CN208282321U - A kind of air-conditioning - Google Patents
A kind of air-conditioning Download PDFInfo
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- CN208282321U CN208282321U CN201820699503.6U CN201820699503U CN208282321U CN 208282321 U CN208282321 U CN 208282321U CN 201820699503 U CN201820699503 U CN 201820699503U CN 208282321 U CN208282321 U CN 208282321U
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Abstract
The utility model relates to a kind of air-conditioning, including upper layer module, middle layer module and lower module, upper layer module includes upper layer box body and the outdoor fan system that is located in layer box body；Middle layer module includes middle layer box body and the air-air heat exchanger that is located in middle layer box body；Lower module includes lower layer box body and the indoor fan system and electric-control system that are located in lower layer box body, and outdoor fan system is reserved with the mating interface for connecting electric-control system；The top plate of middle layer box body is equipped with middle layer top plate through-hole at the position of corresponding air-air heat exchanger, and the bottom plate of upper layer box body is equipped with upper layer corresponding with middle layer top plate through-hole bottom hole；The right side plate of middle layer box body is equipped with data center's air outlet, and the right side plate of lower layer box body is equipped with data center's air inlet, and the air-out direction of indoor fan system is towards data center's air inlet；The bottom plate of middle layer box body is equipped with middle layer air duct through-hole, and the top plate of lower layer box body is equipped with lower layer corresponding with middle layer air duct through-hole air duct through-hole.
Description
Technical field
The utility model relates to refrigerating fields, more specifically to a kind of air-conditioning.
Background technique
In recent years, the development of data center is very rapid, and developing direction tends to enlargement and modularization.How data are reduced
Center energy consumption for cooling is the core of technology development.This requirement, which has expedited the emergence of, utilizes the naturally cold data for reducing heat treatment energy consumption
Point-solution, current major programme are as follows: outdoor cold air is condensed by indirect evaporation and indoor radiating air passes through sky
Gas-air heat exchanger swaps, cooling by indoor service device end is returned to again after room air cooling.And use the mainstream side
Case, air-conditioning equipment size all can be bigger, and to solve transportation problem, modularized design is to solve the problems, such as this main path.But
On-site consolidation difficulty is also brought simultaneously, safeguards inconvenient problem.
Utility model content
The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, provide a kind of improved
Air-conditioning.
The technical scheme adopted by the utility model to solve the technical problem is as follows: constructing a kind of air-conditioning, which is characterized in that packet
The upper layer module being arranged successively from top to bottom, middle layer module and lower module are included, the upper layer module includes upper layer box body and sets
Set the outdoor fan system in the upper layer box body；The middle layer module includes middle layer box body and is arranged in the middle layer box body
Interior air-air heat exchanger；The lower module includes lower layer box body and the indoor fan system that is arranged in the lower layer box body
System and electric-control system, the outdoor fan system are reserved with the mating interface for connecting the electric-control system；
The top plate of the middle layer box body is equipped with middle layer top plate through-hole at the position of the correspondence air-air heat exchanger, described
Upper layer bottom hole corresponding with the middle layer top plate through-hole, the outdoor fan system are provided on the bottom plate of upper layer box body
Air-out direction deviate from the air-air heat exchanger；
The right side plate of the middle layer box body is equipped with data center's air outlet of connection data center；The lower layer box body
Right side plate is equipped with data center's air inlet of connection data center, and the air-out direction of the indoor fan system is towards the number
According to center air inlet；
The bottom plate of the middle layer box body is equipped with middle layer air duct through-hole, and middle layer air duct through-hole is located at the air-air heat exchange
The left side of device；Lower layer corresponding with middle layer air duct through-hole air duct through-hole is provided on the top plate of the lower layer box body.
Preferably, the outdoor fan system includes at least one outdoor fan, the outlet air side of all outdoor fans
To away from the air-air heat exchanger；
The left plate and/or right side plate of the upper layer box body, which are equipped with, is connected to the upper layer box house and extraneous outlet air hundred
Leaf.
Preferably, each outdoor fan is corresponded on the top plate of the upper layer box body equipped with blower maintenance window and Ke Kai
It is covered on the blower safeguard cover plate of the blower maintenance window with closing.
Preferably, the middle layer module further includes the air filter being arranged in the upper layer box body, the air mistake
Filter is between the air-air heat exchanger and data center's air outlet.
Preferably, the middle layer module further includes the auxiliary cooling system being arranged in the middle layer box body, the auxiliary
Refrigeration system includes evaporator and condenser, and the evaporator and condenser are reserved with pair for connecting the electric-control system
Connection interface；
The rear of the air-air heat exchanger is arranged in the condenser, and the evaporator is located at the air-air heat exchanger
Left side.
Preferably, the middle layer module further includes the compressor assembly being arranged in the middle layer box body, the compressor
System is reserved with the mating interface for connecting the electric-control system.
Preferably, the indoor fan system is arranged close to the right side plate of the lower layer box body, the electric-control system setting
On the left plate of the lower layer box body.
Preferably, the indoor fan system includes at least one indoor fan, the outlet air side of all indoor fans
To towards data center's air inlet.
Preferably, the lower module further includes spray system, water tank and the water system being arranged in the lower layer box body
Pipeline, the water inlet of the water system pipeline connect the water outlet of the water tank, and the water outlet of the water system pipeline connects institute
State the water inlet of spray system；
The water tank is located at the left side of the indoor fan system, and the spray system is located at the top of the water tank, institute
State the left side that water system pipeline is located at the water tank.
Preferably, the lower section of the water tank is supported by bracket.
The air-conditioning for implementing the utility model has the advantages that the air-conditioning of the utility model by by air-conditioning system
Modularization, is divided into the module of upper, middle and lower three being arranged successively from top to bottom, and each module can be previously-completed respectively in factory
Assembly, and upper layer module and middle layer module are reserved with the mating interface for the electric-control system with lower module, convenient
It is directly docked when on-site consolidation, it is easy to accomplish so as to keep execute-in-place workload very small.Solves air-conditioning, especially greatly
The problems such as transportation problem and modularized design on-site consolidation project amount of type air-conditioning are greatly and maintenance is inconvenient.In design layout
On, other than considering to reduce on-site consolidation work, also by the more frequent electronic control of maintenance interface in lower module,
Convenient installation maintenance after sale works.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is the topology layout schematic diagram of the upper layer module of the utility model air-conditioning；
Fig. 2 is the topology layout schematic diagram of the middle layer module of the utility model air-conditioning；
Fig. 3 is the topology layout schematic diagram of the lower module of the utility model air-conditioning；
Fig. 4 is the general assembly perspective view after the completion of three module spliceds dress of the utility model air-conditioning；
Fig. 5 is the general assembly front view after the completion of three module spliceds dress of the utility model air-conditioning；
Fig. 6 is the detailed view of the lower module and middle layer module ventilation position in the utility model air-conditioning.
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now control attached drawing is detailed
Illustrate specific embodiment of the present utility model.
As shown in fig. 4-5, the air-conditioning of the utility model includes the upper layer module 10 being arranged successively from top to bottom, middle layer mould
Block 20 and lower module 30.Air conditioner uses modularized design, and Main functional units complete production, each function mould in factory
Block is assembled after transporting to scene, does not need adapter tube of getting angry at the scene, reduced to the greatest extent electricity between different assembly components,
Water, cold connection.
As shown in Figure 1, upper layer module 10 includes upper outdoor fan system layer box body 11 and be arranged in upper layer box body 11
12, which is reserved with the mating interface of the electric-control system 33 for connecting lower module 30.It should be understood that
When " top plate ", " bottom plate ", " left plate " and " right side plate " of described upper layer box body 11 is with towards Fig. 1 in the utility model
What orientation was defined, wherein " top plate ", at top, " bottom plate " in bottom, " left plate " in left side, " right side plate " is on right side.
Upper layer corresponding with middle layer top plate through-hole bottom hole is provided on the bottom plate of upper layer box body 11, upper layer bottom plate is logical
Hole is opposite with middle layer top plate through-hole, and the air-out direction of outdoor fan system 12 deviates from air-air heat exchanger 22, so as to pass through outdoor
Blower fan system 12 sheds the heat of air-air heat exchanger 22, plays the purpose to cool down for air-air heat exchanger 22.In upper layer case
The left plate and/or right side plate of body 11, which are equipped with, is connected to upper 11 inside of layer box body and extraneous outlet air blinds 13.Specifically, air-air
The heat of heat exchanger 22 enters upper layer box body 11 by outdoor fan system 12, and upper layer box body is discharged using outlet air blinds 13
11, and then air-conditioner set is discharged.
Preferably, outdoor fan system 12 includes at least one outdoor fan, and the air-out direction of all outdoor fans deviates from
Air-air heat exchanger 22.It is further preferred that corresponding to each outdoor fan on the top plate of upper layer box body 11 equipped with blower maintenance window
With the blower safeguard cover plate 14 that can be opened and closed to be covered on blower maintenance window, outdoor fan is safeguarded to facilitate.
As shown in Fig. 2, middle layer module 20 includes middle layer box body 21 and the air-air heat exchanger 22 in setting in middle level cabinet 21
(i.e. air-to-air heat exchanger).It should be understood that " top plate " of described middle layer box body 21, " bottom plate ", " a left side in the utility model
Orientation when side plate " and " right side plate " are with towards Fig. 2 is defined, wherein " top plate " at top, " bottom plate " in bottom,
" left plate " in left side, " right side plate " is on right side.
The top plate of middle layer box body 21 is equipped with middle layer top plate through-hole, the Mesopause region at the position of corresponding air-air heat exchanger 22
Plate through-hole is opposite with the upper layer bottom hole of upper layer box body 11, so as to pass through outdoor fan system 12 for air-air heat exchanger 22
Heat shed, play for air-air heat exchanger 22 cool down purpose.Preferably, air-air heat exchanger 22 is designed at lower module
30 36 top of spray system, while air-air heat exchanger 22 is located at below the outdoor fan system 12 of upper layer module 10.
The right side plate of middle layer box body 21 is equipped with data center's air outlet 23 of connection data center, comes out from data center
Hot wind by data center's air outlet 23 enter in layer box body 21.
As shown in Fig. 2, Fig. 6, the bottom plate of middle layer box body 21 is equipped with middle layer air duct through-hole 24, the middle layer air duct through-hole 24 with
Lower layer's air duct through-hole 35 is opposite, passes through middle layer air duct through-hole 24 and lower layer's air duct through-hole between middle layer module 20 and lower module 30
35 connections, realize the ventilation between middle layer module 20 and lower module 30.Preferably, which is located at air-air
The left side of heat exchanger 22.It is further preferred that the left side of bottom plate is arranged in middle layer air duct through-hole 24.In middle level in air duct through-hole 24
It is provided with latticed steel plate, while ventilation, can also be played a supporting role, is stood for operating personnel above.
Preferably, middle layer module 20 further includes the air filter 25 being arranged in upper layer box body 11, air filter 25
Between air-air heat exchanger 22 and data center's air outlet 23.By in air-air heat exchanger 22 and data center's air outlet 23
Between design filter the air come in from data center's air outlet 23 can be filtered, purify air.
Preferably, middle layer module 20 further includes the auxiliary cooling system being arranged in cabinet 21 in middle level.When outdoor temperature height
In to a certain degree, can not only leaning on air-air heat exchange when providing enough cooling capacity, can star auxiliary cooling system to carry out assisted refrigeration.
Auxiliary cooling system mainly includes evaporator 261 and condenser 262, and evaporator 261 and condenser 262 are reserved with for connecting
The mating interface of electric-control system 33；The top of air-air heat exchanger 22 is arranged in condenser 262, and evaporator 261 is located at air-air change
The left side of hot device 22.And the various components Integrated design of auxiliary cooling system does not need inside the same middle layer box body 21
Scene is got angry adapter tube.
Preferably, middle layer module 20 further includes the compressor assembly 27 being arranged in cabinet 21 in middle level, compressor assembly 27
It is reserved with the mating interface for connecting electric-control system 33.Preferably, the setting of compressor assembly 27 is in air-air heat exchanger 22 and number
According between center wind ejection mouth 23.In the present embodiment, compressor assembly 27 is preferably provided in air-air heat exchanger 22 and air filtration
Between device 25.It should be noted that any position that compressor assembly 27 is located in middle layer box body 21 is ok, as long as facilitating dimension
Shield, it is not limited to position mentioned herein.
Due to the main refrigerant device of air-conditioner set, such as condenser 262, evaporator 261 be in the middle layer module 20,
So the assembled work of refrigeration system, work of getting angry when avoiding on-site consolidation can be completed in factory.Specifically, middle layer mould
Air-air heat exchanger 22, auxiliary cooling system and the compressor assembly 27 of block 20 produce assembly in factory, while air-air changing
The welding of the system pipeline of hot device 22, auxiliary cooling system and compressor assembly 27 is also completed in factory, and air conditioner is avoided
Get angry at the scene when installation welding.
As shown in figure 3, lower module 30 includes lower layer box body 31 and the indoor fan system being arranged in lower layer box body 31
System 32 and electric-control system 33, it is possible to understand that, " top plate ", " bottom plate ", " left side of described lower layer box body 31 in the utility model
Orientation when plate " and " right side plate " are with towards Fig. 3 is defined, wherein " top plate " at top, " bottom plate " in bottom,
" left plate " in left side, " right side plate " is on right side.
Electric-control system 33 is the control system for controlling entire air-conditioning system, electric-control system 33 and outdoor fan system 12, sky-
Empty heat exchanger 22, auxiliary cooling system, compressor assembly 27 and indoor fan system 32 etc. can be achieved after connecting
System, device power supply and the control to these systems, device.Electric-control system 33 includes important maintenance interface electric-controlled box, by automatically controlled system
33 design of system is in lower layer box body 31, convenient for installation maintenance after sale.
Lower layer corresponding with middle layer air duct through-hole 24 air duct through-hole 35, middle layer mould are provided on the top plate of lower layer box body 31
Be connected to by middle layer air duct through-hole 24 with lower layer air duct through-hole 35 between block 20 and lower module 30, realize middle layer module 20 and under
Ventilation between layer module 30.Specifically, the cold wind after the heat exchange cooling of air-air heat exchanger 22 goes out from middle layer air duct through-hole 24
To enter lower layer box body 31 using lower layer's air duct through-hole 35.The right side plate of lower layer box body 31 is equipped with connection data center
Data center's air inlet 34, the air-out direction of indoor fan system 32 is towards data center's air inlet 34, to will pass through air-air
Cold wind after the heat exchange cooling of heat exchanger 22 blows into data center.
Preferably, indoor fan system 32 is arranged close to the right side plate of lower layer box body 31, and electric-control system 33 is arranged in lower layer
On the left plate of cabinet 31.Indoor fan system 32 includes at least one indoor fan, the air-out direction court of all indoor fans
To data center's air inlet 34.
Preferably, lower module 30 further includes the spray system 36 being arranged in lower layer box body 31, water tank 37 and water system
Pipeline 38, water tank 37 are located at the left side of indoor fan system 32, and spray system 36 is located at the top of water tank 37, water system pipeline 38
Positioned at the left side of water tank 37.Wherein, the water outlet of the water inlet connection water tank 37 of water system pipeline 38, water system pipeline 38 go out
The mouth of a river connects the water inlet of spray system 36, and water tank 37 is used to connect the water of spray system 36, water system pipeline 38, spray system 36
Water-flow circuit is formed with 37 three of water tank.
Spray system 36 is can to improve air-air heat exchange to outdoor wind cooling for spraying water to air-air heat exchanger 22
The heat transfer effect of device 22.Specifically, middle layer box body 21 is equipped with middle layer bottom hole at the position of corresponding air-air heat exchanger 22,
Lower layer's top plate through-hole corresponding with middle layer bottom hole, lower layer's top plate through-hole and middle layer are provided on the top plate of lower layer box body 31
Bottom hole is opposite, so that spray system 36 be facilitated to spray water air-air heat exchanger 22.Water system pipeline 38 includes water pump,
Shower water is drawn back to spray system 36 again by water pump.
Preferably, water tank 37 is realized using frame form, both plays the role of water receiving, while also playing to lower module
The effect that 30 mould intensity are reinforced.And water tank 37 is not covered with entirely lower layer box body 31, but the lower section of water tank 37 is made to pass through branch
Frame 39 supports, and will not influence the ventilation of lower module 30.Preferably, water tank 37 can also there are external interface, so as to
To obtain water from external water source or arrange water outwardly.
Indoor fan system 32, electric-control system 33, water tank 37, water system pipeline 38 and the spray system 36 of lower module 30
Assembly is completed in factory, while being completed water in factory, being electrically connected.In the utility model, the water system of entire air-conditioner set
System connection work can be completed all in lower module 30 in factory, and the water receiving for reducing equipment to engineering site works.
The specific implementation process of the utility model air-conditioning is as follows:
When on-site consolidation, after lower module 30 falls within designated mounting position, middle layer module 20 is fallen on lower module 30, and two
After a module realizes splicing up and down, since water system is designed in lower module 30, i.e., water system is completed in factory, so existing
The assembled of water system does not work for field；By refrigeration device (such as evaporator 261, condenser 262 and the compressor in middle layer module 20
System 27 etc.) mating interface reserved is docked to the electric-control system 33 of lower module 30, realize the assembly of electric system.Middle layer
The assembly of module 20 and lower module 30 only has the connection of electric system, and execute-in-place workload is very small, and easy to accomplish.
It, only need to be by the docking of the outdoor fan system 12 of upper layer module 10 when upper layer module 10 is fallen in middle layer module 20
Interface is connected in the electric-control system 33 of lower module 30, and the electric system between upper layer module 10 and lower module 30 can be completed
It is assembled.The assembly of upper layer module 10 and middle layer module 20 only has the connection of electric system, and execute-in-place workload is very small, is easy real
It is existing.
To sum up, the air-conditioning of the utility model by by air-conditioning system modularization, be divided into be arranged successively from top to bottom it is upper,
In, lower three modules, each module can be previously-completed respective assembly, and upper layer module 10 and middle layer module 20 in factory
Remain for directly docking when facilitating on-site consolidation, with the mating interface of the electric-control system 33 of lower module 30 so as to make in advance
Execute-in-place workload is very small, easy to accomplish.Solves the transportation problem and modularization of air-conditioning, especially large-size air conditioning
It designs on-site consolidation project amount greatly and safeguards the problems such as inconvenient.In design layout, in addition to considering to reduce on-site consolidation work
Outside, also the more frequent electric-control system 33 of maintenance interface is designed in lower module 30, convenient installation maintenance after sale works.
It should be understood that above embodiments only express preferred embodiments of the present invention, describe more specific
With it is detailed, but it should not be understood as limiting the scope of the patent of the utility model；It should be pointed out that for this field
Those of ordinary skill for, without departing from the concept of the premise utility, can to above-mentioned technical characterstic carry out freely
Combination, various modifications and improvements can be made, and these are all within the protection scope of the present invention；Therefore, all practical with this
The equivalents and modification that novel scope of the claims is done, should belong to the covering scope of the utility model claims.
Claims (10)
1. a kind of air-conditioning, which is characterized in that including be arranged successively from top to bottom upper layer module (10), middle layer module (20) and under
Layer module (30), the upper layer module (10) include the outdoor wind of upper layer box body (11) and setting in the upper layer box body (11)
Machine system (12)；The middle layer module (20) includes that middle layer box body (21) and setting are air-air in the middle layer box body (21)
Heat exchanger (22)；The lower module (30) includes the interior of lower layer box body (31) and setting in the lower layer box body (31)
Blower fan system (32) and electric-control system (33), the outdoor fan system (12) are reserved with for connecting the electric-control system (33)
Mating interface；
The top plate of the middle layer box body (21) is equipped with middle layer top plate through-hole at the position of the correspondence air-air heat exchanger (22),
Upper layer bottom hole corresponding with the middle layer top plate through-hole, the outdoor are provided on the bottom plate of the upper layer box body (11)
The air-out direction of blower fan system (12) deviates from the air-air heat exchanger (22)；
The right side plate of the middle layer box body (21) is equipped with data center's air outlet (23) of connection data center；Lower layer's case
The right side plate of body (31) is equipped with data center's air inlet (34) of connection data center, and the indoor fan system (32) goes out
Wind direction is towards data center's air inlet (34)；
The bottom plate of the middle layer box body (21) is equipped with middle layer air duct through-hole (24), and middle layer air duct through-hole (24) is located at described
The left side of air-air heat exchanger (22)；It is provided on the top plate of the lower layer box body (31) and the middle layer air duct through-hole (24) phase
Corresponding lower layer air duct through-hole (35).
2. air-conditioning according to claim 1, which is characterized in that the outdoor fan system (12) includes at least one outdoor
The air-out direction of blower, all outdoor fans deviates from the air-air heat exchanger (22)；
The left plate and/or right side plate of the upper layer box body (11) are equipped with connection upper layer box body (11) inside and go out with extraneous
Wind blinds (13).
3. air-conditioning according to claim 2, which is characterized in that corresponding each described on the top plate of the upper layer box body (11)
Outdoor fan is equipped with blower maintenance window and can be opened and closed the blower safeguard cover plate (14) for being covered on the blower maintenance window.
4. air-conditioning according to claim 1, which is characterized in that the middle layer module (20) further includes being arranged on the upper layer
Air filter (25) in cabinet (11), the air filter (25) are located at the air-air heat exchanger (22) and the number
According between center wind ejection mouth (23).
5. air-conditioning according to claim 1, which is characterized in that the middle layer module (20) further includes being arranged in the middle layer
Auxiliary cooling system in cabinet (21), the auxiliary cooling system include evaporator (261) and condenser (262), the steaming
Hair device (261) and condenser (262) are reserved with the mating interface for connecting the electric-control system (33)；
In the top of the air-air heat exchanger (22), the evaporator (261) is located at the sky-for condenser (262) setting
The left side of empty heat exchanger (22).
6. air-conditioning according to claim 5, which is characterized in that the middle layer module (20) further includes being arranged in the middle layer
Compressor assembly (27) in cabinet (21), the compressor assembly (27) are reserved with for connecting the electric-control system (33)
Mating interface.
7. air-conditioning according to claim 1, which is characterized in that the indoor fan system (32) is close to the lower layer box body
(31) right side plate setting, the electric-control system (33) are arranged on the left plate of the lower layer box body (31).
8. air-conditioning according to claim 1 or claim 7, which is characterized in that the indoor fan system (32) includes at least one
Indoor fan, the air-out directions of all indoor fans is towards data center's air inlet (34).
9. air-conditioning according to claim 1, which is characterized in that the lower module (30) further includes being arranged in the lower layer
Spray system (36), water tank (37) and water system pipeline (38) in cabinet (31), the water inlet of the water system pipeline (38)
The water outlet of the water tank (37) is connected, the water outlet of the water system pipeline (38) connects the water inlet of the spray system (36)
Mouthful；
The water tank (37) is located at the left side of the indoor fan system (32), and the spray system (36) is located at the water tank
(37) top, the water system pipeline (38) are located at the left side of the water tank (37).
10. air-conditioning according to claim 9, which is characterized in that the lower section of the water tank (37) is supported by bracket (39).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820699503.6U CN208282321U (en) | 2018-05-10 | 2018-05-10 | A kind of air-conditioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820699503.6U CN208282321U (en) | 2018-05-10 | 2018-05-10 | A kind of air-conditioning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208282321U true CN208282321U (en) | 2018-12-25 |
Family
ID=64730141
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820699503.6U Active CN208282321U (en) | 2018-05-10 | 2018-05-10 | A kind of air-conditioning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208282321U (en) |
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2018
- 2018-05-10 CN CN201820699503.6U patent/CN208282321U/en active Active
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