CN205694030U - Duplex rack micromodule and cabinet system - Google Patents
Duplex rack micromodule and cabinet system Download PDFInfo
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- CN205694030U CN205694030U CN201620553757.8U CN201620553757U CN205694030U CN 205694030 U CN205694030 U CN 205694030U CN 201620553757 U CN201620553757 U CN 201620553757U CN 205694030 U CN205694030 U CN 205694030U
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- duplex
- micromodule
- rack
- cabinet
- airspace
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Abstract
This utility model provides a kind of duplex rack micromodule and cabinet system, this micromodule includes two groups of disjunctor duplex cabinets arranged dorsad and ventilation and heat assembly, described in two groups, disjunctor duplex cabinet is respectively arranged on the both sides of described ventilation and heat assembly in the first direction, and connect with described ventilation and heat assembly, described ventilation and heat assembly includes airspace, the air-conditioning coil pipe being located at described airspace top open part and is positioned at the array fan on the upside of described air-conditioning coil pipe, and described airspace connects described disjunctor duplex cabinet in the first direction.
Description
Technical field
This utility model relates to the improvement of duplex rack, particularly relates to duplex rack micromodule and cabinet system.
Background technology
Duplex rack refers to that a kind of cabinet by two one realizes the machine that two groups of electronic devices or electronic equipment are accommodating
Cabinet, along with the numerous and jumbled of electronic equipment and multiformity, and the demand to redundancy, the use of this duplex rack is more frequent, by
In the multiformity of its application scenario, the performance of itself be it is also proposed the highest requirement.
Existing cabinet is internally installed equipment cabinets from level to level, causes internal wind path up and down obstructed, and wherein heat
Amount is difficult to problems such as distributing, when the caloric value of cabinet inner electronic equipment is bigger, may result in cabinet internal temperature rise too high, impact
The plasticity of electronic device works.
In order to solve this technical problem, solution of the prior art is to install blower fan, Jin Erzhi on rack
Connect or by airduct, electronic equipment carried out air blast, but, this design can take the space of rack itself, adds rack
The load of itself, is additionally, since the restriction of airspace and intake path, and the radiating effect of air blast is the most extremely limited, blower fan
Air quantity cannot meet the demand of heat dissipation ventilation, and its loss is the biggest.
Utility model content
The technical problems to be solved in the utility model is the heat dissipation ventilation problem how solving duplex rack.
In order to solve this technical problem, this utility model provides a kind of duplex rack micromodule, including two groups dorsad
The disjunctor duplex cabinet arranged and ventilation and heat assembly, disjunctor duplex cabinet described in two groups is respectively arranged on described ventilation in the first direction and dissipates
The both sides of hot assembly, and connect with described ventilation and heat assembly, described ventilation and heat assembly includes airspace, is located at described leading to
The air-conditioning coil pipe of wind top of space opening part and be positioned at the array fan on the upside of described air-conditioning coil pipe, described airspace is along first
Direction connects described disjunctor duplex cabinet.
Optionally, described airspace both sides in the first direction are the most removably provided with PVC door curtain.
Optionally, roller, described disjunctor duplex cabinet, ventilation and heat assembly, Yi Jiqi it are provided with bottom described disjunctor duplex cabinet
On parts all by described roller realize transport.
Optionally, described air-conditioning coil pipe is horizontal air-conditioning coil pipe.
Optionally, the fan in described array fan uses DC fan.
Optionally, described airspace is formed by housing, and described housing connects two described disjunctor duplex cabinets, institute respectively
State air-conditioning coil pipe and/or array fan and be installed on described housing by top-support.
Optionally, the both sides in a second direction of described housing are provided with in order to the housing pair with other duplex rack micromodules
The para-position connector that position connects.
Optionally, described airspace in a second direction be respectively provided on two sides with door to be opened/closed, described first direction hang down
Straight in second direction.
This utility model additionally provides a kind of cabinet system, and the duplex rack provided including this utility model alternative is micro-
Module, described airspace in a second direction be respectively provided on two sides with door to be opened/closed, described first direction is perpendicular to second party
To；
If the quantity of described duplex rack micromodule is at least two, then duplex rack micromodule described at least two is along
One direction and/or second direction form array arrangement, and, two the most adjacent described duplex rack micromodules it
Between can realize the connection of two described airspaces by opening of described door.
Optionally, two the most adjacent described duplex rack micromodules realize para-position even by para-position connector
Connect.
This utility model is the restriction of intrinsic thinking in having broken away from field, in intrinsic thinking, in order to realize heat dissipation ventilation, all
It is to be designed for single rack, but, this utility model is creatively expected to be combined two racks using,
Thus introduce the heat dissipation ventilation assembly outside rack and form heat dissipation channel, this is not only that intraware carries out heat radiation or outside
Assembly carries out the problem dispelled the heat, and is also not only that two racks configure assemblies and carry out that heat dissipation ventilation is this quantitative to be changed
Enter, but off the beaten track, two racks and ventilation and heat component integration are become the new approaches of a module.
And, by modular design, additionally it is possible to realize the combination between multiple module and connect, the most adjacent
Module between, owing between airspace being connection, moreover it is possible to realize the complementation of heat-sinking capability, dissipating between equilibrium module
Thermic load.
Accompanying drawing explanation
Fig. 1 is duplex rack micromodule and the schematic diagram of cabinet system of this utility model one embodiment offer；
In figure, 1-disjunctor duplex cabinet；2-air-conditioning coil pipe；3-array fan；4-housing；5-top-support；6-door；7-PVC
Door curtain；8-para-position connector.
Detailed description of the invention
The duplex rack micromodule and the cabinet system that there is provided this utility model below with reference to Fig. 1 carry out detailed retouching
Stating, it is this utility model optional embodiment, it is believed that those skilled in the art do not change this utility model spirit and
In the range of content, it is possible to it is modified and polishes.
Refer to Fig. 1, this utility model provides a kind of duplex rack micromodule, double including two groups of disjunctors arranged dorsad
Connection cabinet 1 and ventilation and heat assembly, described in two groups, disjunctor duplex cabinet 1 is respectively arranged on the two of described ventilation and heat assembly in the first direction
Side, and connect with described ventilation and heat assembly, described ventilation and heat assembly includes airspace, is located at described airspace top
The air-conditioning coil pipe 2 of opening part and be positioned at the array fan 3 on the upside of described air-conditioning coil pipe 2, described airspace connects in the first direction
Logical described disjunctor duplex cabinet 1.
Duplex cabinet micromodule is cold passage towards outside, is the passage of heat below inner side i.e. air-conditioning coil pipe 2, the most back-to-back two
On the hot-air that the disjunctor duplex cabinet 1 of side comes out is assembled in the airtight passage of heat of rack room, i.e. airspace and is natural
Rise, after being freezed by the air-conditioning coil pipe 2 at top, then the array fan through coil pipe top, such as 4 high-efficient E C fans are taken away, and waft
Being scattered in whole machine room overall situation, then cold air sinks to coming back to the cold channel side of rack naturally by disjunctor duplex cabinet 1
Server sucks, and restarts whole circulation.During whole, air current composition is the shortest and efficient, almost without how many colds passes
Pass loss, and meet the free convection rule that hot-air rising cold air sinks.After the passage of heat is completely enclosed, pathogenic wind-warm sent back to by air-conditioning
Difference is the highest, it is therefore desirable to air-conditioning air volume less, the rotating speed of blower fan is relatively low, and loss can also be the least, is truly realized efficiently
The purpose of heat radiation.
Can arrange various parts in this airspace, it is not explained in detail by this utility model, simply by the presence of
Airspace, and its mode of communicating meets described above, just meets description of the present utility model, as the most whether there is also it
, there are what parts in his parts, not this utility model is inquired into, those skilled in the art when being intended to design this module, from
So have some it is contemplated that scheme, also it all should be regarded as this utility model protection within the scope of.
Relevant described airspace, this utility model alternative does following restriction further:
Described airspace both sides in the first direction are the most removably provided with PVC door curtain 7.Disposing micromodule battle array
During row, if vacancy rack wouldn't the equipment such as deployment server, then hang PVC door curtain 7 in vacant locations, block and prevent outside thermal current
Let out.Certainly, do not arrange this PVC door curtain 7, be the optional scheme of this utility model yet.
Described airspace is formed by housing 4, and described housing 4 connects two described disjunctor duplex cabinets 1, described sky respectively
Coil pipe 2 and/or array fan 3 is adjusted to be installed on described housing 4 by top-support 5.Concrete top-support 5 is how to design,
This utility model is in order to realize installing, and nature can obtain some schemes, and the scheme that this utility model is extended to is also not necessarily limited to appoint
The top-support 5 of what form.Meanwhile, this housing 4 at least includes base plate and the base rack being located on base plate, described PVC door
Curtain 7, door 6 etc. all can be located on described base rack and/or base plate.
Additionally, in this utility model optional embodiment, be provided with roller (not shown) bottom described disjunctor duplex cabinet 1,
Described disjunctor duplex cabinet and ventilation and heat assembly, and parts thereon are all by the realization transport of described roller.Designated herein its
On parts can be any parts, its contained position is set forth by this utility model alternative, and be not restricted to appoint
What particular elements.This utility model (or flat packed and transported, Assembling) can pass through machine in the way of whole machine cabinet
Roller bottom cabinet is transported to the duplex cabinet berth of vacancy, and and row between top air-conditioning locking, really realize Fast Construction and dispose,
The purpose that low-energy-consumption high-efficiency is gone into operation.
In this utility model alternative, described air-conditioning coil pipe 2 is horizontal air-conditioning coil pipe.Wind in described array fan 3
Fan uses DC fan.
This utility model additionally provides a kind of cabinet system, and the duplex rack provided including this utility model alternative is micro-
Module, described airspace in a second direction be respectively provided on two sides with door 6 to be opened/closed, described first direction is perpendicular to second party
To；
If the quantity of described duplex rack micromodule is at least two, then duplex rack micromodule described at least two is along
One direction and/or second direction form array arrangement, and, two the most adjacent described duplex rack micromodules it
Between can realize the connection of two described airspaces by opening of described door.
In order to realize preferably connecting, two the most adjacent described duplex rack micromodules are connected by para-position
Part 8 realizes para-position and connects.Specifically, the both sides in a second direction of described housing 4 are provided with in order to micro-with other duplex racks
The para-position connector 8 that housing 4 para-position of module connects.Furthermore, it is understood that para-position connector 8 can be simply such as slot and insertion
Portion, realizes para-position by its coupling connection.
Visible, micromodule is one of them micromodule, in specific implementation process, when building whole machine room when,
Having multiple such module constantly replicate and constantly extend, this time, each micromodule will constantly extend into an entire row
Micromodule array.Now, together with the passage of heat between micromodule and cold passage are shared in regard to UNICOM, the most each micro-mould
Block can also borrow cold or dispersion heat in the module of periphery from neighbouring micromodule, has reached the redundancy between micromodule.
When the coil pipe in any one micromodule therein or fan failure, even load are too high, or the clear-cut too low top of load does not has
When having placement coil pipe, cold can be obtained from peripheral modules, which further increases the redundancy between refrigeration module and system
Reliability.
In sum, this utility model is the restriction of intrinsic thinking in having broken away from field, in intrinsic thinking, in order to realize dissipating
Heat is ventilated, and is both for single rack and is designed, but, this utility model is creatively expected being carried out by two racks
Being applied in combination, thus introduce the heat dissipation ventilation assembly outside rack and form heat dissipation channel, this is not only that intraware dissipates
Heat or external module carry out the problem dispelled the heat, and are also not only that two rack one assemblies of configuration carry out this number of heat dissipation ventilation
Two racks and ventilation and heat component integration are become the new approaches of a module by the improvement in amount, but off the beaten track.
And, by modular design, additionally it is possible to realize the combination between multiple module and connect, the most adjacent
Module between, owing between airspace being connection, moreover it is possible to realize the complementation of heat-sinking capability, dissipating between equilibrium module
Thermic load.
Claims (10)
1. a duplex rack micromodule, it is characterised in that: include two groups of disjunctor duplex cabinets arranged dorsad and ventilation and heat group
Part, disjunctor duplex cabinet described in two groups is respectively arranged on the both sides of described ventilation and heat assembly in the first direction, and dissipates with described ventilation
Hot assembly connects, and described ventilation and heat assembly includes airspace, is located at the air-conditioning coil pipe of described airspace top open part
With the array fan being positioned on the upside of described air-conditioning coil pipe, described airspace connects described disjunctor duplex cabinet in the first direction.
2. duplex rack micromodule as claimed in claim 1, it is characterised in that: described airspace both sides in the first direction
PVC door curtain is the most removably installed.
3. duplex rack micromodule as claimed in claim 1, it is characterised in that: it is provided with roller bottom described disjunctor duplex cabinet,
Described disjunctor duplex cabinet, ventilation and heat assembly, and parts thereon are all by the realization transport of described roller.
4. duplex rack micromodule as claimed in claim 1, it is characterised in that: described air-conditioning coil pipe is horizontal air-conditioning coil pipe.
5. duplex rack micromodule as claimed in claim 1, it is characterised in that: the fan in described array fan uses direct current
Fan.
6. duplex rack micromodule as claimed in claim 1, it is characterised in that: described airspace is formed by housing, institute
Stating housing and connect two described disjunctor duplex cabinets respectively, described air-conditioning coil pipe and/or array fan are installed on by top-support
Described housing.
7. duplex rack micromodule as claimed in claim 6, it is characterised in that: the both sides in a second direction of described housing set
There is the para-position connector in order to be connected with the housing para-position of other duplex rack micromodules.
8. duplex rack micromodule as claimed in claim 1, it is characterised in that: described airspace both sides in a second direction
Being respectively equipped with door to be opened/closed, described first direction is perpendicular to second direction.
9. a cabinet system, it is characterised in that: at least one include claim 1 to 6 one of arbitrarily as described in duplex machine
Cabinet micromodule, described airspace in a second direction be respectively provided on two sides with door to be opened/closed, described first direction is perpendicular to
Two directions；
If the quantity of described duplex rack micromodule is at least two, then duplex rack micromodule described at least two is along first party
To and/or second direction formed array arrangement, and, energy between two the most adjacent described duplex rack micromodules
Enough realize the connection of two described airspaces by opening of described door.
10. cabinet system as claimed in claim 9, it is characterised in that: two the most adjacent described duplex racks
Micromodule realizes para-position by para-position connector and connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620553757.8U CN205694030U (en) | 2016-06-07 | 2016-06-07 | Duplex rack micromodule and cabinet system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620553757.8U CN205694030U (en) | 2016-06-07 | 2016-06-07 | Duplex rack micromodule and cabinet system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205694030U true CN205694030U (en) | 2016-11-16 |
Family
ID=57261387
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620553757.8U Active CN205694030U (en) | 2016-06-07 | 2016-06-07 | Duplex rack micromodule and cabinet system |
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| Country | Link |
|---|---|
| CN (1) | CN205694030U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113382607A (en) * | 2021-06-09 | 2021-09-10 | 中国电信股份有限公司 | Data center machine room |
-
2016
- 2016-06-07 CN CN201620553757.8U patent/CN205694030U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113382607A (en) * | 2021-06-09 | 2021-09-10 | 中国电信股份有限公司 | Data center machine room |
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