Changes in temperature drying air-source water heater
Technical field
The present invention relates to a kind of air-source water heater, particularly a kind of changes in temperature drying air-source water heater.
Background technology
Existing air-source water heater has good energy-saving effect; More difficult the drying of clothes that people wash in rainy season brings inconvenience for people's life, and a kind of changes in temperature drying air-source water heater with supplying hot water, confession cold air, heating and clothes drying function has become people's needs of life.
Summary of the invention
The objective of the invention is to overcome the deficiencies in the prior art, a kind of changes in temperature drying air-source water heater is provided, satisfy people to the demand of supplying hot water, confession cold air, heating and drying.
The technical solution adopted in the present invention is: changes in temperature drying air-source water heater includes air-source water heater and clothing-drying wardrobe, clothing-drying wardrobe includes drying radiator and wardrobe, the drying radiator is located in wardrobe, the drying of drying radiator enters water swivel and is connected with the hot water joint of air-source water heater attemperater by inlet channel, and the drying water out adapter of drying radiator is connected with the attemperater of air-source water heater by water return pipeline; The drying radiator is provided with drying magnetic valve and water pump, and the water inlet of water pump is connected with the hot water joint of air-source water heater, and the delivery port of water pump is connected with the drying magnetic valve, and the drying magnetic valve enters water swivel with the drying of drying radiator and is connected; Air-source water heater is connected with heating radiator, heating radiator is provided with the heating magnetic valve, the heating of heating radiator enters water swivel and is connected with the heating magnetic valve, and the heating magnetic valve is connected with the delivery port of water pump, and the heating water out adapter of heating radiator is connected with the water supply connector of air-source water heater; Air-source water heater is provided with air inlet, the first air outlet and the second air outlet, and the first air outlet is provided with the first MOD, and the second air outlet is provided with the second MOD, and controller is provided with control line and is connected with the first MOD and the second MOD.
The operation principle of changes in temperature drying air-source water heater is: during installation, air-source water heater is installed on balcony, heating radiator is installed on indoor, the first air outlet of air-source water heater is communicated with indoor, utilize controller to control the heat pump work of air-source water heater, after water pump operation, hot water is delivered to the cold and hot mixed water valve in each room; When rainy weather needs drying clothes, open the cabinet door of wardrobe, close back the cabinet door after being hung on wet clothes in cabinet, utilize the drying gauge tap to control air-source water heater and enter the drying duty, controller is controlled the drying magnetic valve and is opened, hot water enters the drying radiator by the hot water joint through the drying magnetic valve, by the drying radiator with dissipation of heat in wardrobe, clothes in wardrobe is dry, the water tank that hot water is got back to air-source water heater through drying water out adapter and the water supply connector of drying radiator; Be warm indoor when needing cold air, utilize air-conditioning switch to control air-source water heater and enter the air-conditioning work state, controller is controlled the first MOD and is opened, controlling the second MOD closes, outdoor air is entered by air inlet, change cold air into after the cooling of the evaporimeter of air-source water heater, cold air is entered indoor by the first air outlet of air-source water heater, the indoor cold air that provides is provided; Be cold indoor when needing heating installation, utilize the heating gauge tap to control air-source water heater and enter the heating duty, controller controls the first MOD and cuts out, controlling the second MOD opens, outdoor air is entered by air inlet, change cold air into after the evaporimeter cooling of air-source water heater, cold air flows back to outdoor by the second air outlet of air-source water heater; Simultaneously, controller is controlled the heating magnetic valve and is opened, and hot water enters heating radiator by the hot water joint through the heating magnetic valve, heating radiator with dissipation of heat in indoor, be the indoor heating installation that provides, the water tank that hot water is got back to air-source water heater through heating water out adapter and the water supply connector of heating radiator.
The invention has the beneficial effects as follows: changes in temperature drying air-source water heater not only has the function of water heater, and also has the function of cooling gas, heating and drying; Changes in temperature drying air-source water heater utilizes the heat energy of the evaporimeter absorption air of heat pump, for people provide the domestic hot-water; Utilize evaporimeter to reduce the temperature of outdoor air, the indoor cold air that provides is provided; Utilization passes into the drying radiator with hot water, utilizes the air in drying radiators heat wardrobe, utilizes the heated air drying clothes in clothing-drying wardrobe, saves electric energy than direct electric heating drying; Utilize boiler to pass into hot water to heating radiator, utilize radiator that dissipation of heat is arrived indoor, for the house provides moist heating installation.
Description of drawings
Fig. 1 is changes in temperature drying air-source water heater structural representation.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is further detailed:
Changes in temperature drying air-source water heater structural representation shown in Figure 1, changes in temperature drying air-source water heater includes air-source water heater 1 and clothing-drying wardrobe 2, clothing-drying wardrobe 2 includes drying radiator 3 and wardrobe 4, drying radiator 3 is located in wardrobe 4, the drying of drying radiator 3 enters water swivel 5 and is connected by the hot water joint 6 of inlet channel with air-source water heater 1 attemperater, and the drying water out adapter 7 of drying radiator 3 is connected with the attemperater 33 of air-source water heater 1 by water return pipeline.
For the automatic control of implementing drying and the automatic control of implementing heating, drying radiator 3 is provided with drying magnetic valve 9 and water pump 10, the water inlet 11 of water pump 10 is connected with the hot water joint 6 of air-source water heater 1, the delivery port 12 of water pump 10 is connected with drying magnetic valve 9, and drying magnetic valve 9 enters water swivel 5 with the drying of drying radiator 3 and is connected; Air-source water heater 1 is connected with heating radiator 13, and the heating of heating radiator 13 enters water swivel 14 and is connected with hot water joint 6, and the heating water out adapter 15 of heating radiator 13 is connected with water supply connector 8; Heating radiator 13 is provided with heating magnetic valve 16, the heating of heating radiator 13 enters water swivel 14 and is connected with heating magnetic valve 16, heating magnetic valve 16 is connected with the delivery port 12 of water pump 10, and the heating water out adapter 15 of heating radiator 13 is connected with the water supply connector 8 of air-source water heater 1; Air-source water heater 1 is provided with controller 18, controller 18 is provided with control line and is connected with water pump 10, drying magnetic valve 9 and heating magnetic valve 16, controller 18 is provided with control panel 19, and control panel 19 is provided with drying gauge tap 20, air-conditioning switch 21 and heating gauge tap 22; Controller 18 is provided with the drying time control switch, is used for controlling the time of drying.
In order to implement to freeze and the control of heating, air-source water heater 1 is the air-source water heater of integral type, air-source water heater 1 is provided with air inlet 23, the first air outlet 24 and the second air outlet 25, the first air outlet 24 is provided with the first MOD 26, the second air outlet 25 is provided with the second MOD 27, and controller 18 is provided with control line and is connected with the first MOD 26 and the second MOD 27.Air inlet 23 is located at the front of air-source water heater 1 cabinet, and the first air outlet 24 is located at the left side of cabinet, and the second air outlet 25 is located at the right side of cabinet; Perhaps, air inlet 23 is located at the front of air-source water heater 1 cabinet, and the first air outlet 24 is located at the back side of cabinet, the second air outlet 25 be located at cabinet above.
For convenient the first air outlet 24 and indoor 29 be connected, the first air outlet 24 is provided with sealing ring 17, is used for the first air outlet 24 and is connected with indoor 29 the cold air mouth that advances, the leakage of minimizing cold air.
For the moisture in wardrobe 4 is discharged, wardrobe 4 is provided with moisture outlet 30; Wardrobe 4 is connected with the cabinet of air-source water heater 1, and perhaps, wardrobe 4 arranges separately; Wardrobe 4 is provided with heat-insulation layer, is used for reducing the loss of heat.
In order to prevent that cold water from flowing into drying radiator 3 and heating radiator 13, the drying water out adapter 7 of drying radiator 3 is connected with drying backwater check valve 32, and the direction of drying backwater check valve 32 is to point to attemperater 33 by drying radiator 3; Heating radiator (13) is connected with heating backwater check valve 31, and the direction of heating backwater check valve 31 is to point to attemperater 33 by heating radiator 13.