Floor-heating and refrigerating two-in-one module of silent air-conditioning system

Abstract

The invention relates to a floor-heating and refrigerating two-in-one module of a silent air-conditioning system. The floor-heating and refrigerating two-in-one module comprises a housing and a touch display screen arranged at the front end of the housing; graphic elements on the touch display screen are associated with control elements in the silent air-conditioning system; an internal temperature sensor is arranged on the housing; the internal temperature sensor is in communication connection to the touch display screen, i.e., a numerical value of the internal temperature sensor is displayed on the touch display screen; an NTC interface is further arranged on the housing; the NTC interface is connected to an external temperature sensor; and the external temperature sensor is used for displaying the numerical value on the touch display screen through the NTC interface. According to the floor-heating and refrigerating two-in-one module, heating of an ultrathin cooling-heating capillary tube and refrigerating of the ultrathin cooling-heating capillary tube can be controlled, so that one control module can realize two functions; and meanwhile, linkage with a main machine and a special hydraulic module can be realized, one-key start is realized, and an indoor temperature can be precisely detected.

Description

technical field [0001] The invention relates to a control module of a silent air-conditioning system, in particular to a floor heating and cooling two-in-one module of the silent air-conditioning system. Background technique [0002] At present, the household HVAC comfort air-conditioning system uses fan coil cooling in summer and radiant floor heating in winter. Two sets of systems are needed to meet the requirements, and the energy consumption is particularly high. Using the silent air-conditioning system (ultra-thin heating and cooling capillary tubes) is fast in heating and cooling. It is very energy-saving, but at present, there is no corresponding thermostat in domestic and foreign technologies that can support the control requirements of radiant heating and cooling technology for silent air conditioning systems (ultra-thin heating and cooling capillary tubes). Contents of the invention [0003] Aiming at the deficiencies of the prior art, the object of the present i...

AI Technical Summary

Problems solved by technology

[0002] At present, the household HVAC comfort air-conditioning system uses fan coil cooling in summer and radiant floor heating in winter. Two sets of systems are needed to meet the requirements, and the energy consumption is particularly high. Using the silent air-conditioning system (ultra-thin heating and cooling capillary tubes) is fast in heating and cooling. Very energy-saving, but currently there is no corresponding thermostat in domestic and foreign technologies that can support the silent air conditioning system (ultra-thin heating and cooling capillary) radiant heating and cooling technology control requirements

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