Air conditioning unit water fullness protection control method, storage medium, processor and air conditioning unit

Abstract

The invention discloses an air conditioning unit water fullness protection control method, a storage medium, a processor and an air conditioning unit. The problem that after water fullness protection is conducted on a water beating disc of an air conditioner, operation of a compressor is recovered when the water level of a cold water disc reaches the warning water level, and consequently the compressor is started and stopped frequently is solved. According to the air conditioning unit water fullness protection control method, the air conditioning unit is provided with a water pan for collecting condensate water, a water beating flywheel for beating the condensate water in the water pan to a condenser and a water beating motor for providing power for the flywheel, when the water level of the water pan is greater or equal to the warning water level, water fullness protection of the air conditioning unit is triggered and the following control is carried out: stopping the operation of the compressor; increasing the rotating speed of the water beating motor; and the water level of the water pan and the draft of the water beating flywheel are collected in real time, and the reset time of the compressor is determined based on the water level of the water pan and the draft of the water beating flywheel. The water depth of the preset water level of the water pan is smaller than that of the warning water level, and the problem of repeated starting and stopping can be effectively solved.

Description

technical field [0001] The invention relates to the field of air conditioners, in particular to an air conditioner unit water full protection control method, a storage medium, a processor and an air conditioner unit. Background technique [0002] The air conditioning unit will produce condensed water during the cooling process. For most of the units, it is directly discharged outdoors, but for the integral unit used alone indoors, the water cannot be easily removed during use. Unless a drain pipe is directly connected to it, but for mobile machines and similar integral units, its use characteristics are easy to move, and it is obviously unrealistic to increase the drain pipe. Therefore, a water pumping motor is generally added at the chassis position to splash the condensed water onto the condenser, which not only solves the problem of condensed water, but also increases the latent heat value of the splashed water after the splashed water contacts the condenser, absorbing th...

AI Technical Summary

Problems solved by technology

The existing technical solutions need to manually remove the water from the water tray, but the above two solutions inevitably make the unit start and stop frequently, which greatly affects the user experience

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