CN202420070U - Expandable modular conventional liquid cooling source - Google Patents
Expandable modular conventional liquid cooling source Download PDFInfo
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- CN202420070U CN202420070U CN2011205507692U CN201120550769U CN202420070U CN 202420070 U CN202420070 U CN 202420070U CN 2011205507692 U CN2011205507692 U CN 2011205507692U CN 201120550769 U CN201120550769 U CN 201120550769U CN 202420070 U CN202420070 U CN 202420070U
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Abstract
The utility model discloses a expandable modular conventional liquid cooling source which comprises a control and liquid storage module, a first heat-dissipation and liquid supply module and two plugs, wherein the control and liquid storage module is arranged at one end of the liquid cooling source, and the first heat-dissipation and liquid supply module is arranged at the other end of the liquid cooling source; and the control and liquid storage module is tightly close to the first heat-dissipation and liquid supply module, and a liquid supply pipe and a liquid return pipe of the control and liquid storage module are connected with a branch pipe of the heat-dissipation and liquid supply module, and the two plugs close the two ports of the branch pipe of the heat-dissipation and liquid supply module. According to the utility model, the expansion of heat dissipating capacity and liquid supply quantity is achieved; and the liquid cooling source has a function of carrying out on-line maintenance on failure equipment.
Description
Technical field
The invention belongs to dehumidifying technology, the particularly a kind of conventional liquid cooling of modularization source of expanding.
Background technology
Current, the power of electronic equipment constantly increases, and structure is more and more compacter, and liquid cools becomes the important channel that solves its heat dissipation problem.The liquid cooling source is as the necessary equipment of electronic equipment liquid cools, and the reliable and stable work of electronic equipment is played crucial effects.Be divided into two kinds in refrigerating fluid low-temperature receiver and conventional liquid cooling source on the market; The refrigerating fluid low-temperature receiver adopts compressor cooling; Through cold-producing medium and air heat exchange, utilize cold-producing medium and refrigerant (water, ethylene glycol etc.) heat exchange more earlier, produce the refrigerant of low temperature; Remove cooling electronic apparatus, require the special occasions of low operating temperature and field to use at some electronic equipments.And conventional liquid cooling source is the device with cooling electronic apparatus after refrigerant and the air direct heat transfer, does not wherein have compressor, and is simple in structure, realizes that easily application is very extensive.At present, the heat dissipation capacity in the conventional liquid cooling source on the market is fixed, and generally can only cool off hear rate electronic equipment within the specific limits, in case the electronic equipment dissipating heat amount increases, just must reconfigure new liquid cooling source.This conventional liquid cooling source is not because of possessing expanding function, and adaptive capacity is poor, or causes manufacturer's production cost to strengthen, or causes user's (electronic equipment applying unit) use cost also to increase.Simultaneously, the mission reliability in this conventional liquid cooling source is lower, in case when water pump, blower fan etc. break down, must stop the work of electronic equipment, could keep in repair, and greatly influences the operate as normal of electronic equipment.Some conventional liquid cooling sources are also arranged, adopt the water pump of the some quantity of backup, the method for blower fan,, but cause the cost in liquid cooling source to increase with the raising mission reliability.
Summary of the invention
The object of the present invention is to provide a kind of conventional liquid cooling of the modularization expanded source that makes things convenient for operation and maintenance, heat dissipation capacity and liquid supply rate freely to mate also automatic liquid feeding that has.
The technical scheme that realizes the object of the invention is: a kind of conventional liquid cooling of modularization source of expanding; Comprise a control and liquid storage module, first heat radiation and feed flow module and two plugs; Control and liquid storage module arrangement are at an end in liquid cooling source, and first heat radiation and feed flow module arrangement are at the other end; Control and adjacent this first heat radiation of liquid storage module and feed flow module; And will control and feed flow pipeline, the liquid back pipe road of liquid storage module link to each other with the branch line of heat radiation and feed flow module, two plugs are with two port closeds of branch line of first heat radiation and feed flow module.
The present invention compared with prior art, its remarkable advantage is: (1) adopts module combinations to form, and realizes the expansion of heat dissipation capacity and liquid supply rate.Compose in parallel the liquid cooling source through 1 control and liquid storage module with several heat radiations and feed flow module; Electronic equipment for different radiating and feed flow requirement; Select not several on the same stage heat radiation and feed flow module; Can realize the expansion of heat dissipation capacity and liquid supply rate, to adapt to the heat radiation requirement of distinct electronic apparatuses.(2) have the function of faulty equipment on-line maintenance, do not influence electronic equipment and use.This routine liquid cooling source is in running; In case certain heat radiation and feed flow module break down, only need through closing respective valves, with module and the isolated on-line maintenance that gets final product of cooling medium circulation system; And other modules are moved to electronic equipment water supply as usual, so electronic equipment can be worked as usual.(3) have parameter demonstration, reporting functions.This liquid cooling source can show operational factor, running status, fault messages etc. such as the liquid supply pressure of whole system, temperature, flow on control panel, and is uploaded to the higher level and controls system.Whether liquid supply pressure, temperature, flow and water pump, the blower fan that simultaneously, also can show this module on each heat radiation and the feed flow module information such as fault.(4) has the function that heat dissipation capacity and liquid supply rate freely mate.The water pump of each heat radiation and feed flow module, blower fan all can be controlled separately in this liquid cooling source; When the big liquid supply rate of the required heat dissipation capacity in liquid cooling source hour; Can stop the water pump of certain module and only let fan operation; And when needing the less liquid supply rate of heat dissipation capacity big, can stop the blower fan of certain module and only let water pump operation, thereby realize the independent assortment of heat dissipation capacity and liquid supply rate.
Below in conjunction with accompanying drawing the present invention is described in further detail.
Description of drawings
Fig. 1 can expand the conventional liquid cooling source structure of modularization sketch map.
Fig. 2 is heat radiation and feed flow modular structure sketch map.
Fig. 3 is control and liquid storage modular structure sketch map.
Fig. 4 can expand the conventional liquid cooling of modularization source operation principle sketch map.
The specific embodiment
In conjunction with Fig. 1; The present invention can expand the conventional liquid cooling of modularization source; Comprise 1 control and liquid storage module 1, first heat radiation and feed flow module 2 and two plugs 5, control and liquid storage module 1 are arranged in an end in liquid cooling source, and first heat radiation and feed flow module 2 are arranged in the other end; Control and liquid storage module 1 adjacent this first heat radiation and feed flow module 2; And will control and feed flow pipeline, the liquid back pipe road of liquid storage module 1 link to each other with the branch line of heat radiation and feed flow module, two plugs 5 are with two port closeds of branch line of first heat radiation and feed flow module 2.
In conjunction with figure Fig. 2 and 3; Control and liquid storage module 1 that the present invention can expand the conventional liquid cooling of modularization source comprise underframe 6, electric cabinet 7, water tank 8, gate valve 11, feed flow pipeline 12 and liquid back pipe road 13; Electric cabinet 7, water tank 8, (fluid filling pump 9) gate valve 11, feed flow pipeline 12 and liquid back pipe road 13 are arranged on the underframe 6; Electric cabinet 7 is connected with water tank 8 (, fluid filling pump 9) respectively through cable; Electric cabinet 7 is arranged in the leftward position of underframe 6, and water tank 8 is arranged in the centre position of underframe 6, and feed flow pipeline 12, liquid back pipe road 13 are arranged in the right positions of underframe 6; Be respectively arranged with gate valve 11 on feed flow pipeline 12 and the liquid back pipe road 13, (fluid filling pump 9) water tank 8 is connected with liquid back pipe road 13 successively;
First heat radiation and feed flow module 2 comprise underframe 6, solution feed pump 14, blower fan 15, radiator 16, ball valve 18, check valve 19 and branch line 20; Solution feed pump 14, blower fan 15, radiator 16, check valve 19 and branch line 20 are arranged on the underframe 6; Radiator 16 is arranged in the leftward position of underframe 6; Solution feed pump 14 is arranged in the centre position of underframe 6, between solution feed pump 14 and radiator 16, is provided with check valve 19, and blower fan 15 is fixed on the radiator 16; And near solution feed pump 14; Solution feed pump 14 1 ends are connected with radiator 16, and radiator 16 is connected with first ball valve 18-1, and the other end of solution feed pump 14 is connected with second ball valve 18-2; Above-mentioned connection is through branch line 20 radiator 16, water pump 14 and check valve 19, first ball valve 18-1, second ball valve 18-2 to be connected into a water circuit system; The branch line that first ball valve 18-1 is installed is connected with feed flow pipeline 12, and the branch line that second ball valve 18-2 is installed is connected with liquid back pipe road 13, and power distribution cabinet 17 is connected with solution feed pump 14, blower fan 15 through cable.
In conjunction with Fig. 1; The present invention can expand that the conventional liquid cooling of modularization source comprises 1 control and liquid storage module 1, heat radiation and feed flow module and two plugs 5 more than one; Control and liquid storage module 1 are arranged in an end in liquid cooling source, and each heat radiation and feed flow module are arranged in order and are arranged in the other end; Control and liquid storage module 1 adjacent first heat radiation and feed flow module, and will control and feed flow pipeline, the liquid back pipe road of liquid storage module 1 link to each other with the branch line of heat radiation and feed flow module; The branch line of each heat radiation and feed flow module interconnects; Two plugs 5 are with two port closeds of branch line of last heat radiation and feed flow module.
In conjunction with figure Fig. 2 and 3; Control and liquid storage module 1 that the present invention can expand the conventional liquid cooling of modularization source comprise underframe 6, electric cabinet 7, water tank 8, (fluid filling pump 9) gate valve 11, feed flow pipeline 12 and liquid back pipe road 13; Electric cabinet 7, water tank 8, (fluid filling pump 9) gate valve 11, feed flow pipeline 12 and liquid back pipe road 13 are arranged on the underframe 6; Electric cabinet 7 is connected with water tank 8, (fluid filling pump 9) respectively through cable; Electric cabinet 7 is arranged in the leftward position of underframe 6, and water tank 8 is arranged in the centre position of underframe 6, and feed flow pipeline 12, liquid back pipe road 13 are arranged in the right positions of underframe 6; Be respectively arranged with gate valve 11 on feed flow pipeline 12 and the liquid back pipe road 13, (fluid filling pump 9) water tank 8, liquid back pipe road 13 connect successively;
Heat radiation and feed flow module are made up of first heat radiation and feed flow module 2, second heat radiation and feed flow module 3, the 3rd heat radiation and feed flow module 4 more than one; The structure of first heat radiation and feed flow module 2, second heat radiation and feed flow module 3, the 3rd heat radiation and feed flow module 4 is just the same; Wherein first heat radiation and feed flow module 2 comprise underframe 6, solution feed pump 14, blower fan 15, radiator 16, ball valve 18, check valve 19 and branch line 20; Solution feed pump 14, blower fan 15, radiator 16, check valve 19 and branch line 20 are arranged on the underframe 6; Radiator 16 is arranged in the leftward position of underframe 6; Solution feed pump 14 is arranged in the centre position of underframe 6, between solution feed pump 14 and radiator 16, is provided with check valve 19, and blower fan 15 is fixed on the radiator 16; And near a side at solution feed pump 14; Solution feed pump 14 1 ends are connected with radiator 16, and radiator 16 is connected with first ball valve 18-1, and the other end of solution feed pump 14 is connected with second ball valve 18-2; Above-mentioned connection is through branch line 20 radiator 16, water pump 14 and check valve 19, first ball valve 18-1, second ball valve 18-2 to be connected into a water circuit system; The branch line that first ball valve 18-1 is installed is connected with feed flow pipeline 12, and the branch line that second ball valve 18-2 is installed is connected with liquid back pipe road 13, and power distribution cabinet 17 is connected with solution feed pump 14, blower fan 15 through cable; The branch line of first heat radiation and feed flow module 2, second heat radiation and feed flow module 3, the 3rd heat radiation and feed flow module 4 links to each other successively, and two plugs 5 are with two port closeds on the branch line of the 3rd heat radiation and feed flow module 4.
After the energising of liquid cooling source, give solution feed pump 10, blower fan 15 distribution through electric control box 7, the cooling medium in the water tank 8 is under the swabbing action of solution feed pump 10; Through branch line 20, get into each radiator 16, after blower fan 15 dispels the heat for radiator 16 and cooling medium; The cooling medium that temperature is lower passes through branch line 20 and feed flow pipeline 12 again, gives electronic equipment even load feed flow, behind the cooling load; Through liquid back pipe road 13, get into water tank 8, the next circulation of beginning.
The effect of control of the present invention and liquid storage module 1 is control liquid cooling source, storage cooling medium.Electric control box 7 is the control centres in whole liquid cooling source; Be responsible for the startup in liquid cooling source and stop; On the electric control box 7 display floater is arranged; Feed flow temperature, pressure, the flow that can show liquid cooling source and each heat radiation and feed flow module also show the running status of liquid cooling source and each heat radiation and feed flow module, and electric control box 7 also is responsible for the information such as operational factor, state and fault in liquid cooling source are reported and submitted to the higher level and is controlled system simultaneously.Water tank 8 storage cooling mediums also are provided with electric heater simultaneously, are used for heated cooling medium.Automatically filling cooling medium when fluid filling pump 9 can use in the liquid cooling source first, or the cooling medium in water tank 8 is when not enough, the cooling medium of annotating automatically.
The effect of heat radiation of the present invention and feed flow module 2,3,4 is the power that cooling medium is dispelled the heat and provides cooling medium to circulate.Radiator 16 is responsible for cooling medium is dispelled the heat with blower fan 15; Solution feed pump 10 is responsible for providing the power of cooling medium circulation; The distribution cable of electric control box 7, control cable and signal cable are connected on the power distribution cabinet 17; Send solution feed pump 10 and blower fan 15 to by power distribution cabinet 17 again, between solution feed pump 10 and radiator 16, be provided with check valve 19, prevent that liquid from flowing backwards.
The present invention can adopt three heat radiations and feed flow module 2,3,4; In actual use; Also can select the heat radiation and the feed flow module of control and liquid storage module 1 collocation varying number (1～6) to make up as required, realize the expansion of heat dissipation capacity and liquid supply rate.
On the branch line 20 of heat radiation of the present invention and feed flow module 2,3,4, also be provided with ball valve, in this routine liquid cooling source running; When heat radiation and feed flow module 2,3,4 any modules when breaking down; Can cut off being connected of this module and whole circulation system through ball valve, this module and cooling medium circulation system is isolated, can the on-line maintenance faulty equipment; And other modules are moved to electronic equipment water supply as usual, so electronic equipment can be worked as usual.
Test module of the present invention comprises flow sensor, temperature sensor and pressure sensor; Can test three parameters of temperature, pressure, flow of cooling medium simultaneously; The electric control box 7 that test module on control and the liquid storage module 1 sends signal to, parameters such as the temperature in the whole liquid cooling of electric control box 7 demonstrations source, pressure, flow; The power distribution cabinet 17 that test suite on heat radiation and the feed flow module 2,3,4 sends signal to, parameters such as the temperature of power distribution cabinet 17 these modules of demonstration, pressure, flow.
Claims (6)
1. can expand the conventional liquid cooling of modularization source for one kind; It is characterized in that comprising a control and liquid storage module (1), first heat radiation and feed flow module (2) and two plugs (5); Control and liquid storage module (1) are arranged in an end in liquid cooling source, and first heat radiation and feed flow module (2) are arranged in the other end; Control and adjacent this first heat radiation of liquid storage module (1) and feed flow module (2); And will control and feed flow pipeline, the liquid back pipe road of liquid storage module (1) link to each other with the branch line of heat radiation and feed flow module, two plugs (5) are with two port closeds of branch line of first heat radiation and feed flow module (2).
2. the conventional liquid cooling of the modularization source of expanding according to claim 1; It is characterized in that control and liquid storage module (1) comprise underframe (6), electric cabinet (7), water tank (8), gate valve (11), feed flow pipeline (12) and liquid back pipe road (13); Electric cabinet (7), water tank (8), gate valve (11), feed flow pipeline (12) and liquid back pipe road (13) are arranged on the underframe (6); Electric cabinet (7) is connected with water tank (8) respectively through cable; Electric cabinet (7) is arranged in the leftward position of underframe (6), and water tank (8) is arranged in the centre position of underframe (6), and feed flow pipeline (12), liquid back pipe road (13) are arranged in the right positions of underframe (6); Be respectively arranged with gate valve (11) on feed flow pipeline (12) and liquid back pipe road (13), water tank (8) is connected with liquid back pipe road (13) successively;
First heat radiation and feed flow module (2) comprise underframe (6), solution feed pump (14), blower fan (15), radiator (16), ball valve (18), check valve (19) and branch line (20); Solution feed pump (14), blower fan (15), radiator (16), check valve (19) and branch line (20) are arranged on the underframe (6); Radiator (16) is arranged in the leftward position of underframe (6); Solution feed pump (14) is arranged in the centre position of underframe (6); Between solution feed pump (14) and radiator (16), be provided with check valve (19); Blower fan (15) is fixed on the radiator (16), and near solution feed pump (14), solution feed pump (14) one ends are connected with radiator (16); Radiator (16) is connected with first ball valve (18-1); The other end of solution feed pump (14) is connected with second ball valve (18-2), and above-mentioned connection is through branch line (20) radiator (16), water pump (14) and check valve (19), first ball valve (18-1), second ball valve (18-2) to be connected into a water circuit system, and the branch line that first ball valve (18-1) is installed is connected with feed flow pipeline (12); The branch line that second ball valve (18-2) is installed is connected with liquid back pipe road (13), and power distribution cabinet (17) is connected with solution feed pump (14), blower fan (15) through cable.
3. can expand the conventional liquid cooling of modularization source for one kind; It is characterized in that comprising control and liquid storage module (1), heat radiation and feed flow module and two plugs (5) more than one; Control and liquid storage module (1) are arranged in an end in liquid cooling source, and each heat radiation and feed flow module are arranged in order and are arranged in the other end; Control and adjacent first heat radiation of liquid storage module (1) and feed flow module, and will control and feed flow pipeline, the liquid back pipe road of liquid storage module (1) link to each other with the branch line of heat radiation and feed flow module; The branch line of each heat radiation and feed flow module interconnects; Two plugs (5) are with two port closeds of branch line of last heat radiation and feed flow module.
4. the conventional liquid cooling of the modularization source of expanding according to claim 3; It is characterized in that control and liquid storage module (1) comprise underframe (6), electric cabinet (7), water tank (8), gate valve (11), feed flow pipeline (12) and liquid back pipe road (13); Electric cabinet (7), water tank (8), gate valve (11), feed flow pipeline (12) and liquid back pipe road (13) are arranged on the underframe (6); Electric cabinet (7) is connected with water tank (8) respectively through cable; Electric cabinet (7) is arranged in the leftward position of underframe (6), and water tank (8) is arranged in the centre position of underframe (6), and feed flow pipeline (12), liquid back pipe road (13) are arranged in the right positions of underframe (6); Be respectively arranged with gate valve (11) on feed flow pipeline (12) and liquid back pipe road (13), water tank (8), liquid back pipe road (13) connect successively;
Heat radiation and feed flow module are made up of first heat radiation and feed flow module (2), second heat radiation and feed flow module (3), the 3rd heat radiation and feed flow module (4) more than one; First heat radiation and feed flow module (2), second heat radiation and feed flow module (3), the 3rd heat radiation and the structure of feed flow module (4) are just the same; Wherein first heat radiation and feed flow module (2) comprise underframe (6), solution feed pump (14), blower fan (15), radiator (16), ball valve (18), check valve (19) and branch line (20); Solution feed pump (14), blower fan (15), radiator (16), check valve (19) and branch line (20) are arranged on the underframe (6); Radiator (16) is arranged in the leftward position of underframe (6); Solution feed pump (14) is arranged in the centre position of underframe (6); Between solution feed pump (14) and radiator (16), be provided with check valve (19); Blower fan (15) is fixed on the radiator (16); And near a side at solution feed pump (14); Solution feed pump (14) one ends are connected with radiator (16), and radiator (16) is connected with first ball valve (18-1), and the other end of solution feed pump (14) is connected with second ball valve (18-2); Above-mentioned connection is through branch line (20) radiator (16), water pump (14) and check valve (19), first ball valve (18-1), second ball valve (18-2) to be connected into a water circuit system; The branch line that first ball valve (18-1) is installed is connected with feed flow pipeline (12), and the branch line that second ball valve (18-2) is installed is connected with liquid back pipe road (13), and power distribution cabinet (17) is connected with solution feed pump (14), blower fan (15) through cable; First heat radiation and feed flow module (2), second heat radiation and feed flow module (3), the 3rd heat radiation and the branch line of feed flow module (4) link to each other successively, and two plugs (5) are with two port closeds on the branch line of the 3rd heat radiation and feed flow module (4).
5. can expand the conventional liquid cooling of modularization source according to described any one of claim 1 to 4; It is characterized in that the control and electric cabinet (7) bottom of liquid storage module (1) also are provided with fluid filling pump (9) and are used for filling cooling medium; Fluid filling pump (9) is connected with electric cabinet (7) through cable, and fluid filling pump (9), water tank (8), liquid back pipe road (13) connect successively.
6. can expand the conventional liquid cooling of modularization source according to described any one of claim 1 to 4; It is characterized in that going up at feed flow pipeline (12), respectively be provided with a test suite on radiator (16) and the branch line (20), this test suite comprises flow sensor, temperature sensor or pressure sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205507692U CN202420070U (en) | 2011-12-26 | 2011-12-26 | Expandable modular conventional liquid cooling source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205507692U CN202420070U (en) | 2011-12-26 | 2011-12-26 | Expandable modular conventional liquid cooling source |
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| Publication Number | Publication Date |
|---|---|
| CN202420070U true CN202420070U (en) | 2012-09-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205507692U Expired - Lifetime CN202420070U (en) | 2011-12-26 | 2011-12-26 | Expandable modular conventional liquid cooling source |
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| CN (1) | CN202420070U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898486A (en) * | 2015-05-19 | 2015-09-09 | 合肥天鹅制冷科技有限公司 | Multi-module starting control system and method |
| CN106895950A (en) * | 2015-12-17 | 2017-06-27 | 上海德朗汽车零部件制造有限公司 | A kind of assisted cryogenic cooling water system for automobile radiators wind tunnel test platform |
-
2011
- 2011-12-26 CN CN2011205507692U patent/CN202420070U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104898486A (en) * | 2015-05-19 | 2015-09-09 | 合肥天鹅制冷科技有限公司 | Multi-module starting control system and method |
| CN106895950A (en) * | 2015-12-17 | 2017-06-27 | 上海德朗汽车零部件制造有限公司 | A kind of assisted cryogenic cooling water system for automobile radiators wind tunnel test platform |
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Granted publication date: 20120905 |