CN201803435U - Air-conditioning heat water heater device - Google Patents
Air-conditioning heat water heater device Download PDFInfo
- Publication number
- CN201803435U CN201803435U CN201020544202XU CN201020544202U CN201803435U CN 201803435 U CN201803435 U CN 201803435U CN 201020544202X U CN201020544202X U CN 201020544202XU CN 201020544202 U CN201020544202 U CN 201020544202U CN 201803435 U CN201803435 U CN 201803435U
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- air
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- heat exchanger
- compressor
- water heater
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Abstract
The utility model discloses a water heater device using air-conditioning heat, which comprises an air conditioner indoor unit (1), an air conditioner outdoor unit (2) and an air energy water heater (3); a heat exchanger (4) is arranged in the air energy water heater (3); the vent of a compressor (5) in the outdoor unit (2) is connected with the suction inlet pipe of the heat exchanger (4); the outlet of the heat exchanger (4) is connected with a four-way valve (6) pipe; the other three interfaces of the four-way valve (6) are respectively connected with both ends of an air heat exchanger (18) and a drying filter (19) on the other port; the drying filter is connected with a four-way valve (17) at the other port; the other three interfaces of the four-way valve (17) are respectively connected with the suction inlet of the compressor (5) and the pipes on one end of an outdoor evaporator (7) and on one end of an indoor evaporator (8). When in heating and cooling, the air-conditioning heat water heater device can absorb the heat emitted by the air conditioner outdoor unit, heat the cold water in the air energy water heater with the recovered heat through the heat exchanger and provide hot water with the temperature of 50 to 60 DEG C for daily life, does not waste electricity, saves energy, and can improve the cooling effect of air conditioners.
Description
Technical field
The utility model relates to a kind of air-conditioning heat energy hot water apparatus that utilizes, and belongs to technical field of heat exchange.
Background technology
Along with people's quality of life improves, air-conditioning and water heater have become the indispensable facility of life of most of families.Particularly in summer, people are by air-conditioning temperature-reducing, and the interior machine of air-conditioning is when reducing indoor temperature, and the outer machine of air-conditioning is also constantly to a large amount of hot gas of outdoor discharging.These heat energy being emitted in the atmosphere in vain caused the waste of heat energy, and these heats also pollute the environment, and influence weather.The water heater that uses in life of people also needs consumed power or combustion gas that cold water is heated in addition, and heat energy is not fully utilized, and does not meet the environmental requirement of the low carbon emission reduction of current promotion.Though also some solar water heater at present, solar water heater need be subjected to the sunlight large tracts of land, uses in the local inconvenience that some installing space is narrow, just is unable to supply hot water in addition in no sunlight, also wants electricity consumption to spread at ordinary times and helps heating, and use is restricted.
The utility model content
The purpose of this utility model is, a kind of air-conditioning heat energy hot water apparatus that utilizes is provided.Utilize the heat energy heating cold water that discharges in the air-conditioning work, can reduce the heat energy of air-conditioning discharging, and can provide temperature to spend to 65 degree life hot water automatically 50.
The technical solution of the utility model: a kind of air-conditioning heat energy hot water apparatus that utilizes, comprise air-conditioning internal machine and outdoor machine of air-conditioner, also comprise air-source water heater, be provided with heat exchanger in the air-source water heater; Exhaust outlet of compressor in the outdoor machine of air-conditioner is connected with the heat exchanger entrance pipeline, heat exchanger exit is connected with the input interface pipeline of cross valve, other three interfaces of cross valve are connected with device for drying and filtering with air heat exchanger is in parallel respectively, and the device for drying and filtering other end is connected with the cross valve input interface; Other three interfaces of cross valve are connected with the air entry of compressor, outer machine evaporimeter and interior machine evaporator pipeline respectively.
The aforementioned utilization in the air-conditioning heat energy hot water apparatus, described cross valve is provided with input interface a, air heat exchanger interface b, d and device for drying and filtering interface c; Input interface a is connected with the heat exchanger exit pipeline, and device for drying and filtering interface c is connected with device for drying and filtering; The device for drying and filtering other end and cross valve are provided with input interface a, compressor interface b and the outer machine evaporimeter interface d of interior machine evaporimeter interface c; Input interface a is connected with device for drying and filtering, and compressor interface b is connected with compressor 5 air entries, and outer machine evaporimeter interface d is connected with interior machine evaporator pipeline with filter through outer machine evaporimeter, check valve, flow controller; The interior machine evaporimeter other end is connected with interior machine evaporimeter interface c, and described check valve two ends are parallel with flow controller.
The aforementioned utilization in the air-conditioning heat energy hot water apparatus, described air-source water heater is provided with heat-insulation layer, cooling water inlet and hot water outlet.
The aforementioned utilization in the air-conditioning heat energy hot water apparatus, described pipeline is provided with pressure switch.
The aforementioned utilization in the air-conditioning heat energy hot water apparatus, the 1-2 alternating voltage 220V power supply of described DZ terminal is connected with control circuit with compressor, and control circuit comprises temperature controller WK, relay J 2 and relay J 1; No. 1 zero-power line of DZ terminal connects compressor (5), relay J 2 coils, temperature controller WK power supply, relay J 1 coil, fan electromotor (9), cross valve (17) J coil, the connection of cross valve (6) Ji coil one end; No. 2 live wires of DZ terminal and the normally opened contact of relay J 2 and the current supply circuit of compressor (5) are connected in series, coil one end of relay J 2 is connected with fan electromotor with the normally-closed contact of relay through No. 3, the normally-closed contact of relay J 1 and signal input DZ terminal, No. 4, signal input DZ terminal is connected with cross valve (17) coil L with relay J 1 normally-closed contact, No. 5, signal input DZ terminal is connected with temperature controller WK power supply one end, and temperature controller WK is connected with warning Chang KaiguanK with temp probe T.
Compared with prior art, the utility model can absorb the heat energy of outdoor machine of air-conditioner discharging when air conditioner refrigerating, by the cold water in the heat exchanger heats air-source water heater, provides temperature at the life hot water of 50 degree to 65 degree the heat energy that reclaims.It is energy-conservation again not take electricity, can also improve the refrigeration of air-conditioning.The water tank of air-source water heater of the present utility model is provided with heat-insulation layer, and high insulating effect when not starting shooting, can make the hot water in the water tank remain within three days more than 50 degree.The utility model air can heat, in the time of need be to indoor heating since air-source water heater temperature can heat by interchanger through air in the refrigerant circulation of the above hot-water air-conditioning compressor pipeline system of 50 degree, high-effect heating, programming rate is fast.Concerning air-source water heater, water temperature can remain on more than 50 degree all the time, can take hot water endlessly.Can be connected with air-conditioning when needing, the time spent can not disconnect with air-conditioning at any time yet, and is easy to use, flexibly.The utility model is material saving, less manpower when implementing.Power and energy saving in the use, environmental protection, health, long service life, low noise, security performance are good.The utility model meets the environmental requirement of the low carbon emission reduction of current promotion especially.The utility model air-source water heater Auto Power On externally mechanism is cold, and conditioning chamber external environment air absorbs air moisture content, the dehumidifier effect.The utility model air-source water heater, the compressor assembly refrigerant is strong through heat exchanger exchange stability, and high efficiency is safe and reliable.
Description of drawings
Fig. 1 is the structural representation of the utility model (heating);
Fig. 2 is the connection diagram of the utility model critical piece.
Machine in being labeled as in the accompanying drawing: the 1-, the outer machine of 2-, 3-air-source water heater, 4-heat exchanger, the 5-compressor, 6-cross valve, the outer machine evaporimeter of 7-, machine evaporimeter in the 8-, 9-fan electromotor, 10-pressure switch, the 11-filter, 12-condenser pipe, 13-check valve, the 14-cooling water inlet, 15-hot water outlet, 16-heat-insulation layer, 17 cross valves, 18 air heat exchangers, 19 devices for drying and filtering.
The specific embodiment
The utility model is described in further detail below in conjunction with drawings and Examples, but not as the foundation to any restriction of the present utility model.
Embodiment.Structure of the present utility model such as Fig. 1.Filled arrows among Fig. 1 is the traffic direction of refrigerant in the pipeline when heating; A kind of air-conditioning heat energy hot water apparatus that utilizes comprises air-conditioning internal machine 1 and outdoor machine of air-conditioner 2, also comprises air-source water heater 3, is provided with heat exchanger 4 in the air-source water heater 3; Compressor 5 exhaust outlets in the outdoor machine of air-conditioner 2 are connected with heat exchanger 4 inlet ducts, heat exchanger 4 outlets are connected with the input interface pipeline of cross valve 6, other three interfaces of cross valve 6 are connected with air heat exchanger parallel connection, device for drying and filtering respectively, the device for drying and filtering other end is connected with the input interface of cross valve 17, and other three interfaces of cross valve 17 are connected with the exhaust outlet of compressor 5, outer machine evaporimeter 7 and interior machine evaporimeter 8 pipelines respectively.Described cross valve is provided with input interface a, air heat exchanger interface b, d parallel connection, device for drying and filtering interface c; Input interface is connected with the outlet conduit of heat exchanger 4, and air heat exchanger interface b, d and cross valve 6 are connected in parallel, and device for drying and filtering interface c is connected with cross valve 6; The device for drying and filtering other end is connected with cross valve 17 input ports; Cross valve 17 is provided with input interface a, compressor interface b, interior machine evaporimeter interface c and outer machine evaporimeter interface d; Input interface a is connected with device for drying and filtering, and compressor interface b is connected with the compressor air suction mouth, and outer machine evaporimeter interface d is connected with interior machine evaporimeter 8 pipelines with filter 11 through outer machine evaporimeter 7, check valve 13, flow controller 12; Interior machine evaporimeter 8 other ends are connected with interior machine evaporimeter interface c, and described check valve 13 two ends are parallel with flow controller.Described air-source water heater 3 is provided with heat-insulation layer 16, cooling water inlet 14 and hot water outlet 15.Described pipeline is provided with pressure Chang Kaiguan 10.The 1-2 alternating voltage 220V power supply of described DZ terminal is connected with control circuit with compressor 5, and control circuit comprises temperature controller WK, relay J 1 and relay J 2; The public electrical connection compressor 5 of No. 1 zero line of DZ terminal, relay J 2 coils, temperature controller WK power supply, relay J 1 coil, fan electromotor, cross valve coil L, cross valve coil Li one end connect; No. 2 live wires of DZ terminal and the normally opened contact of relay J 2 and the current supply circuit of compressor 5 are connected in series.Coil one end of relay J 2 is connected for No. 3 with signal input DZ terminal through the normally-closed contact of relay J 1, be connected with fan electromotor with the normally-closed contact of relay for No. 3, No. 4, signal input DZ terminal is connected with cross valve coil L with relay J 1 normally-closed contact, No. 5, signal input DZ terminal is connected with temperature controller WK power supply one end, and temperature controller WK output signal is arranged normally opened contacts with relay J 1 coil with relay J 1 three and is connected; Temperature controller WK is connected with warning Chang Kaiguan with temp probe T.
Operation principle of the present utility model:
When heating as shown in Figure 1, refrigerant is under the effect of compressor 5, the gas port of pulling from compressor 5, through the a-c passage of heat exchanger 4, cross valve 6, device for drying and filtering 19, the a-c passage of cross valve 17, interior machine evaporimeter 8, the air entry that the d-b passage of filter 11, flow controller 12, check valve 13, outer machine evaporimeter 7 and cross valve 17 is got back to compressor 5 constitutes and heats the loop.
During refrigeration, refrigerant is under the effect of compressor 5, from the exhaust outlet of compressor 5, get back to the air entry formation refrigerating circuit of compressor 5 through the a-d passage and the c-b passage of outer machine evaporimeter 7, throttling gas 12, filter 11, interior machine evaporimeter 8 and cross valve 17 of the a-d passage of heat exchanger 4, cross valve 6, device for drying and filtering 19, cross valve 17.
During air-source water heater work, refrigerant is under the effect of compressor 5, from the exhaust outlet of compressor 5, the air entry that machine evaporimeter 8, filter 11, flow controller 12, check valve 13, outer machine evaporimeter 7d-b passage are got back to compressor 5 in the a-c of the a-d passage of heat exchanger 4, cross valve 6, b-c passage that air heat exchanger 18 is got back to cross valve 6, device for drying and filtering 19, cross valve 17 constitutes the air-source water heater loop.
During refrigeration, the 1-2 alternating voltage 220V power supply of DZ terminal; No. 1 public electricity of zero line, No. 2 live wire connects relay J 2 normally opened contacts, and the normal J2 of relay leaves the contact and is connected with compressor.The DZ terminal does not have electricity 4-5 number, No. 3 power supplies of signal input DZ and relay J 1 normally-closed contact energising relay J 2 coils and fan electromotor 9 work respectively, and relay J 2 normally opened contacts close and close the powered compressor rotation.
When heating, the 1-2 alternating voltage 220V power supply of DZ terminal; No. 1 public electricity of zero line, No. 2 live wire connects relay J 2 normally opened contacts, and relay J 2 normally opened contacts are connected with compressor.The DZ terminal does not have for No. 5, No. 3 power supplies of signal input DZ terminal are connected relay J 2 coils and fan electromotor 9 energisings respectively with relay J 1 normally-closed contact, relay J 2 normally opened contacts close and close the powered compressor rotation, and No. 4 power supplies are switched refrigerant passage with cross valve 17 coil L energising.
During air-source water heater work, the 1-2 alternating voltage 220V power supply of DZ terminal; No. 1 public electricity of zero line, No. 2 live wire connects relay J 2 normally opened contacts, and relay J 2 normally opened contacts are connected with compressor one end.DZ terminal 3 and No. 4 nothings, No. 5 live wires of signal input DZ terminal are the power supply of temperature controller WK power supply, temperature controller WZ output signal was connected with the coil electricity of relay J 1 and three row's normally opened contacts of relay J 1 after temperature controller WK delayed time 3 minutes, relay J 1 normally-closed contact disconnects the coil with the closed engage relay J2 of normally opened contact, fan electromotor 9, cross valve 6 coil L switch refrigerant passage, cross valve 17 coil Li switch refrigerant passage and the closed compressor rotation of relay J 2 normally opened contacts, during air-source water heater work, temperature controller WK control circuit is inserted in the water tank with probe T and quits work more than survey coolant-temperature gage 50 degree, be lower than 45 temperature Auto Power Ons, also having temperature controller WK warning Chang Kaiguan to be located on the compressor air-discharging pipeline connects, during operate as normal, alarm switch K cut-offs.
DZ terminal 1-2 alternating voltage 220V power supply; No. 1 zero line of DZ terminal is public; No. 2 live wire connects relay J 2 normally opened contacts, and relay normally open contact is connected with compressor one end; The Line 1 of DZ terminal connects compressor 5 relay J 2 coils, temperature controller WK power supply, relay J 1 coil, fan electromotor 9, cross valve 6 coil L, the connection of cross valve 17 coil Li one end.No. 2 lines and relay J 2 normally opened contacts of DZ terminal are connected with compressor 5 link circuits, and relay J 2 coils one end is connected respectively through relay J I normally-closed contact and No. 3 lines of signal input DZ terminal and is connected with fan electromotor 9 with relay J 1 normally-closed contact. and signal is imported No. 4 lines of DZ terminal and is connected with cross valve 6 coil L with relay J 1 normally-closed contact. and signal is imported No. 5 lines of DZ terminal and is connected with temperature controller WK power supply one end; Temperature controller WK output signal is connected with relay J 1 coil one end with relay J 1 three row's normally opened contacts and is connected, and relay J 1 three row's normally-closed contacts disconnect with the closed engage relay J2 of three row's normally opened contacts coil, fan electromotor, cross valve 6 coil L, cross valve 17 coil Li and being connected.
Fig. 2 is interior machine, outer machine and an air-source water heater connection diagram of the present invention
The utility model is when freezing or heating, and air-source water heater does not consume any electric energy, and the heat energy that distributes when relying on air-conditioning work fully is with the heating of the cold water in the air-source water heater, and the water temperature in the maintenance water heater is about the 50-65 degree.Generally be spring and fall when not needing to turn on the aircondition, air-conditioning more than cold water heating-up temperature 50 degree of air-source water heater, Yi Bian turn on the aircondition, Yi Bian be best low carbon emission reduction way with hot water.
Claims (3)
1. utilize air-conditioning heat energy hot water apparatus, comprise air-conditioning internal machine (1) and outdoor machine of air-conditioner (2), it is characterized in that: also comprise air-source water heater (3), be provided with heat exchanger (4) in the air-source water heater (3); Compressor (5) exhaust outlet in the outdoor machine of air-conditioner (2) is connected with heat exchanger (4) inlet duct, heat exchanger (4) outlet is connected with the input interface pipeline of cross valve (6), other three interfaces of cross valve (6) are connected with air heat exchanger (18) two end interfaces respectively, also have an interface to be connected with cross valve (17) input interface with device for drying and filtering (19) entrance and exit, other three interfaces of cross valve (17) respectively with the air entry of compressor (5), outer machine evaporimeter (7) is connected with interior machine evaporimeter (8) pipeline, the other end of interior machine evaporimeter (8) is connected with flow controller (12) with filter (11), and flow controller (12) is connected with outer machine evaporimeter (7) with check valve (13).
2. according to the described air-conditioning heat energy hot water apparatus that utilizes of claim 1, it is characterized in that: described cross valve (6) is provided with input interface a, air heat exchanger two end interface b, d, device for drying and filtering interface c; Input interface a is connected with the outlet conduit of heat exchanger, and air heat exchanger two end interface b, d and air heat exchanger are connected in parallel, and device for drying and filtering interface c is connected with device for drying and filtering; The device for drying and filtering other end and cross valve are provided with input interface a, compressor interface b, outer machine evaporimeter interface d and interior machine evaporimeter interface b; Input interface a is connected with device for drying and filtering, compressor interface b is connected with the compressor air suction mouth, interior machine boil-off gas interface c is connected with interior machine evaporimeter, and outer machine evaporimeter interface d is connected with interior machine evaporimeter (8) pipeline with filter (11) through outer machine evaporimeter (7), check valve (13), flow controller (12); The interior machine evaporimeter other end is connected with evaporimeter interface c, and described check valve (13) two ends are parallel with flow controller.
3. according to the described air-conditioning heat energy hot water apparatus that utilizes of claim 1, it is characterized in that: described air-source water heater (3) is provided with heat-insulation layer (16), cooling water inlet (14) and hot water outlet (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020544202XU CN201803435U (en) | 2010-09-28 | 2010-09-28 | Air-conditioning heat water heater device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020544202XU CN201803435U (en) | 2010-09-28 | 2010-09-28 | Air-conditioning heat water heater device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201803435U true CN201803435U (en) | 2011-04-20 |
Family
ID=43872933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020544202XU Expired - Fee Related CN201803435U (en) | 2010-09-28 | 2010-09-28 | Air-conditioning heat water heater device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201803435U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106091303A (en) * | 2016-08-15 | 2016-11-09 | 广东志高暖通设备股份有限公司 | A kind of air-conditioner and heat reclaim unit thereof |
-
2010
- 2010-09-28 CN CN201020544202XU patent/CN201803435U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106091303A (en) * | 2016-08-15 | 2016-11-09 | 广东志高暖通设备股份有限公司 | A kind of air-conditioner and heat reclaim unit thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110420 Termination date: 20130928 |