CN205897629U - Zero incrustation scale is energy -conserving combination condenser of water consumption not - Google Patents
Zero incrustation scale is energy -conserving combination condenser of water consumption not Download PDFInfo
- Publication number
- CN205897629U CN205897629U CN201620843553.8U CN201620843553U CN205897629U CN 205897629 U CN205897629 U CN 205897629U CN 201620843553 U CN201620843553 U CN 201620843553U CN 205897629 U CN205897629 U CN 205897629U
- Authority
- CN
- China
- Prior art keywords
- valve
- pipe
- water
- radiator
- assembly
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Heat-Exchange Devices With Radiators And Conduit Assemblies (AREA)
Abstract
The utility model discloses a can make the zero incrustation scale is energy -conserving combination condenser of water consumption not of refrigerant cooling among the refrigerating system, including the keg float steam condensation respirator, the flotation pontoon upper base, the flotation pontoon rings, wire rope, the card, bolt assembly, automatic control axial fan, ordinary pressure heat exchanger box, refrigerant heat transfer series connection calandria, a toper air inlet section of thick bamboo, gaseous state refrigerant input house steward and valve, water pipe assembly sprays, summer is with the formula series connection radiator that soaks, the heat exchange water cistern that dispels the heat outward, automatic control circulating water pump, the pump exhalent siphon tee bend, the tee bend top tube, tee bend left side pipe, the series connection radiator was used in the heating winter, constitution such as wet return and three -way change -over valve the utility model discloses, at the in -process that makes the refrigerant cooling, few water consumption does not have the incrustation scale to produce, and ordinary pressure work N. R. Has still been kept apart air reduction oxygen and has been corroded and the several times of service life that prolong the condenser energy -saving, consumption reduction.
Description
Technical field
This utility model is related to can make the zero incrustation scale not water consumption energy-saving condensation of cold-producing medium cooling in a kind of refrigeration system
Device.
Background technology
Existing spray water condenser and evaporative condenser etc. all consume substantial amounts of water, also there is serious water simultaneously and amass
Dirty and many energy consumption issues." the not no dirty energy-saving of water consumption that this new people applied for Patent Office of the People's Republic of China on October 29th, 2013
Condenser (utility model patent number: 201320668801.6;Patent of invention number: 201310516703.5), due to not water consumption no
Dirty energy-saving condenser exist heat-exchange capacity difference and the excessive investment of separate unit volume too high the shortcomings of, be not suitable for high-power refrigeration
Use in system.
Content of the invention
The purpose of this utility model had both been to provide a kind of in being suitable for, the cold-producing medium temperature-fall period of large-scale power refrigeration system
Non-scale does not consume water, also energy-conserving and environment-protective, separate unit small investment zero incrustation scale not water consumption energy-saving condenser again.
The technical solution of the utility model is:
" the not no dirty energy-saving condensation of water consumption applied for Patent Office of the People's Republic of China on October 29th, 2013 using the present inventor
Device (utility model patent number: 201320668801.6;Patent of invention number: part 201310516703.5), including floating
Bucket moisture condensation respiratory organ, hollow cylinder expansion room, annulus base, telescopic installing ring, keg float, radiation air wing, keg float
Upper bottom, installing rack, outer ring, heat-resisting rubber-plastic sealing telescopic, binding assembly, king-bolt assembly, automatic control axial flow blower, blower fan hang
Air duct, normal pressure heat are entered in ring, steel tether, card, bolt assembly, pulley yoke assembly, fixed pulley assembly, grooving, weight, suspension ring, taper
Exchanger casing, refrigerant heat exchanger series connection comb, upper shed, heat exchange water, upper water-out pipe and three-way change-over valve, next time water pipe and
Valve, filler and valve, gaseous refrigerant input house steward and valve, spray header assembly, horizontal nut plug screw assembly, deflector, liquid
State cold-producing medium delivery trunk and valve, spray water inlet pipe and valve, warming series connection radiator, return pipe and three-way change-over valve,
Summer is connected radiator, radiate outside heat exchange water cistern, self-controlled circulating water pump, pumping line threeway, threeway with soaking type
Upper pipe, the left pipe of threeway, the zero incrustation scale not water consumption energy-saving condenser of composition, enter air duct the taper being processed into upper big, lower small
(2) and automatic control axial flow blower (1-6) with the installing rack (1-2-3) of more than three, more than three sets king-bolt assembly (1-5) with one heart
It is arranged on outer ring (1-2-4) topmost of keg float moisture condensation respiratory organ (1), and make the fan blade of automatic control axial flow blower (1-6)
External diameter enters more than 2 millimeters of the internal diameter of air duct (2) less than taper;Left side seal weld upper water-out pipe and three-way change-over valve (3-4)
It is contained in the right side of atmospheric exchanger casing (3), reserved below 300 millimeters of the interior spray header assembly (3-8) of topmost
The outside in hole;The right side of upper water-out pipe and three-way change-over valve (3-4) and a piece of above warming being cascaded are used
The left side sealing of the top of series connection radiator (4) is connected;The a piece of above warming being cascaded is dissipated with series connection
The lower section of hot device (4) is connected with the right side sealing of return pipe and three-way change-over valve (4-1);Upper water-out pipe and three-way change-over valve
(3-4) downside and a piece of above summer being cascaded are connected with the connect upper seal of radiator (4-2) of soaking type
Connect, summer is immersed in the water of the cistern that radiates outside heat exchange water (4-3) with soaking type radiator (4-2) of connecting, series connection
A piece of above summer together is connected the lower section of radiator (4-2) and return pipe and three-way change-over valve (4-1) with soaking type
Lower side seals be connected;Water pipe next time and valve (3-5) sealing connection are welded on the right side of atmospheric exchanger casing (3)
The outside of following preformed hole;Self-controlled circulating water pump (6) is arranged on below the outside on the right side of atmospheric exchanger casing (3), from
The left side of control water circulating pump (6) is sealed and installed with pumping line threeway (6-1), the left pipe of threeway (6-3) and next time water pipe and valve
(3-5) sealing is connected;In threeway, pipe (6-2) is connected with interior spray water inlet pipe and valve (3-12) sealing;Self-controlled circulating water pump
(6) right side is sealingly mounted at return pipe and the left side of three-way change-over valve (4-1) with one heart;The interior spray header assembly of more than three
(3-8) while seal weld in parallel is contained on spray water inlet pipe and valve (3-12) house steward, total for the interior spray header of more than three
The top preformed hole on the right side of (3-8) corresponding (3) by atmospheric exchanger casing is become to protrude into atmospheric exchanger casing (3)
Topmost reserve on the right side of interior top, and the interior spray header assembly (3-8) more than three and atmospheric exchanger casing (3)
Hole seal weld connects;The external diameter than annulus base (1-1-1) is processed in the upper shed (3-2) of atmospheric exchanger casing (3)
Big 2 millimeters ~ 4 millimeters, then keg float moisture condensation respiratory organ (1) assembling is lifted to upper shed (3-2) place, make annulus bottom
Seat (1-1-1) and the concentric isoplanar of upper shed (3-2) sealing welding are together;In more than three groups of refrigerant heat exchanger series connection
Comb (3-1) and corresponding deflector (3-10) are welded in atmospheric exchanger casing (3), and make more than three groups of refrigeration
More than three tube heads of the topmost of agent heat exchange series connection comb (3-1) reach atmospheric exchanger casing (3) relatively to the left side
After answering the left side in hole, and while atmospheric exchanger casing (3) corresponding hole seal weld connects, seal weld in parallel is contained in gaseous state
Cold-producing medium inputs on house steward and the house steward of valve (3-7);More than three groups of refrigerant heat exchanger are connected the foot of comb (3-1)
The tube head of more than three, reaches behind the following corresponding hole left side of atmospheric exchanger casing (3) to the left side, and normal pressure heat is handed over
The corresponding hole seal weld of parallel operation casing (3) left side connects, then the left side of comb (3-1) that more than three groups of refrigerant heat exchanger is connected
The tube head parallel connection seal weld of more than three is contained on liquid refrigerant delivery trunk and the house steward of valve (3-11);Horizontal nut,
Plug screw assembly (3-9) seal weld is contained in outside the preformed hole on the left of atmospheric exchanger casing (3), horizontal nut plug screw assembly
(3-9) height and upper water-out pipe and valve (3-4) highly consistent;Filler and valve (3-6) seal weld are contained in normal pressure heat hand over
The outside of the preformed hole of left side the top of parallel operation casing (3);Upper water-out pipe and three-way change-over valve (3-4) are from three groups of topmost
Between 300 millimeters of interior spray header assembly (3-8), the volume in space adds the appearance of hollow cylinder expansion room (1-1) above
Long-pending sum, is in atmospheric exchanger casing (3), along with a piece of above warming radiator (4) is interior or summer is used
In soaking type radiator (4-2), in upper water-out pipe and three-way change-over valve (3-4), next time in water pipe and valve (3-5), self-controlled circulating
In water pump (6), in pumping line threeway (6-1), in the left pipe of threeway (6-3), in threeway, in pipe (6-2), all fill it up with heat exchange
More than/2nd of the volume summation of water (3-3).
The beneficial effects of the utility model are: during the cold-producing medium of refrigeration system is lowered the temperature, not consuming water does not have yet
Incrustation scale produces, and condenser normal pressure work no danger, has also isolated air reduction oxygen corrosiveness and several times extend condenser
Length of service, have energy-conservation, consumption reduction, reduce discharging effect.
Brief description
Fig. 1 is schematic front view of the present utility model, and Fig. 2 is that this new and cold storage refrigerating system installment work practical is shown
It is intended to.
In figure part sequence number is as follows: keg float moisture condensation respiratory organ (1), hollow cylinder expansion room (1-1), circle
Ring base (1-1-1), telescopic installing ring (1-1-2), keg float (1-2), radiation air wing (1-2-1), bottom (1-2-2) on keg float,
Installing rack (1-2-3), outer ring (1-2-4), heat-resisting rubber-plastic sealing telescopic (1-3), binding assembly (1-4), king-bolt assembly (1-
5), automatic control axial flow blower (1-6), blower fan suspension ring (1-7), steel tether (1-8), card, bolt assembly (1-8-1), pulley yoke assembly
(1-9), fixed pulley assembly (1-9-1), grooving (1-9-2), weight (1-10), suspension ring (1-10-1);Air duct (2) is entered in taper;Often
Pressure Thermal Exchanger (3), refrigerant heat exchanger series connection comb (3-1), upper shed (3-2), heat exchange water (3-3), upper water-out pipe
And three-way change-over valve (3-4), water pipe and valve (3-5), filler and valve (3-6) next time, gaseous refrigerant input house steward and valve (3-
7), spray header assembly (3-8), horizontal nut plug screw assembly (3-9), deflector (3-10), liquid refrigerant delivery trunk and
Valve (3-11), spray water inlet pipe and valve (3-12);Warming series connection radiator (4), return pipe and three-way change-over valve (4-
1), summer is connected radiator (4-2) with soaking type, and radiate outside heat exchange water cistern (4-3);Self-controlled circulating water pump (6), water pump
Outlet pipe threeway (6-1), (6-2) is managed in threeway, the left pipe of threeway (6-3);Gas-liquid separator (9);Cold-producing medium device for storing liquid (10);
Freezer refrigerating vaporizer (11);Conveying pipe of refrigerant and valve (12);Coolant compressor assembly (13);Surge tank (14);Gaseous state
Cold-producing medium outlet tube and valve (15).
Specific embodiment
As shown in Figure 1 and Figure 2 in embodiment, the spiral shell of of the present utility model horizontal nut plug screw assembly (3-9) assembling
Plug back out after, then the valve filler and valve (3-6) and all related valves fully open, to atmospheric exchanger casing
(3), warming is with radiator (4) or summer is with adding heat exchange water (3-3) in soaking type radiator (4-2) etc., treating water
Flush nut plug screw assembly (3-9) flows out and stops during heat exchange water (3-3) filling and close filler and valve (3-6).From the beginning
Water water inlet pipe and valve (5-4) are connected with water supply pipe, and gaseous refrigerant is inputted house steward and valve (3-7) and gaseous refrigerant
Outlet tube and valve (15) are tightly connected, and liquid refrigerant delivery trunk and valve (5-3) and gas-liquid separator (9) are tightly connected
After good, then gas-liquid separator (9), cold-producing medium device for storing liquid (10), freezer refrigerating vaporizer (11), coolant compressor assembly
(13) and surge tank (14), vaporized refrigerant delivery trunk and valve (15), with conveying pipe of refrigerant and valve (12) complete according to Fig. 2
After portion is tightly connected, coolant compressor assembly (13) and self-controlled circulating water pump (6) is all connected with the mains, starts cold-producing medium pressure
Contracting machine assembly (13), until heat exchange water is warming up to 50 DEG C about, opens tap water water inlet pipe and valve (5-4), tap water goes out
Water pipe and valve (5-5) and tap water water inlet pipe and valve (2-1), self-controlled circulating water pump (6) works automatically, self-controlled circulating water pump (6)
The heat exchange water (3-3) pumping out be divided into two-way through pumping line threeway (6-1), a road enters into through the left pipe of threeway (6-3)
To refrigerant heat exchanger series connection, upper comb (3-1) cools down atmospheric exchanger casing (3) from bottom to top;And another road is through in upper threeway
Pipe (6-2), interior spray water inlet pipe and valve (3-12) and interior spray header assembly (3-8), sprinkling heat exchange water (3-3) are to cold-producing medium
The hottest part in top of the upper comb (3-1) of heat exchange series connection is cooled down and is produced a large amount of steam, keg float (1-2) jack-up upwards
Afterwards, automatic control axial flow blower (1-6) also automatic simultaneously, while keg float (1-2) etc. is cooled down, also makes in keg float (1-2)
Steam cooling liquefies to dirty.Winter temperature is low, and convertible upper water-out pipe and three-way change-over valve (3-4) and return pipe and threeway turn
Change valve (4-1) to be radiated with radiator (4) using warming;And summer temperature is high, convertible upper water-out pipe and threeway turn
Change valve (3-4) and return pipe and three-way change-over valve (4-1) was radiated with soaking type radiator (4-2) using summer.
Claims (3)
1. a kind of zero incrustation scale not water consumption energy-saving condenser, empty including keg float moisture condensation respiratory organ, hollow cylinder thermal expansion
Between, bottom on annulus base, telescopic installing ring, keg float, radiation air wing, keg float, installing rack, outer ring, heat-resisting rubber-plastic sealing stretch
Cover, bundle assembly, king-bolt assembly, automatic control axial flow blower, blower fan suspension ring, steel tether, card, bolt assembly, pulley yoke assembly, determine
Pulley assembly, grooving, weight, suspension ring, taper enter air duct, atmospheric exchanger casing, refrigerant heat exchanger series connection comb, on open
Mouth, heat exchange water, upper water-out pipe and three-way change-over valve, next time water pipe and valve, filler and valve, gaseous refrigerant input house steward and
Valve, spray header assembly, horizontal nut plug screw assembly, deflector, liquid refrigerant delivery trunk and valve, spray water inlet pipe and
Valve, warming series connection radiator, return pipe and three-way change-over valve, summer with soaking type connect radiator, outside heat exchange water
Radiating cistern, self-controlled circulating water pump, pumping line threeway, pipe, the left pipe of threeway in threeway, is characterized in that: on being processed into
Greatly, under little taper enter air duct (2) and automatic control axial flow blower (1-6) installing rack (1-2-3) of more than three, more than three sets
King-bolt assembly (1-5) is concentrically mounted on outer ring (1-2-4) topmost of keg float moisture condensation respiratory organ (1), and makes automatic control axle
The fan blade external diameter of flow fan (1-6) enters more than 2 millimeters of the internal diameter of air duct (2) less than taper;Upper water-out pipe and threeway conversion
The left side seal weld of valve (3-4) be contained in atmospheric exchanger casing (3) right side, from topmost interior spray header assembly (3-
8) outside of less than 300 millimeters of preformed hole;Right side and being cascaded upper water-out pipe and three-way change-over valve (3-4)
The left side sealing of the top of warming series connection radiator (4) more than piece is connected;Be cascaded a piece of more than
The connect right side sealing of lower section and return pipe and three-way change-over valve (4-1) of radiator (4) of warming be connected;Upper
The downside of outlet pipe and three-way change-over valve (3-4) and a piece of above summer of being cascaded are connected radiator with soaking type
(4-2) upper seal is connected, and summer is immersed in outside heat exchange water, with soaking type radiator (4-2) of connecting, the cistern that radiates
(4-3), in water, a piece of above summer being cascaded is connected the lower section of radiator (4-2) and return pipe with soaking type
And the lower side seals of three-way change-over valve (4-1) are connected;Water pipe next time and valve (3-5) sealing connection are welded in normal pressure heat exchange
The outside of the preformed hole bottom on the right side of device casing (3);Self-controlled circulating water pump (6) is arranged on atmospheric exchanger casing (3)
Below the outside on right side, the left side of self-controlled circulating water pump (6) is sealed and installed with pumping line threeway (6-1), threeway left pipe (6-
3) it is connected with water pipe next time and valve (3-5) sealing;In threeway, pipe (6-2) is connected with interior spray water inlet pipe and valve (3-12) sealing
Connect;The right side of self-controlled circulating water pump (6) is sealingly mounted at return pipe and the left side of three-way change-over valve (4-1) with one heart.
2. a kind of zero incrustation scale not water consumption energy-saving condenser according to claim 1, is characterized in that: more than three interior
While spray header assembly (3-8) parallel connection seal weld is contained on spray water inlet pipe and valve (3-12) house steward, more than three
On the right side of corresponding (3) by atmospheric exchanger casing of interior spray header assembly (3-8), the top preformed hole protrudes into normal pressure heat
Top in exchanger casing (3), and the interior spray header assembly (3-8) more than three and atmospheric exchanger casing (3)
Right side the top preformed hole seal weld connects;Ratio annulus base is processed in the upper shed (3-2) of atmospheric exchanger casing (3)
(1-1-1) big 2 millimeters ~ 4 millimeters of external diameter, then lifts keg float moisture condensation respiratory organ (1) assembling to upper shed (3-
2) place, makes annulus base (1-1-1) and the concentric isoplanar of upper shed (3-2) and sealing welding is together;More than three groups systems
The cryogen heat exchange upper comb (3-1) of series connection and corresponding deflector (3-10) are welded in atmospheric exchanger casing (3), and make
More than three tube heads of more than three groups of the topmost of refrigerant heat exchanger series connection comb (3-1) reach normal pressure heat exchange to the left side
Behind the left side in the corresponding hole of device casing (3), and while atmospheric exchanger casing (3) corresponding hole seal weld connects, in parallel
Seal weld is contained in gaseous refrigerant and inputs on house steward and the house steward of valve (3-7);More than three groups of refrigerant heat exchanger series connection comb
(3-1) tube head of more than three of foot, reaches the following corresponding Kong Zuo of atmospheric exchanger casing (3) to the left side
Bian Hou, connects with the corresponding hole seal weld of atmospheric exchanger casing (3) left side, then more than three groups of refrigerant heat exchanger is connected
The tube head parallel connection seal weld that the left side of comb (3-1) is more than three is contained in liquid refrigerant delivery trunk and the house steward of valve (3-11)
On;Horizontal nut, plug screw assembly (3-9) seal weld are contained in outside the preformed hole on the left of atmospheric exchanger casing (3), level
The height of nut plug screw assembly (3-9) and upper water-out pipe and valve (3-4) highly consistent;Filler and valve (3-6) seal weld
It is contained in the outside of the preformed hole of left side the top of atmospheric exchanger casing (3).
3. a kind of zero incrustation scale not water consumption energy-saving condenser according to claim 1, is characterized in that: upper water-out pipe and three
Between 300 millimeters from more than three groups of topmost interior spray header assemblies (3-8) of cross valve (3-4), the volume in space is added
The volume sum of hollow cylinder expansion room (1-1), is in atmospheric exchanger casing (3), adds a piece of above winter
In season Heating radiator (4) or summer with soaking type radiator (4-2), in upper water-out pipe and three-way change-over valve (3-4), under
In return pipe and valve (3-5), in self-controlled circulating water pump (6), in pumping line threeway (6-1), in the left pipe of threeway (6-3), three
Lead to more than 1/2nd of the volume summation all filling it up with heat exchange water (3-3) in upper pipe (6-2).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620843553.8U CN205897629U (en) | 2016-08-06 | 2016-08-06 | Zero incrustation scale is energy -conserving combination condenser of water consumption not |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620843553.8U CN205897629U (en) | 2016-08-06 | 2016-08-06 | Zero incrustation scale is energy -conserving combination condenser of water consumption not |
Publications (1)
Publication Number | Publication Date |
---|---|
CN205897629U true CN205897629U (en) | 2017-01-18 |
Family
ID=57784083
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201620843553.8U Expired - Fee Related CN205897629U (en) | 2016-08-06 | 2016-08-06 | Zero incrustation scale is energy -conserving combination condenser of water consumption not |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN205897629U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106091493A (en) * | 2016-08-06 | 2016-11-09 | 枣庄宝武机电科技开发有限公司 | Zero incrustation scale not water consumption energy-saving condenser |
-
2016
- 2016-08-06 CN CN201620843553.8U patent/CN205897629U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106091493A (en) * | 2016-08-06 | 2016-11-09 | 枣庄宝武机电科技开发有限公司 | Zero incrustation scale not water consumption energy-saving condenser |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN201983650U (en) | Separated heat transfer spray closed cooling tower | |
CN106091728B (en) | Step cooling down water with composite construction prepares cooling tower | |
CN104567120B (en) | Water consumption is not without dirty energy-saving condenser | |
CN207035300U (en) | A kind of heat pipe-type regenerative apparatus and its accumulation of heat application system | |
CN206019394U (en) | The step cooling down water combined with wind cooling temperature lowering by water-cooled cooling prepares cooling tower | |
CN205897629U (en) | Zero incrustation scale is energy -conserving combination condenser of water consumption not | |
CN203671999U (en) | Water-consumption-free scale-free energy-saving combined condenser | |
CN201449014U (en) | Water box of water heater of heat pump | |
CN205897630U (en) | Inside and outside combination water sprays few water consumption is not had dirty energy -conserving condenser | |
CN106091493A (en) | Zero incrustation scale not water consumption energy-saving condenser | |
CN207333151U (en) | A kind of radiator applied on ice machine | |
CN106123406A (en) | The inside and outside few water consumption of combination water spray is without dirt energy-saving condenser | |
CN103193287B (en) | Method and equipment for exhausting air in water circulation system | |
CN202648133U (en) | Air energy and solar energy superposed heat supply device for water source heat pump | |
CN109990619A (en) | Heat exchanger external dry and wet joint closed cooling system and cooling means | |
CN202328771U (en) | Air source heat pump structure | |
CN206131540U (en) | Built -in heat exchange calandria not water consumption does not have energy -conserving compound condenser of dirt | |
CN209672419U (en) | Groove type solar high temperature heat pump heating system | |
CN208779969U (en) | A kind of calcium carbide legal system acetylene technique gas colling tower | |
CN202648248U (en) | Device using solar energy and air energy to supply heat to water resource heat pump | |
CN207197291U (en) | A kind of cross flow cooling tower classification water inlet energy consumer | |
CN207050506U (en) | A kind of modified counterflow cooling tower | |
CN209163543U (en) | A kind of air heat source and thermal pump swimming pool constant temperature system | |
CN106382771A (en) | Water consumption avoiding, incrustation-free and energy-saving composite condenser internally provided with heat exchange pipe row | |
CN207649433U (en) | A kind of heat pipe evaporating condensation type heat exchanger |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 Termination date: 20180806 |