CN208333163U - A kind of intelligent moisturizing forced draft air-cooler - Google Patents
A kind of intelligent moisturizing forced draft air-cooler Download PDFInfo
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- CN208333163U CN208333163U CN201820834260.2U CN201820834260U CN208333163U CN 208333163 U CN208333163 U CN 208333163U CN 201820834260 U CN201820834260 U CN 201820834260U CN 208333163 U CN208333163 U CN 208333163U
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Abstract
The utility model discloses a kind of intelligent moisturizing forced draft air-coolers, mainly include atomization system, monitoring temperature and early warning system and air cooler tube bundle, and the air cooler tube bundle is in tilted layout；Atomization supervisor's connection atomization water inlet of the atomization system is in charge of with atomization, and atomizer is evenly arranged in atomization and is in charge of；The monitoring temperature and early warning system are made of alarm bell, warning lamp and the display screen of the hygrosensor and temperature sensor and air cooler framework side that are located at below air cooler tube bundle.The atomized water of the utility model is above blower, blower and transmission system is prevented to be in corrosion under wet environment, air cooler tube bundle is in tilted layout above atomizer, increase heat exchange area, temperature sensor refers to temperature real-time display in display screen for operator, hygrosensor can make alarm bell alarm when the temperature is excessively high, and warning lamp flashing reminds operator's temperature anomaly that need to handle in time from vision and acoustically, prevent temperature is excessively high from air cooler being made to damage or occur accident.
Description
Technical field
The utility model relates to a kind of air coolers, and in particular to a kind of intelligent moisturizing forced draft air-cooler.
Background technique
1 year high temperature weather time is generally shorter, and when running under this hot weather low temperature can occur for Traditional Air Cooled Exchanger
Difference (tube bank temperature and the temperature-difference that air enters air cooler are smaller) heat transfer, at this moment needs air cooler to have very big heat exchange area
It just can guarantee that air cooler is normally run, need more to cover air cooler, motor thus while running, not only cause input cost
Height, and the noise generated is larger, occupied area is larger, it is extremely inconvenient.Publication No. CN201420745789.9's is practical new
Type discloses a kind of humidification type air cooler, and it is empty that the utility model of Publication No. CN201420588971.8 discloses a kind of humidification type
Cooler device, above-mentioned two utility model are solving Low Temperature Difference heat transfer problem with certain beneficial effect, it is disadvantageous that drawing
The blower and transmission system of wind formula air cooler are arranged above atomization system, will lead to blower and transmission system is in hot humid
In the environment of, it is easy to happen corrosion or gets rusty；In addition, high-temperature time is shorter, atomization system dismounting is complicated；Air cooler internal temperature
Lack monitoring and early warning, easily lead to air cooler damage or accident occurs.
Utility model content
The purpose of this utility model is simple, high efficiency of developing a kind of structure, and low cost, component life is long, can carry out
The intelligent moisturizing forced draft air-cooler of internal temperature monitoring and early warning.
The utility model is realized by the following technical solutions:
A kind of intelligent moisturizing forced draft air-cooler, comprising: air cooler framework ontology, the air cooler framework ontology are equipped with
Air cooler tube bundle, atomization system, blower and monitoring temperature and early warning system, it is characterised in that: the atomization system is arranged in wind
The top of machine, by atomization water inlet, atomization supervisor, atomization is in charge of and atomizer forms；The air cooler tube bundle is in tilted layout
In the top of atomizer；The monitoring temperature and early warning system are by temperature sensor, hygrosensor, warning lamp, alarm bell, display
Screen composition；Described temperature sensor one end is electrically connected with the power supply, and the other end is connect with display screen；Described hygrosensor one end
It connects to power supply, the other end is separately connected with warning lamp, alarm bell.
Further, the atomization system is placed in air cooler framework ontology, and the atomization is in charge of set on air cooler tube bundle
In the region formed between blower.Further, the atomization system is threadedly coupled in air cooler framework ontology.
Further, the material of the atomization system can be any one in carbon steel, stainless steel and plastics.
Further, the temperature sensor and hygrosensor are set to forms between atomization system and air cooler tube bundle
In region.
Further, the warning lamp, alarm bell and display screen are located at the air cooler framework outer body on atomization water inlet opposite.
Further, the temperature sensor is non-contact temperature sensor.
Further, the hygrosensor selects temp.-determined type detector.
Further, the motor of driving blower rotation is additionally provided with below the blower.
Atomization system described in the utility model by atomization water inlet, atomization supervisor, atomization is in charge of, atomizer forms,
Water inlet setting is atomized in air cooler framework side, atomization supervisor is threadedly coupled with atomization water inlet, be atomized be responsible for will be atomized into
The mouth of a river is in charge of with atomization to be connect, and atomization is in charge of one end and connects atomization supervisor by the way of being threadedly coupled, and the other end uses plug
Sealing；
Atomization, which is in charge of, to be located inside air cooler framework, and between blower and air cooler tube bundle, atomization is in charge of for semicircle
Pipeline, two sections of atomizations are in charge of symmetry arrangement and form a non-closed circle parallel with plane where blower, and above-mentioned atomization is in charge of
Several groups can be arranged in two sections of combination according to the actual situation, and atomizer is evenly arranged in atomization and is in charge of；
Air cooler framework body upper part is equipped with shutter, and the blade of adjustable shutter reaches ventilation according to the actual situation
Or closed purpose, motor is located at blower in the following, atomized water is blown upwards through blower rotation, and motor would not be in wet environment
Under, motor rust corrosion or short circuit are prevented, and intervene without other transmission systems, motor directly drives blower after energization
Rotation；
Air cooler tube bundle is located at atomization and is in charge of top, to increase the air contact area after air cooler tube bundle and humidifying cooling
Greatly, increase heat exchange efficiency, air cooler tube bundle is in tilted layout；
Monitoring temperature and early warning system are made of hygrosensor, temperature sensor, alarm bell, warning lamp, display screen, and temperature passes
Sensor is located at atomization and is in charge of top, air cooler tube bundle lower position, and temperature sensor selects noncontacting proximity sensor, temperature sensing
Device measures the temperature for entering the air of air cooler after moistening and lowering temperature, and measurement result is by real-time display on a display screen for behaviour
Make personnel's reference, for equipment safety, prevents water from entering electronic device, display screen, alarm bell, warning lamp are located at atomization water inlet opposite
Air cooler framework on the outside of；
Hygrosensor is located at atomization and is in charge of top, air cooler tube bundle lower position, almost parallel with temperature sensor
Position.When passing through hygrosensor, air temperature is too high, and heat transfer requirements are not achieved, and when generating Low Temperature Difference heat transfer, alarm bell can be sent out
Alarm song out, warning lamp can flash, and from the sense of hearing and visually remind the inlet air temperature of operator's air cooler to occur abnormal, should be timely
Processing；
Entire atomization system is easy disassembly when maintenance and installation by being bolted and being fixed in air cooler framework, and
One or more sets atomization systems can be arranged according to actual needs, one or more sets mists can also be arranged in a set of atomization system
Change is in charge of.
The beneficial effects of the utility model are:
1, the atomization system of the utility model is located between blower and air cooler tube bundle, prevents blower and transmission system in height
Corrosion occurs under warm moist environment or gets rusty, and entire atomization system is by being bolted and being fixed in air cooler framework,
Facilitate maintenance dismount, can arrange one or more sets atomization systems according to actual needs, can also in a set of atomization system cloth
It sets one or more sets atomizations to be in charge of, the atomization system being freely combined in this way can save many resources.
2, the air cooler tube bundle of the utility model is in tilted layout above atomization system, increases the contact surface with air
Product, strengthens heat exchange efficiency.
3, the utility model is equipped with monitoring temperature and early warning system in air cooler framework, positioned at air cooler framework side
Display screen can be entered after blower with real-time display by the temperature of the air of atomization system, and when temperature is excessively high, cooling sky is not achieved
When the temperature requirement of gas, alarm bell can sound an alarm the sound, and warning lamp can flash, and remind related personnel to handle problem in time, prevent temperature
It spends and out of control accident occurs.
4, the blower of the utility model is directly driven rotation by motor, is intervened without other transmission systems, is reduced production
Manufacture and maintenance cost reduce the kinetic energy for overcoming frictional force to be lost in transmission process, have saved the energy.
Detailed description of the invention
Fig. 1 is the utility model front view；
Fig. 2 is the utility model top view；
Fig. 3 is the utility model monitoring temperature and early warning system structural schematic diagram；
Wherein:
1, shutter；2, air cooler tube bundle；3, atomization system；301, it is atomized water inlet；302, atomization supervisor；303, it is atomized
It is in charge of；304, atomizer；4, blower；5, air cooler framework ontology；6, motor；7, temperature sensor；8, hygrosensor；9,
Warning lamp；10, alarm bell；11, display screen.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is described further the utility model.
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to explain this
Utility model is not used to limit the utility model.
As shown in Fig. 1 ~ Fig. 3, present embodiment discloses a kind of intelligent moisturizing forced draft air-coolers, mainly include atomization system
3, the atomization system 3 by atomization water inlet 301, atomization supervisor 302, atomization be in charge of 303 and atomizer 304 form, be atomized
The side of air cooler framework ontology 5 is arranged in water inlet 301, and atomization supervisor 302 is threadedly coupled with atomization water inlet 301, is atomized
Atomization water inlet 301 and atomization are in charge of 303 connections by supervisor 302, and atomization is in charge of 303 one end and is connected by the way of being threadedly coupled
Atomization supervisor 302, for the other end using plug sealing, the material of entire atomization system 3 can be carbon steel, stainless steel, in plastics
Any one.
Atomization is in charge of 303 and is located inside air cooler framework ontology 5, and between blower 4 and air cooler tube bundle 2, atomization divides
Pipe 303 is semicircle pipeline, two sections of atomizations be in charge of 303 symmetry arrangements formed one it is parallel with 4 place plane of blower non-closed
Circle, several groups can be arranged in the combination that above-mentioned atomization is in charge of 303 two sections according to the actual situation, and atomizer 304 is evenly arranged
It is in charge of on 303 in atomization.
5 top of air cooler framework is equipped with shutter 1, and the blade that can adjust shutter 1 according to actual needs reaches ventilation
Or the purpose of closed air cooler；Motor 6 is equipped with below blower 4, since atomizer 304 is above blower 4, atomized water is rotated
Blower 4 blow upwards, so motor 6 is not at wet environment, prevents 6 rust corrosion of motor or short circuit and damage motor
6, and motor 6 directly drives blower 4 to rotate, and intervenes without other transmission systems, reduces the manufacturing and maintenance cost, reduces
The kinetic energy for overcoming frictional force to be lost in transmission process.
Air cooler tube bundle 2 is located at atomization and is in charge of 303 tops, to contact air cooler tube bundle 2 with the air after humidifying cooling
Area increases, and increases heat exchange efficiency, and air cooler tube bundle 2 is in tilted layout.
As shown in Figures 1 and 3, monitoring temperature and early warning system are by hygrosensor 8, temperature sensor 7, alarm bell 10, police
Lamp 9, display screen 11 form, and temperature sensor 7 is located at atomization and is in charge of 303 tops, 2 lower position of air cooler tube bundle, temperature sensing
Device 7 selects noncontacting proximity sensor, and temperature sensor 7 measures the temperature for entering the air of air cooler after moistening and lowering temperature,
Measurement result refers to real-time display on display screen 11 for operator, for equipment safety, prevents water from entering electronic device,
Display screen 11, alarm bell 10 and warning lamp 9 are located at 5 side of air cooler framework on atomization water inlet (301) opposite.
Hygrosensor 8 is located at atomization and is in charge of 303 tops, 2 lower position of air cooler tube bundle, and hygrosensor 8 should select
Temp.-determined type detector, when passing through hygrosensor 8, air temperature is too high, and heat transfer requirements are not achieved, when generating Low Temperature Difference heat transfer,
Alarm bell 10 can sound the alarm, since the general noise of air cooler local environment is larger, so also answering the considerations of for human engineering
Warning lamp 9 is set, warning lamp 9 can flash, from the sense of hearing and visually remind the inlet air temperature of operator's air cooler occur extremely, answer and
When handle.
Entire atomization system 3 is the easy disassembly by being bolted and being fixed in air cooler framework 5, easy maintenance and installation,
And can arrange one or more sets atomization systems 3 according to actual needs, can also be arranged in a set of atomization system 3 it is a set of or
More set atomizations are in charge of 303.
Above-described embodiment is the preferred embodiment of the utility model, is not the limit to technical solutions of the utility model
System, as long as being regarded as falling into without the technical solution that creative work can be realized on the basis of the above embodiments
In the rights protection scope of the utility model patent.
Claims (9)
1. a kind of intelligent moisturizing forced draft air-cooler, comprising: air cooler framework ontology (5), on the air cooler framework ontology (5)
Equipped with air cooler tube bundle (2), atomization system (3), blower (4) and monitoring temperature and early warning system, it is characterised in that:
Atomization system (3) setting is in the top of blower (4), by atomization water inlet (301), atomization supervisor (302), atomization point
Manage (303) and atomizer (304) composition；
The air cooler tube bundle (2) is in tilted layout in the top of atomizer (304)；
The monitoring temperature and early warning system are by power supply, temperature sensor (7), hygrosensor (8), warning lamp (9), alarm bell
(10), display screen (11) forms, and described temperature sensor (7) one end is electrically connected with the power supply, and the other end and display screen (11) are even
It connects；Described hygrosensor (8) one end connects to power supply, and the other end is separately connected with warning lamp (9), alarm bell (10).
2. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the atomization system (3)
It is placed in air cooler framework ontology (5), the atomization is in charge of (303) and is set to be formed between air cooler tube bundle (2) and blower (4)
In region.
3. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the atomization system (3)
It is threadedly coupled in air cooler framework ontology (5).
4. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the atomization system (3)
Material can be any one in carbon steel, stainless steel and plastics.
5. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the temperature sensor
(7) it is set in the region formed between atomization system (3) and air cooler tube bundle (2) with hygrosensor (8).
6. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the warning lamp (9), alarm bell
(10) it is located on the outside of the air cooler framework ontology (5) on atomization water inlet (301) opposite with display screen (11).
7. a kind of intelligent moisturizing forced draft air-cooler according to claim 1, it is characterised in that: the temperature sensor
It (7) is non-contact temperature sensor.
8. a kind of intelligent moisturizing forced draft air-cooler according to claim 7, it is characterised in that: the hygrosensor
(8) temp.-determined type detector is selected.
9. a kind of intelligent moisturizing forced draft air-cooler according to claim 2, it is characterised in that: below the blower (4)
It is additionally provided with the motor (6) of driving blower (4) rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820834260.2U CN208333163U (en) | 2018-05-31 | 2018-05-31 | A kind of intelligent moisturizing forced draft air-cooler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820834260.2U CN208333163U (en) | 2018-05-31 | 2018-05-31 | A kind of intelligent moisturizing forced draft air-cooler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208333163U true CN208333163U (en) | 2019-01-04 |
Family
ID=64772202
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820834260.2U Active CN208333163U (en) | 2018-05-31 | 2018-05-31 | A kind of intelligent moisturizing forced draft air-cooler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208333163U (en) |
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2018
- 2018-05-31 CN CN201820834260.2U patent/CN208333163U/en active Active
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