance:

• Lubrication: Regularly check the quantity and quality of lubricating oil, replenish and replace lubricating oil in time, keep the equipment running smoothly, and reduce friction and wear.

5.Regular Maintenance And Record:

• Periodic Maintenance: It is recommended to carry out a comprehensive maintenance at regular intervals (e.g., monthly or quarterly) to check the tightening of bolts, the wear and tear of various components of the equipment, and the safety of the electrical system.
• Maintenance Records: Establish equipment maintenance records, record the time, content, problems and treatment measures of each inspection and maintenance in detail, so as to facilitate future reference and tracking of equipment status.

Through the above daily maintenance and maintenance measures, the service life of the spiral sand washing machine can be effectively extended and the long-term stable operation of the equipment can be ensured

The power consumption of the spiral sand washer mainly depends on the model, power and usage conditions of the equipment. Here are some common scenarios about how your device consumes power:

1.Power Consumption Of The Device:

• Power Range: The motor power of the spiral sand washer is usually between 5.5 kW and 30 kW, depending on the model and processing capacity of the equipment.
• Power Consumption Calculation: Assuming that the motor power of the equipment is 15 kilowatts, the power consumption for 1 hour of continuous operation is about 15 kilowatt-hours (kWh). If the device has less power or has a shorter period of use, the power consumption will also be reduced accordingly.

For Example:

The power consumption of a small device (5.5 kW) is approximately 5.5 KWH/h.

The power consumption of a medium-sized device (15 kW) is about 15 KWH/h.

The power consumption of large equipment (30 kW) is about 30 KWH/h.

The power consumption of the spiral sand washer depends largely on the specific model and working conditions of the equipment.

In order to reduce energy consumption and operating costs, it is recommended to choose equipment with frequency conversion control or automatic shutdown function, or appropriately adjust the operating status of the equipment according to the load situation in actual operation to achieve energy saving effect