How to ensure the stability of the washer-extractor when working under high load?

It is very important to ensure the stability of the washer-extractor when working under high load, which directly affects the performance, life and operational safety of the equipment. Load the clothes evenly, avoid concentrating on one side, prevent vibration and instability caused by imbalance, and arrange the position and quantity of clothes reasonably. Strictly operate according to the loading capacity of the equipment and avoid overloading, because overloading will not only cause stability problems but also damage internal components. Modern washer-extractors are usually equipped with efficient shock absorption systems, such as spring shock absorbers or hydraulic shock absorbers, which can effectively absorb and alleviate the vibration generated during high load operation, maintain the stability and smooth operation of the equipment.

Regularly check and maintain various components of the equipment, including shock absorption system, drum bearings, drive system and control system, etc., replace worn parts in time, ensure that the equipment is in good condition, and prevent instability caused by aging or damage of components. The equipment should be equipped with a high-precision control system that can monitor and adjust the operating parameters in real time, and automatically adjust the parameters through the intelligent control system to ensure stable operation under high load. The fuselage structure should be made of high-strength materials to ensure that the structure remains stable and durable under high load and high frequency use, reduce the vibration and deviation of the equipment, and maintain overall stability.

During installation and operation, ensure that the equipment is placed on a flat and solid ground. Use a level to check the level of the equipment and make appropriate adjustments to prevent instability caused by uneven ground. When working under high load, the internal temperature of the equipment may rise. Equip an effective heat dissipation system or ventilation device to prevent component damage and instability caused by overheating. Ensure that operators have received professional training and understand the operating procedures and maintenance requirements of the equipment. Skilled operators can correctly load and operate the equipment, promptly detect and handle abnormal conditions during operation, and ensure the stability of the equipment. Install a real-time monitoring system to monitor various parameters during high-load operation. Once an abnormality is found, the system can issue an alarm in time and automatically take measures (such as slowing down or stopping operation) to protect the equipment and ensure stability.