CN104567120B - Water consumption is not without dirty energy-saving condenser - Google Patents
Water consumption is not without dirty energy-saving condenser Download PDFInfo
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- CN104567120B CN104567120B CN201310516703.5A CN201310516703A CN104567120B CN 104567120 B CN104567120 B CN 104567120B CN 201310516703 A CN201310516703 A CN 201310516703A CN 104567120 B CN104567120 B CN 104567120B
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F28—HEAT EXCHANGE IN GENERAL
- F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
- F28D5/00—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, using the cooling effect of natural or forced evaporation
- F28D5/02—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, using the cooling effect of natural or forced evaporation in which the evaporating medium flows in a continuous film or trickles freely over the conduits
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F28—HEAT EXCHANGE IN GENERAL
- F28B—STEAM OR VAPOUR CONDENSERS
- F28B1/00—Condensers in which the steam or vapour is separate from the cooling medium by walls, e.g. surface condenser
- F28B1/02—Condensers in which the steam or vapour is separate from the cooling medium by walls, e.g. surface condenser using water or other liquid as the cooling medium
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F28—HEAT EXCHANGE IN GENERAL
- F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
- F28D21/00—Heat-exchange apparatus not covered by any of the groups F28D1/00 - F28D20/00
- F28D2021/0019—Other heat exchangers for particular applications; Heat exchange systems not otherwise provided for
Abstract
The invention discloses can make the not water consumption that refrigerant cools down in a kind of refrigeration system without dirty energy-saving condenser, without dirty energy-saving condenser, advantageous effect is the not water consumption of the compositions such as tap water compensation cooling band wind wing series connection comb assembly, atmospheric exchanger babinet, spray supply mains and valve, cooling fin, the tap water compensation cooling babinet of refrigerant, the lower comb of refrigerant heat exchanger series connection, self-controlled circulating water pump, the tap water compensation cooling babinet of heat exchange water, reservoir including keg float moisture condensation respirator, air：During the refrigerant cooling of cold refrigeration system, water is not consumed to generate without incrustation scale yet, 45 DEG C or so of warm water can also be obtained, condenser normal pressure works without danger, the length of service that air reduces oxygen corrosiveness and several times extend condenser has also been isolated, there is energy saving, consumption reduction, emission reduction.
Description
Technical field
The present invention relates to can make the not water consumption that refrigerant cools down in a kind of refrigeration system without dirty energy-saving condenser.
Background technology
Existing spray water condenser and evaporative condenser etc. all consume a large amount of water, while also there is serious water products
Dirty and more energy consumption issues." the water consumption air bag breathing condenser that the applicant applies on March 16th, 2013 to Patent Office of the People's Republic of China
（Utility model patent number：201320119100.7；Patent of invention number：201310083402.8）, since bag respirator exists
The shortcomings of heat-exchange capacity is poor is not suitable for using in high-power refrigeration system.
Invention content
It is an object of the present invention to provide in a kind of be suitble to, the refrigerant temperature-fall period of large-scale power refrigeration system neither disappears
Water consumption Non-scale, also energy-saving and environment-friendly not water consumption is without dirty energy-saving condenser.
The technical scheme is that：" the keg float applied using the applicant on July 12nd, 2013 to Patent Office of the People's Republic of China
Moisture condensation respirator "（Utility model patent number：201320413316.4；Patent of invention number：201310291594.1）Institute
Have part, including keg float moisture condensation respirator, hollow cylinder expansion room, annulus pedestal, telescopic installing ring, keg float,
Bottom, mounting bracket, outer ring, heat-resisting rubber-plastic sealing telescopic, binding assembly, king-bolt assembly, automatic control axis stream on radiation air wing, keg float
Wind turbine, wind turbine hanging ring, steel tether, card, bolt assembly, pulley yoke assembly, fixed pulley assembly, grooving, weight, hanging ring, further include
The tap water compensation cooling band wind wing series connection comb assembly of air, taper are into air duct, tap water inlet pipe and valve, running water outlet
Pipe and valve, tap water water supply hose, running water outlet hose, running water outlet threeway and pipe, atmospheric exchanger babinet, refrigeration
The upper comb of agent heat exchange series connection, upper opening, heat exchange water, upper water-out pipe and valve, next time water pipe and valve, filler and valve, gaseous state system
Cryogen inputs manifold and valve, shower water branch pipe, horizontal nut plug screw assembly, baffle upper plate, atmospheric exchanger lower plate, spray
Supply mains and valve, cooling fin, upper tube and valve, down tube and valve, the tap water compensation cooling babinet of refrigerant, refrigerant heat exchanger series connection
Lower comb, deflector, liquid refrigerant delivery trunk and valve, lower tap water inlet pipe and valve, lower running water outlet pipe and valve, from
Water, self-controlled circulating water pump, pumping line threeway, threeway upper tube, the left pipe of threeway, heat exchange water tap water compensation cooling box
Body, right tap water inlet pipe and valve, right running water outlet pipe and valve, heat exchange water series connection branch pipe, right deflector, heat exchange water are defeated
Go out manifold and valve, heat exchange water input manifold and valve, reservoir, right water inlet pipe and valve, left water inlet pipe and valve, outlet pipe and valve,
The not water consumption of overflow pipe composition is without dirty energy-saving condenser, atmospheric exchanger babinet（3）Upper opening（3-2）It is processed into
Than annulus pedestal（1-1-1）Outer diameter it is 2 millimeters big ~ 4 millimeters, then assembled keg float moisture condensation respirator（1）Lifting
Supreme opening（3-2）Place, makes annulus pedestal（1-1-1）With upper opening（3-2）Concentric coplanar and sealing welding is together；Three
The upper comb of refrigerant heat exchanger series connection more than group（3-1）With corresponding baffle upper plate（3-10）It is welded in atmospheric exchanger case
Body（3）It is interior, and make three groups or more of the upper comb of refrigerant heat exchanger series connection（3-1）Three or more tube heads of topmost stretched to the left side
Go out to atmospheric exchanger babinet（3）Behind the left side in corresponding hole and atmospheric exchanger babinet（3）Corresponding hole sealing welding
While good, parallel connection sealing is welded inputs manifold and valve in gaseous refrigerant（3-7）Manifold on；Three groups or more of refrigerant
The upper comb of heat exchange series connection（3-1）Lowest part the tube head of three or more, to reaching atmospheric exchanger lower plate below（3-
11）Corresponding hole it is following after and atmospheric exchanger lower plate（3-11）While corresponding hole sealing welding is good, also normal
Press heat exchanger lower plate（3-11）With atmospheric exchanger babinet（3）Lower part surrounding corresponding section sealing welding is good；Under
Return pipe and valve（3-5）Sealing is welded in atmospheric exchanger babinet（3）The outside of the preformed hole bottom on right side；Automatic control is followed
Ring water pump（6）Mounted on atmospheric exchanger babinet（3）The external lower section on right side, self-controlled circulating water pump（6）Left side sealing peace
Equipped with pumping line threeway（6-1）, the left pipe of threeway（6-3）Water pipe and valve next time（3-5）Sealing is connected；Threeway upper tube
（6-2）With spray supply mains and valve（3-12）Sealing is connected；The shower water branch pipe of three or more（3-8）Parallel connection sealing is welded
Spray supply mains and valve（3-12）While on manifold, the shower water branch pipe of three or more（3-8）It is corresponding to pass through normal pressure heat
Exchanger babinet（3）Right side the top preformed hole protrudes into atmospheric exchanger babinet（3）The interior leftmost side, and three or more
Shower water branch pipe（3-8）With atmospheric exchanger babinet（3）Right side the top preformed hole sealing welding is good；Upper water-out pipe and
Valve（3-4）Sealing is welded in atmospheric exchanger babinet（3）Right side, the shower water branch pipe from topmost（3-8）300 millimeters with
Under preformed hole outside.Upper water-out pipe and valve（3-4）With upper tube and valve（4-1）Sealing be connected after, still further below with it is a piece of
Above cooling fin（4）Parallel connection is connected；Upper tube and valve（4-1）There are 3 ° during installation from left to right with upgrade.Horizontal spiral shell
Female plug screw assembly（3-9）Sealing is welded in atmospheric exchanger babinet（3）Outside the preformed hole in left side, horizontal nut plug screw assembly
（3-9）Height and upper water-out pipe and valve（3-4）It is highly consistent；Filler and valve（3-6）Sealing is welded hands in normal pressure heat
Parallel operation babinet（3）Left side the top preformed hole outside.Upper water-out pipe and valve（3-4）Three groups or more from topmost spray
Water branch pipe（3-8）The volume in space adds hollow cylinder expansion room between 300 millimeters（1-1）The sum of volume, be normal
Press Thermal Exchanger（3）It is interior, along with a piece of above cooling fin（4）Interior, upper water-out pipe and valve（3-4）Interior, water pipe next time
And valve（3-5）Interior, upper tube and valve（4-1）Interior, down tube and valve（4-2）Interior, self-controlled circulating water pump（6）Interior, pumping line threeway
（6-1）Interior, the left pipe of threeway（6-3）Interior, threeway upper tube（6-2）Interior, heat exchange water input manifold and valve（7-6）Interior, heat exchange water
Delivery trunk and valve（7-5）Interior, three groups or more heat exchange water series connection branch pipes（7-3）Interior whole fills it up with heat exchange water（3-3）Body
More than/9th product summations.The tap water compensation cooling band wind wing series connection comb of air（2）It is installed to upper big, lower small
Taper is into air duct（2-1）Top after, another block is concentrically mounted on keg float moisture condensation respirator（1）Topmost；In air
Tap water compensation cooling band wind wing series connection comb（2）Left side and right side, be tightly connected upper running water outlet pipe and valve respectively
（2-3）With tap water inlet pipe and valve（2-2）, tap water inlet pipe and valve（2-2）With tap water water supply hose（2-4）Sealing connects
It connects；Running water outlet pipe and valve（2-3）With running water outlet hose（2-5）After being tightly connected well, side and tap water go out still further below
Water threeway and pipe（2-6）It is tightly connected.The lower comb of three groups or more of refrigerant heat exchanger series connection（5-1）Be in normal pressure heat exchange
Device lower plate（3-11）The following upper comb of three groups or more of refrigerant heat exchanger series connection（3-1）Three opposite tube heads it is corresponding
After sealing welding is good, the tap water compensation cooling babinet for the refrigerant that three or more preformed holes have been stayed in left side lower part（5）Set
Into the lower comb of three groups or more of refrigerant heat exchanger series connection（5-1）, and simultaneously three groups or more of the lower comb of refrigerant heat exchanger series connection
（5-1）The tap water that the following tube head of three or more in left side reaches refrigerant by corresponding preformed hole compensates cooling box
Body（5）Left side outside, it is and good with corresponding preformed hole sealing welding, then the tap water compensation cooling babinet refrigerant
（5）Top and atmospheric exchanger lower plate（3-11）Corresponding section surrounding sealing welding is good；Three groups or more of refrigeration
The lower comb of agent heat exchange series connection（5-1）The tube head parallel connection sealing in following three of left side or more be welded in liquid refrigerant delivery trunk
And valve（5-3）Manifold on；Lower tap water inlet pipe and valve（5-4）Sealing is welded in the tap water compensation cooling box of refrigerant
Body（5）Behind the outside of left lower preformed hole, lower tap water inlet pipe and valve（5-4）With running water outlet threeway and pipe（2-6）
The right side seal of tube be connected；Lower running water outlet pipe and valve（5-5）Sealing is welded in the tap water compensation cooling of refrigerant
Babinet（5）Behind the outside of right upper portion preformed hole, lower running water outlet pipe and valve（5-5）And reservoir（8）Left water inlet pipe and
Valve（8-2）Sealing is connected.Down tube and valve（4-2）Left side top and a piece of above cooling fin（4）After being tightly connected well, under
Pipe and valve（4-2）Right side is following and heat exchange water input manifold and valve（7-6）Sealing is connected.Three groups or more of heat exchange water
Series connection branch pipe（7-3）It is encased in the tap water compensation cooling babinet of heat exchange water（7）In after, the upper and lower tube head of three or more is each
Reach the tap water compensation cooling babinet of heat exchange water respectively by preformed hole（7）Outside the top on right side and outside left lower
After side sealing welding is good, three groups or more of heat exchange water series connection branch pipe（7-3）The upper tube head of three or more is in parallel and heat exchange
Water inputs manifold and valve（7-6）Manifold be sealed connected together, three groups or more of heat exchange water series winding branch pipe（7-3）Three
Above lower tube head parallel connection and heat exchange water delivery trunk and valve（7-5）Manifold be sealed connected together after, then follow with automatic control
Ring water pump（6）Right side water inlet end be sealed connected together；Right tap water inlet pipe and valve（7-1）With right running water outlet pipe and
Valve（7-2）Sealing is welded in the tap water compensation cooling babinet of heat exchange water respectively（7）Right side and left side top preformed hole on
Afterwards, right running water outlet pipe and valve（7-2）And reservoir（8）Right water inlet pipe and valve（8-1）Sealing is connected；Right tap water into
Water pipe and valve（7-1）With running water outlet threeway and pipe（2-6）The lower part seal of tube be connected.Reservoir（8）Lower right side
Sealing is welded and has outlet pipe and valve（8-3）, reservoir（8）The left and right both sides in top difference sealing welding on left water inlet pipe and valve
（8-2）With right water inlet pipe and valve（8-1）, reservoir（8）Left upper portion sealing be welded and have overflow pipe（8-4）.
The beneficial effects of the invention are as follows：During the refrigerant cooling of cold refrigeration system, water is not consumed without water yet
Dirt generates, and is also generated in the compensation temperature-fall period at 45 DEG C without incrustation scale, can also obtain 45 DEG C or so of warm water, and condenser is normal
Press work that the length of service that air reduces oxygen corrosiveness and several times extend condenser has also been isolated, there is section without danger
It can, lower consumption, the effect of emission reduction.
Description of the drawings
Fig. 1 is the schematic front view of the present invention, and Fig. 2 is the installment work schematic diagram of the present invention and cold storage refrigerating system.
Part sequence number is as follows in figure：Keg float moisture condensation respirator（1）, hollow cylinder expansion room（1-1）, circle
Ring pedestal（1-1-1）, telescopic installing ring（1-1-2）, keg float（1-2）, radiation air wing（1-2-1）, bottom on keg float（1-2-2）,
Mounting bracket（1-2-3）, outer ring（1-2-4）, heat-resisting rubber-plastic sealing telescopic（1-3）, bundle assembly（1-4）, king-bolt assembly（1-
5）, automatic control axial flow blower（1-6）, wind turbine hanging 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）, hanging ring（1-10-1）；The tap water compensation of air
Cooling band wind wing series connection comb assembly（2）, taper is into air duct（2-1）, tap water inlet pipe and valve（2-2）, running water outlet pipe
And valve（2-3）, tap water water supply hose（2-4）, running water outlet hose（2-5）, running water outlet threeway and pipe（2-6）；Often
Press Thermal Exchanger（3）, the upper comb of refrigerant heat exchanger series connection（3-1）, upper opening（3-2）Heat exchange water（3-3）, upper water-out pipe
And valve（3-4）, water pipe and valve next time（3-5）, filler and valve（3-6）, gaseous refrigerant input manifold and valve（3-7）, spray
Water branch pipe（3-8）, horizontal nut plug screw assembly（3-9）, baffle upper plate（3-10）, atmospheric exchanger lower plate（3-11）, spray
Water drenching manifold and valve（3-12）；Cooling fin（4）, upper tube and valve（4-1）, down tube and valve（4-2）；The tap water compensation drop of refrigerant
Incubator body（5）, the lower comb of refrigerant heat exchanger series connection（5-1）, deflector（5-2）, liquid refrigerant delivery trunk and valve（5-3）,
Lower tap water inlet pipe and valve（5-4）Lower running water outlet pipe and valve（5-5）, tap water（5-6）, self-controlled circulating water pump（6）, water
Water pump outlet pipe threeway（6-1）, threeway upper tube（6-2）, the left pipe of threeway（6-3）；The tap water compensation cooling babinet of heat exchange water
（7）, right tap water inlet pipe and valve（7-1）, right running water outlet pipe and valve（7-2）, heat exchange water series connection branch pipe（7-3）, it is right
Deflector（7-4）, heat exchange water delivery trunk and valve（7-5）, heat exchange water input manifold and valve（7-6）；Reservoir（8）, it is right
Water inlet pipe and valve（8-1）, left water inlet pipe and valve（8-2）, outlet pipe and valve（8-3）, overflow pipe（8-4）；Gas-liquid separator（9）；
Refrigerant device for storing liquid（10）；Freezer refrigerating evaporator（11）；Conveying pipe of refrigerant and valve（12）；Coolant compressor assembly
（13）；Surge tank（14）；Gaseous refrigerant efferent duct and valve（15）.
Specific embodiment
As shown in Figure 1 and Figure 2 in embodiment, the horizontal nut plug screw assembly of the assembled present invention（3-9）Plug screw twist
After lower, then filler and valve（3-6）Valve and all related valves it is fully open, to atmospheric exchanger babinet（3）、
Cooling fin（4）Heat exchange water is added Deng in（3-3）, treat horizontal nut plug screw assembly（3-9）Flow out heat exchange water（3-3）When stop
It fills and closes filler and valve（3-4）.Tap water water supply hose（2-4）It is connected with water supply pipe, and gaseous state system
Cryogen inputs manifold and valve（3-7）With gaseous refrigerant efferent duct and valve（15）It is tightly connected, liquid refrigerant is exported total
Pipe and valve（5-3）And gas-liquid separator（9）After being tightly connected well, then gas-liquid separator（9）, refrigerant device for storing liquid（10）,
Freezer refrigerating evaporator（11）, coolant compressor assembly（13）And surge tank（14）, vaporized refrigerant delivery trunk and valve
（15）, with conveying pipe of refrigerant and valve（12）After being all tightly connected well according to Fig. 2, coolant compressor assembly（13）, from
Control axial flow blower（1-6）With self-controlled circulating water pump（6）It all connects with the mains, starts coolant compressor assembly（13）, until heat is handed over
When changing water and being warming up to 50 DEG C or so, automatic control axial flow blower（1-6）With self-controlled circulating water pump（6）During automatic work, self-controlled circulating water
Pump（6）The heat exchange water pumped out（3-3）Through pumping line threeway（6-1）It is divided into two-way, all the way through the left pipe of threeway（6-3）Into
Enter to atmospheric exchanger babinet（3）To the upper comb of refrigerant heat exchanger series connection（3-1）It cools down from bottom to top；And another way is through threeway
Upper tube（6-2）, spray supply mains and valve（3-12）With shower water branch pipe（3-8）, sprinkling heat exchange water（3-3）To refrigerant heat exchanger
Comb in series connection（3-1）Top most hot part cooled down.In addition tap water inlet pipe and valve（2-2）Valve open
Meanwhile all valves in the tap water compensation cooling system of air, refrigerant, heat exchange water are opened, tap water（5-6）Stream
Size is measured, according to the unlatching size of the temperature control valve (TCV) door in each portion；Winter temperature is low, can take the circumstances into consideration to turn down according to temperature situation
Or close tap water inlet pipe and valve（2-2）.
Claims (7)
1. a kind of not water consumption is without dirty energy-saving condenser, including keg float moisture condensation respirator, hollow cylinder expansion room,
Annulus pedestal, telescopic installing ring, keg float, radiation air wing, bottom on keg float, mounting bracket, outer ring, heat-resisting rubber-plastic sealing telescopic,
It bundlees assembly, king-bolt assembly, automatic control axial flow blower, wind turbine hanging ring, steel tether, card, bolt assembly, pulley yoke assembly, slide calmly
Wheel assembly, grooving, weight, hanging ring, the tap water compensation cooling band wind wing series connection comb assembly of air, taper into air duct, originally
Water water inlet pipe and valve, running water outlet pipe and valve, tap water water supply hose, running water outlet hose, running water outlet threeway and
Pipe, the upper comb of atmospheric exchanger babinet, refrigerant heat exchanger series connection, upper opening, heat exchange water, upper water-out pipe and valve, lower water-back
Pipe and valve, filler and valve, gaseous refrigerant input manifold and valve, shower water branch pipe, horizontal nut plug screw assembly, upper water conservancy diversion
Plate, atmospheric exchanger lower plate, spray supply mains and valve, cooling fin, upper tube and valve, down tube and valve, the tap water of refrigerant
Compensation cooling babinet, refrigerant heat exchanger series connection lower comb, deflector, liquid refrigerant delivery trunk and valve, the water inlet of lower tap water
Pipe and valve, lower running water outlet pipe and valve, tap water, self-controlled circulating water pump, pumping line threeway, threeway upper tube, a threeway left side
Pipe, the tap water compensation cooling babinet of heat exchange water, right tap water inlet pipe and valve, right running water outlet pipe and valve, heat exchange
Water series connection branch pipe, right deflector, heat exchange water delivery trunk and valve, heat exchange water input manifold and valve, reservoir, right water inlet pipe
And valve, left water inlet pipe and valve, outlet pipe and valve, overflow pipe, it is characterized in that：Atmospheric exchanger babinet（3）Upper opening（3-
2）It is processed into than annulus pedestal（1-1-1）Outer diameter it is 2 millimeters big ~ 4 millimeters, then assembled keg float moisture condensation respirator
（1）Lift supreme opening（3-2）Place, makes annulus pedestal（1-1-1）With upper opening（3-2）Concentric coplanar and sealing welding is one
It rises；Three groups or more of the upper comb of refrigerant heat exchanger series connection（3-1）With corresponding baffle upper plate（3-10）It is welded in normal pressure heat
Exchanger babinet（3）It is interior, and make three groups or more of the upper comb of refrigerant heat exchanger series connection（3-1）Topmost three or more tube heads
Atmospheric exchanger babinet is reached to the left side（3）Behind the left side in corresponding hole and atmospheric exchanger babinet（3）Corresponding hole
While sealing welding is good, parallel connection sealing is welded inputs manifold and valve in gaseous refrigerant（3-7）Manifold on；Three groups or more
The upper comb of refrigerant heat exchanger series connection（3-1）Lowest part the tube head of three or more, to reaching atmospheric exchanger below
Lower plate（3-11）Corresponding hole it is following after and atmospheric exchanger lower plate（3-11）Good same of corresponding hole sealing welding
When, also atmospheric exchanger lower plate（3-11）With atmospheric exchanger babinet（3）The sealing weldering of lower part surrounding corresponding section
It connects；Water pipe next time and valve（3-5）Sealing is welded in atmospheric exchanger babinet（3）Outside the preformed hole bottom on right side
Portion；Self-controlled circulating water pump（6）Mounted on atmospheric exchanger babinet（3）The external lower section on right side, self-controlled circulating water pump（6）'s
Left side is sealed and installed with pumping line threeway（6-1）, the left pipe of threeway（6-3）Water pipe and valve next time（3-5）Sealing is connected；
Threeway upper tube（6-2）With spray supply mains and valve（3-12）Sealing is connected；The shower water branch pipe of three or more（3-8）It is in parallel close
Soldering and sealing is mounted in spray supply mains and valve（3-12）While on manifold, the shower water branch pipe of three or more（3-8）It is corresponding logical
Cross atmospheric exchanger babinet（3）Right side the top preformed hole protrudes into atmospheric exchanger babinet（3）The interior leftmost side, and handle
The shower water branch pipe of three or more（3-8）With atmospheric exchanger babinet（3）Right side the top preformed hole sealing welding is good；Upper
Outlet pipe and valve（3-4）Sealing is welded in atmospheric exchanger babinet（3）Right side, the shower water branch pipe from topmost（3-8）
The outside of less than 300 millimeters of preformed hole；The tap water compensation cooling band wind wing series connection comb of air（2）Be installed to it is big,
Under small taper into air duct（2-1）Top after, another block is concentrically mounted on keg float moisture condensation respirator（1）Topmost；
In the tap water compensation cooling band wind wing series connection comb of air（2）Left side and right side, be tightly connected upper running water outlet respectively
Pipe and valve（2-3）With tap water inlet pipe and valve（2-2）, tap water inlet pipe and valve（2-2）With tap water water supply hose（2-4）
It is tightly connected；Running water outlet pipe and valve（2-3）With running water outlet hose（2-5）Be tightly connected it is good after, still further below side and from
Water outlet three way and pipe（2-6）It is tightly connected；Reservoir（8）Lower right side sealing be welded and have outlet pipe and valve（8-3）, temperature
Water tank（8）The left and right both sides in top difference sealing welding on left water inlet pipe and valve（8-2）With right water inlet pipe and valve（8-1）, warm water
Case（8）Left upper portion sealing be welded and have overflow pipe（8-4）.
2. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Upper water-out pipe and valve（3-
4）With upper tube and valve（4-1）Sealing be connected after, still further below with a piece of above cooling fin（4）Parallel connection is connected；Upper tube and valve
（4-1）There are 3 ° during installation from left to right with upgrade.
3. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Horizontal nut plug screw assembly
（3-9）Sealing is welded in atmospheric exchanger babinet（3）Outside the preformed hole in left side, horizontal nut plug screw assembly（3-9）Height
Degree and upper water-out pipe and valve（3-4）It is highly consistent；Filler and valve（3-6）Sealing is welded in atmospheric exchanger babinet
（3）Left side the top preformed hole outside.
4. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Upper water-out pipe and valve（3-4）
Three groups or more the shower water branch pipes from topmost（3-8）The volume in space is along with hollow cylinder thermal expansion sky between 300 millimeters
Between（1-1）The sum of volume, be atmospheric exchanger babinet（3）It is interior, along with a piece of above cooling fin（4）Interior, upper water-out
Pipe and valve（3-4）Interior, water pipe and valve next time（3-5）Interior, upper tube and valve（4-1）Interior, down tube and valve（4-2）Interior, self-controlled circulating water
Pump（6）Interior, pumping line threeway（6-1）Interior, the left pipe of threeway（6-3）Interior, threeway upper tube（6-2）Interior, heat exchange water input is always
Pipe and valve（7-6）Interior, heat exchange water delivery trunk and valve（7-5）Interior, three groups or more heat exchange water series connection branch pipes（7-3）Interior whole
Fill it up with heat exchange water（3-3）Volume summation more than 1/9th.
5. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Three groups or more of refrigerant
The lower comb of heat exchange series connection（5-1）Be in atmospheric exchanger lower plate（3-11）Three groups or more following of refrigerant heat exchanger string
Comb on connection（3-1）Three corresponding sealing weldings of opposite tube head it is good after, stayed in left side lower part three or more it is reserved
The tap water compensation cooling babinet of the refrigerant in hole（5）Pack into three groups or more of the lower comb of refrigerant heat exchanger series connection（5-1）, and it is same
When the lower comb of three groups or more of refrigerant heat exchanger series connection（5-1）The following tube head of three or more in left side passes through corresponding pre-
It boxes out and reaches the tap water compensation cooling babinet of refrigerant（5）Left side outside, and with corresponding preformed hole sealing welding
It is good, then the tap water compensation cooling babinet refrigerant（5）Top and atmospheric exchanger lower plate（3-11）Corresponding section
Surrounding sealing welding is good；The lower comb of three groups or more of refrigerant heat exchanger series connection（5-1）Following three of left side or more pipe
Head sealing in parallel is welded in liquid refrigerant delivery trunk and valve（5-3）Manifold on；Lower tap water inlet pipe and valve（5-4）
Sealing is welded in the tap water compensation cooling babinet of refrigerant（5）Behind the outside of left lower preformed hole, lower tap water inlet pipe
And valve（5-4）With running water outlet threeway and pipe（2-6）The right side seal of tube be connected；Lower running water outlet pipe and valve（5-
5）Sealing is welded in the tap water compensation cooling babinet of refrigerant（5）Behind the outside of right upper portion preformed hole, lower running water outlet
Pipe and valve（5-5）And reservoir（8）Left water inlet pipe and valve（8-2）Sealing is connected.
6. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Down tube and valve（4-2）A left side
Side top and a piece of above cooling fin（4）After being tightly connected well, down tube and valve（4-2）Right side below and heat exchange water input
Manifold and valve（7-6）Sealing is connected.
7. not water consumption according to claim 1 is without dirty energy-saving condenser, it is characterized in that：Three groups or more of heat exchange water
Series connection branch pipe（7-3）It is encased in the tap water compensation cooling babinet of heat exchange water（7）In after, the upper and lower tube head of three or more is each
Reach the tap water compensation cooling babinet of heat exchange water respectively by preformed hole（7）Outside the top on right side and outside left lower
After side sealing welding is good, three groups or more of heat exchange water series connection branch pipe（7-3）The upper tube head of three or more is in parallel and heat exchange
Water inputs manifold and valve（7-6）Manifold be sealed connected together, three groups or more of heat exchange water series winding branch pipe（7-3）Three
Above lower tube head parallel connection and heat exchange water delivery trunk and valve（7-5）Manifold be sealed connected together after, then follow with automatic control
Ring water pump（6）Right side water inlet end be sealed connected together；Right tap water inlet pipe and valve（7-1）With right running water outlet pipe and
Valve（7-2）Sealing is welded in the tap water compensation cooling babinet of heat exchange water respectively（7）Right side and left side top preformed hole on
Afterwards, right running water outlet pipe and valve（7-2）And reservoir（8）Right water inlet pipe and valve（8-1）Sealing is connected；Right tap water into
Water pipe and valve（7-1）With running water outlet threeway and pipe（2-6）The lower part seal of tube be connected.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310516703.5A CN104567120B (en) | 2013-10-29 | 2013-10-29 | Water consumption is not without dirty energy-saving condenser |
| PCT/CN2014/070143 WO2015062170A1 (en) | 2013-10-29 | 2014-01-06 | Non-water consuming, scaleless, energy-saving combined condenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310516703.5A CN104567120B (en) | 2013-10-29 | 2013-10-29 | Water consumption is not without dirty energy-saving condenser |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104567120A CN104567120A (en) | 2015-04-29 |
| CN104567120B true CN104567120B (en) | 2018-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310516703.5A Active CN104567120B (en) | 2013-10-29 | 2013-10-29 | Water consumption is not without dirty energy-saving condenser |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN104567120B (en) |
| WO (1) | WO2015062170A1 (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106123406A (en) * | 2016-08-06 | 2016-11-16 | 山东省北斗制冷设备有限公司 | The inside and outside few water consumption of combination water spray is without dirt energy-saving condenser |
| 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 |
| CN106382771A (en) * | 2016-10-04 | 2017-02-08 | 枣庄宝武机电科技开发有限公司 | Water consumption avoiding, incrustation-free and energy-saving composite condenser internally provided with heat exchange pipe row |
| CN113883756A (en) * | 2021-10-22 | 2022-01-04 | 枣庄学院 | Novel evaporative condenser |
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| CN2544233Y (en) * | 2002-04-17 | 2003-04-09 | 陈卫华 | High-efficient heat-exchange sleeve evaporation type condenser |
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| JPH1163730A (en) * | 1997-08-20 | 1999-03-05 | Sanyo Electric Co Ltd | Condenser |
| US6247326B1 (en) * | 1998-12-29 | 2001-06-19 | Pichit Likitcheva | Evaporative condensing unit utilizing normal and unsaturated air |
| JP2009074767A (en) * | 2007-09-21 | 2009-04-09 | Panasonic Environmental Systems & Engineering Co Ltd | Auxiliary cooling device for condenser |
| CN202493304U (en) * | 2012-04-01 | 2012-10-17 | 黄敏坚 | Low-pressure low-temperature steam turbine set |
| CN103196260A (en) * | 2013-03-16 | 2013-07-10 | 山东省北斗制冷设备有限公司 | Water-saving air bag respiration condenser |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2544233Y (en) * | 2002-04-17 | 2003-04-09 | 陈卫华 | High-efficient heat-exchange sleeve evaporation type condenser |
| CN101338958A (en) * | 2008-03-18 | 2009-01-07 | 徐利华 | Air conditioner heat exchange type condensator and spray evaporative cooling system |
| CN201402012Y (en) * | 2009-04-27 | 2010-02-10 | 上海东方威尔节能技术有限公司 | Water circulation system for heat exchange |
| CN201740319U (en) * | 2010-07-30 | 2011-02-09 | 扬州巨人机械有限公司 | Evaporative type condenser |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2015062170A1 (en) | 2015-05-07 |
| CN104567120A (en) | 2015-04-29 |
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Effective date of registration: 20210609 Address after: 277000 200m south of No.44 middle school, 352 provincial road, Xuecheng District, Zaozhuang City, Shandong Province Patentee after: Shandong Jinrui refrigeration equipment Co., Ltd Address before: 277000 Weisan Road, Xiyuan District, Xuecheng Economic Development Zone, Zaozhuang City, Shandong Province Patentee before: SHANDONG BEIDOU REFRIGERATION EQUIPMENT Co.,Ltd. |
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