CN103582397B - integrated cabinet - Google Patents
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- CN103582397B CN103582397B CN201310575077.7A CN201310575077A CN103582397B CN 103582397 B CN103582397 B CN 103582397B CN 201310575077 A CN201310575077 A CN 201310575077A CN 103582397 B CN103582397 B CN 103582397B
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Abstract
The invention provides a kind of integrated cabinet, including: Climate Control Module and the mainframe being disposed adjacent with Climate Control Module, mainframe includes rack body and is arranged on the electrical equipment in rack body, and Climate Control Module includes air-conditioning cabinet and is arranged on the air-conditioning equipment in air-conditioning cabinet；The air-conditioning being provided with the air outlet relative set with air-conditioning equipment in air-conditioning cabinet seals passage, is provided with the mainframe with electrical equipment relative set and seals passage in rack body；Air-conditioning seals passage and communicates with mainframe sealing passage；Directly the mainframe of specific connection being lowered the temperature targetedly by air-conditioning equipment of above-mentioned integrated cabinet, to reduce extra energy loss；And arrange and specifically seal passage, seal passage by air-conditioning, mainframe seals passage and is transported to rack body to be guided by cold air, the conveying of cold air is effectively guided conveying, reduce the loss in course of conveying as far as possible, energy-conservation further, so that the electrical equipment in rack can operate efficiently。
Description
Technical field
The present invention relates to a kind of electric distribution cabinet, particularly relate to a kind of integrated cabinet。
Background technology
Existing integrated cabinet is generally adopted in rack separate ventilation, and the electrical equipment in cabinet reaches outside cabinet by inner air and outer air circulation, so that electrical equipment to be lowered the temperature。So need to build the machine room that air themperature, humidity, cleannes are very strict。When ambient temperature is higher, the substantial amounts of energy need to be expended whole machine room is freezed, to maintain the properly functioning of electrical equipment in cabinet。And due to machine room use time, the indoor dust of machine room can bring in cabinet with air-flow from cabinet, affect serviceability and the service life of electrical equipment, and dust accumulates for a long time, very easily causes that electrical equipment damages。And machine room space is relatively big, if machine room only has a small amount of rack or electrical equipment, and air-conditioning need to keep maintaining in whole machine room space certain temperature, can cause great waste。
Summary of the invention
Based on this, it is necessary to provide a kind of energy-conservation integrated cabinet。
A kind of integrated cabinet, including: Climate Control Module and the mainframe being disposed adjacent with described Climate Control Module, described mainframe includes: rack body and be arranged on the electrical equipment in described rack body, and described Climate Control Module includes: air-conditioning cabinet and be arranged on the air-conditioning equipment in described air-conditioning cabinet；The air-conditioning being provided with the air outlet relative set with described air-conditioning equipment in described air-conditioning cabinet seals passage, is provided with the mainframe with described electrical equipment relative set and seals passage in described rack body；Described air-conditioning seals passage and communicates with described mainframe sealing passage。
In a preferred embodiment, described air-conditioning cabinet includes: is installed with the air-conditioning main cabinet of described air-conditioning equipment and is arranged on the air-conditioning cabinet door closure of described air-conditioning main cabinet opening surface, described air-conditioning seals passage and includes: the air-conditioning prepass that the frame structure being located between air-conditioning cabinet door closure and described air-conditioning main cabinet is formed, and described rack body includes: houses the main cabinet of electrical equipment and is arranged on the main cabinet door of described main cabinet opening surface；Described mainframe seals passage and includes: the mainframe prepass that the frame structure being arranged between described main cabinet and main cabinet door is formed。
In a preferred embodiment, described air-conditioning prepass is communicated by frame structure side with described mainframe prepass；Described air-conditioning seals passage and is formed through integral sealing channel design with mainframe sealing passage。
In a preferred embodiment, described air-conditioning seals passage and also includes: passage after the air-conditioning formed with the channel frame of described air-conditioning prepass frame structure of relative set before and after described air-conditioning main cabinet；Described rack also includes: another opening surface being arranged on described main cabinet the main frame bonnet being oppositely arranged with described main cabinet door；Described mainframe seals passage and also includes: passage after the mainframe that the frame structure being arranged between described main cabinet and main frame bonnet is formed。
In a preferred embodiment, after described air-conditioning, passage is communicated by frame structure side with passage after described mainframe。
In a preferred embodiment, described mainframe or Climate Control Module are provided with one or more, are connected by also parts between described Climate Control Module with described mainframe, between described mainframe and described mainframe or between described Climate Control Module with described Climate Control Module；Described rack also includes: the base of Climate Control Module described in support and mainframe；The one or more rack and described Climate Control Module form assembled unit, and described base is correspondingly formed base unit according to assembled unit, are provided with the assembled expansion support connected mutually between described base unit。
In a preferred embodiment, described rack body includes: the main tank bracket of frame structure and be covered in the cover plate on described main tank bracket；Described rack body is provided with adjustment beam；Described adjustment beam is provided with holder and sets the bracket of electrical equipment；Described adjustment beam is provided with the adjustment installation position of one or more mounting bracket。
In a preferred embodiment, the rear portion of described main cabinet is provided with electrical appliance kit；Described electrical equipment includes: one or more in battery case, power distribution equipment, power model, power distribution unit；Described battery case, power distribution equipment or power model are set to modular construction。
In a preferred embodiment, also including: monitoring device, described monitoring device includes: monitoring unit is connected with described monitoring unit and the visiting fire tube and be connected and detect in mainframe smoke condition with described monitoring unit or monitor whether the smog in mainframe reaches the cigarette sense of preset range of the temperature of monitoring in mainframe or the electrical equipment temperature that sets in it；Described monitoring device is also connected with being provided with fire-fighting equipment, and described monitoring device receives the Monitoring Data of described spy fire tube or cigarette sense, if detecting, the Monitoring Data of described spy fire tube or cigarette sense exceedes preset range, controls fire-fighting equipment and opens；Described fire-fighting equipment is arranged in air-conditioning cabinet and is erected on the frame of described air-conditioning cabinet；Described spy fire tube is in the bezel locations relative set of described rack body, and described spy fire tube is arranged on the rear jamb position of described rack body。
In a preferred embodiment, described monitoring device includes: being connected with described monitoring unit and monitor the humidity sensor of humidity in mainframe, described monitoring unit is also connected with being provided with humidification apparatus, and described humidification apparatus is arranged in described air-conditioning cabinet；Described humidification apparatus includes: humidifier and humidifier jet pipe, and the outlet of described humidifier jet pipe is placed between vaporizer and the blower fan of described air-conditioning equipment；Described humidifier is arranged on the rear portion of described air-conditioning cabinet。
In a preferred embodiment, described air-conditioning main cabinet includes: the air-conditioning tank bracket of frame structure and be covered in the air-conditioning cover plate on described air-conditioning tank bracket；The port of the exhaust duct of described air-conditioning equipment is provided with and the ready-packaged joint of outer machine pipeline socket connection。
Above-mentioned integrated cabinet by arrange in air-conditioning cabinet air-conditioning seal passage with rack body is arranged mainframe sealing passage communicate, so that the cold air blowed of air-conditioning equipment is sealed passage through air-conditioning, mainframe seal passage and be transported in rack body so that the electrical equipment in rack body is lowered the temperature, the temperature in rack body is maintained in suitable environment；Directly the mainframe of specific connection is lowered the temperature targetedly by air-conditioning equipment, to reduce extra energy loss；And arrange and specifically seal passage, seal passage by air-conditioning, mainframe seals passage and is transported to rack body to be guided by cold air, the conveying of cold air is effectively guided conveying, reduces the loss in course of conveying as far as possible, energy-conservation further, so that rack can operate efficiently。
Accompanying drawing explanation
Fig. 1 is the structural representation of the integrated cabinet of one embodiment of the invention；
Fig. 2 is the top view of the integrated cabinet of one embodiment of the invention；
Fig. 3 is the part-structure decomposing schematic representation of the integrated cabinet of one embodiment of the invention；
Fig. 4 is the part-structure schematic diagram of the Climate Control Module of the integrated cabinet of one embodiment of the invention；
Fig. 5 is the structural representation at another visual angle of the part-structure of the Climate Control Module of one embodiment of the invention；
Fig. 6 is the part-structure schematic diagram of the mainframe of one embodiment of the invention；
Fig. 7 is the front view of Fig. 6;
Fig. 8 is another part structural representation of the integrated cabinet of one embodiment of the invention;
Fig. 9 is the top view of Fig. 6;
Figure 10 is the another part-structure schematic diagram of the integrated cabinet of one embodiment of the invention;
Figure 11 is the top view of Figure 10;
Figure 12 is the assembling combination figure of the integrated cabinet of one embodiment of the invention。
Detailed description of the invention
As shown in Figures 1 to 12, the integrated cabinet 100 of one embodiment of the invention, including: Climate Control Module 20 and the mainframe 40 being disposed adjacent with Climate Control Module 20。Mainframe 40 includes: rack body 42 and be arranged on the electrical equipment in rack body 42。The Climate Control Module 20 of the present embodiment includes: air-conditioning cabinet 22 and be arranged on the air-conditioning equipment 24 in air-conditioning cabinet 22。
As shown in Figures 1 to 7, the air-conditioning being provided with the air outlet relative set with air-conditioning equipment 24 in the air-conditioning cabinet 22 of the present embodiment seals passage 26。Further, rack body 42 is provided with the mainframe with the position relative set installing electrical equipment and seals passage 44。Air-conditioning equipment 24 seals passage 44 with mainframe and communicates。The cold wind of air-conditioning equipment 24 enters air-conditioning by air outlet and seals passage 26, it is transported to mainframe sealing passage 44 again to communicate, the position relative set installing electrical equipment in passage 44 and rack body 42 is sealed, thus directly the electrical equipment being installed in rack body 42 being lowered the temperature due to mainframe。
Air-conditioning cabinet 22 includes: is installed with the air-conditioning main cabinet 222 of air-conditioning equipment 24 and is arranged on the air-conditioning cabinet door closure 224 of air-conditioning main cabinet 222 opening surface。
Further, the air-conditioning sealing passage 26 of the present embodiment includes: the air-conditioning prepass 262 that the channel frame of the frame structure being arranged between air-conditioning cabinet door closure 224 and air-conditioning main cabinet 222 is formed。
Further, the rack body 42 of the present embodiment includes: houses the main cabinet 422 of electrical equipment and is arranged on the main cabinet door 424 of main cabinet opening surface。Mainframe seals passage 44 and main cabinet 422 relative set。
Further, the mainframe sealing passage 44 of the present embodiment includes: the mainframe prepass 442 that the channel frame 449 of the frame structure being arranged between main cabinet 422 and main cabinet door 424 is formed。
Further, the air-conditioning prepass 262 of the present embodiment is communicated by frame structure side with mainframe prepass 442。Wind bar or air port that the channel frame sidepiece of air-conditioning prepass 262 or the channel frame sidepiece of mainframe prepass 442 can be arranged communicate with each other with realization, and by sealing channel design transporting cold-air。
Further, the air-conditioning of the present embodiment seals passage 26 and is formed through integral sealing channel design with mainframe sealing passage 44。
Further, the air-conditioning of the present embodiment seals passage 26 and also includes: passage 264 after the air-conditioning formed with the channel frame of air-conditioning prepass 262 frame structure of relative set before and after air-conditioning main cabinet 222。For easy disassembly, maintenance, further, the air-conditioning cabinet 22 of the present embodiment also includes: with the channel frame pivot joint forming passage 264 after air-conditioning the air-conditioning cabinet bonnet being connected by door lock folding。
Further, the rack body 42 of the present embodiment also includes: be arranged on another opening surface of main cabinet 422 the main frame bonnet 426 of front and back relative to main cabinet door 424 setting。
Further, the mainframe sealing passage 44 of the present embodiment also includes: passage 444 after the mainframe that the channel frame of the frame structure being arranged between main cabinet 422 and main frame bonnet 426 is formed。
Further, after the air-conditioning of the present embodiment, passage 264 is communicated by the side of the channel frame of frame structure with passage after mainframe 444。
Further, it is preferred that for convenient detection and maintenance, the main frame bonnet 426 of the present embodiment may be alternatively provided as door cover structure。
Further, the air-conditioning equipment 24 of the present embodiment enters into air-conditioning prepass 262 by the cold wind that air outlet is carried, enter back into mainframe prepass 442, entered in main cabinet 422 by mainframe prepass 442 and the electrical equipment in main cabinet is carried out cooling, after cold air penetrates into before main cabinet 422, cold air penetrates into the back side and enters into passage 444 after mainframe from the front of electrical equipment, enter back into passage 264 after air-conditioning, air-conditioning equipment sucks the air being drained into accordingly after air-conditioning in passage 264, freeze again, an internal recycle is integrally formed, reduce and introduce the dust impact on rack due to the introducing of extraneous air therewith, reduce owing to introducing the hot outside loss to energy simultaneously as far as possible。The hot blast of the discharge of air-conditioning equipment 24 passes through its exhaust outlet, is linked into exhaust duct, then is linked in the outer machine of outside cabinet。The integrated cabinet 100 of the present embodiment forms an overall sealing space by sealing passage。
Air-conditioning prepass 262 and the mainframe prepass 442 of the present embodiment form cold sealing passage, and cold sealing passage makes air supplying distance be greatly shortened, and seal passage and make air-flow advance along given route, will not towards walking from all directions。Owing to the electrical equipment in mainframe 40 is installed according to the front and back position relative set of rack body 42, the main radiator portion of electrical equipment is placed in equipment, the cold wind that air-conditioning equipment blows takes away the heat of electrical equipment after cold sealing passage enters in rack body 42, enters into passage 444 after the mainframe of mainframe 40。After mainframe, after passage 444 and air-conditioning, passage 264 forms heat seal passage。Cold sealing passage is separated by main cabinet 422 and air-conditioning main cabinet 222 with heat seal passage。The integrated cabinet 100 of the present embodiment guides air-supply cooling by sealing passage formation given path, reduce the power of air-conditioning, save the energy, by seal passage and main cabinet door 424 and and air-conditioning cabinet door closure 224 between, form a space cell fully sealed below and between main frame bonnet 426 and air-conditioning cabinet bonnet, reduce noise simultaneously, and dust-proof。
Further, the rack body 42 of the present embodiment is provided with one or more。Between Climate Control Module 20 and mainframe 40, between mainframe 40 and mainframe 40, Climate Control Module 20 is set up in parallel with Climate Control Module 20。It is connected by also parts 50 between air-conditioning cabinet 22 with rack body 42, between rack body 42 and rack body 42 or between air-conditioning cabinet 22 with air-conditioning cabinet 22。
Further, can being attached by the connector that side is arranged between the air-conditioning cabinet 22 being disposed adjacent and connecing and the rack body 42 of the present embodiment, between rack body 42 and rack body 42 or bottom air-conditioning cabinet 22 and air-conditioning cabinet 22, top is arranged by top and parts 50 also connect。
Further, the rack body 42 of the present embodiment includes: the main tank bracket 428 of frame structure and be covered in the cover plate 429 on main tank bracket 428。
Further, main tank bracket 428 is provided with adjustment beam 4282。Regulate beam 4282 is provided with and hold in the palm the bracket 4284 setting electrical equipment。Regulating of the present embodiment is provided with one or more adjustment installation position with mounting bracket 4284 on beam 4282。Can according to actual needs or the installation requirements of electrical equipment, bracket 4284 be arranged on different adjustment installation position, to install different electrical equipment in different adjustment installation position。
Further, the rack body 42 of the present embodiment according to different demands, can arrange different electrical equipment。The electrical equipment of the present embodiment includes: one or more in battery case 72, power distribution equipment 74, power model 78, power distribution unit 79。
The battery case 72 of the present embodiment, power distribution equipment 74 or power model 78 are set to modular construction, and all each modularization of battery case 72, power distribution equipment 74 or power model 78 is in respective module housing structure。
Further, it is preferred that the power model 78 of the present embodiment is arranged on the bottom of rack body 42。Power distribution unit 79 includes: be separately positioned on power distribution unit output part 792 and the power distribution unit importation 794 of power model 78 both sides。
As shown in figure 12, further, the integrated cabinet 100 of the present embodiment is additionally provided with the base 35 of support Climate Control Module 20 and mainframe 40。Climate Control Module 20 and the mainframe 40 of the present embodiment are arranged on base 35。
One or more mainframes 40 and the Climate Control Module 20 of the present embodiment forms assembled unit 10。Different assembled unit 10 can be assembled by the integrated cabinet 100 of the present embodiment as required, split。Can pass through between assembled unit 10 and parts 50 connecing。
Further, the base 35 of the present embodiment forms base unit 350 according to the composition of assembled unit 10。The bottom of base unit 350 is provided with expansion support 352, carries out assembled connection by expansion support 352 between base unit 350。Expand and support 352 is provided with assembled fixing hole 354, passing through between the base unit 350 of adjacent assembly, fixture is set and carries out assembling combination through assembled fixing hole 354。Between base unit 350, assembly is flexibly。The expansion support 352 of base 35 is additionally provided with and is fixed fixing hole even with ground, and base 35 is fixed on the ground by expansion bolt。Expand the fixed support in the square-section that is bent to form continuously for sheet shaped piece of support 352 or rectangular cross-sectional or square-wave-shaped cross section。
Further, the rear positions of the rack body 42 of the present embodiment, it is additionally provided with electrical appliance kit 95 in the rear portion of electrical equipment。
As shown in Figures 6 to 9, further, the integrated cabinet 100 of the present embodiment includes: monitoring device。The monitoring device of the present embodiment includes: monitoring unit 76 and be connected and monitor visiting fire tube 762 and being connected and detect the smoke condition in mainframe 40 with monitoring unit 76 or whether the smog in monitoring mainframe 40 reaches the cigarette sense 764 of preset range of mainframe 40 internal temperature or the electrical equipment temperature that sets in it with monitoring unit 76。The monitoring unit 76 of the present embodiment is modular construction, is provided with modular enclosure, and monitoring unit equipment is arranged in modular enclosure。
Further, the integrated cabinet 100 of the present embodiment includes: fire-fighting equipment 73。The fire-fighting equipment 73 of the present embodiment is connected with monitoring unit 76, monitoring unit 76 control。The monitoring unit 76 of the present embodiment receives the Monitoring Data visiting fire tube 762 or cigarette sense 764, if detecting, the Monitoring Data visiting fire tube 762 or cigarette sense 764 exceedes preset range, controls fire-fighting equipment 73 unlatching and puts out a fire, discharges fire foam。
Further, the monitoring device of the present embodiment also includes: the display module 766 being connected also display monitoring information and the information of control with monitoring unit 76 and the photographic head 768 being connected with monitoring unit 76。The display module 766 of the present embodiment is arranged on main cabinet door 424。The photographic head 768 of the present embodiment is also disposed on main cabinet door 424, and with display module 766 relative set, be arranged on the top position of display module 766。
Further, the present embodiment is visited fire tube 762 and is arranged on the bezel locations of rack body 42。Preferably, the fire tube 762 of visiting of the present embodiment is arranged on the top bezel locations of rack body 42。Owing to the main heat sink part of the electrical equipment in mainframe 40 is generally located on equipment rear portion, the spy fire tube 762 of the present embodiment is preferably located on the upper side frame position at the rear portion of rack body 42, and extended on the side edge frame position of air-conditioning main cabinet 222 by the rear bezel locations bending of rack body 42, and it is connected with fire-fighting equipment 73。The cigarette sense 764 of the present embodiment and spy fire tube 762 relative set, be arranged on the upper side frame position at rack body 42 rear portion。
Further, the fire-fighting equipment 73 of the present embodiment is preferred, is arranged between the vaporizer 247 of air-conditioning equipment and rack body 42。
As shown in Figs. 8 to 11, if the air too dry in mainframe 40, electrical equipment easily produces electrostatic, causes equipment operation failure or damage, further, the present embodiment monitoring device includes: is connected with monitoring unit 76 and monitors the humidity sensor of humidity in mainframe 40。Further, the integrated cabinet 100 of the present embodiment also includes: humidification apparatus 97。Humidification apparatus 97 is connected with monitoring unit 76, monitoring unit 76 be controlled。The monitoring unit 76 of the present embodiment obtains humidity data in the mainframe 40 that humidity sensor detects, it may be judged whether in preset range, if the humidity detected in mainframe 40 is inadequate, not in preset range, then controls to open humidification apparatus 97 and humidifies。The humidification apparatus of the present embodiment is arranged in air-conditioning main cabinet 222。
The humidification apparatus 97 of the present embodiment includes: humidifier 972 and humidifier jet pipe 974。The outlet of the humidifier jet pipe 974 of the present embodiment is arranged between the vaporizer 247 of air-conditioning equipment and blower fan 245。When humidifier 972 humidifies, the water smoke of humidifier jet pipe 974 ejection is placed between vaporizer 247 and blower fan 245, is taken away by blower fan 245, along with the circulation of air-flow humidifies to the electrical equipment in mainframe 40。The water smoke that humidifier jet pipe 974 is sprayed by blower fan 245 is brought in mainframe by sealing passage, due between air-conditioning prepass 262 and air-conditioning cabinet door closure 224, mainframe seal and between passage 44 and main cabinet door 424, form total enclosing space, humidification efficiency faster, humidification uniformly。Further, in order to safeguard, overhaul that conveniently the humidifier 972 of the present embodiment is arranged on the rear portion of air-conditioning cabinet。
Further, the air-conditioning main cabinet 222 of the present embodiment includes: the air-conditioning tank bracket 2222 of frame structure and be covered in the air-conditioning cabinet cover plate 2224 on air-conditioning tank bracket 2222。Further, the relevant position in the blower fan 245 of air-conditioning equipment 24 of the air-conditioning tank bracket 2222 of the present embodiment is provided with protection network 27。The air-conditioning cabinet cover plate 2224 of the present embodiment includes: air-conditioning cabinet top cover 2225 and air-conditioning cabinet side plate 2227。
Further, for the convenient exhaust duct connecting air-conditioning equipment 24 and outdoor machine of air-conditioner, the port of the exhaust duct of the air-conditioning equipment 24 of the present embodiment is provided with and the ready-packaged joint 29 of outer machine pipeline socket connection。Air-conditioning cabinet top cover 2225 is provided with fit structure in the relevant position of ready-packaged joint 29。
Embodiment described above only have expressed the several embodiments of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention。It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to making some deformation and improvement, these broadly fall into protection scope of the present invention。Therefore, the protection domain of patent of the present invention should be as the criterion with claims。
Claims (9)
1. an integrated cabinet, it is characterized in that, including: Climate Control Module and the mainframe being disposed adjacent with described Climate Control Module, described mainframe includes: rack body and be arranged on the electrical equipment in described rack body, and described Climate Control Module includes: air-conditioning cabinet and be arranged on the air-conditioning equipment in described air-conditioning cabinet；The air-conditioning being provided with the air outlet relative set with described air-conditioning equipment in described air-conditioning cabinet seals passage, is provided with the mainframe with described electrical equipment relative set and seals passage in described rack body；Described air-conditioning seals passage and communicates with described mainframe sealing passage；
Described air-conditioning cabinet includes: is installed with the air-conditioning main cabinet of described air-conditioning equipment and is arranged on the air-conditioning cabinet door closure of described air-conditioning main cabinet opening surface, described air-conditioning seals passage and includes: the air-conditioning prepass that the frame structure being located between air-conditioning cabinet door closure and described air-conditioning main cabinet is formed, and described rack body includes: houses the main cabinet of electrical equipment and is arranged on the main cabinet door of described main cabinet opening surface；Described mainframe seals passage and includes: the mainframe prepass that the frame structure being arranged between described main cabinet and main cabinet door is formed。
2. integrated cabinet according to claim 1, it is characterised in that: described air-conditioning prepass is communicated by frame structure side with described mainframe prepass。
3. integrated cabinet according to claim 1, it is characterised in that: described air-conditioning seals passage and also includes: passage after the air-conditioning formed with the channel frame of described air-conditioning prepass frame structure of relative set before and after described air-conditioning main cabinet；Described rack also includes: another opening surface being arranged on described main cabinet the main frame bonnet being oppositely arranged with described main cabinet door；Described mainframe seals passage and also includes: passage after the mainframe that the frame structure being arranged between described main cabinet and main frame bonnet is formed。
4. integrated cabinet according to claim 3, it is characterised in that: after described air-conditioning, passage is communicated by frame structure side with passage after described mainframe；Described air-conditioning seals passage and is formed through integral sealing channel design with mainframe sealing passage。
5. the integrated cabinet according to Claims 1-4 any one, it is characterized in that: described mainframe or Climate Control Module are provided with one or more, be connected by also parts between described Climate Control Module with described mainframe, between described mainframe and described mainframe or between described Climate Control Module with described Climate Control Module；Described rack also includes: the base of Climate Control Module described in support and mainframe；The one or more mainframe and described Climate Control Module form assembled unit, and described base is correspondingly formed base unit according to assembled unit, are provided with the assembled expansion support connected mutually between described base unit。
6. the integrated cabinet according to claim 2 to 4 any one, it is characterised in that: described rack body includes: the main tank bracket of frame structure and be covered in the cover plate on described main tank bracket；Described rack body is provided with adjustment beam；Described adjustment beam is provided with holder and sets the bracket of electrical equipment；Described adjustment beam is provided with the adjustment installation position of one or more mounting bracket。
7. integrated cabinet according to claim 6, it is characterised in that the rear portion of described main cabinet is provided with electrical appliance kit；Described electrical equipment includes: one or more in battery case, power distribution equipment, power model, power distribution unit；Described battery case, power distribution equipment or power model are set to modular construction。
8. the integrated cabinet according to Claims 1-4 any one, it is characterized in that, also including: monitoring device, described monitoring device includes: monitoring unit is connected with described monitoring unit and the visiting fire tube and be connected and detect in mainframe smoke condition with described monitoring unit or monitor whether the smog in mainframe reaches the cigarette sense of preset range of the temperature of monitoring in mainframe or the electrical equipment temperature that sets in it；Described monitoring device is also connected with being provided with fire-fighting equipment, and described monitoring device receives the Monitoring Data of described spy fire tube or cigarette sense, if detecting, the Monitoring Data of described spy fire tube or cigarette sense exceedes preset range, controls fire-fighting equipment and opens；Described fire-fighting equipment is arranged in air-conditioning cabinet and is erected on the frame of described air-conditioning cabinet；Described spy fire tube is with in the frame relative set of described rack body, and described spy fire tube is arranged on the rear jamb position of described rack body。
9. integrated cabinet according to claim 8, it is characterized in that, described monitoring device includes: being connected with described monitoring unit and monitor the humidity sensor of humidity in mainframe, described monitoring unit is also connected with being provided with humidification apparatus, and described humidification apparatus is arranged in described air-conditioning cabinet；Described humidification apparatus includes: humidifier and humidifier jet pipe, and the outlet of described humidifier jet pipe is placed between vaporizer and the blower fan of described air-conditioning equipment；Described humidifier is arranged on the rear portion of described air-conditioning cabinet。
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| CN201310575077.7A CN103582397B (en) | 2013-11-18 | 2013-11-18 | integrated cabinet |
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| CN201310575077.7A CN103582397B (en) | 2013-11-18 | 2013-11-18 | integrated cabinet |
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| CN103582397A CN103582397A (en) | 2014-02-12 |
| CN103582397B true CN103582397B (en) | 2016-06-22 |
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| CN105387542A (en) * | 2015-11-11 | 2016-03-09 | 深圳市共济科技有限公司 | Cabinet type precise air conditioner with humidification function and use method of cabinet type precise air conditioner |
| CN115988826A (en) * | 2015-12-22 | 2023-04-18 | 山特电子（深圳）有限公司 | Cabinet for modular data center |
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| CN202652737U (en) * | 2012-04-11 | 2013-01-02 | 艾默生网络能源有限公司 | Modular data center cabinet |
| CN202750191U (en) * | 2012-06-21 | 2013-02-20 | 李同登 | Outdoor integrated intelligent energy-saving cabinet for communication base station |
| CN203645962U (en) * | 2013-11-18 | 2014-06-11 | 深圳科士达科技股份有限公司 | An integrated machine cabinet |
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| CN103582397A (en) | 2014-02-12 |
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