CN205066502U - Adiabatic air cooler of closed - Google Patents
Adiabatic air cooler of closed Download PDFInfo
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- CN205066502U CN205066502U CN201520795268.9U CN201520795268U CN205066502U CN 205066502 U CN205066502 U CN 205066502U CN 201520795268 U CN201520795268 U CN 201520795268U CN 205066502 U CN205066502 U CN 205066502U
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Abstract
The utility model relates to an adiabatic air cooler of closed, by constituteing in the heat transfer room on upper portion and the adiabatic room of lower part, the heat transfer on upper portion is indoor is equipped with finned tube exchanger that the V -arrangement arranged and sprays the shower nozzle, the adiabatic room of lower part is surrounded into the cavity by trilateral corrugate fibre humidification board and is constituted, and the cavity is down triangle -shaped, forms V -arrangement both sides air inlet face for it crosses filtering surface and improves adiabatic humidification cooling processing to increase the air inlet. The utility model discloses the air cooler air intake adopts the V -arrangement to arrange, has increased air cooler's air inlet area and intake, has promoted the holistic heat transfer effect of air cooler. Adiabatic air cooler of closed has 4 kinds of mode, and for spraying evaporation cooling mode, adiabatic humidification evaporation cooling mode, dry -type refrigerating mode and natural cooling mode, through electrically controlled device's automation regulation and control, air cooler is in the optimum operational mode of economy all the time, has saved the consumption of electric energy and water resource respectively.
Description
Technical field
The utility model relates to a kind of enclosed adiabatic air cooler, cools hot-fluid medium with air, is mainly used in the process cycles fluid cooling of the heat-producing devices such as industrial furnace, power supply, motor.
Background technology
Existing aerial cooler mainly contains dry-type air cooler, dry wet associating aerial cooler, dry-type air cooler is using surrounding air as cooling medium, rely on finned tube expansion heat transfer area to carry out enhanced tube to conduct heat outward, plunder the air temperature rise after finned tube take away heat by means of air is horizontal, reach the object of cooling tube inner fluid, be characterized in simple to operate, easy to use, but in its pipe, hot outlets temperature depends on air dry-bulb temperature, helpless to the cooling of the hot fluid of low-temperature level.For making up the shortcoming of dry-type air cooler, there is dry wet associating aerial cooler, the working mechanism of dry wet associating aerial cooler is at air intake place atomized water spraying, make intake air humidifying cooling, Cryogenic air after humidification is through the water droplet of water-stop sheet except deentrainment, horizontally again plunder heat exchange coil, thus the temperature difference increased between inlet air temp and hot fluid outlet temperature is carried out enhanced tube and is conducted heat outward.Residue after dry wet associating aerial cooler water evaporation can be attached to finned tube root, causes heat exchange coil fouling, can affect the heat transfer effect of tube bank after using a period of time.Existing aerial cooler cannot regulate according to the temperature of outside climatic condition and fluid to be cooled, and in transition season or cold season, aerial cooler is full load operation also, waste electric energy and water resource.
Utility model content
The technical problems to be solved in the utility model to provide a kind of enclosed adiabatic air cooler, technological improvement is carried out to existing air cooler, realization environmentally the initial temperature of temperature, humidity and fluid to be cooled, final cooling temperature can change the operational mode of aerial cooler, to reach air cooler performance driving economy optimization, reduce the consumption of electric energy and the consumption of water resource.
The technical solution of the utility model is: a kind of enclosed adiabatic air cooler, be made up of the Heat Room on top and the thermal-insulating chamber of bottom, the finned tube exchanger that the Heat Room on top is arranged built with V-arrangement and spray nozzle, the thermal-insulating chamber of described bottom is encircled into chamber by three corrugated fibers humidifying plates and forms, chamber is del, form V-arrangement both sides air intake surface, for increasing air intake filtering surface and raising adiabatic humidiflcation cooling-down effect.
Be provided with below described thermal-insulating chamber for collecting the water leg not being evaporated shower water.
Be furnished with in the chamber of described thermal-insulating chamber for the multiple atomizers to atomized water spraying on corrugated fibers humidifying plate.
Described corrugated fibers humidifying plate has the netted structure of ripple, and bondd by undulatory fibrous paper the smaller diameter passage being formed and gather, and air intake circulates in corrugated fibers humidifying plate passage.
Described enclosed adiabatic air cooler also comprises electric control gear, described electric control gear is made up of environment wet and dry bulb temperature sensor, circulation of fluid out temperature sensor and control system, described control system signal input part JA(junction ambient) wet and dry bulb temperature sensor, for gathering environment wet and dry bulb temperature sensor and circulation of fluid out temperature sensor parameters signal, control system signal output part connects described enclosed adiabatic air cooler, for the mode of operation of the aerial cooler that automatically switches.
Multiple described enclosed adiabatic air cooler package synthesizes multiple air cooler module.
The beneficial effects of the utility model are:
The utility model is by the analysis to existing air cooler pluses and minuses, propose and a kind ofly environmentally weather conditions and fluid inlet and outlet temperature to be cooled can automatically regulate the aerial cooler of running status, when external environment humiture or fluid inlet and outlet temperature to be cooled change, the signal of environment humidity sensor subsidiary on air cooler of the present utility model and hot fluid temperature sensor can gather, atomizer is controlled respectively by electric-control system, the discharge of spray nozzle and the rotating speed of axial flow blower, the operational mode of automatic adjustment air cooler, air cooler is made to be in most economical operational mode all the time, compare existing aerial cooler water-saving and electricity-saving more, economy is better.Aerial cooler air inlet adopts V-arrangement to arrange, adds incoming air area and the intake of aerial cooler, improves the heat transfer effect of aerial cooler entirety.
Four kinds of mode of operations of the present utility model are applicable to different ambient outdoor air humiture situations respectively, spraying and sprinkling evaporation mould refrigerating mode is applicable to the very high meteorological condition of surrounding air humiture, utilizes heat exchanger tube surface moisture film evaporation endothermic to carry out cooling tube inner fluid; Adiabatic humidiflcation evaporative cooling pattern is applicable to the moderate transition season of ambient temperature and humidity, effectively utilizes the Meteorological Elements in China of transition season, compares the consumption that namely spraying and sprinkling evaporation refrigerating mode decreases water, can meet again and change thermal requirement; Dry calibration pattern be applicable to environment temperature lower time, utilize blower fan draws ambient air to carry out cooling heat exchanger tube fluid; Nature refrigerating mode is applicable to environment temperature low-down winter, and under this pattern, blower fan is in closed condition, only utilizes high-temperature heat flux heat transfer free convection in the Cryogenic air of environment and pipe to carry out cooling tube inner fluid.
Accompanying drawing explanation
Fig. 1 is enclosed adiabatic air cooler construction schematic diagram of the present utility model;
Fig. 2 is thermal-insulating chamber schematic diagram of the present utility model;
Fig. 3 is block combiner schematic diagram of the present utility model;
Fig. 4 is the left view of Fig. 3.
Detailed description of the invention
Now further illustrate the utility model with embodiment by reference to the accompanying drawings.
See Fig. 1, Fig. 1 is the utility model structural representation, as seen from Figure 1, enclosed adiabatic air cooler of the present utility model, comprises aerial cooler housing 1, water leg 2, corrugated fibers humidifying plate 3, finned tube exchanger 4, blower fan 5, spray nozzle 6, atomizer 7, thermal-insulating chamber 8 and electric control gear.
Enclosed adiabatic air cooler is made up of upper and lower two parts, and top is Heat Room, for arranging V-arrangement heat exchanger and spray nozzle.Bottom is divided into thermal-insulating chamber, for filtering air intake and adiabatic humidiflcation cooling process.Thermal-insulating chamber 8 is encircled into particular chamber by three corrugated fibers humidifying plates 3, in del, forms V-arrangement both sides air intake surface.Be furnished with in the chamber of thermal-insulating chamber 8 for the multiple atomizers 7 to atomized water spraying on corrugated fibers humidifying plate 3.
The air of aerial cooler outside first flows through finned tube exchanger again through thermal-insulating chamber and discharges aerial cooler through blower fan 5.Aerial cooler upper part is made up of finned tube exchanger 4, blower fan 5 and spray nozzle 6, finned tube exchanger 4 adopts V-arrangement to arrange, side arrangement has spray nozzle 6, thermal-insulating chamber 8 is furnished with water leg 2 below, water leg 2 is for collecting the shower water be not evaporated, and circulation of fluid is restrained interior cooled at finned tube exchanger 4.The air of aerial cooler outside first flows through finned tube exchanger 4 again through thermal-insulating chamber and discharges aerial cooler through blower fan 5.
Corrugated fibers humidifying plate 3 has the netted structure of ripple, and bondd by undulatory fibrous paper the smaller diameter passage being formed and gather, and air intake circulates in corrugated fibers humidifying plate 3 passage.
Electric control gear is made up of environment wet and dry bulb temperature sensor, circulation of fluid out temperature sensor and control system, control system gathers the parameter signal of environment wet and dry bulb temperature and circulation of fluid out temperature, exports control signal and to automatically switch the mode of operation of aerial cooler.
Enclosed adiabatic air cooler has four kinds of mode of operations: pattern one is spraying and sprinkling evaporation refrigerating mode, and under this pattern, blower fan 5 and spray nozzle 6 are in opening, and atomizer 7 is in closed condition; Pattern two is adiabatic humidiflcation evaporative cooling pattern, and under this pattern, blower fan 5 and atomizer 7 are in opening, and spray nozzle 6 is in closed condition; Pattern three is dry calibration pattern, and under this pattern, blower fan 5 is in opening, and spray nozzle 6 and atomizer 7 are all in closed condition; Pattern four is nature refrigerating mode, blower fan 5 under this pattern, and spray nozzle 6 and atomizer 7 are all in closed condition.
Embodiment one:
At the transition season that outside ambient temperature and humidity is moderate, under aerial cooler is in adiabatic humidiflcation air mode, now blower fan 5 and atomizer 7 in running order, spray nozzle 6 is in off working state, see Fig. 2, Fig. 2 is aerial cooler thermal-insulating chamber schematic diagram, circulation city tap-water in the pipeline 9 of atomizer 7, for atomizer 7 atomized water spraying, thermal-insulating chamber 8 includes a large amount of water droplets, aerial cooler air intake is insulated humidification in thermal-insulating chamber, the temperature of thermal-insulating chamber air-out is made to be reduced to wet-bulb temperature close to surrounding air, at this moment the Low Temperature Wet air of insulated chamber output washes away heat exchanger tube again, increase the heat transfer temperature difference of heat exchanger place fluid, effectively improve heat exchange efficiency, compare spraying and sprinkling evaporation refrigerating mode and save the consumption of water and the power consumption of pump motor, there is the requirement meeting heat exchange amount.
Embodiment two:
When outside ambient temperature and humidity is all higher, under aerial cooler is in spraying and sprinkling evaporation cooling work pattern, now blower fan 5 and spray nozzle 6 in running order, atomizer 7 is in off working state, spray nozzle 6 is to finned tube exchanger 4 spray shower water, make the coated water membrane of heat exchanger tube outer wall, evaporation endothermic under the double action of moisture film high temperature fluid and the outer high-speed air of pipe in pipe, water film evaporation heat absorption is relied on to come for the cooling of pipe fluid circulating, the shower water that tube wall does not have enough time outward to be evaporated flows in water leg, water in water leg is that spray equipment continues to supply water by water circulating pump, to reduce the consumption of water.Spraying and sprinkling evaporation refrigerating mode is applicable to hot and humid meteorological condition, to meet heat transfer requirements.
Embodiment three:
With reference to Fig. 3,4, Fig. 3,4 is the utility model ten aerial cooler block combiner figure, and the utility model aerial cooler is modularized equipment, can combinationally use air cooler module according to different heat transfer requirements.
Claims (6)
1. an enclosed adiabatic air cooler, be made up of the Heat Room on top and the thermal-insulating chamber (8) of bottom, the finned tube exchanger (4) that the Heat Room on top is arranged built with V-arrangement and spray nozzle (6), it is characterized in that: the thermal-insulating chamber of described bottom is encircled into chamber by three corrugated fibers humidifying plates (3) and forms, chamber is del, form V-arrangement both sides air intake surface, for increasing air intake filtering surface and raising adiabatic humidiflcation cooling-down effect.
2. enclosed adiabatic air cooler according to claim 1, is characterized in that: be provided with below described thermal-insulating chamber (8) for collecting the water leg (2) not being evaporated shower water.
3. enclosed adiabatic air cooler according to claim 1, is characterized in that: be furnished with in the chamber of described thermal-insulating chamber (8) for the multiple atomizers (7) to the upper atomized water spraying of corrugated fibers humidifying plate (3).
4. enclosed adiabatic air cooler according to claim 1, it is characterized in that: described corrugated fibers humidifying plate (3) has the netted structure of ripple, bondd by undulatory fibrous paper the smaller diameter passage being formed and gather, and air intake circulates in corrugated fibers humidifying plate (3) passage.
5. enclosed adiabatic air cooler according to claim 1, it is characterized in that: described enclosed adiabatic air cooler also comprises electric control gear, described electric control gear is by environment wet and dry bulb temperature sensor, circulation of fluid out temperature sensor and control system composition, described control system signal input part JA(junction ambient) wet and dry bulb temperature sensor, for gathering environment wet and dry bulb temperature sensor and circulation of fluid out temperature sensor parameters signal, control system signal output part connects described enclosed adiabatic air cooler, for the mode of operation of the aerial cooler that automatically switches.
6. enclosed adiabatic air cooler according to claim 1, is characterized in that: multiple described enclosed adiabatic air cooler package synthesizes multiple air cooler module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520795268.9U CN205066502U (en) | 2015-10-15 | 2015-10-15 | Adiabatic air cooler of closed |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520795268.9U CN205066502U (en) | 2015-10-15 | 2015-10-15 | Adiabatic air cooler of closed |
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| CN205066502U true CN205066502U (en) | 2016-03-02 |
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| CN201520795268.9U Active CN205066502U (en) | 2015-10-15 | 2015-10-15 | Adiabatic air cooler of closed |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105157447A (en) * | 2015-10-15 | 2015-12-16 | 酷仑冷却技术（上海）有限公司 | Closed heat insulation air cooler |
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2015
- 2015-10-15 CN CN201520795268.9U patent/CN205066502U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105157447A (en) * | 2015-10-15 | 2015-12-16 | 酷仑冷却技术（上海）有限公司 | Closed heat insulation air cooler |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |