CN205611147U - Liquid cooling circuit temperature regulating device - Google Patents
Liquid cooling circuit temperature regulating device Download PDFInfo
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- CN205611147U CN205611147U CN201620422183.0U CN201620422183U CN205611147U CN 205611147 U CN205611147 U CN 205611147U CN 201620422183 U CN201620422183 U CN 201620422183U CN 205611147 U CN205611147 U CN 205611147U
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- switch board
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- heat
- temperature
- regulating device
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Abstract
The utility model provides a liquid cooling circuit temperature regulating device, the especially inside temperature regulation technique of domestic fungus environmental control apparatus switch board, through drawing forth at the cold and hot source module of domestic fungus environmental control apparatus along separate routes, this through the inside heat exchanger of switch board, with the inside air heat transfer of switch board, plays the inside air temperature of regulation control cabinet along separate routes, reduces air relative humidity's effect. The utility model discloses the electrical components long -term stability is worked in can ensureing the switch board, prolongs electrical components's life, the comdenstion water is discharged to the further water -collecting tray that utilizes, utilizes the insulation material to keep warm to switch board heat conduction parts, improves the control effect to switch board internal environment humiture, cold and hot matchmaker's flow is along separate routes adjusted to the further solenoid valve that utilizes, improves temperature control's accuracy.
Description
Technical field
This utility model relates to technical field of refrigeration equipment, and the liquid especially relating to a kind of edible fungi environmental control equipment is cold
Circuit controling temperature device.
Background technology
Based on GB1497 " low-voltage electrical apparatus basic standard " normal running conditions of low voltage component made respective specified:
The upper limit of ambient air temperature is less than 40 DEG C；The meansigma methods of ambient air temperature 24h is less than 35 DEG C；Ambient air temperature
Lower limit is not less than-5 DEG C.At present, China's most area outside air temperature in summer reaches 40 DEG C, surface temperature be even up to 70 DEG C with
On, outdoor is so placed in for edible fungi environmental control equipment, suffers again the equipment of sun direct projection, air themperature in its switch board
Exceed the secure operating environment temperature of electric elements especially；Equally, low temperature environment also can make a part of electric elements indigo plant occur
Shield, stuck, operation is slow, the phenomenon even not started, and the temperature regulation in such switch board just becomes particularly important.
In present stage switch board, heat radiation great majority use the mode installing radiator fan additional.But when outdoor temperature alreadys more than
During the secure operating environment temperature of electric elements, the method has not had obvious radiating effect, and the louvre outputed also can carry
High rainwater enters probability in switch board, produces potential safety hazard；And the effect of the method is only limitted to dispel the heat switch board, but low
The effect of ambient temperature in the method does not promote switch board under temperature environment；Change this present situation, be necessary for finding new
The technology of ambient temperature in regulation switch board, ambient temperature in regulation switch board, protect electric elements, make electric elements stably transport
OK.Realize this target, it is provided that the ambient temperature being suitable for electric elements stable operation demand in switch board must pull against exactly
Problem.
Summary of the invention
This utility model is to solve the ambient temperature control in the edible fungi environmental control equipment switch board of prior art
Problem processed, proposes a kind of cold heat source module utilizing edible fungi environmental control equipment itself, electric elements fortune in regulation switch board
The liquid cold circuit temperature regulating device of row ambient temperature.
In order to solve above-mentioned technical problem, this utility model employing following technical proposals: liquid cold circuit temperature regulating device, including
Edible fungi environmental control equipment cold heat source module, switch board, also include control module, switch board internal heat module, described
Edible fungi environmental control equipment cold heat source module includes inside operational module, source heat exchanger, described source heat exchanger and switch board
Heat exchange module connects, and described control module is integrated in edible fungi environmental control equipment, described switch board internal heat mould
Block is made up of copper pipe road, interior heat exchanger.This programme by edible fungi environmental control equipment cold heat source module draw branch, i.e. from
Source heat exchanger is drawn, and this branch, through switch board internal exchanger, with switch board inner air heat exchange, plays in regulation switch board
Portion's air themperature, reduces the effect of relative air humidity, ensures electric elements long-term stable operation, extends the use of electric elements
Life-span；Cold heat source module is edible fungi environmental control equipment Cooling and Heat Source；Control module is integrated in edible fungi environmental control equipment control
In molding block；Operational module generally includes compressor, high-voltage switch gear, cross valve, heat exchanger, process duct, device for drying and filtering, electronics
Expansion valve, reservoir, needle-valve, gas-liquid separator, low tension switch etc..
Further, described switch board is provided with water-collecting tray, drain pipe.Utilize water-collecting tray to collect in time in switch board to produce
Condensed water, then drain pipe in time by condensed water discharge, can play reduce relative air humidity effect, ensure electric elements
Long-term stable operation, extends the service life of electric elements；Water-collecting tray, drain pipe are respectively positioned on bottom switch board.
Further, described switch board is provided with heat preservation module, and described heat preservation module includes electric base plate thermal insulating
Layer, cabinet heat-insulation layer.This programme utilizes insulating heat insulating material to be incubated switch board conducting-heat elements, improves environment temperature in switch board
The control effect of humidity, and electric elements are completely cut off by insulating heat insulating material, will not produce condensed water, it is ensured that the length of electric elements
Phase stable operation；Cabinet arranges heat-insulation layer, can play isolation External Internal, keeps the effect of in-cabinet temperature.
Further, described source heat exchanger is connected by electromagnetic valve with switch board internal heat module.Electromagnetic valve is electricity
Dynamic flow control valve, utilizes the cold flow rate of heat medium of electromagnetic valve scalable branch, improves temperature controlled degree of accuracy.
The beneficial effects of the utility model have following some: 1), make switch board in ambient temperature be maintained at optimum shape
State, keeps the long-term stable operation of electric elements, extends electric elements service life；2), raising is warm and humid to environment in switch board
The control effect of degree, and electric elements will not produce condensed water, it is ensured that the operation steady in a long-term of electric elements；3), switch board
Interior temperature regulation time, switch board is in air-tight state, will not rain, dust etc. affects the factor of electric elements steady operation and enters
Enter switch board, the steady operation of electric elements can be kept, extend the service life of electric elements.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model.
Fig. 2 is a kind of switch board heat preservation module structural representation of the present utility model.
In figure: 1, switch board 2, control module 3, operational module 5, source heat exchanger
6, copper pipe road 7, interior heat exchanger 8, water-collecting tray 9, drain pipe
10, insulation heat preservation layer 11, cabinet heat-insulation layer 12, electromagnetic valve.
Detailed description of the invention
Below in conjunction with embodiment, this utility model is described in further detail:
Liquid cold circuit temperature regulating device as shown in Figure 1 and Figure 2, including edible fungi environmental control equipment cold heat source module, control
Cabinet 1, also includes control module 2, switch board 1 internal heat module, and edible fungi environmental control equipment cold heat source module includes work
Module 3, source heat exchanger 5, source heat exchanger 5 connects with switch board 1 internal heat module, and control module 2 is integrated in edible fungi environment
In control equipment, switch board 1 internal heat module is made up of copper pipe road 6, interior heat exchanger 7；Switch board 1 is provided with water-collecting tray 8, draining
Pipe 9；Switch board 1 is provided with heat preservation module, and heat preservation module includes electric base plate insulation heat preservation layer 10, cabinet heat-insulation layer 11；Source heat exchange
Device 5 is connected by electromagnetic valve 12 with switch board 1 internal heat module.
Specifically used process is as follows:
Refrigeration, according to the use requirement of user, if indoor air temperature is higher than user's requirement, air themperature in switch board 1
During higher than the highest safe operating temperature of electric elements (user's requirement), control module 2 output order makes source heat exchanger 5, interior heat exchange
Device 7 is opened refrigeration mode and is run, and corresponding electromagnetic valve 12 is opened, and copper pipe road 6 is opened and run；When indoor heat load, switch board 1 interior-heat
When load is more than more than 20%, edible fungi environmental control equipment cold heat source module, switch board 1 internal heat module standard-sized sheet run,
Water-collecting tray 8, drain pipe 9 discharge condensed water；When thermic load is less than 20% more than more than 20%, in switch board 1 for indoor heat load,
Edible fungi environmental control equipment cold heat source module standard-sized sheet, switch board 1 internal heat module unlatching 50%, water-collecting tray 8, drain pipe 9
Discharge condensed water；When indoor heat load less than 20%, in switch board 1 thermic load more than 20% or in indoor heat load, switch board 1
When thermic load is less than 20%, edible fungi environmental control equipment cold heat source module opens 50%, switch board 1 internal heat module standard-sized sheet
Running, water-collecting tray 8, drain pipe 9 discharge condensed water；When in indoor temperature, switch board 1, temperature reaches set temperature value scope and holds
When continuous more than 5 minutes, edible fungi environmental control equipment cold heat source module, switch board 1 internal heat module are out of service；
Use requirement according to user, if indoor air temperature is higher than user's requirement, in switch board 1, air themperature is less than electricity
During the highest safe operating temperature of device element (user's requirement), control module 2 output order makes source heat exchanger 5 open refrigeration mode fortune
OK, the corresponding electromagnetic valve 12 that controls cuts out, and copper pipe road 6, interior heat exchanger 7 are not turned on running；As being in operation, air in switch board 1
Temperature is higher than the highest safe operating temperature of electric elements (user setup), then run simultaneously at source heat exchanger 5, open electromagnetic valve
12, copper pipe road 6 is opened and is run, and interior heat exchanger 7 starts refrigeration, according to above-mentioned operation, until refrigerating operaton terminates.
Heat: according to the use requirement of user, when requiring less than user such as indoor air temperature, Air Temperature in switch board 1
When degree is less than electric elements minimum safe running temperature (user's requirement), control module 2 output order makes source heat exchanger 5, inside changes
Hot device 7 is opened heating mode and is run, and corresponding control electromagnetic valve 12 is opened, copper pipe road 6 is opened and run；In operating process, also may be used
Size according to indoor refrigeration duty determines the opening of cold heat source module, when in indoor refrigeration duty, switch board 1, refrigeration duty is big
Edible fungi environmental control equipment cold heat source module in 20% time, switch board 1 internal heat module standard-sized sheet, when indoor refrigeration duty is more than
20%, edible fungi environmental control equipment cold heat source module standard-sized sheet when refrigeration duty is less than 20% in switch board 1, switch board 1 is internal to be changed
Thermal modules 50% is run；When indoor refrigeration duty less than 20%, in switch board 1 refrigeration duty more than 20% or indoor refrigeration duty is less than
20%, when in switch board 1, refrigeration duty is less than 20%, edible fungi environmental control equipment cold heat source module 50% runs, in switch board 1
Portion's heat exchange module standard-sized sheet；When indoor temperature reaches set temperature value scope and continues more than 5 minutes, edible fungi environmental Kuznets Curves sets
Standby cold heat source module, switch board 1 internal heat module is out of service, and heating operation terminates；
Use requirement according to user, when requiring less than user such as indoor air temperature, in switch board 1, air themperature is higher than
During electric elements minimum safe running temperature (user's requirement), control module 2 output order makes edible fungi environmental control equipment cold
In heat source module source heat exchanger 5, switch board 1 internal heat module, heating mode operation opened by heat exchanger 7, controls electromagnetism accordingly
Valve 12 cuts out, and copper pipe road 6 is not turned on running；In running such as edible fungi environmental control equipment cold heat source module, air in switch board 1
Temperature is less than electric elements minimum safe running temperature (user setup), then transport at edible fungi environmental control equipment cold heat source module
Row simultaneously, opens electromagnetic valve 12, and copper pipe road 6 is opened and run, and interior heat exchanger 7 starts to heat；According to above-mentioned operation, until heating fortune
Row terminates.
The foregoing is only preferred embodiment of the present utility model, all according to this utility model claim made equal
Deng change and modification, covering scope of the present utility model all should be belonged to.
Claims (4)
1. a liquid cold circuit temperature regulating device, including edible fungi environmental control equipment cold heat source module, switch board, its feature exists
In: also include that control module, switch board internal heat module, described edible fungi environmental control equipment cold heat source module include work
Making module, source heat exchanger, described source heat exchanger connects with switch board internal heat module, and described control module is integrated in food
With in bacterium environmental control equipment, described switch board internal heat module is made up of copper pipe road, interior heat exchanger.
Liquid cold circuit temperature regulating device the most according to claim 1, is characterized in that: described switch board is provided with water-collecting tray, row
Water pipe.
Liquid cold circuit temperature regulating device the most according to claim 1, is characterized in that: described switch board is provided with heat preservation module,
Described heat preservation module includes electric base plate insulation heat preservation layer, cabinet heat-insulation layer.
Liquid cold circuit temperature regulating device the most according to claim 1, is characterized in that: inside described source heat exchanger and switch board
Heat exchange module is connected by electromagnetic valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620422183.0U CN205611147U (en) | 2016-05-09 | 2016-05-09 | Liquid cooling circuit temperature regulating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620422183.0U CN205611147U (en) | 2016-05-09 | 2016-05-09 | Liquid cooling circuit temperature regulating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205611147U true CN205611147U (en) | 2016-09-28 |
Family
ID=56965982
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620422183.0U Active CN205611147U (en) | 2016-05-09 | 2016-05-09 | Liquid cooling circuit temperature regulating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205611147U (en) |
-
2016
- 2016-05-09 CN CN201620422183.0U patent/CN205611147U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |