CN204786890U - Air conditioning assembly - Google Patents
Air conditioning assembly Download PDFInfo
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- CN204786890U CN204786890U CN201520429316.2U CN201520429316U CN204786890U CN 204786890 U CN204786890 U CN 204786890U CN 201520429316 U CN201520429316 U CN 201520429316U CN 204786890 U CN204786890 U CN 204786890U
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Abstract
The utility model provides an air conditioning assembly, including host module, a mainframe box has, be equipped with the wind channel in this mainframe box, the setting is hugged closely with host module side by side to the fan module, have with the fan box of the air outlet in wind channel intercommunication, fan box has a pair of fan supply -air outlet of offering descend the both ends face above that, with the components of a whole that can function independently setting of fan box main part and be used for the first shrouding of closed arbitrary fan supply -air outlet, the air supply module has the air supply case of seting up the supply -air outlet, and air supply case configuration is in one side of keeping away from first shrouding of fan module, and through fan supply -air outlet rather than being located the homonymy and fan box intercommunication. Adopting this kind of air conditioning assembly, can realizing the change of air conditioning assembly air supply mode through the rigging position that changes air supply module and first shrouding, the structure difference that then constitutes each module of air conditioning assembly is less, the batch production of being convenient for.
Description
Technical field
The utility model refers to a kind of air-conditioner set.
Background technology
The air conditioner in machine room that current data center uses uses the air conditioner in machine room of conventional compact mechanism cold mostly, and such air conditioner in machine room needs power driven compressor to run, and realizes freezing in machine room by the operation of refrigerant circulation.And compressor power consumption is comparatively large, cause the Energy Efficiency Ratio of complete machine limited, air-conditioner set power consumption is larger.Progressively start in recent years to apply some with the energy-saving type air conditioner product naturally cooled, this series products is when outdoor temperature is lower, the low-temperature receiver of the outdoor Cryogenic air of direct or indirect utilization provides low-temperature receiver for machine room, there is higher Energy Efficiency Ratio, but affect larger by outdoor temperature, natural cooling source then cannot be utilized when outdoor temperature is slightly high to freeze, and the limitation of use is larger.
According to requirements such as data center's building structure, device layouts, need air conditioner in machine room that diversified air supply mode can be provided reasonable to guarantee the air current composition in machine room.Conventional air conditioner in machine room product all can provide various air supply mode in the market, but the product of its different air supply mode often architectural difference is comparatively large, be not easy to batch production, air supply mode can not be changed flexibly according to the physical condition of erecting bed.
Utility model content
In view of this, main purpose of the present utility model is that providing a kind of can change air supply mode according to erecting bed and the little air-conditioner set being convenient to produce in batches of architectural difference.
The utility model proposes a kind of air-conditioner set, comprise host module, there is a mainframe box, in this mainframe box, be provided with air channel; Blower fan module, setting is close to side by side with described host module, there is the air box be communicated with the air outlet in described air channel, described air box have be opened in its upper and lower both ends of the surface a pair blower fan air outlet, to arrange with the split of described air box main body and in order to the first shrouding of closed arbitrary described blower fan air outlet; Air-supply module, have the wind pushing box offering air outlet, described wind pushing box is configured in the side away from described first shrouding of described blower fan module, and is communicated with described air box by the described blower fan air outlet being positioned at homonymy with it.
Adopt this structure, when described air-supply module need be configured in the top of described blower fan module and host module, the blower fan air outlet being positioned at described air box lower surface closed by described first shrouding, then make described air-conditioner set form air supply mode; When described air-supply module need be configured in the bottom of described blower fan module and host module; the blower fan air outlet being positioned at described air box upper surface closed by described first shrouding; described air-conditioner set is then made to form underfloor air distribution; the visible rigging position by changing described air-supply module and the first shrouding makes the air supply mode of described air-conditioner set can need field change according to fabricating yards such as data center's building structure, device layouts; air supply mode is flexible, and diversified air supply mode can be provided reasonable to guarantee the air current composition in machine room.Meanwhile, can realize the change of air-conditioner set air supply mode by means of only the rigging position changing described air-supply module and the first shrouding, then the architectural difference forming the modules of air-conditioner set is less, is convenient to batch production.In addition, because each large parts forming described air-conditioner set are mainly arranged in modularization, installation, convenient transportation like this.
Preferably, described wind pushing box has three openings and second shrouding all adaptive with these three openings that are opened in its upper and lower both ends of the surface and side surface, arbitrary described opening is communicated with the described blower fan air outlet not installing described first shrouding, one in the selective closed residue of described second shrouding two openings, be made up of the air outlet of described air-conditioner set an opening of remainder.
Adopt this structure; because arbitrary described opening is communicated with the described blower fan air outlet not installing described first shrouding; one in the selective closed residue of described second shrouding two openings; the air outlet of described air-conditioner set is made up of an opening of remainder; make the air supply mode of described air-conditioner set can need field change according to fabricating yards such as data center's building structure, device layouts; air supply mode is flexible, and diversified air supply mode can be provided reasonable to guarantee the air current composition in machine room.Meanwhile, the architectural difference forming the modules of air-conditioner set is less, can realize the change of air-conditioner set air supply mode by means of only the combination changing specific components, is convenient to batch production.
Preferably, described air-supply block configuration is on the top of described host module and blower fan module, the described opening being positioned at described wind pushing box lower surface is communicated with the blower fan air outlet being positioned at described air box upper surface, described first shrouding be arranged on be positioned at described air box lower surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box upper surface described opening on, form described air outlet by the opening being positioned at described wind pushing box side surface.
Adopt this structure, the opening that the air of discharging from described duct outlet flows through described air box successively, is positioned at the blower fan air outlet of described air box upper surface, is positioned at described wind pushing box lower surface, indoor are drained into via the opening being positioned at described wind pushing box side surface, in realization, type air-supply is directly blown in air-supply, and this air supply mode is applicable to the machine room that construction area is less, air supplying distance is short, room height is less and uses.
Preferably, described air-supply block configuration is on the top of described host module and blower fan module, the described opening being positioned at described wind pushing box lower surface is communicated with the blower fan air outlet being positioned at described air box upper surface, described first shrouding be arranged on be positioned at described air box lower surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box side surface described opening on, form described air outlet by the opening being positioned at described wind pushing box upper surface.
Adopt this structure, the opening that the air of discharging from described duct outlet flows through described air box successively, is positioned at the blower fan air outlet of described air box upper surface, is positioned at described wind pushing box lower surface, indoor are drained into via the opening being positioned at described wind pushing box upper surface, Wind pipe type that realization is blown is blown, it is larger that this air supply mode is applicable to construction area, air supplying distance is far away, needs the machine room installing air duct blow to use.
Preferably, described air-supply block configuration is in the bottom of described host module and blower fan module, the described opening being positioned at described wind pushing box upper surface is communicated with the blower fan air outlet being positioned at described air box lower surface, described first shrouding be arranged on be positioned at described air box upper surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box lower surface described opening on, form described air outlet by the opening being positioned at described wind pushing box side surface.
Adopt this structure, the opening that the air of discharging from described duct outlet flows through described air box successively, is positioned at the blower fan air outlet of described air box lower surface, is positioned at described wind pushing box upper surface, indoor are drained into via the opening being positioned at described wind pushing box side surface, realize lower air-supply and directly blow type air-supply, it is less that this air supply mode is applicable to construction area, air supplying distance is short, and the machine room that room height is higher uses.
Preferably, described air-supply block configuration is in the bottom of described host module and blower fan module, the described opening being positioned at described wind pushing box upper surface is communicated with the blower fan air outlet being positioned at described air box lower surface, described first shrouding be arranged on be positioned at described air box upper surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box side surface described opening on, form described air outlet by the opening being positioned at described wind pushing box lower surface.
Adopt this structure, the opening that the air of discharging from described duct outlet flows through described air box successively, is positioned at the blower fan air outlet of described air box lower surface, is positioned at described wind pushing box upper surface, indoor are drained into via the opening being positioned at described wind pushing box lower surface, realize the air-supply of lower air-supply Wind pipe type, it is comparatively large that this air supply mode is applicable to construction area, needs the machine room of under-floor air supply to use.
Preferably, described air channel comprise introducing outdoor new wind new wind air channel, in order to introduce room air return airway, to be communicated with respectively with return airway with described new wind air channel and cooling air duct in order to lower the temperature to the new wind in outdoor and/or room air, described host module has the new wind air-valve be communicated with the air inlet in described new wind air channel and the indoor return air valve be communicated with the air inlet of described return airway, is provided with evaporative cooling unit in described cooling air duct.
Adopt this structure, all-fresh air nature refrigerating mode, new wind and indoor return air mixed mode, all-fresh air cool-evaporative cooling pattern naturally, new wind cools-these four kinds of operational modes of evaporative cooling-indoor return air pattern naturally to regulate described new wind air-valve and the open degree of indoor return air valve, the switch of evaporative cooling unit to realize by control system, described air-conditioner set is made to have plurality of operating modes, guarantee that wind pushing temperature remains in a rational scope thus, temperature stabilization in holding chamber, and easy to use.
Preferably, in described cooling air duct, be also provided with the roughing efficiency air filter being placed in the inlet side of described cooling air duct relative to described evaporative cooling unit.
Adopt this structure, outdoor air first enters described evaporative cooling unit again after described roughing efficiency air filter filters, dust too much in new wind or foreign material effectively can be stoped to remain on described evaporative cooling unit, be conducive to the service life of improving described evaporative cooling unit.
Preferably, in described cooling air duct, be also provided with the medium effeciency filter of the air-supply side being placed in described cooling air duct relative to described evaporative cooling unit.
Adopt this structure, outdoor air first after described evaporative cooling cell processing again through described medium effeciency filter, and then send in machine room, can guarantee to send into indoor air cleaning.
Preferably, described evaporative cooling unit comprises wet curtain, is placed in water pond bottom this wet curtain, in order to realize the pipe fitting that described wet curtain is connected with the water route of described water pond.
Preferably, described water pond comprises and to be set directly at bottom described wet curtain and to be formed one-level water pond that water route is connected by described pipe fitting and described wet curtain, be set directly at the secondary water pond be communicated with below this one-level water pond and with the drainpipe of air-conditioner set, the magnetic valve of described evaporative cooling unit, water pipe head and other be installed in described secondary water pond in order to the associated member realizing water route and connect.
Adopt this structure, when needs evaporative cooling system is run, entering water electromagnetic valve is opened, and running water flows into and is stored in described one-level water pond and recycles for evaporative cooling.Due to the magnetic valve of unit water system, water pipe head and other be installed in described secondary water pond in order to the associated member realizing water route and connect, break down once water route and leak infiltration, the water leaked is drained in drainage pipeline by described secondary water pond and then drains into outside, effectively can solve the potential safety hazard that evaporative cooling unit leaks.
Accompanying drawing explanation
Fig. 1 is the front view of air-conditioner set;
Fig. 2 is the left view of air-conditioner set shown in Fig. 1;
Fig. 3 be in air-supply directly blow type air supply mode under air-conditioner set schematic diagram;
Fig. 4 is the left view of air-conditioner set shown in Fig. 3;
Fig. 5 be in lower air-supply directly blow type air supply mode under air-conditioner set schematic diagram;
Fig. 6 is the left view of air-conditioner set shown in Fig. 5;
Fig. 7 is the air-conditioner set schematic diagram be under air-supply Wind pipe type air supply mode;
Fig. 8 is the left view of air-conditioner set shown in Fig. 7;
Fig. 9 is the air-conditioner set schematic diagram be under lower air-supply Wind pipe type air supply mode;
Figure 10 is the left view of air-conditioner set shown in Fig. 9.
Detailed description of the invention
Referring to Fig. 1 ~ Figure 10, the concrete structure of air-conditioner set described in the utility model is described.In following description, described all around refer to up and down user just to during air-conditioner set shown in Fig. 1 corresponding up and down all around.In Fig. 1 ~ Figure 10, solid arrow represents the flow path of gas in air-conditioner set, and dotted arrow represents indoor return air, and " chain-dotted line " arrow represents outdoor new wind.
As shown in Figure 1 to 4, air-conditioner set described in the utility model mainly comprises host module 1a, the blower fan module 2a in split type setting and the module 3a that blows, and is divided into three portions modular to carry out, production, convenient in carrying when production, transport, installation.Wherein, host module 1a has a mainframe box 1, in this mainframe box 1 by multiple dividing plate to its inner space be separated to form to introduce outdoor new wind new wind passage, in order to introduce room air return airway, to be communicated with respectively with return airway with aforementioned new wind air channel and cooling air duct in order to lower the temperature to the new wind in outdoor and/or room air.The front panel of mainframe box 1 is provided with the new wind air-valve 4 be communicated with the air inlet in new wind air channel, the rear board of mainframe box 1 is provided with the indoor return air valve 5 be communicated with the air inlet of return airway.In mainframe box 1, be provided with control cabinet 14 on the left of it, the guidance panel of this control cabinet 14 is configured on the front panel of mainframe box 1 corresponding thereto usually.
In its cooling air duct, roughing efficiency air filter 6 is provided with successively from left to right in mainframe box 1, evaporative cooling unit, medium effeciency filter 11, wherein, evaporative cooling unit comprises wet curtain 7, be set directly at the one-level water pond 10 bottom this wet curtain 7, be set directly at the secondary water pond 8 be communicated with below this one-level water pond 10 and with the drainpipe of air-conditioner set, wherein, one-level water pond 10 is by water pump 9, pipe fittings etc. form water route with wet curtain 7 and are connected, when needs evaporative cooling unit runs, entering water electromagnetic valve is opened, running water is flowed into by secondary water pond 8 and is stored in one-level water pond 10 and recycles for evaporative cooling.Especially, the magnetic valve of evaporative cooling unit, water pipe head and other be installed in secondary water pond 8 in order to the associated member realizing water route and connect, adopt this structure, due to the magnetic valve of unit water system, water pipe head and other be installed in secondary water pond 8 in order to the associated member realizing water route and connect, break down once water route and leak infiltration, the water leaked is drained in drainage pipeline by secondary water pond 8 and then drains into outside, effectively can solve the potential safety hazard that evaporative cooling unit leaks.
In addition, in the utility model, as shown in Figure 3, roughing efficiency air filter 6 is placed in the inlet side of cooling air duct relative to evaporative cooling unit, outdoor air first enters wet curtain 7 again after roughing efficiency air filter 6 filters, dust too much in new wind or foreign material effectively can be stoped to remain on wet curtain 7, be conducive to the service life of improving wet curtain 7; Medium effeciency filter 11 is placed in the air-supply side of cooling air duct relative to evaporative cooling unit, outdoor air first after evaporative cooling cell processing again through medium effeciency filter 8, and then send in machine room, can guarantee to send into indoor air cleaning.
Blower fan module 2a has an air box 2, and this air box 2 is close to side by side with mainframe box 1 and justify align is arranged up and down, and in air box 2, be provided with a pressure fan 13 between two parties on above-below direction, the air inlet of this pressure fan 13 is communicated with the air outlet of aforementioned cooling air duct.Especially, air box 2 have be opened in its upper and lower both ends of the surface a pair blower fan air outlet, arranges and first shrouding 12 suitable with this pair blower fan air outlet with this air box main body split, this first shrouding 12 is in order to a closed aforementioned arbitrary blower fan air outlet.In Fig. 3 ~ embodiment illustrated in fig. 4, the first shrouding 12 is arranged on the blower fan air outlet place being positioned at air box 2 lower surface place.In addition, as shown in Figure 3, after opening the door-plate in air-conditioner set front, roughing efficiency air filter 6, wet curtain 7, secondary water pond 8, water pump 9, one-level water pond 10, medium effeciency filter 11, pressure fan 13, control cabinet 14 all can realize safeguarding from front, then without the need to reserving service clearance in the side of whole air-conditioner set and the back side, installing space can be saved.
In Fig. 1 ~ embodiment illustrated in fig. 4, air-supply module 3a is placed in the top of host module 1a and blower fan module 2a, this air-supply module 3a has a wind pushing box 3, and the justify align after its two ends, left and right and mainframe box 1 and air box 2 are arranged side by side in the lateral direction is arranged.Wind pushing box 3 has three openings and second shrouding all adaptive with these three openings that are opened in its upper and lower both ends of the surface and positive side surface, wherein, the opening being positioned at wind pushing box 3 lower surface is communicated with the blower fan air outlet being positioned at air box 2 upper surface makes blower fan module 2a be communicated with air-supply module 3a, second shrouding be arranged on be positioned at wind pushing box 3 upper surface opening on, form air outlet by the opening being positioned at the positive side surface of wind pushing box 3, be typically provided with air outlet grate 3b at this air outlet place.In Fig. 1 ~ embodiment illustrated in fig. 4, from the opening that the air of duct outlet discharge flows through air box 2 successively, is positioned at the blower fan air outlet of air box upper surface, is positioned at wind pushing box 3 lower surface, indoor are drained into via the opening being positioned at the positive side surface of wind pushing box 3, in formation, type air-supply is directly blown in air-supply, and this air supply mode is applicable to the machine room that construction area is less, air supplying distance is short, room height is less and uses.
Especially, the air supply mode of the utility model air-conditioner set is not limited to the upper air-supply shown in Fig. 1 ~ Fig. 4 and directly blows type air-supply, purport of the present utility model is the air supply mode that can change air-conditioner set by changing air-supply module 3a and the rigging position of the first shrouding 12, particularly, also can form lower air-supply and directly blow type, upper air-supply Wind pipe type, lower air-supply Wind pipe type air supply mode, specifically as shown in Fig. 5 ~ Figure 10.
As shown in figures 5 and 6, when air-supply module 3a is configured in the bottom of host module 1a and blower fan module 2a, that is wind pushing box 3 is when being arranged on the bottom of mainframe box 1 and air box 2, the opening being positioned at wind pushing box 3 upper surface is communicated with the blower fan air outlet being positioned at air box 2 lower surface, first shrouding 12 be arranged on be positioned at air box 2 upper surface blower fan air outlet on, second shrouding be arranged on be positioned at wind pushing box 3 lower surface opening on, form air outlet by the opening being positioned at the positive side surface of wind pushing box 3.From the opening that the air of duct outlet discharge flows through air box 2 successively, is positioned at the blower fan air outlet of air box lower surface, is positioned at wind pushing box 3 upper surface, indoor are drained into via the opening being positioned at the positive side surface of wind pushing box 3, form lower air-supply and directly blow type air-supply, it is less that this air supply mode is applicable to construction area, air supplying distance is short, and the machine room that room height is higher uses.
As shown in Fig. 7 ~ Fig. 8, air-supply module 3a is configured in the top of host module 1a and blower fan module 2a, the opening being positioned at wind pushing box 3 lower surface is communicated with the blower fan air outlet being positioned at air box 2 upper surface, first shrouding 12 be arranged on be positioned at air box 2 lower surface blower fan air outlet on, second shrouding be arranged on be positioned at the positive side surface of wind pushing box 3 opening on, form air outlet by the opening being positioned at wind pushing box 3 upper surface.From the opening that the air of duct outlet discharge flows through air box 2 successively, is positioned at the blower fan air outlet of air box upper surface, is positioned at wind pushing box 3 lower surface, indoor are drained into via the opening being positioned at wind pushing box 3 upper surface, Wind pipe type that formation is blown is blown, it is larger that this air supply mode is applicable to construction area, air supplying distance is far away, needs the machine room installing air duct blow to use.
As shown in Fig. 9 ~ 10, air-supply module 3a is configured in the bottom of host module 1a and blower fan module 2a, the opening being positioned at wind pushing box 3 upper surface is communicated with the blower fan air outlet being positioned at air box 2 lower surface, first shrouding 12 be arranged on be positioned at air box 2 upper surface blower fan air outlet on, second shrouding be arranged on be positioned at the positive side surface of wind pushing box 3 opening on, form air outlet by the opening being positioned at wind pushing box 3 lower surface.From the opening that the air of duct outlet discharge flows through air box 2 successively, is positioned at the blower fan air outlet of air box lower surface, is positioned at wind pushing box 3 upper surface, indoor are drained into via the opening being positioned at wind pushing box 3 lower surface, form the air-supply of lower air-supply Wind pipe type, it is comparatively large that this air supply mode is applicable to construction area, needs the machine room of under-floor air supply to use.
Draw from above; rigging position by changing air-supply module 3a and the first shrouding 12 in the utility model makes the air supply mode of air-conditioner set can need field change according to fabricating yards such as data center's building structure, device layouts; air supply mode is flexible, and diversified air supply mode can be provided reasonable to guarantee the air current composition in machine room.Meanwhile, can realize the change of air-conditioner set air supply mode by means of only the rigging position changing air-supply module 3a and the first shrouding 12, then the architectural difference forming the modules of air-conditioner set is less, is convenient to batch production.
Below the operation principle of air-conditioner set described in the utility model is briefly explained.In the utility model, new wind air-valve 4, indoor return air valve 5 are respectively driven by the fan valve executor of an Analog control, and the switch of evaporative cooling unit is controlled by control system.The open degree of new wind air-valve 4 and indoor return air valve 5 and the on off state of evaporative cooling unit is regulated by control system, all-fresh air nature refrigerating mode, new wind and indoor return air mixed mode, all-fresh air can be realized according to the different condition of indoor and outdoor humiture naturally to cool-evaporative cooling pattern, newly wind and naturally cool-these four kinds of operational modes of evaporative cooling-indoor return air pattern, guarantee that wind pushing temperature remains in a rational scope, temperature stabilization in holding chamber.Be specially:
A) all-fresh air nature refrigerating mode
When outdoor temperature is lower, when meeting nature cooling entry condition, pressure fan 13 is run, new wind air-valve 4 is opened, return air air-valve 5 cuts out, and water pump 9 cuts out, and outdoor new wind flows through new wind air-valve 4, roughing efficiency air filter 6, wet curtain 7, medium effeciency filter 11, pressure fan 13 successively, send into indoor via the air outlet on wind pushing box 3, Indoor Thermal air under the effect of indoor positive pressure by outside the automatic discharge chamber of exhaust valve that is arranged on far-end.
B) new wind and indoor return air mixed mode
When all-fresh air nature refrigerating mode runs and winter, outdoor temperature was too low, in order to prevent, wind pushing temperature is too low causes air outlet condensation, and return air air-valve 5 is opened, and water pump 9 cuts out, Indoor Thermal air enters unit through return air air-valve 5, sends into indoor after mixing with outdoor Cryogenic air.
C) all-fresh air cools+evaporative cooling pattern naturally
When all-fresh air cools operation naturally, when the cold that unit provides can not meet indoor demand, evaporative cooling unit is opened, water pump 9 runs, and the water in one-level water pond 10 is introduced wet curtain 7 by water pump 9, and outdoor drier new wind is when wet curtain 7, water starts evaporation on wet curtain 7 surface, absorbed heat by evaporation of water thus the air humidity through wet curtain 7 is raised, temperature reduces, and Cryogenic air is sent into indoor to cool indoor again.
D) new wind cools+evaporative cooling+indoor return air pattern naturally:
When new wind cools naturally and evaporative cooling runs, when outdoor air relative humidity is higher, air-conditioner set is in evaporative cooling mode operation, can because the operation of evaporative cooling pattern makes air-supply relative humidity too high, and cause producing condensation in unit.In this case, return air air-valve 5 is opened, and part Indoor Thermal air enters unit through return air air-valve 5, mix with the low temperature and high relative humidity air after evaporative cooling process, elevate the temperature, relative humidity reduces, then send into indoor, can prevent because air-supply relative humidity is higher and cause condensation.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (11)
1. an air-conditioner set, is characterized in that, comprises
Host module (1a), has a mainframe box (1), in this mainframe box (1), be provided with air channel;
Blower fan module (2a), setting is close to side by side with described host module (1a), there is the air box (2) be communicated with the air outlet in described air channel, described air box (2) have be opened in its upper and lower both ends of the surface a pair blower fan air outlet, to arrange with the split of described air box main body and in order to first shrouding (12) of closed arbitrary described blower fan air outlet;
Air-supply module (3a), there is the wind pushing box (3) offering air outlet, described wind pushing box (3) is configured in the side away from described first shrouding (12) of described blower fan module (2a), and is communicated with described air box (2) by the described blower fan air outlet being positioned at homonymy with it.
2. air-conditioner set according to claim 1, it is characterized in that, described wind pushing box (3) has three openings and second shrouding all adaptive with these three openings that are opened in its upper and lower both ends of the surface and side surface, arbitrary described opening is communicated with the described blower fan air outlet not installing described first shrouding (12), one in the selective closed residue of described second shrouding two openings, be made up of the air outlet of described air-conditioner set an opening of remainder.
3. air-conditioner set according to claim 2, it is characterized in that, described air-supply module (3a) is configured in the top of described host module (1a) and blower fan module (2a), the described opening being positioned at described wind pushing box (3) lower surface is communicated with the blower fan air outlet being positioned at described air box (2) upper surface
Described first shrouding (12) be arranged on be positioned at described air box (2) lower surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box (3) upper surface described opening on,
Described air outlet is formed by the opening being positioned at described wind pushing box (3) side surface.
4. air-conditioner set according to claim 2, it is characterized in that, described air-supply module (3a) is configured in the top of described host module (1a) and blower fan module (2a), the described opening being positioned at described wind pushing box (3) lower surface is communicated with the blower fan air outlet being positioned at described air box (2) upper surface
Described first shrouding (12) be arranged on be positioned at described air box (2) lower surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box (3) side surface described opening on,
Described air outlet is formed by the opening being positioned at described wind pushing box (3) upper surface.
5. air-conditioner set according to claim 2, it is characterized in that, described air-supply module (3a) is configured in the bottom of described host module (1a) and blower fan module (2a), the described opening being positioned at described wind pushing box (3) upper surface is communicated with the blower fan air outlet being positioned at described air box (2) lower surface
Described first shrouding (12) be arranged on be positioned at described air box (2) upper surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box (3) lower surface described opening on,
Described air outlet is formed by the opening being positioned at described wind pushing box (3) side surface.
6. air-conditioner set according to claim 2, it is characterized in that, described air-supply module (3a) is configured in the bottom of described host module (1a) and blower fan module (2a), the described opening being positioned at described wind pushing box (3) upper surface is communicated with the blower fan air outlet being positioned at described air box (2) lower surface
Described first shrouding (12) be arranged on be positioned at described air box (2) upper surface blower fan air outlet on, described second shrouding be arranged on be positioned at described wind pushing box (3) side surface described opening on,
Described air outlet is formed by the opening being positioned at described wind pushing box (3) lower surface.
7. air-conditioner set according to claim 1, it is characterized in that, described air channel comprise introducing outdoor new wind new wind air channel, in order to introduce room air return airway, to be communicated with respectively with return airway with described new wind air channel and cooling air duct in order to lower the temperature to the new wind in outdoor and/or room air
Described host module (1a) has the new wind air-valve (4) be communicated with the air inlet in described new wind air channel and the indoor return air valve (5) be communicated with the air inlet of described return airway, is provided with evaporative cooling unit in described cooling air duct.
8. air-conditioner set according to claim 7, is characterized in that, is also provided with the roughing efficiency air filter (6) being placed in the inlet side of described cooling air duct relative to described evaporative cooling unit in described cooling air duct.
9. air-conditioner set according to claim 7, is characterized in that, is also provided with the medium effeciency filter (11) being placed in the air-supply side of described cooling air duct relative to described evaporative cooling unit in described cooling air duct.
10. according to described air-conditioner set arbitrary in claim 7 ~ 9, it is characterized in that, described evaporative cooling unit comprises wet curtain (7), is placed in the water pond of this wet curtain (7) bottom, in order to realize the pipe fitting that described wet curtain (7) is connected with the water route of described water pond.
11. air-conditioner set according to claim 10, it is characterized in that, described water pond comprises and is set directly at described wet curtain (7) bottom and forms by described pipe fitting and described wet curtain (7) one-level water pond (10) that water route is connected, to be set directly at below this one-level water pond (10) and the secondary water pond (8) be communicated with the drainpipe of air-conditioner set
The magnetic valve of described evaporative cooling unit, water pipe head and other be installed in described secondary water pond (8) in order to the associated member realizing water route and connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520429316.2U CN204786890U (en) | 2015-06-19 | 2015-06-19 | Air conditioning assembly |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104949227A (en) * | 2015-06-19 | 2015-09-30 | 阿尔西制冷工程技术（北京）有限公司 | Air conditioning unit |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104949227A (en) * | 2015-06-19 | 2015-09-30 | 阿尔西制冷工程技术（北京）有限公司 | Air conditioning unit |
| CN104949227B (en) * | 2015-06-19 | 2017-11-21 | 阿尔西制冷工程技术（北京）有限公司 | Air-conditioner set |
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