Multi-storey residential air-conditioning condensate water drainage system

Abstract

The invention provides a convenient and practical multi-storey residential air-conditioning condensate water drainage system. By virtue of taking the residential height as the column direction, the residence is provided with a plurality of columns of air-conditioning units; a header pipe is fixed on the outer side of a residential wall at the middle of two adjacent air-conditioning units; the header pipe extends from a roof to a ground surface straightly; at each storey, the header pipe is provided with two branch pipes which are oblique upward; the two branch pipes at the same storey of the same header pipe are arranged symmetrically with respect to the header pipe; condensate water pipes of the air-conditioning units at two sides of the header pipe are respectively and correspondingly connected to the branch pipes; and the condensate water of the air-conditioning units are converged into the header pipe through the branch pipes, and then are discharged downward from the branch pipes, so that the condensate water of the existing air-conditioning units are prevented from being discharged directly outdoors or into a water receiving container indoors. The convenient and practical multi-storey residential air-conditioning condensate water drainage system provided by the invention is simple in structure, and is convenient to use.

Description

technical field [0001] The invention relates to a multi-storey house, in particular to an air-conditioning condensate discharge system for a multi-storey house Background technique [0002] An air conditioner with cooling function is composed of an indoor unit and an outdoor unit. The main components of the indoor unit can be roughly divided into the following: air inlet, fan, evaporator coil (heat exchanger), air outlet, and condensation tray. In summer, when the indoor unit is not running, the indoor air temperature is high and the humidity is high; when the indoor unit is running, hot and humid air enters the indoor unit from the air inlet, and after passing through the evaporator (due to heat absorption during the evaporation process), the heat of the hot and humid air At the same time, because the air has reached its dew point temperature, part of the moisture in the air condenses into visible water droplets, which are stored in the condensation pan, and the water in ...

AI Technical Summary

Problems solved by technology

Draining to the outside causes continuous dripping, which affects the environment and pedestrians. The water receiving container discharged indoors needs to be poured out of the water receiving container regularly, which increases the burden

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