With its powerful water absorption function, water suction vacuum cleaner plays an important role in cleaning water stains, wet floors and other scenes. However, if the water tank is full of water and not handled in time, it is easy to cause vacuum cleaner failure.
First of all, it is very important to understand the working principle and structure of water suction vacuum cleaner. Water suction vacuum cleaner generates negative pressure through the operation of the motor to suck water and other dirt into the water tank. The capacity of the water tank is limited. When the water reaches a certain height, if water is continued to be absorbed, it may cause water to flow back into the motor or other key components, causing failure. Taking the common bucket water suction vacuum cleaner as an example, the water tank is located at the bottom, and the motor and filtration system are above. Once the water exceeds the safe water level line of the water tank, the risk of backflow along the pipe will be greatly increased. Therefore, users must be familiar with the instructions of the vacuum cleaner used, and understand key information such as the water tank capacity and safe water level mark. This is the basis for avoiding full water failure.
Secondly, developing good usage habits is the key link. Before using the water suction vacuum cleaner, you should first check whether the water tank has been emptied or there is less residual water. If there is a lot of residual water in the water tank, it will reach the full water state faster during use. At the same time, you should always pay attention to the working time and cleaning area during the cleaning process. Generally speaking, when the cleaning area is larger and the dirt is more, the water tank will be filled faster. For example, when cleaning the floor of a large commercial place, the water tank may be close to full in a few minutes. At this time, you must not continue to use it with a fluke mentality. Based on experience, you can roughly estimate the use of the water tank under a certain cleaning area, and stop cleaning work every once in a while to check the water level of the water tank. If conditions permit, you can also use a timer to set a relatively fixed inspection time interval, such as checking the water level of the water tank every 10-15 minutes to ensure that the full water situation is discovered in time.
In addition, with the help of some external tools and technical means, full water failures can also be effectively prevented. There are some special water tank full water alarms available on the market. This type of alarm can sense the water level through a sensor. When the water level reaches a preset height, it will sound an alarm to remind the user. Install the alarm in a suitable position on the water tank and connect the line, it can give a timely warning before the water is full. In addition, you can also judge whether the water tank is close to full by observing the working status of the vacuum cleaner. When the water tank is almost full, the suction power of the vacuum cleaner may drop significantly, because full water affects the formation of internal negative pressure. At the same time, the running sound of the motor may also change, becoming more dull or making abnormal sounds. Once these situations are discovered, stop using it immediately and check the water level in the water tank.
In addition, regular maintenance and care of the water suction vacuum cleaner can also help avoid problems caused by full water failure. Regularly cleaning the water tank to remove dirt and impurities in the water tank can not only keep the water tank clean, but also observe the water level more clearly. At the same time, check the sealing performance of the water tank to ensure that there will be no leakage or water seepage in the water tank during the water suction and drainage process. If the sealing strip is found to be aging or damaged, it should be replaced in time. In addition, check whether the water suction and drainage pipes are unobstructed to avoid the water in the water tank from being unable to be discharged normally due to pipe blockage, thereby accelerating the occurrence of full water.
Finally, when using a water suction vacuum cleaner, reasonable planning of the cleaning area and process can also reduce the risk of full water in the water tank to a certain extent. For example, divide the cleaning area into several small blocks and clean them in stages. After cleaning a small area, check the water level in the water tank and perform necessary treatment. For some areas with particularly serious water stains, you can use mops and other tools to perform preliminary treatment to reduce the amount of water absorbed by the vacuum cleaner, thereby extending the use time of the water tank. At the same time, during the cleaning process, try to avoid sucking in a large amount of concentrated water at one time, and use multiple small amounts to absorb water.
Through the comprehensive use of the above methods, starting from understanding the principles of the equipment, developing good habits, using external tools, regular maintenance, and rationally planning the cleaning process, the possibility of malfunctions caused by full water tanks during use of water suction vacuum cleaners can be greatly reduced, ensuring that the vacuum cleaner always maintains a good working condition, extending its service life, and providing more reliable protection for cleaning work.
