CN205747276U - Modularized heat pipe air conditioner integrated machine - Google Patents
Modularized heat pipe air conditioner integrated machine Download PDFInfo
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- CN205747276U CN205747276U CN201620447586.0U CN201620447586U CN205747276U CN 205747276 U CN205747276 U CN 205747276U CN 201620447586 U CN201620447586 U CN 201620447586U CN 205747276 U CN205747276 U CN 205747276U
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Abstract
This utility model relates to air-conditioning technical field, in particular disclose modularized heat pipe air conditioner integrated machine, including compressor, condensing unit, reservoir, throttling arrangement and vaporising device, the condensed device in one end of compressor is connected to one end of reservoir, the other end of reservoir is connected to one end of vaporising device through throttling arrangement, the other end of vaporising device is connected to the other end of compressor, also include heat-pipe apparatus, heat-pipe apparatus includes fluorine pump and check valve, one end of fluorine pump is connected to reservoir, between throttling arrangement, the other end of fluorine pump is connected to throttling arrangement, between vaporising device, check valve is parallel to the two ends of compressor；This utility model is by setting up heat-pipe apparatus so that compressor can be used alternatingly with heat-pipe apparatus, is substantially reduced the electric energy consumed because of compressor continuous running, can also eliminate the restriction of off-premises station and indoor set setting height(from bottom) difference simultaneously.
Description
Technical field
This utility model relates to air-conditioning technical field, in particular discloses modularized heat pipe air conditioner integrated machine.
Background technology
Plant equipment can heat up owing to distributing substantial amounts of heat during operating; can normally use in order to ensure plant equipment; plant equipment is avoided to burn out because temperature is too high; need plant equipment is carried out cooling process, prior art mostly uses air-conditioning plant equipment is lowered the temperature, but existing air-conditioning is in the course of the work; compressor is needed ceaselessly to operate; so, just considerably increase the energy consumption of compressor, also can shorten the service life of compressor simultaneously；Additionally, due to existing air-conditioned structure design existing defects, the off-premises station of air-conditioning and indoor set need to keep certain difference in height, are easily limited by setting height(from bottom) institute when actual installation, bring unnecessary trouble to user.
Summary of the invention
In order to overcome shortcoming and defect present in prior art, the purpose of this utility model is to provide modularized heat pipe air conditioner integrated machine, by setting up heat-pipe apparatus, reduces the energy consumption of compressor, eliminates the restriction of off-premises station and indoor set setting height(from bottom) difference.
For achieving the above object, modularized heat pipe air conditioner integrated machine of the present utility model, including compressor, condensing unit, reservoir, throttling arrangement and vaporising device, the condensed device in one end of compressor is connected to one end of reservoir, the other end of reservoir is connected to one end of vaporising device through throttling arrangement, the other end of vaporising device is connected to the other end of compressor, also include heat-pipe apparatus, heat-pipe apparatus includes fluorine pump and check valve, one end of fluorine pump is connected to reservoir, between throttling arrangement, the other end of fluorine pump is connected to throttling arrangement, between vaporising device, check valve is parallel to the two ends of compressor.
Preferably, described heat-pipe apparatus also includes that heat pipe electromagnetic valve, one end of heat pipe electromagnetic valve are connected between reservoir, throttling arrangement, and the other end of heat pipe electromagnetic valve is connected to one end of fluorine pump.
Preferably, described modularized heat pipe air conditioner integrated machine also includes that electric control gear, compressor, condensing unit, throttling arrangement, vaporising device, heat pipe electromagnetic valve, fluorine pump electrically connect with electric control gear respectively.
Preferably, described modularized heat pipe air conditioner integrated machine also includes freeze electromagnetic valve and air valve, refrigeration electromagnetic valve is connected between compressor, vaporising device, air valve is connected between compressor, condensing unit, one end of check valve is connected between vaporising device, refrigeration electromagnetic valve, and the other end of check valve is connected between compressor, air valve.
Preferably, described modularized heat pipe air conditioner integrated machine also includes that liquid valve, liquid valve are connected between condensing unit, reservoir.
Preferably, described modularized heat pipe air conditioner integrated machine includes that off-premises station and indoor set, condensing unit, fluorine pump are installed in off-premises station respectively, and compressor, reservoir, throttling arrangement, vaporising device, check valve are installed in indoor set respectively.
Preferably, described indoor set is provided with air inlet, and vaporising device includes vaporizer and is attached at the evaporation fan of vaporizer, and vaporizer is installed in air inlet, and evaporation fan is installed in indoor set or vaporizer.
Preferably, described compressor forms compression module with throttling arrangement, and compression module is installed in indoor set, and compression module is positioned at the top of vaporizer.
Preferably, described evaporation fan is EC blower fan.
Preferably, described throttling arrangement is electric expansion valve.
The beneficial effects of the utility model: modularized heat pipe air conditioner integrated machine of the present utility model is by setting up heat-pipe apparatus, compressor can be used alternatingly with heat-pipe apparatus, it is substantially reduced the electric energy consumed because of compressor continuous running, the fluorine pump utilizing heat-pipe apparatus provides power, eliminate the restriction of off-premises station and indoor set setting height(from bottom) difference, facilitate air-conditioning to install.
Accompanying drawing explanation
Fig. 1 is schematic diagram of structure of the present utility model；
Fig. 2 is the structural representation of off-premises station of the present utility model；
Fig. 3 is the structural representation of indoor set first embodiment of the present utility model；
Fig. 4 is the structural representation of indoor set the second embodiment of the present utility model；
Fig. 5 is the structural representation of indoor set the 3rd embodiment of the present utility model.
Reference includes:
10 compressors
11 condensing units
12 reservoirs
13 throttling arrangement 14 vaporising devices
15 fluorine pumps
16 check valves
17 heat pipe electromagnetic valves
18 electric control gears
19 refrigeration electromagnetic valve 20 air valves
21 liquid valves
22 vaporizers
23 evaporation fans
24 condensers
25 condensation fan 31 off-premises stations
32 indoor sets.
Detailed description of the invention
For the ease of the understanding of those skilled in the art, being further described this utility model below in conjunction with embodiment and accompanying drawing, the content that embodiment is mentioned is not to restriction of the present utility model.
Embodiment one.
Refer to Fig. 1, Fig. 2 and Fig. 3, modularized heat pipe air conditioner integrated machine of the present utility model, including compressor 10, condensing unit 11, reservoir 12, throttling arrangement 13 and vaporising device 14, the condensed device in one end 11 of compressor 10 is connected to one end of reservoir 12, the other end of reservoir 12 is connected to one end of vaporising device 14 through throttling arrangement 13, the other end of vaporising device 14 is connected to the other end of compressor 10, also include heat-pipe apparatus, heat-pipe apparatus includes fluorine pump 15 and check valve 16, one end of fluorine pump 15 is connected between reservoir 12 and throttling arrangement 13, the other end of fluorine pump 15 is connected between throttling arrangement 13 and vaporising device 14, check valve 16 is connected in parallel on the two ends of compressor 10.
Modularized heat pipe air conditioner integrated machine of the present utility model is by setting up heat-pipe apparatus so that compressor 10 can be used alternatingly with heat-pipe apparatus, is substantially reduced the electric energy consumed because of compressor 10 continuous running；The fluorine pump 15 utilizing heat-pipe apparatus provides power for air-conditioning, eliminates the restriction of off-premises station 31 and indoor set 32 setting height(from bottom) difference, facilitates air-conditioning to carry out concrete installation exercise.
Refer to Fig. 1, described heat-pipe apparatus also includes heat pipe electromagnetic valve 17, one end of heat pipe electromagnetic valve 17 is connected between reservoir 12 and throttling arrangement 13, the other end of heat pipe electromagnetic valve 17 is connected to one end of fluorine pump 15, heat pipe electromagnetic valve 17 is utilized to realize the open and close of fluorine pump 15, by energising and the power-off of heat pipe electromagnetic valve 17, it is achieved the switch operating between heat-pipe apparatus and compressor 10.
Described modularized heat pipe air conditioner integrated machine also includes electric control gear 18, compressor 10, condensing unit 11, throttling arrangement 13, vaporising device 14, heat pipe electromagnetic valve 17, fluorine pump 15 electrically connect with electric control gear 18 respectively, utilize electric control gear 18 to set compressor 10, condensing unit 11, throttling arrangement 13, vaporising device 14, heat pipe electromagnetic valve 17 and the operational factor of fluorine pump 15, and then realize the Automated condtrol of modularized heat pipe air conditioner integrated machine.
Described modularized heat pipe air conditioner integrated machine also includes freeze electromagnetic valve 19 and air valve 20, refrigeration electromagnetic valve 19 is connected between compressor 10 and vaporising device 14, refrigeration electromagnetic valve 19 is utilized to realize the open and close of compressor 10, air valve 20 is connected between compressor 10 and condensing unit 11, air valve 20 is used for regulating and controlling the flowing of refrigerant gas (freon as after vaporization), one end of check valve 16 is connected between vaporising device 14 and refrigeration electromagnetic valve 19, the other end of check valve 16 is connected between compressor 10 and air valve 20, check valve 16 is used for preventing refrigerant liquid from refluxing, when compressor 10 stops operation, the refrigerant liquid that vaporising device 14 flows out is in check valve 16 is flowed into condensing unit 11；When compressor 10 initiating task, compressor 10 provides power for refrigerant liquid so that the refrigerant liquid that vaporising device 14 flows out is in compressor 10 is flowed into condensing unit 14.
Described modularized heat pipe air conditioner integrated machine also includes that liquid valve 21, liquid valve 21 are connected between condensing unit 11 and reservoir 12, i.e. condensing unit 11 is connected to reservoir 12 through liquid valve 21, and liquid valve 21 is for regulating and controlling the flowing of refrigerant liquid.
Refer to Fig. 1, Fig. 2 and Fig. 3, described modularized heat pipe air conditioner integrated machine includes off-premises station 31 and indoor set 32, condensing unit 11, fluorine pump 15 are respectively installed in off-premises station 31, and compressor 10, reservoir 12, throttling arrangement 13, vaporising device 14, check valve 16 are respectively installed in indoor set 32.Time actually used, in indoor set 32 installation room or the inside of plant equipment shell, off-premises station 31 is arranged on outside Machine Room or the outside of plant equipment shell, owing to compressor 10 is arranged in indoor set 32, compressor 10 is isolated by the shell utilizing indoor set 32 and plant equipment, eliminates compressor 10 and is arranged on off-premises station 31 produced noise pollution.
Described indoor set 32 is provided with air inlet (not shown), vaporising device 14 includes vaporizer 22 and the evaporation fan 23 being sticked on vaporizer 22, preferably, vaporizer 22 be arranged in parallel with evaporation fan 23, certainly, also less gap can be had between evaporation fan 23 and vaporizer 22, vaporizer 22 is installed in air inlet, evaporation fan 23 is installed on indoor set 32 or on vaporizer 22, vaporizer 22, evaporation fan 23 electrically connects with electric control gear 18 respectively, utilize evaporation fan 23 that the cold air near the hot-air of indoor (in the shell of plant equipment) and vaporizer 22 position is carried out cold and hot exchange, and then realize the reduction of indoor (plant equipment enclosure) temperature.Preferably, vaporizer 22 is arranged on the lower end of indoor set 32, can effectively reduce the thickness of indoor set 32, and then reduce taking up room of whole indoor set 32.
In the present embodiment, described evaporation fan 23 is EC(Electrical Commutation) blower fan, EC blower fan refers to use the axial fan of digitized brushless direct-current external rotor electric machine, EC blower fan have employed permanent magnet excitation, eliminate the loss that induction machine exciting current produces, DC permanent-magnetic brushless external rotor electric machine works in synchronous operation mode simultaneously, eliminate induction electromotor rotor iron core turns frequency loss, compared with the frequency control of induction machine, the speed regulating control of brushless direct-current external rotor electric machine is not only simple, and has more preferable speed adjusting performance.Utilizing that the loss of EC blower fan is little, efficiency is high, good speed adjustment features, the simple feature of control, further auxiliary reduces energy consumption.
Described condensing unit 11 includes condenser 24 and the condensation fan 25 being sticked on condenser 24, condenser 24 is arranged on off-premises station 31, condensation fan 25 is arranged on off-premises station 31 or on condenser 24, utilize condensation fan 25 that the hot-air near outdoor cold air and condenser 24 is carried out cold and hot exchange, and then the heat that condenser 24 distributes is discharged to outdoor (or outside being discharged to the shell of plant equipment)；Preferably, condensation fan 25 is EC blower fan.
The most described compressor 10 and the installation of throttling arrangement 13, in the present embodiment, compressor 10 and throttling arrangement 13 can form compression module, compression module is installed in indoor set 32, compression module is positioned at the top of vaporizer 22, avoid compression module to collide vaporising device 14 in installation process, also allow for the maintenance that compression module is follow-up simultaneously.In the present embodiment, in electric control gear 18 is equally arranged on indoor set 32 and be positioned at the top of vaporizer 22, also can facilitate the I&M of electric control gear 18.
Described throttling arrangement 13 is electric expansion valve, electric expansion valve is to regulate vaporizer 22 liquid supply rate according to pre-set programs, belong to electronic type shaping modes, electric expansion valve has adapted to the demand for development that refrigeration machine is electrical integrated, there is the good characteristic that heating power expansion valve is incomparable, being greatly simplified the intelligentized control method of air-conditioning refrigeration system, auxiliary simplifies the structure design of indoor set 32 further, and then reduces the size that modularized heat pipe air conditioner integrated machine takes up room.
In the present embodiment, compressor 10+ throttling arrangement 13(compression module), condensing unit 11, vaporising device 14, heat-pipe apparatus+reservoir 12, electric control gear 18 be arranged respectively to the module of five functional independences, realize the generalization in structure, and then realize the modularization assembling of modularized heat pipe air conditioner integrated machine, simplify the assembling operation of modularized heat pipe air conditioner integrated machine, also allow for the maintenance follow-up to modularized heat pipe air conditioner integrated machine simultaneously, when in five modules damages, directly replace the module damaged and can reuse.Additionally, five modules can meet different refrigeration demand in any combination, such as, those skilled in the art can remove compressor 10 and throttling arrangement 13, realizes cooling function merely with heat-pipe apparatus.Certainly, compression module, electric control gear 18, heat-pipe apparatus also can not reside on indoor set 32 and on off-premises station 31, now compression module, electric control gear 18, heat-pipe apparatus are arranged on other support body, it is ensured that three electrically connects with indoor set 32 and off-premises station 31.
nullIn the present embodiment，Use the distinguishing rule that indoor and outdoor temperature difference is opened as heat-pipe apparatus and compressor 10，Indoor set 32 is provided with indoor temperature probe and detects indoor temperature T1，Off-premises station 31 is provided with outdoor temperature probe and detects outdoor temperature T2，Indoor temperature probe electrically connects with electric control gear 18 respectively with outdoor temperature probe，Indoor and outdoor temperature difference Δ T=T2-T1，Electric control gear 18 sets energy-conservation temperature difference T1(such as Δ T1 as 5 DEG C) and rotating speed temperature difference T2(such as Δ T2 as 15 DEG C)，Heat-pipe apparatus or the operation of compressor 10 is controlled by the size comparing Δ T and Δ T1，The size of EC rotation speed of fan is controlled by the size comparing Δ T and Δ T2，Concurrently set return difference，Prevent between temperature difference critical point heat-pipe apparatus and compressor 10, frequently switching.
As Δ T >=Δ T1, electric control gear 18 starts heat-pipe apparatus, and heat pipe electromagnetic valve 17 powers on, and spool is opened, and heat pipe electromagnetic valve 17 regulates and controls fluorine pump 15 and starts, electromagnetic valve 19 power down of freezing, and spool is closed, and compressor 10 shuts down.If now Δ T >=Δ T2, condensation fan 25 and the equal low speed rotation of evaporation fan 23, if Δ T ＜ Δ T2, condensation fan 25 and the equal high speed rotating of evaporation fan 23.Refrigerant liquid passes through reservoir 12, circulation bore due to heat pipe electromagnetic valve 17 is more than the circulation bore of throttling arrangement 13, refrigerant liquid enters fluorine pump 15 by heat pipe electromagnetic valve 17, enter in the vaporizer 22 of vaporising device 14 after being pressurizeed by fluorine pump 15, refrigerant liquid in vaporizer 22 with indoor (plant equipment enclosure) high temperature air heat exchange, vaporizing liquid becomes gas, owing to compressor 10 does not works, refrigerant gas can only enter in the condenser 24 of condensing unit 11 by check valve 16, with outdoor low temperature environment heat exchange in condenser 24, cool and become liquid.
As Δ T ＜ Δ T1, electric control gear 18 regulates and controls heat pipe electromagnetic valve 17 power down, spool is closed, and fluorine pump 15 shuts down, and refrigeration electromagnetic valve 19 powers on, spool is opened, compressor 10 starts and operates, if now Δ T >=Δ T2, condensation fan 25 and the equal low speed rotation of evaporation fan 23, if Δ T ＜ Δ T2, condensation fan 25 and the equal high speed rotating of evaporation fan 23.Refrigerant liquid enters in throttling arrangement 13 by reservoir 12, enter back in the vaporizer 22 of vaporising device 14 after throttling, carry out cold and hot exchange at vaporizer 22 and become gas, compressor 10 provides power for refrigerant gas, the refrigerant gas that vaporizer 22 is flowed out enters in compressor 10, air-breathing that compressor 10 is lasting and aerofluxus, refrigerant gas is caused all to be inhaled in compressor 10, refrigerant gas after compressor 10 compresses enters in the condenser 24 of condensing unit 11, and then cools in condenser 24.
Embodiment two.
Refer to Fig. 1, Fig. 2 and Fig. 4, in the present embodiment, described vaporizer 22, evaporation fan 23 are installed in the lower end of indoor set 32, electric control gear 18 is arranged on the upper end of indoor set 32, electric control gear 18 is intervally installed with vaporizer 22, reservoir 12 is arranged between vaporizer 22 and electric control gear 18, and vaporizer 22, electric control gear 18 are arranged with reservoir 12 interval respectively.Compressor 10, throttling arrangement 13 are separately mounted to the lower end of indoor set 32, and compressor 10 is arranged between vaporizer 22 and throttling arrangement 13, and certainly, compressor 10 and throttling arrangement 13 as required, can be integrated into compression module by those skilled in the art.
The remainder of the present embodiment is identical with embodiment one, repeats no more here.
Embodiment three.
Referring to Fig. 1, Fig. 2 and Fig. 5, in the present embodiment, compressor 10, throttling arrangement 13 are separately mounted to the lower end of indoor set 32, compressor 10 is intervally installed with throttling arrangement 13, certainly, compressor 10 and throttling arrangement 13 as required, can be integrated into compression module by those skilled in the art.Vaporizer 22 and evaporation fan 23 install the middle part being installed in indoor set 32, i.e. vaporizer 22, evaporation fan 23 is positioned at compressor 10(or throttling arrangement 13) top, reservoir 12 is similarly installed at the middle part of indoor set 32, and reservoir 12 is positioned at the top of vaporizer 22.Electric control gear 18 is arranged on the upper end of indoor set 32, and electric control gear 18 is positioned at the top of vaporizer 22, and reservoir 12 is between vaporizer 22 and electric control gear 18.
The remainder of the present embodiment is identical with embodiment one, repeats no more here.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, the most all will change, this specification content should not be construed as restriction of the present utility model.
Claims (10)
1. modularized heat pipe air conditioner integrated machine, including compressor, condensing unit, reservoir, throttling arrangement and vaporising device, the condensed device in one end of compressor is connected to one end of reservoir, the other end of reservoir is connected to one end of vaporising device through throttling arrangement, the other end of vaporising device is connected to the other end of compressor, it is characterized in that: also include heat-pipe apparatus, heat-pipe apparatus includes fluorine pump and check valve, one end of fluorine pump is connected to reservoir, between throttling arrangement, the other end of fluorine pump is connected to throttling arrangement, between vaporising device, check valve is parallel to the two ends of compressor.
Modularized heat pipe air conditioner integrated machine the most according to claim 1, it is characterized in that: described heat-pipe apparatus also includes heat pipe electromagnetic valve, one end of heat pipe electromagnetic valve is connected between reservoir, throttling arrangement, and the other end of heat pipe electromagnetic valve is connected to one end of fluorine pump.
Modularized heat pipe air conditioner integrated machine the most according to claim 2, it is characterized in that: described modularized heat pipe air conditioner integrated machine also includes that electric control gear, compressor, condensing unit, throttling arrangement, vaporising device, heat pipe electromagnetic valve, fluorine pump electrically connect with electric control gear respectively.
Modularized heat pipe air conditioner integrated machine the most according to claim 1, it is characterized in that: described modularized heat pipe air conditioner integrated machine also includes freeze electromagnetic valve and air valve, refrigeration electromagnetic valve is connected between compressor, vaporising device, air valve is connected between compressor, condensing unit, one end of check valve is connected between vaporising device, refrigeration electromagnetic valve, and the other end of check valve is connected between compressor, air valve.
Modularized heat pipe air conditioner integrated machine the most according to claim 1, it is characterised in that: described modularized heat pipe air conditioner integrated machine also includes that liquid valve, liquid valve are connected between condensing unit, reservoir.
Modularized heat pipe air conditioner integrated machine the most according to claim 1, it is characterized in that: described modularized heat pipe air conditioner integrated machine includes off-premises station and indoor set, condensing unit, fluorine pump are installed in off-premises station respectively, and compressor, reservoir, throttling arrangement, vaporising device, check valve are installed in indoor set respectively.
Modularized heat pipe air conditioner integrated machine the most according to claim 6, it is characterized in that: described indoor set is provided with air inlet, vaporising device includes vaporizer and is attached at the evaporation fan of vaporizer, and vaporizer is installed in air inlet, and evaporation fan is installed in indoor set or vaporizer.
Modularized heat pipe air conditioner integrated machine the most according to claim 7, it is characterised in that: described compressor forms compression module with throttling arrangement, and compression module is installed in indoor set, and compression module is positioned at the top of vaporizer.
Modularized heat pipe air conditioner integrated machine the most according to claim 7, it is characterised in that: described evaporation fan is EC blower fan.
Modularized heat pipe air conditioner integrated machine the most according to claim 1, it is characterised in that: described throttling arrangement is electric expansion valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620447586.0U CN205747276U (en) | 2016-05-17 | 2016-05-17 | Modularized heat pipe air conditioner integrated machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620447586.0U CN205747276U (en) | 2016-05-17 | 2016-05-17 | Modularized heat pipe air conditioner integrated machine |
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| Publication Number | Publication Date |
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| CN205747276U true CN205747276U (en) | 2016-11-30 |
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| CN201620447586.0U Active CN205747276U (en) | 2016-05-17 | 2016-05-17 | Modularized heat pipe air conditioner integrated machine |
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2016
- 2016-05-17 CN CN201620447586.0U patent/CN205747276U/en active Active
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