CN206077921U - Cooling back installation with gas voltage stabilizing - Google Patents
Cooling back installation with gas voltage stabilizing Download PDFInfo
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- CN206077921U CN206077921U CN201621019354.1U CN201621019354U CN206077921U CN 206077921 U CN206077921 U CN 206077921U CN 201621019354 U CN201621019354 U CN 201621019354U CN 206077921 U CN206077921 U CN 206077921U
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- water
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- cooling
- pipe
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Abstract
This utility model is related to general heat exchange or heat-transfer equipment field, specially a kind of cooling back installation with gas voltage stabilizing.A kind of cooling back installation with gas voltage stabilizing, a kind of cooling back installation with gas voltage stabilizing, including centrifugal pump (11), cooling water inlet pipe (21), cooling water outlet pipe (22) and external cooling device (31), it is characterized in that：Also include raw water pump (12), small pump (13), the first filter (41), raw water tank (51), surge tank (52), air accumulator (54), ion exchanger (6) and heater (7), the outlet of small pump (13) connects the water inlet of surge tank (52) by being sequentially connected in series the water pipe of check valve (82) and normally opened ball valve (81), and the outlet of surge tank (52) connects the water inlet of centrifugal pump (11) by normally opened butterfly valve (83).This utility model cooling effectiveness is high, and stability of flow is swift in response, strong adaptability.
Description
Technical field
This utility model is related to general heat exchange or heat-transfer equipment field, and specially a kind of circulation with gas voltage stabilizing is cold
But device.
Background technology
Cooling device with pure water as cooling medium is just obtaining increasingly extensive application, and this cooling device is driven by water pump
Dynamic water circulation, and after cooled electronic component radiator heat exchange absorbs heat, then there is heat with environment by outer heat-exchanger
Exchange, to play a part of cooling.But, current water circulation cooling device also has bulky, circulating water flow not
The stable, defect such as hydraulic loss is big, environmental suitability is poor, reduces work efficiency.
Utility model content
In order to overcome the defect of prior art, there is provided a kind of cooling effectiveness is high, easy to use, stability of flow, be swift in response,
Adaptable heat-exchange apparatus, the utility model discloses a kind of cooling back installation with gas voltage stabilizing.
This utility model reaches goal of the invention by following technical solution：
A kind of cooling back installation with gas voltage stabilizing, including centrifugal pump, cooling water inlet pipe, cooling water outlet pipe and outer cold
But device, external cooling device of connecting between the water inlet and the outlet of cooling water outlet pipe that cool down water inlet pipe, cool down water inlet pipe
Connect between the water inlet of outlet and cooling water outlet pipe valve chamber to be cooled, centrifugal pump is connected on cooling water outlet pipe, be centrifuged
The water inlet of pump connects the water inlet of cooling water outlet pipe, and the outlet of centrifugal pump connects the outlet of cooling water outlet pipe, in centrifugation
Under the driving of pump, cooling water pumps into valve chamber from cooling water inlet pipe, and Jing cold water water outlet tube pumps after heat exchange heats up occur in valve chamber
Enter external cooling device, reenter as cooled down water inlet pipe after external cooling device occurs heat exchange cooling,
It is characterized in that：Also include raw water pump, small pump, the first filter, raw water tank, surge tank, air accumulator, ion exchange
Device and heater,
The water inlet of raw water pump connects pure water source by normally opened ball valve, and the outlet of raw water pump is by being sequentially connected in series first
The water pipe of filter and normally opened ball valve connects the water inlet of raw water tank, and the outlet of raw water tank connects small pump by normally opened ball valve
Water inlet, the outlet of small pump connects the water inlet of surge tank by being sequentially connected in series the water pipe of check valve and normally opened ball valve
Mouthful, the outlet of surge tank connects the water inlet of centrifugal pump by normally opened butterfly valve, and air bleeding valve, air accumulator are provided with the top of surge tank
Gas outlet by be sequentially connected in series normally opened butterfly valve, electromagnetic valve and normally opened ball valve appendix connect surge tank at the top of air inlet
Mouthful；
The outlet of cooling water inlet pipe connects the water inlet of valve chamber by normally opened butterfly valve, and the water inlet of cooling water outlet pipe passes through
Normally opened butterfly valve connects the outlet of valve chamber.
The described cooling back installation with gas voltage stabilizing, is characterized in that：Small pump and surge tank all respectively have two, storage
Gas tank has four, and small pump and air accumulator are all connected in parallel respectively, and surge tank is connected in series；
Cooling water inlet pipe and cooling water outlet Gutron cross the water pipe connection of normally closed butterfly valve of having connected；The water inlet of degassing tank and go out
Water pipe connection of the mouth of a river by normally closed butterfly valve of having connected.
When this utility model is used, under the driving of centrifugal pump, cooling water is handed over from cooling water inlet pipe input valve chamber by heat
Each part in cooling valve chamber is changed, the cooling water Jing cooling water outlets pipe input external cooling device after intensification is input into after cooling cold again
But water inlet pipe is recycled；Raw water pump pumps into pure water in raw water tank and stores, and when cooling water flow declines, small pump is by raw water
Pure water in tank is pumped out, filter Jing ion exchanger and the second filter, and buffered tank voltage stabilizing and degassing tank degasification after inject
Cooling water outlet pipe, then Jing centrifugal pumps pump into cooling water inlet pipe and participate in cooling to valve chamber；The gas of air accumulator memory storage（Generally make
Use high pure nitrogen）Pressure stabilization function is implemented to surge tank, it is ensured that the pressure stability of recirculated water.
Various kinds of sensors and controller are such as added, in real time the parameters such as flow, temperature, pressure reduction, liquid level and electrical conductivity are transmitted
To controller, controller is that foundation sends various instructions with parameter, it is ensured that valve chamber obtains cooling promptly and accurately, and ensures each portion
The normal operation of part, is capable of achieving automatic operating, and cooling effectiveness and control accuracy are higher.
The beneficial effects of the utility model are：Cooling effectiveness is high, and easy to use, stability of flow is swift in response, adaptability
By force.
Description of the drawings
Fig. 1 is structural representation of the present utility model.
Specific embodiment
This utility model is further illustrated below by way of specific embodiment.
Embodiment 1
A kind of cooling back installation with gas voltage stabilizing, including centrifugal pump 11, cooling water inlet pipe 21, cooling water outlet pipe
22nd, external cooling device 31, raw water pump 12, small pump 13, the first filter 41, raw water tank 51, surge tank 52, air accumulator 54, from
Sub- exchanger 6 and heater 7, as shown in figure 1, concrete structure is：
Cooling water inlet pipe 21 water inlet and the outlet of cooling water outlet pipe 22 between connect external cooling device 31, cool down into
The valve chamber 32 for connecting to be cooled between the water inlet of the outlet and cooling water outlet pipe 22 of water pipe 21, centrifugal pump 11 are connected on cooling
On outlet pipe 22, the water inlet of the water inlet connection cooling water outlet pipe 22 of centrifugal pump 11, the outlet connection cooling of centrifugal pump 11
The outlet of outlet pipe 22, under the driving of centrifugal pump 11, cooling water pumps into valve chamber 32 from cooling water inlet pipe 21, in valve chamber 32
After generation heat exchange heats up, Jing cold water outlet pipe 22 pumps into external cooling device 31, after external cooling device 31 occurs heat exchange cooling
Reenter as cooled down water inlet pipe 21；
The water inlet of raw water pump 12 connects pure water source by normally opened ball valve 81, and the outlet of raw water pump 12 is by being sequentially connected in series
The water inlet of the water pipe connection raw water tank 51 of first filter 41 and normally opened ball valve 81, the outlet of raw water tank 51 is by normally opened
Ball valve 81 connects the water inlet of small pump 13, and the outlet of small pump 13 is by being sequentially connected in series check valve 82 and normally opened ball valve 81
Water pipe connect the water inlet of surge tank 52, the water inlet of the outlet of surge tank 52 by the connection centrifugal pump 11 of normally opened butterfly valve 83
Mouthful, the top of surge tank 52 is provided with air bleeding valve 84, and the gas outlet of air accumulator 54 is by being sequentially connected in series normally opened butterfly valve 83, electromagnetic valve
85 and normally opened ball valve 81 appendix connection surge tank 52 at the top of air inlet；
The outlet of cooling water inlet pipe 21 connects the water inlet of valve chamber 32 by normally opened butterfly valve 83, and cooling water outlet pipe 22 enters
The mouth of a river connects the outlet of valve chamber 32 by normally opened butterfly valve 83.
In the present embodiment：Small pump 13 and surge tank 52 all respectively have two, and air accumulator 54 has four, small pump 13 and gas storage
Tank 54 is all connected in parallel respectively, and surge tank 52 is connected in series；
The water pipe connection of cooling water inlet pipe 21 and cooling water outlet pipe 22 by normally closed butterfly valve 87 of having connected；Degassing tank 53 enters
The water pipe connection of the mouth of a river and outlet by normally closed butterfly valve 87 of having connected.
When the present embodiment is used, under the driving of centrifugal pump 11, cooling water passes through from the cooling input valve chamber 32 of water inlet pipe 21
Each part in heat exchange cooling valve chamber 32, the input external cooling device 31 of cooling water Jing cooling water outlets pipe 22 after intensification, after cooling
Input cooling water inlet pipe 21 is recycled again；Raw water pump 12 pumps into pure water in raw water tank 51 and stores, when under cooling water flow
During drop, the pure water in raw water tank 51 is pumped out by small pump 13, and Jing ion exchangers 6 and the second filter 42 filter, and buffered
Cooling water outlet pipe 22 is injected after 53 degasification of 52 voltage stabilizing of tank and degassing tank, then Jing centrifugal pumps 11 pump into cooling water inlet pipe 21 and participate in valve
The cooling of room 32；The gas of 54 memory storage of air accumulator（High pure nitrogen is usually used）Pressure stabilization function is implemented to surge tank 51, it is ensured that
The pressure stability of recirculated water.
Various kinds of sensors and controller are such as added, in real time the parameters such as flow, temperature, pressure reduction, liquid level and electrical conductivity are transmitted
To controller, controller is that foundation sends various instructions with parameter, it is ensured that valve chamber 32 obtains cooling promptly and accurately, and ensures each
The normal operation of part, is capable of achieving automatic operating, and cooling effectiveness and control accuracy are higher.
Claims (2)
1. a kind of cooling back installation with gas voltage stabilizing, including centrifugal pump (11), cooling water inlet pipe (21), cooling water outlet pipe
(22) and external cooling device (31), cool down series connection between the water inlet and the outlet of cooling water outlet pipe (22) of water inlet pipe (21) outer
Chiller (31), valve to be cooled of connecting between the outlet and the water inlet of cooling water outlet pipe (22) that cool down water inlet pipe (21)
Room (32), centrifugal pump (11) are connected on cooling water outlet pipe (22), water inlet connection cooling water outlet pipe (22) of centrifugal pump (11)
Water inlet, centrifugal pump (11) outlet connection cooling water outlet pipe (22) outlet, it is under the driving of centrifugal pump (11), cold
But water pumps into valve chamber (32) from cooling water inlet pipe (21), and Jing cold water outlet pipes (22) after heat exchange heats up occurs in valve chamber (32)
External cooling device (31) is pumped into, is reentered as cooled down water inlet pipe (21) after external cooling device (31) occurs heat exchange cooling,
It is characterized in that：Also include raw water pump (12), small pump (13), the first filter (41), raw water tank (51), surge tank
(52), air accumulator (54), ion exchanger (6) and heater (7),
The water inlet of raw water pump (12) connects pure water source by normally opened ball valve (81), and the outlet of raw water pump (12) is by going here and there successively
The water inlet of water pipe connection raw water tank (51) of the first filter (41) and normally opened ball valve (81), the water outlet of raw water tank (51) are joined
Mouth connects the water inlet of small pump (13) by normally opened ball valve (81), and the outlet of small pump (13) is unidirectional by being sequentially connected in series
The water inlet of water pipe connection surge tank (52) of valve (82) and normally opened ball valve (81), the outlet of surge tank (52) pass through normally opened butterfly
The water inlet of valve (83) connection centrifugal pump (11), is provided with air bleeding valve (84), the outlet of air accumulator (54) at the top of surge tank (52)
Mouth connects surge tank (52) top by being sequentially connected in series the appendix of normally opened butterfly valve (83), electromagnetic valve (85) and normally opened ball valve (81)
The air inlet in portion；
The outlet of cooling water inlet pipe (21) connects the water inlet of valve chamber (32), cooling water outlet pipe (22) by normally opened butterfly valve (83)
Water inlet by normally opened butterfly valve (83) connect valve chamber (32) outlet.
2. the cooling back installation with gas voltage stabilizing as claimed in claim 1, is characterized in that：Small pump (13) and surge tank
(52) all respectively there are two, air accumulator (54) there are four, small pump (13) and air accumulator (54) are all connected in parallel respectively, surge tank
(52) it is connected in series；
Cooling water inlet pipe (21) and cooling water outlet pipe (22) are connected by the water pipe of normally closed butterfly valve (87) of having connected；Degassing tank (53)
Water inlet and outlet by connected normally closed butterfly valve (87) water pipe connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621019354.1U CN206077921U (en) | 2016-08-31 | 2016-08-31 | Cooling back installation with gas voltage stabilizing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621019354.1U CN206077921U (en) | 2016-08-31 | 2016-08-31 | Cooling back installation with gas voltage stabilizing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206077921U true CN206077921U (en) | 2017-04-05 |
Family
ID=58435301
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621019354.1U Active CN206077921U (en) | 2016-08-31 | 2016-08-31 | Cooling back installation with gas voltage stabilizing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206077921U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109163568A (en) * | 2018-10-19 | 2019-01-08 | 山西太钢不锈钢股份有限公司 | Stable-pressure device and the sealing and circulating water cooling system for applying it |
-
2016
- 2016-08-31 CN CN201621019354.1U patent/CN206077921U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109163568A (en) * | 2018-10-19 | 2019-01-08 | 山西太钢不锈钢股份有限公司 | Stable-pressure device and the sealing and circulating water cooling system for applying it |
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