CN205481902U - Water resource heat pump air conditioner circulation system - Google Patents
Water resource heat pump air conditioner circulation system Download PDFInfo
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- CN205481902U CN205481902U CN201620228226.1U CN201620228226U CN205481902U CN 205481902 U CN205481902 U CN 205481902U CN 201620228226 U CN201620228226 U CN 201620228226U CN 205481902 U CN205481902 U CN 205481902U
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- pipe
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- air conditioner
- cistern
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Abstract
The utility model relate to an air conditioner circulation system specifically is a water resource heat pump air conditioner circulation system, including water resource heat pump air conditioning unit, bathing waste water cistern, hot -water tank, bathing hot water delivery pipe, bathing hot water return pipe, air conditioner water delivery pipe and air conditioner water wet return, water resource heat pump air conditioning unit includes compressor unit, evaporimeter and condenser, utilization water resource heat pump air conditioning unit accomplishes the winter and summer air conditioning system circulation, utilizes the hot -water tank cooperation water resource heat pump air conditioning unit accomplishes the circulation of winter and summer hot -water heating system, utilizes the cooperation of bathing waste water cistern water resource heat pump air conditioning unit accomplishes the circulation of winter and summer bathing effluent disposal system, the beneficial effects are that energy -concerving and environment -protective, safe and reliable, the direct thermal pollution of discharging formation of a large amount of bathing waste water had both been solved to the efficiency relative altitude, and the energy through retrieving bathing waste water has been solved the bathing place and has been bought water for a long time or adopt coal, gas and the hydrothermal problem of electric power equal energy source heating again.
Description
Technical field
This utility model relates to a kind of air conditioner circulating system, specifically a kind of water source heat pump air-conditioner cyclic system
System.
Background technology
Water source heat pump system is with shallow layer surface water, well water, life and industrial wastewater as low-temperature heat source, by
Water source heat pump units, heat-exchange system, high temperature heat source or low temperature cold source utilize system and central control system
Composition, water source heat pump system, as the application system of a kind of regenerative resource, has good energy-conservation and ring
Border protection benefit, compared with air source heat pump, is equivalent to reduce the power consumption of more than 30%, supplies with electricity
Warm up and compare, be equivalent to reduce the power consumption of more than 70%.Therefore water source heat pump technology is increasingly by people
Attention, and obtain national correlation department widely popularize utilization.Water resource heat pump is according to the profit to water source
By the difference of mode, closed system and open system two kinds can be divided into.Closed system refers to
The heat exchange coil of one group of closed cycle, this group coil pipe mean level or be vertically embedded in lake water or sea water is logical
Cross with lake water or seawater to make heat exchange that (this group coil pipe is directly embedded in the system in soil and is referred to as to realize energy transfer
Soil source heat pump, is also the one of earth source heat pump)；After open system refers to draw water from underground or earth's surface
Through the system that heat exchanger directly discharges.Water resource heat pump is either heating or in process of refrigerastion all with water
For thermal source and cooling medium, i.e. realize the operation heating and freezing with switching working medium loop.Air-conditioning and life
Hot water of living is closely bound up with daily life, and for bathhouse, waste water is unprocessed directly
Enter urban pipe network, not only pollute environment but also waste resource, how to utilize a large amount of waste water in bathing place,
It it is technical barrier the most urgently to be resolved hurrily.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of energy-conserving and environment-protective, safe and reliable, efficiency
The high water source heat pump air-conditioner blood circulation of ratio, had both solved a large amount of bath wastewater and had directly discharged the heat dirt of formation
Dye, further through the energy of recovery bath wastewater, solves bathing place and buys water for a long time or use coal, combustion gas
Problem with electric power equal energy source heat hot water.
The technical scheme that this utility model solves above-mentioned technical problem is as follows: a kind of water source heat pump air-conditioner circulation
System, including source heat-pump air conditioner group, bath wastewater cistern, boiler, bath hot water feed pipe,
Bath hot water return pipe, air conditioner water feed pipe and air conditioner water return pipe, described source heat-pump air conditioner group bag
Including compressor bank, vaporizer and condenser, the water inlet of described vaporizer and outlet are connected to
One water inlet tube interface and the first outlet pipe interface, water inlet and the outlet of described condenser are connected to
Second water inlet tube interface and the second outlet pipe interface, described first water inlet tube interface connects and has the first water inlet
Pipe, described first water inlet pipe is provided with the first water intaking valve, and described first outlet pipe interface connects the
One outlet pipe, described first outlet pipe is provided with the first outlet valve, described second water inlet tube interface connects
Being connected to the second water inlet pipe, described second water inlet pipe is provided with the second water intaking valve, described second outlet pipe connects
On mouth, connection has the second outlet pipe, and described second outlet pipe is provided with the second outlet valve；
Connect on described boiler and have the first water pipe, the second water pipe, the 3rd water pipe and the 4th water pipe, described
First water pipe connects described bath hot water feed pipe, at described first water pipe away from one end of described boiler
On be provided with hot water frequency conversion force (forcing) pump group, described second water pipe connects described away from one end of described boiler
Bath hot water return pipe, described 3rd water pipe connects described second outlet valve away from one end of described boiler
And described second outlet pipe that second between outlet pipe interface, described 3rd water pipe is provided with the first heat
Water valve, described 4th water pipe connects described second water intaking valve and the second water inlet away from one end of described boiler
Described second water inlet pipe between interface tube, is provided with hot-water circulating pump group on described 4th water pipe,
On described 4th water pipe, between described hot-water circulating pump group and described second water inlet pipe, it is provided with second
Hot water valve；
Connect on described air conditioner water feed pipe and have the 5th water pipe, described 5th water pipe is connected in parallel to first
Secondary water pipe, the described first secondary water pipe is provided with the first water valve near one end of described air conditioner water feed pipe,
One end away from described air conditioner water feed pipe is provided with the second water valve, between the described first secondary water pipe two ends
On described 5th water pipe, the one end near described air conditioner water feed pipe is provided with the 3rd water valve, away from described sky
One end of water transfer feed pipe is provided with the 4th water valve；Connect on described air conditioner water return pipe and have the 6th water pipe,
Along depending on to the bearing of trend away from described air conditioner water return pipe from described air conditioner water return pipe on 6th water pipe
Secondary be provided with whole-course water treatment device, Air-conditioning Cycle water pump group and with described 6th water pipe be connected in parallel second
Secondary water pipe, the described second secondary water pipe is provided with the 5th water valve near one end of described air conditioner water return pipe, far
The 6th water valve, the institute between the described second secondary water pipe two ends it is provided with from one end of described air conditioner water return pipe
State one end of close described air conditioner water return pipe on the 6th water pipe and be provided with the 7th water valve, away from described air-conditioning
One end of water return pipe is provided with the 8th water valve；Described first water inlet pipe is away from described first water inlet tube interface
One end connect described 6th water pipe between described 7th water valve and the 8th water valve, described first outlet pipe
Described between one end described 3rd water valve of connection and the 4th water valve of described first outlet pipe interface
5th water pipe, described second water inlet pipe connects described 5th water away from one end of described second water inlet tube interface
The described second secondary water pipe between valve and the 6th water valve, described second outlet pipe is away from described second outlet pipe
One end of interface connects the secondary water pipe of described first between described first water valve and the second water valve；
Connect on described bath wastewater cistern and have cistern return pipe and cistern intake pipe, described water-retention
Pond return pipe connects described 5th water pipe away from described air-conditioning away from one end of described bath wastewater cistern
One end of water feed pipe, described cistern intake pipe connects institute away from one end of described bath wastewater cistern
State the 6th water pipe one end away from described air conditioner water return pipe, along washing from described on described cistern intake pipe
Bath waste water cistern is disposed with hair collection to the bearing of trend away from described bath wastewater cistern
Filter and cooling water circulation water pump group.
The beneficial effects of the utility model are compared to existing technology: energy-conserving and environment-protective, safe and reliable, Energy Efficiency Ratio
High water source heat pump air-conditioner blood circulation, had both solved a large amount of bath wastewater and had directly discharged the heat dirt of formation
Dye, further through the energy of recovery bath wastewater, solves bathing place and buys water for a long time or use coal, combustion gas
With the problem of electric power equal energy source heat hot water, buy water or coal, combustion gas and electric power equal energy source heating heat than employing
The mode cost-effective about 50% of water, Social benefit and economic benefit is notable.
Further, described 6th water pipe between described whole-course water treatment device and air conditioner water return pipe connects
Having the 7th water pipe, described 7th water pipe connects outdoor tap-water pipe, institute away from one end of described 6th water pipe
It is fixed along being disposed with from the bearing of trend of the 6th water pipe to described outdoor tap-water pipe to state on the 7th water pipe
Pressure small pump group, softening water tank and water softener, it is simple to air conditioner water returns water shortage and supplements tap water in time,
Guarantee this utility model stable operation.
Further, described constant pressure supply water pump group is made up of two constant pressure supply water pumps being arranged in parallel, and improves institute
State the work efficiency of constant pressure supply water pump group.
Further, described compressor bank is arranged in parallel by multiple scroll compressors and forms, and improves described water
The power of source heat pump air-conditioner unit.
Further, described hot water frequency conversion force (forcing) pump group is arranged in parallel by two hot water frequency conversion force (forcing) pumps and forms,
Improve the work efficiency of described hot water frequency conversion force (forcing) pump group.
Further, described hot-water circulating pump group is arranged in parallel by two hot-water circulating pumps and forms, and improves
The work efficiency of described hot-water circulating pump group.
Further, described Air-conditioning Cycle water pump group is arranged by two air-conditioner circulating water parallels connection of pumps and forms, and improves
The work efficiency of described Air-conditioning Cycle water pump group.
Further, described cooling water circulation water pump group is arranged by two cooling water cycle water parallels connection of pumps and forms,
Improve the work efficiency of described cooling water circulation water pump group.
Further, on described cistern intake pipe, the water inlet of two described cooling water circulation water pumps is equal
It is provided with straight-through type filter, improves the bath wastewater cleanliness factor from the extraction of described bath wastewater cistern,
Guarantee this utility model stable operation.
Further, described bath wastewater cistern is opened type cistern, and is within it provided with for tieing up
Hold the automatic medicine feeder between 7～8 of the pH value in described bath wastewater cistern, improve described bathing
The available degree of the bath wastewater in waste water cistern.
Accompanying drawing explanation
Fig. 1 is pipe-line layout figure of the present utility model；
In accompanying drawing, the list of parts representated by each label is as follows:
1, hot water frequency conversion force (forcing) pump group, 2, bath wastewater cistern, 3, cistern return pipe, 4,
One water pipe, the 5, second water pipe, the 6, the 8th water valve, the 7, the 6th water valve, the 8, the 4th water valve, 9,
Two water valves, the 10, the 7th water valve, the 11, the 5th water valve, the 12, the 3rd water valve, the 13, first water valve, 14,
Bath hot water feed pipe, 15, bath hot water return pipe, 16, air conditioner water feed pipe, the 17, the 5th water pipe,
18, air conditioner water return pipe, the 19, the 6th water pipe, 20, whole-course water treatment device, 21, outdoor tap-water pipe,
22, the 7th water pipe, 23, water softener, 24, softening water tank, 25, constant pressure supply water pump group, 26, air-conditioning
Water circulating pump group, the 27, first water intaking valve, the 28, first outlet valve, the 29, second water intaking valve, 31,
One secondary water pipe, the 32, second secondary water pipe, the 33, first water inlet pipe, the 34, first outlet pipe, 35, water source
Heat pump air conditioner unit, the 36, second water inlet pipe, the 37, second outlet pipe, the 38, second outlet valve, 39,
First hot water valve, the 40, second hot water valve, 41, cooling water circulation water pump group, 42, hair collection filters
Device, the 43, the 3rd water pipe, 44, hot-water circulating pump group, the 45, the 4th water pipe, 46, boiler, 47,
Cistern intake pipe, a1, the first water inlet tube interface, a2, the first outlet pipe interface, a3, the second water inlet
Interface tube, a4, the second outlet pipe interface.
Detailed description of the invention
Being described principle of the present utility model and feature below in conjunction with accompanying drawing, example is served only for solving
Release this utility model, be not intended to limit scope of the present utility model.
As it is shown in figure 1, a kind of water source heat pump air-conditioner blood circulation, including source heat-pump air conditioner group 35,
Bath wastewater cistern 2, boiler 46, bath hot water feed pipe 14, bath hot water return pipe 15,
Air conditioner water feed pipe 16 and air conditioner water return pipe 18, source heat-pump air conditioner group 35 include compressor bank,
Vaporizer and condenser, the water inlet of vaporizer and outlet are connected to the first water inlet tube interface a1
With the first outlet pipe interface a2, the water inlet of condenser and outlet are connected to the second water inlet tube interface
A3 and the second outlet pipe interface a4, in the first water inlet tube interface a1, connection has the first water inlet pipe 33, and first
Being provided with the first water intaking valve 27 on water inlet pipe 33, on the first outlet pipe interface a2, connection has water pipe at first
34, it is provided with the first outlet valve 28 at first on water pipe 34, in the second water inlet tube interface a3, connection has
Two water inlet pipes 36, the second water inlet pipe 36 is provided with the second water intaking valve 29, the second outlet pipe interface a4
Upper connection has the second outlet pipe 37, and the second outlet pipe 37 is provided with the second outlet valve 38；
Connect on boiler 46 and have the first water pipe the 4, second water pipe the 5, the 3rd water pipe 43 and the 4th water pipe
45, the first water pipe 4 connects bath hot water feed pipe 14, at the first water pipe away from one end of boiler 46
Being provided with hot water frequency conversion force (forcing) pump group 1 on 4, the second water pipe 5 connects bathing away from one end of boiler 46
Hot water return pipe 15, the 3rd water pipe 43 connects the second outlet valve 38 and away from one end of boiler 46
The second outlet pipe 37 between two outlet pipe interface a4, is provided with the first hot water valve on the 3rd water pipe 43
39, the 4th water pipe 45 connects the second water intaking valve 29 away from one end of boiler 46 and the second water inlet pipe connects
The second water inlet pipe 36 between mouth a3, is provided with hot-water circulating pump group 44 on the 4th water pipe 45,
The second heat it is provided with on the 4th water pipe 45, between hot-water circulating pump group 44 and the second water inlet pipe 36
Water valve 40；
Connect on air conditioner water feed pipe 16 and have the 5th water pipe 17, the 5th water pipe 17 is connected in parallel to first
Secondary water pipe 31, the first secondary water pipe 31 is provided with the first water valve near one end of air conditioner water feed pipe 16
13, one end of air conditioner water feed pipe 16 is provided with the second water valve 9, the first secondary water pipe 31 two ends it
Between the 5th water pipe 17 on be provided with the 3rd water valve 12, away from sky near one end of air conditioner water feed pipe 16
One end of water transfer feed pipe 16 is provided with the 4th water valve 8；Connect on air conditioner water return pipe 18 and have the 6th water
Pipe 19, on the 6th water pipe 19 along from air conditioner water return pipe 18 to the extension away from air conditioner water return pipe 18
Direction is disposed with whole-course water treatment device 20, Air-conditioning Cycle water pump group 26 and in parallel with the 6th water pipe 19
The the second secondary water pipe 32 connected, the second secondary water pipe 32 is provided with the near one end of air conditioner water return pipe 18
Five water valves 11, the one end away from air conditioner water return pipe 18 is provided with the 6th water valve 7, the second secondary water pipe 32
On the 6th water pipe 19 between two ends, the one end near air conditioner water return pipe 18 is provided with the 7th water valve 10,
One end away from air conditioner water return pipe 18 is provided with the 8th water valve 6；First water inlet pipe 33 enters away from first
The 6th water pipe 19 between one end connection the 7th water valve 10 and the 8th water valve 6 of waterpipe jointing a1, first
Place's water pipe 34 away from one end of the first outlet pipe interface a2 connect the 3rd water valve 12 and the 4th water valve 8 it
Between the 5th water pipe 17, the second water inlet pipe 36 away from the second water inlet tube interface a3 one end connect the 5th water
The secondary water pipe 32 of between valve 11 and the 6th water valve 7 second, the second outlet pipe 37 connects away from the second outlet pipe
One end of mouth a4 connects the secondary water pipe 31 of first between the first water valve 13 and the second water valve 9；
Connect on bath wastewater cistern 2 and have cistern return pipe 3 and cistern intake pipe 47, cistern
Return pipe 3 connects the 5th water pipe 17 away from air conditioner water feed pipe away from one end of bath wastewater cistern 2
One end of 16, cistern intake pipe 47 connects the 6th water pipe 19 away from one end of bath wastewater cistern 2
Away from one end of air conditioner water return pipe 18, on cistern intake pipe 47 along from bath wastewater cistern 2 to
Bearing of trend away from bath wastewater cistern 2 is disposed with hair collection filter 42 and cooling water
Water circulating pump group 41.
The 6th water pipe 19 in the present embodiment, between whole-course water treatment device 20 and air conditioner water return pipe 18
Upper connection has the 7th water pipe 22, and the 7th water pipe 22 connects outdoor tap water away from one end of the 6th water pipe 19
Pipe 21, along from the bearing of trend of the 6th water pipe 19 to outdoor tap-water pipe 21 successively on the 7th water pipe 22
It is provided with constant pressure supply water pump group 25, softening water tank 24 and water softener 23；Constant pressure supply water pump group 25 is by two
The individual constant pressure supply water pump composition being arranged in parallel；Compressor bank is arranged in parallel group by three scroll compressors
Become；Hot water frequency conversion force (forcing) pump group 1 is arranged in parallel by two hot water frequency conversion force (forcing) pumps and forms；Hot water circuit water
Pump group 44 is arranged in parallel by two hot-water circulating pumps and forms；Air-conditioning Cycle water pump group 26 is by two air-conditionings
Water circulating pump is arranged in parallel composition；Cooling water circulation water pump group 41 is by two cooling water cycle water parallels connection of pumps
Composition is set；On cistern intake pipe 47, the water inlet of two cooling water circulation water pumps is provided with
Straight-through type filter；Bath wastewater cistern 2 is opened type cistern, and is within it provided with for tieing up
Hold the automatic medicine feeder between 7～8 of the pH value in bath wastewater cistern 2.
Operation principle:
During summer operation, the first water valve the 13, the 4th water valve the 8, the 5th water valve 11 and the 8th water valve 6 close
Closing, the second water valve the 9, the 3rd water valve the 12, the 6th water valve 7 and the 7th water valve 10 are opened；Air-conditioning is freezing
12 DEG C of water enters the 6th water pipe 19 from air conditioner water return pipe 18 and was filtered by whole-course water treatment device 20
Dirt, through first water inlet pipe 33 (now the first water intaking valve 27 after Air-conditioning Cycle water pump group 26 is pressurizeed
Open) deliver to evaporator refrigeration, through chilled water (7 DEG C) water pipe 34 warp at first of evaporator refrigeration
Cross the 5th water pipe 17 (now the first outlet valve 28 is opened) and enter air conditioner water feed pipe 16, complete air-conditioning
System circulates, wherein, if air conditioner water returns water shortage, and constant pressure supply water pump group 25 level pressure extraction outdoor
Tap water in running water pipe 21, enters after water softener 23 and softening water tank 24 carry out sofening treatment
6th water pipe 19, is delivered to by the pressurization of Air-conditioning Cycle water pump group 26 after whole-course water treatment device 20 filters scale removal
Evaporator refrigeration；In boiler 46 less than 50 DEG C of warm water by hot-water circulating pump group 44 through the 4th water pipe
45 and second water inlet pipe 36 (now the second hot water valve 40 is opened, and the second water intaking valve 29 is closed) pump
Heating to condenser, the hot water (50 DEG C) of condensed device heating is through the second outlet pipe 37 and the 3rd water
Quilt after boiler 46 delivered to by pipe 43 (now the first hot water valve 39 is opened, and the second outlet valve 38 is closed)
Hot water frequency conversion force (forcing) pump group 1 is pumped to bath hot water feed pipe 14 through the first water pipe 4 and is sent in bathroom,
Bath hot water backwater in bath hot water return pipe 15 returns boiler 46 through the second water pipe 5, completes heat
Water system circulates；Bath wastewater in bath wastewater cistern 2 is as source heat-pump air conditioner group 35
Cooling water source, by cooling water circulating pump group by its suction cistern intake pipe 47 through hair filter and
After straight-through type filter filters, through the second secondary water pipe 32 and second water inlet pipe 36 (now the second water intaking valve
(29) open) deliver to condenser absorbs the heat in source heat-pump air conditioner group 35, heat absorption heats up
After bath wastewater (35 DEG C) through the secondary water pipe 31 of the second outlet pipe 37, first and cistern return pipe 3
(now the first hot water valve 39 is closed, the second outlet valve 38 is opened) returns to bath wastewater cistern 2
In with pond in bath wastewater hybrid cooling (the bath wastewater temperature after cooling is 30 DEG C) recycle,
Complete the circulation of bath wastewater system.
During winter operation, the second water valve the 9, the 3rd water valve the 12, the 6th water valve 7 and the 7th water valve 10 close
Closing, the first water valve the 13, the 4th water valve the 8, the 5th water valve 11 and the 8th water valve 6 are opened；Air conditioning hot
40 DEG C of backwater enters the 6th water pipe 19 from air conditioner water return pipe 18 and is filtered by whole-course water treatment device 20
Scale removal, through the second secondary water pipe 32 and the second water inlet pipe 36 (this after Air-conditioning Cycle water pump group 26 is pressurizeed
Time the second water intaking valve 29 is opened, the second hot water valve 40 is closed) deliver to condenser heating, condensed device adds
The hot water (50 DEG C) of heat is through the second outlet pipe interface a4, the first secondary water pipe 31 and the 5th water pipe 17 (this
Time the second outlet valve (38) open, the first hot water valve (39) close) enter air conditioner water feed pipe 16,
Complete Air Conditioning Cycle, wherein, if air conditioner water returns water shortage, constant pressure supply water pump group 25 level pressure
Tap water in extraction outdoor tap-water pipe 21, is carried out at softening through water softener 23 and softening water tank 24
The 6th water pipe 19 is entered, by Air-conditioning Cycle water pump group 26 after whole-course water treatment device 20 filters scale removal after reason
Pressurize and deliver to condenser heating through the second secondary water pipe 32 and the second water inlet pipe 36；In boiler 46
Less than 50 DEG C of warm water by hot-water circulating pump group 44 through the 4th water pipe 45 and the second water inlet pipe 36 (now
Second hot water valve 40 is opened, and the second water intaking valve 29 is closed) to pump and heat to condenser, condensed device adds
The hot water (50 DEG C) of heat is through the second outlet pipe 37 and the 3rd water pipe 43 (now the first hot water valve 39
Opening, the second outlet valve 38 is closed) deliver to boiler (by hot water frequency conversion force (forcing) pump group 1 through the after 46
One water pipe 4 is pumped to bath hot water feed pipe 14 and is sent in bathroom, washing in bath hot water return pipe 15
Bath hot water backwater returns boiler 46 through the second water pipe 5, completes hot-water heating system circulation；Bath wastewater water-retention
Bath wastewater in pond 2 adds thermal water source as source heat-pump air conditioner group 35, by cooling water circulating pump
Group by its suction cistern intake pipe 47 after hair filter and straight-through type filter filter, through the
Six water pipes 19 and the first water inlet pipe 33 (now the first water intaking valve 27 is opened) are delivered to heat release in vaporizer and are mended
Heat in water-filling source heat pump air-conditioner unit 35, the bath wastewater (10 DEG C) after heat release cooling is through first
Place's water pipe the 34, the 5th water pipe 17 and cistern return pipe 3 (now the first outlet valve 28 is opened) return
Mix intensification (the bath wastewater temperature after intensification with the bath wastewater in pond in bath wastewater cistern 2
It is 15 DEG C) recycle, complete the circulation of bath wastewater system.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all
Within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, all
Within protection domain of the present utility model should be included in.
Claims (10)
1. a water source heat pump air-conditioner blood circulation, it is characterised in that: include source heat-pump air conditioner group
(35), bath wastewater cistern (2), boiler (46), bath hot water feed pipe (14),
Bath hot water return pipe (15), air conditioner water feed pipe (16) and air conditioner water return pipe (18), described
Source heat-pump air conditioner group (35) includes compressor bank, vaporizer and condenser, entering of described vaporizer
The mouth of a river and outlet are connected to the first water inlet tube interface (a1) and the first outlet pipe interface (a2),
The water inlet of described condenser and outlet are connected to the second water inlet tube interface (a3) and the second water outlet
Interface tube (a4), the upper connection of described first water inlet tube interface (a1) has the first water inlet pipe (33), institute
State and on the first water inlet pipe (33), be provided with the first water intaking valve (27), described first outlet pipe interface (a2)
Upper connection has water pipe at first (34), is provided with the first outlet valve (28) at described first on water pipe (34),
The upper connection of described second water inlet tube interface (a3) has the second water inlet pipe (36), described second water inlet pipe (36)
On be provided with the second water intaking valve (29), the upper connection of described second outlet pipe interface (a4) has the second water outlet
Pipe (37), described second outlet pipe (37) is provided with the second outlet valve (38)；
The upper connection of described boiler (46) has the first water pipe (4), the second water pipe (5), the 3rd water pipe
(43) and the 4th water pipe (45), described first water pipe (4) is away from the one of described boiler (46)
End connects described bath hot water feed pipe (14), is provided with hot water and becomes on described first water pipe (4)
Frequently force (forcing) pump group (1), described second water pipe (5) connects institute away from one end of described boiler (46)
Stating bath hot water return pipe (15), described 3rd water pipe (43) is away from the one of described boiler (46)
End connects the second outlet pipe (37) between described second outlet valve (38) and the second outlet pipe interface (a4),
Being provided with the first hot water valve (39) on described 3rd water pipe (43), described 4th water pipe (45) is remote
Described second water intaking valve (29) and the second water inlet tube interface (a3) is connected from one end of described boiler (46)
Between described second water inlet pipe (36), described 4th water pipe (45) is provided with hot water circuit water
Pump group (44), described hot-water circulating pump group (44) upper at described 4th water pipe (45) and institute the
The second hot water valve (40) it is provided with between two water inlet pipes (36)；
The upper connection of described air conditioner water feed pipe (16) has the 5th water pipe (17), described 5th water pipe (17)
On be connected in parallel to the first secondary water pipe (31), the described first secondary water pipe (31) is upper near described air conditioner water
One end of feed pipe (16) is provided with the first water valve (13), away from described air conditioner water feed pipe (16)
One end be provided with the second water valve (9), the described 5th between the described first secondary water pipe (31) two ends
The upper one end near described air conditioner water feed pipe (16) of water pipe (17) is provided with the 3rd water valve (12),
One end away from described air conditioner water feed pipe (16) is provided with the 4th water valve (8)；Described air conditioner water returns
The upper connection of water pipe (18) has the 6th water pipe (19), and the 6th water pipe (19) is upper along returning from described air conditioner water
Water pipe (18) is disposed with at omnidistance water to the bearing of trend away from described air conditioner water return pipe (18)
Reason device (20), Air-conditioning Cycle water pump group (26) and with described 6th water pipe (19) be connected in parallel the
Second mate's water pipe (32), the described second secondary water pipe (32) is near the one of described air conditioner water return pipe (18)
End is provided with the 5th water valve (11), and the one end away from described air conditioner water return pipe (18) is provided with the 6th
Water valve (7), described 6th water pipe (19) between the described second secondary water pipe (32) two ends is upper close
One end of described air conditioner water return pipe (18) is provided with the 7th water valve (10), returns away from described air conditioner water
One end of water pipe (18) is provided with the 8th water valve (6)；Described first water inlet pipe (33) is away from described
One end of first water inlet tube interface (a1) connect described 7th water valve (10) and the 8th water valve (6) it
Between described 6th water pipe (19), at described first, water pipe (34) is away from described first outlet pipe interface
(a2) one end connects described 5th water between described 3rd water valve (12) and the 4th water valve (8)
Pipe (17), described second water inlet pipe (36) connects away from one end of described second water inlet tube interface (a3)
Meet the secondary water pipe (32) of described second between described 5th water valve (11) and the 6th water valve (7), institute
State the second outlet pipe (37) connection described first water in one end away from described second outlet pipe interface (a4)
The described first secondary water pipe (31) between valve (13) and the second water valve (9)；
The upper connection of described bath wastewater cistern (2) has cistern return pipe (3) and cistern intake pipe
(47), described cistern return pipe (3) connects away from one end of described bath wastewater cistern (2)
Described 5th water pipe (17) is fetched water away from one end of described air conditioner water feed pipe (16), described cistern
Pipe (47) connects described 6th water pipe (19) far away from one end of described bath wastewater cistern (2)
From one end of described air conditioner water return pipe (18), described cistern intake pipe (47) is upper along washing from described
Bath waste water cistern (2) is disposed with to the bearing of trend away from described bath wastewater cistern (2)
Hair collection filter (42) and cooling water circulation water pump group (41).
A kind of water source heat pump air-conditioner blood circulation the most according to claim 1, it is characterised in that:
Described 6th water pipe (19) between described whole-course water treatment device (20) and air conditioner water return pipe (18)
Upper connection has the 7th water pipe (22), and described 7th water pipe (22) is away from described 6th water pipe (19)
One end connects outdoor tap-water pipe (21), and described 7th water pipe (22) is upper along from the 6th water pipe (19)
Bearing of trend to described outdoor tap-water pipe (21) is disposed with constant pressure supply water pump group (25), soft
Change water tank (24) and water softener (23).
A kind of water source heat pump air-conditioner blood circulation the most according to claim 2, it is characterised in that:
Described constant pressure supply water pump group (25) is made up of two constant pressure supply water pumps being arranged in parallel.
4. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described compressor bank is arranged in parallel by multiple scroll compressors and forms.
5. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described hot water frequency conversion force (forcing) pump group (1) is arranged in parallel group by two hot water frequency conversion force (forcing) pumps
Become.
6. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described hot-water circulating pump group (44) is arranged in parallel by two hot-water circulating pumps and forms.
7. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described Air-conditioning Cycle water pump group (26) is arranged by two air-conditioner circulating water parallels connection of pumps and forms.
8. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described cooling water circulation water pump group (41) is arranged group by two cooling water cycle water parallels connection of pumps
Become.
A kind of water source heat pump air-conditioner blood circulation the most according to claim 8, it is characterised in that:
Described cistern intake pipe (47) is upper, the water inlet of two described cooling water circulation water pumps is provided with
Straight-through type filter.
10. according to a kind of water source heat pump air-conditioner blood circulation described in any one of claims 1 to 3, its
It is characterised by: described bath wastewater cistern (2) is opened type cistern, and is within it provided with use
The pH value in maintaining described bath wastewater cistern (2) automatic medicine feeder between 7～8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620228226.1U CN205481902U (en) | 2016-03-23 | 2016-03-23 | Water resource heat pump air conditioner circulation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620228226.1U CN205481902U (en) | 2016-03-23 | 2016-03-23 | Water resource heat pump air conditioner circulation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205481902U true CN205481902U (en) | 2016-08-17 |
Family
ID=56652277
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620228226.1U Withdrawn - After Issue CN205481902U (en) | 2016-03-23 | 2016-03-23 | Water resource heat pump air conditioner circulation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205481902U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105737450A (en) * | 2016-03-23 | 2016-07-06 | 洛阳市规划建筑设计研究院有限公司 | Water source heat pump air conditioner circulating system |
-
2016
- 2016-03-23 CN CN201620228226.1U patent/CN205481902U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105737450A (en) * | 2016-03-23 | 2016-07-06 | 洛阳市规划建筑设计研究院有限公司 | Water source heat pump air conditioner circulating system |
| CN105737450B (en) * | 2016-03-23 | 2017-12-19 | 洛阳市规划建筑设计研究院有限公司 | A kind of water source heat pump air-conditioner circulatory system |
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