CN203501519U - Water cooling system - Google Patents
Water cooling system Download PDFInfo
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- CN203501519U CN203501519U CN201320588025.9U CN201320588025U CN203501519U CN 203501519 U CN203501519 U CN 203501519U CN 201320588025 U CN201320588025 U CN 201320588025U CN 203501519 U CN203501519 U CN 203501519U
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Abstract
The utility model discloses a water cooling system, which comprises a main path cooling system, an auxiliary path cooling system and a control system, wherein the main path cooling system comprises a main water tank, a main water pump, a heat radiating assembly and first cooling equipment; both ends of the main water pump are respectively connected with the main water tank and the first cooling equipment, and the other end of the first cooling equipment is connected with the main water tank; the main water tank is connected with the heat radiating assembly; the heat radiating assembly comprises a condenser assembly; the auxiliary path cooling system comprises an auxiliary water tank, an auxiliary path water pump, second cooling equipment and a heat radiating winding; and both ends of the auxiliary path water pump are respectively connected with a water outlet of the auxiliary water tank and one end of the second cooling equipment, both ends of the heat radiating winding are respectively connected with the other end of the second cooling equipment and a backwater inlet of the auxiliary water tank, the heat radiating winding is wound on the condenser assembly, and the control system is respectively and electrically connected with the main water pump, the heat radiating assembly and the auxiliary path water pump. The water cooling system integrates a plurality of systems into one system, saves the used space, makes the system more controllable, and saves the production cost.
Description
Technical field
The utility model relates to technical field of refrigerating devices, is specifically related to a kind of water-cooling system.
Background technology
In industrial production and scientific experiment, the dissipation of heat that often equipment need to be produced in running is gone out, to guarantee the safe operation of equipment and the normal performance of performance.Existing water-cooling system a plurality of circulatory systems such as bypass is cooling when design, main road is cooling adopt the mode working alone, and integrated level is poor, and space hold is large, and production cost is high, is unfavorable for controlling and debugging.
Utility model content
The purpose of this utility model is to provide a kind of water-cooling system, and poor to solve above-mentioned existing water cooling system structure integrated level, space hold is large, and debugging difficulty is large, the problem that production cost is high.
Technical scheme is as follows:
A water-cooling system, comprises main road cooling system, bypass cooling system and the control system of moving for controlling described water-cooling system;
Described main road cooling system comprises main water box, feed pump, for the radiating subassembly of cooling circulating water with for the first cooling device of cooling cooled piece; The two ends of described feed pump are connected with one end of described the first cooling device with described main water box respectively, and the other end of described the first cooling device is connected with described main water box; Described main water box is connected with described radiating subassembly; Described control system is electrically connected to described feed pump and described radiating subassembly respectively;
Described radiating subassembly comprises condenser assembly; Described bypass cooling system comprises auxiliary water tank, bypass water pump, for the second cooling device of cooling cooled piece with for making the heat radiation winding of backwater heat radiation; The two ends of described bypass water pump are connected with one end of described the second cooling device with the delivery port of described auxiliary water tank respectively, the two ends of described heat radiation winding are connected with the other end of described the second cooling device and the water return outlet of described auxiliary water tank respectively, described heat radiation winding is wrapped on described condenser assembly, by described condenser assembly, dispel the heat, described control system is electrically connected to described bypass water pump.
Further: also to comprise, for the air conditioner cooling system to described water-cooling system inner air refrigeration, described air conditioner cooling system comprises the auxiliary water pump of air-conditioning and condenser, three-way connection between described main water box and described feed pump is connected with one end of the auxiliary water pump of described air-conditioning, the two ends of described condenser are connected with described main water box with the other end of the auxiliary water pump of described air-conditioning respectively, and the auxiliary water pump of described air-conditioning is electrically connected to described control system; Described condenser utilizes the recirculated water of its inner cryogenic to carry out cooling to surrounding air.
Further: between described condenser and described main water box, be also provided with air conditioner temperature sensor, described air conditioner temperature sensor is electrically connected to described control system.
Further: on the outlet pipeline between described main water box and described three-way connection, along water (flow) direction, to be also provided with successively main road control valve and main coarse filter element, described main road control valve is electrically connected to described control system, and described main coarse filter element is for filtering the particle of particle diameter >=5 micron.
Further: on the outlet pipeline between described feed pump and described the first cooling device along water (flow) direction be also provided with successively discharge pressure switch, for measuring the temperature of water outlet and the leaving water temperature flowmeter of flow, for preventing that the master that recirculated water flows backwards from going out water one-way valve, main outlet valve and main delivery port, described discharge pressure switch, described master go out water one-way valve, described leaving water temperature flowmeter and described main outlet valve and are electrically connected to described control system respectively.
Further: on the water return pipeline between described the first cooling device and described main water box, along water (flow) direction, to be also provided with successively main water return outlet, main back-water valve (BWV), the main backwater check valve flowing backwards for anti-non-return water and for measuring the return water temperature sensor of the temperature of backwater, described main back-water valve (BWV), described main backwater check valve and described return water temperature sensor are electrically connected to described control system respectively.
Further: between described auxiliary water tank and described bypass water pump, be also provided with auxiliary coarse filter element, described auxiliary coarse filter element is for filtering the particle of particle diameter >=5 micron.
Further: between described bypass water pump and described the second cooling device, to be also provided with auxiliary outlet valve and auxiliary delivery port, between described the second cooling device and described heat radiation winding, be also provided with auxiliary back-water valve (BWV) and auxiliary water return outlet, described auxiliary outlet valve and described auxiliary back-water valve (BWV) are electrically connected to described control system respectively.
Further: between described heat radiation winding and described auxiliary back-water valve (BWV), be also provided with auxiliary temperature flow meter, described auxiliary temperature flow meter comprises temperature sensor and flow sensor, and described temperature sensor and described flow sensor are electrically connected to described control system respectively.
Further: described control system is programmable logic controller (PLC) PLC.
The beneficial effects of the utility model are:
1, the utility model is integrated into bypass cooling system, main road cooling system, air conditioner cooling system in a system, has saved usage space, makes system more controlled, and has saved production cost.
2, the utility model is wound into the heat radiation winding of bypass cooling system on the condenser assembly of main water box, utilizes condenser assembly to carry out bypass recirculated water cooling, and structure is simpler, and cost is low.
3, the utility model utilizes condenser to carry out cooling to auxiliary water route; due to condenser assembly temperature stabilization; the circulating water temperature that can guarantee auxiliary water route is moderate; under complicated industrial environment; the dewfall of effectively avoiding cooling-part to cause due to excessive temperature differentials, thus prevent from protecting eyeglass burst with industrial environment in the impact of dust.
4, the utility model can directly be monitored the situation of recirculated water in water tank, thereby guarantees the constant of recirculated water water temperature, effectively protects bare headed microchannel.
5, the utility model the utility model can be used for cooled interior and be provided with the high power laser head of grand passage.
Accompanying drawing explanation
The structural representation of water-cooling system in Fig. 1 embodiment 1;
The structural representation of water-cooling system in Fig. 2 embodiment 2;
The structural representation of water-cooling system in Fig. 3 embodiment 10.
The specific embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the utility model in detail.
Embodiment 1
As shown in Figure 1, a kind of water-cooling system, comprises main road cooling system, bypass cooling system and the control system of moving for controlling water-cooling system.Wherein:
Main road cooling system comprises main water box 1, feed pump 2, for the radiating subassembly 3 of cooling circulating water with for the first cooling device 4 of cooling cooled piece; The two ends of feed pump 2 are connected with one end of the first cooling device 4 with main water box 1 respectively, and the other end of the first cooling device 4 is connected with main water box 1.
Main water box 1 is connected with radiating subassembly 3, radiating subassembly 3 includes but not limited to: evaporation coil, compressor assembly and condenser assembly connect and compose radiating subassembly successively, evaporation coil is positioned at main water box 1, compressor assembly and condenser assembly are positioned at outside main water box 1, evaporation coil and condenser assembly pass through compressor assembly heat-shift, thereby make the circulating water cooling in main water box 1.Control system is electrically connected to feed pump 2 and radiating subassembly 3 respectively.
Bypass cooling system comprises auxiliary water tank 31, bypass water pump 32, for the second cooling device 33 of cooling cooled piece with for making the heat radiation winding 34 of backwater heat radiation, wherein:
The two ends of bypass water pump 32 are connected with one end of the second cooling device 33 with the delivery port of auxiliary water tank 31 respectively, and the two ends of heat radiation winding 34 are connected with the water return outlet of auxiliary water tank 31 with the other end of the second cooling device 33 respectively.Heat radiation winding 34 is wrapped on condenser assembly, by condenser assembly, dispels the heat, and control system is electrically connected to bypass water pump 32.
Control system is programmable logic controller (PLC) (Programmable Logic Controller, PLC) equal controller.
Injected water in main water box 1, control system is opened feed pump 2, recirculated water is flowed out by main water box 1 under the dynamic action of feed pump 2, through stream feed pump 2, arrive the first cooling device 4, the heat of cooled piece is taken away, and now circulating water temperature raises and returns to main water box 1 as backwater, by the evaporation coil in main water box 1 and outside condenser assembly heat-shift, make the circulating water cooling in main water box 1, complete the circulation of main road cooling system.
In auxiliary water tank 31, inject light water or motor vehicle antifreeze fluid, control system is opened bypass water pump 32, recirculated water is flowed out by auxiliary water tank 31 under the dynamic action of bypass water pump 32, arrive the second cooling device 33, the heat of cooled piece is taken away, now circulating water temperature raises as backwater, backwater arrives heat radiation winding 34, condenser assembly to backwater carry out cooling after, backwater returns to auxiliary water tank 31, completes bypass cooling system circulation.
Embodiment 2
As shown in Figure 2, a kind of water-cooling system, comprises main road cooling system, bypass cooling system, for controlling the control system of water-cooling system operation and for the air conditioner cooling system to the air cooling of internal system.Wherein:
Main road cooling system comprises main water box 1, feed pump 2, for the radiating subassembly 3 of cooling circulating water with for the first cooling device 4 of cooling cooled piece; The outlet pipeline of main water box 1 is provided with three-way connection, and the two ends of feed pump 2 are connected with one end of the first cooling device 4 with three-way connection respectively, and the other end of the first cooling device 4 is connected with main water box 1.
Main water box 1 is connected with radiating subassembly 3, radiating subassembly 3 includes but not limited to: evaporation coil, compressor assembly and condenser assembly connect and compose radiating subassembly successively, evaporation coil is positioned at main water box 1, compressor assembly and condenser assembly are positioned at outside main water box 1, evaporation coil and condenser assembly pass through compressor assembly heat-shift, thereby make the circulating water cooling in main water box 1.Control system is electrically connected to feed pump 2, radiating subassembly 3 respectively.
Bypass cooling system comprises auxiliary water tank 31, bypass water pump 32, for the second cooling device 33 of cooling cooled piece with for making the heat radiation winding 34 of backwater heat radiation, wherein:
The two ends of bypass water pump 32 are connected with one end of the second cooling device 33 with the delivery port of auxiliary water tank 31 respectively, and the two ends of heat radiation winding 34 are connected with the water return outlet of auxiliary water tank 31 with the other end of the second cooling device 33 respectively.Heat radiation winding 34 is wrapped on condenser assembly, by condenser assembly, dispels the heat, and control system is electrically connected to bypass water pump 32.
Air conditioner cooling system comprises the auxiliary water pump 5 of air-conditioning and condenser 6, and the two ends of the auxiliary water pump 5 of air-conditioning are connected with one end of condenser 6 with three-way connection respectively, and the other end of condenser 6 is connected with main water box 1.Preferably, condenser 6 is paralleling two beds stainless steel condenser array.Control system is electrically connected to the auxiliary water pump 5 of air-conditioning, and control system is PLC equal controller.
Injected water in main water box 1, control system is opened feed pump 2 and the auxiliary water pump 5 of air-conditioning, and recirculated water is flowed out by main water box 1 under the dynamic action of water pump, by a three-way connection part, flows into feed pump 2, and another part flows into the auxiliary water pump 5 of air-conditioning; Recirculated water through stream feed pump 2 arrives the first cooling device 4, the heat of cooled piece is taken away, now circulating water temperature raises and returns to main water box 1 as backwater, by the evaporation coil in main water box 1 and outside condenser assembly heat-shift, make the circulating water cooling in main water box 1, complete the circulation of main road cooling system; The recirculated water of the auxiliary water pump 5 of the air-conditioning of flowing through is by the inner main water box that flows into of condenser 6, and it is cooling that condenser 6 utilizes the recirculated water of low temperature to carry out surrounding air, completes air conditioner cooling system circulation.
In auxiliary water tank 31, inject light water or motor vehicle antifreeze fluid, control system is opened bypass water pump 32, recirculated water is flowed out by auxiliary water tank 31 under the dynamic action of bypass water pump 32, arrive the second cooling device 33, the heat of cooled piece is taken away, now circulating water temperature raises as backwater, backwater arrives heat radiation winding 34, condenser assembly to backwater carry out cooling after, backwater returns to auxiliary water tank 31, completes bypass cooling system circulation.
Embodiment 3
On the basis of embodiment 2 schemes, between condenser 6 and main water box 1, be also provided with air conditioner temperature sensor 18, air conditioner temperature sensor 18 is electrically connected to control system.Control system is PLC equal controller.
Embodiment 4
On the basis of embodiment 2 schemes, on outlet pipeline between main water box 1 and three-way connection, along water (flow) direction, be also provided with successively main road control valve 8 and main coarse filter element 7, main road control valve 8 is electrically connected to control system, and main coarse filter element 7 is for filtering the particle of particle diameter >=5 micron.Control system is PLC equal controller.
Embodiment 5
On the basis of embodiment 1 or 4 schemes, on outlet pipeline between feed pump 2 and the first cooling device 4 along water (flow) direction be also provided with successively discharge pressure switch 9, for measuring the temperature of water outlet and the leaving water temperature flowmeter 10 of flow, for preventing that the master that recirculated water flows backwards from going out water one-way valve 11, main outlet valve 12 and main delivery port 13, discharge pressure switch 9, mainly go out water one-way valve 11, leaving water temperature flowmeter 10 and main outlet valve 12 and be electrically connected to control system respectively.Control system is PLC equal controller.
Embodiment 6
On the basis of embodiment 5 schemes, on water return pipeline between the first cooling device 4 and main water box 1, along water (flow) direction, be also provided with successively main water return outlet 14, main back-water valve (BWV) 15, the main backwater check valve 16 flowing backwards for anti-non-return water and for measuring the return water temperature sensor 17 of the temperature of backwater, main back-water valve (BWV) 15, main backwater check valve 16 and return water temperature sensor 17 are electrically connected to control system respectively.Control system is PLC equal controller.
Embodiment 7
On the basis of embodiment 1 scheme, between auxiliary water tank 31 and bypass water pump 32, be also provided with auxiliary coarse filter element 39, auxiliary coarse filter element 39 is for filtering the particle of particle diameter >=5 micron.Control system is PLC equal controller.
Embodiment 8
On the basis of embodiment 1 or 7 schemes, between bypass water pump 32 and the second cooling device 33, be also provided with auxiliary outlet valve 35 and auxiliary delivery port 36, between the second cooling device 33 and heat radiation winding 34, be also provided with auxiliary back-water valve (BWV) 38 and auxiliary water return outlet 37, auxiliary outlet valve 35 and auxiliary back-water valve (BWV) 38 are electrically connected to control system respectively.Control system is PLC equal controller.
Embodiment 9
On the basis of embodiment 8 schemes, between heat radiation winding 34 and auxiliary back-water valve (BWV) 38, be also provided with auxiliary temperature flow meter 40, auxiliary temperature flow meter 40 comprises temperature sensor and flow sensor, temperature sensor and flow sensor are electrically connected to control system respectively.Control system is PLC equal controller.
Embodiment 10
As shown in Figure 3, a kind of water-cooling system, comprises main road cooling system, bypass cooling system, for controlling the control system of water-cooling system operation and for the air conditioner cooling system to the air cooling of internal system.Wherein:
Main road cooling system comprises main water box 1, feed pump 2, for the radiating subassembly 3 of cooling circulating water with for the first cooling device 4 of cooling cooled piece; The outlet pipeline of main water box 1 is provided with three-way connection, and the two ends of feed pump 1 are connected with one end of the first cooling device 4 with three-way connection respectively, and the other end of the first cooling device 4 is connected with main water box 1.
Main water box 1 is connected with radiating subassembly 3, radiating subassembly 3 includes but not limited to: evaporation coil, compressor assembly and condenser assembly connect and compose radiating subassembly successively, evaporation coil is positioned at main water box 1, compressor assembly and condenser assembly are positioned at outside main water box 1, evaporation coil and condenser assembly pass through compressor assembly heat-shift, thereby make the circulating water cooling in main water box 1.In main water box 1, be also provided with heating rod and water tank temperature sensor 101, heating rod is used for start of run under low temperature environment water is heated.On main water box 1, be also provided with main draining valve 102 and main gap 103; While filling with water in main water box 1, water overflows from main gap 103, stops water filling; Feed pump 2, radiating subassembly 3 and water tank temperature sensor 101 are electrically connected to control system respectively, and water tank temperature sensor 101 is for measuring the temperature of main water box 1 recirculated water.
Outlet pipeline between main water box 1 and three-way connection is provided with main coarse filter element 7, prevents that unexpected foreign matter from entering loop, damages the pump housing and rear class loop assembly, and main coarse filter element 7 is commonly used coarse filter element for this area, can filter the particle of particle diameter >=5 micron.
Between main water box 1 and main coarse filter element 7, be provided with main road control valve 8, main road control valve 8 is electrically connected to control system.
On outlet pipeline between feed pump 1 and the first cooling device 4, along water (flow) direction, be provided with successively discharge pressure switch 9, leaving water temperature flowmeter 10, lead water one-way valve 11, main outlet valve 12, main delivery port 13.Leaving water temperature flowmeter 10 comprises temperature sensor and flow sensor, and for measuring temperature and the flow of water outlet, master goes out water one-way valve 11 and flows backwards for preventing recirculated water.Discharge pressure switch 9, master go out water one-way valve 11, leaving water temperature flowmeter 10 and main outlet valve 12 and are electrically connected to control system respectively.
On water return pipeline between the first cooling device 4 and main water box 1, along water (flow) direction, be provided with successively main water return outlet 14, main back-water valve (BWV) 15, main backwater check valve 16, return water temperature sensor 17, return water temperature sensor 17 is for measuring the temperature of backwater, and main backwater check valve 16 flows backwards for anti-non-return water.Main back-water valve (BWV) 15, main backwater check valve 16, return water temperature sensor 17 are electrically connected to control system respectively.
Bypass cooling system comprises auxiliary water tank 31, bypass water pump 32, for the second cooling device 33 of cooling cooled piece with for making the heat radiation winding 34 of backwater heat radiation, wherein:
The two ends of bypass water pump 32 are connected with one end of the second cooling device 33 with the delivery port of auxiliary water tank 31 respectively, and the two ends of heat radiation winding 34 are connected with the water return outlet of auxiliary water tank 31 with the other end of the second cooling device 33 respectively.Heat radiation winding 34 is wrapped on condenser assembly, by condenser assembly, dispels the heat, and control system is electrically connected to bypass water pump 32.
Between bypass water pump 32 and the second cooling device 33, be provided with between auxiliary outlet valve 35 and auxiliary delivery port 36, the second cooling devices 33 and heat radiation winding 34 and be provided with auxiliary back-water valve (BWV) 38 and auxiliary water return outlet 37.Auxiliary outlet valve 35 and auxiliary back-water valve (BWV) 38 are electrically connected to control system respectively.
Between auxiliary water tank 31 and bypass water pump 32, be also provided with auxiliary coarse filter element 39, recirculated water is slightly considered, prevent that unexpected foreign matter from entering loop, damage the pump housing and rear class loop assembly.Auxiliary coarse filter element 39 is the conventional coarse filter element in this area, can filter the particle of particle diameter >=5 micron.
Between heat radiation winding 34 and auxiliary back-water valve (BWV) 38, be also provided with auxiliary temperature flow meter 40, auxiliary temperature flow meter 40 comprises temperature sensor and flow sensor, temperature sensor and flow sensor are electrically connected to control system respectively, for measuring temperature and the flow of backwater, the state of monitoring backwater, guarantees the stable of circulating water temperature and flow in real time.
Auxiliary water tank 31 is provided with auxiliary draining valve and auxiliary gap, and while filling with water in auxiliary water tank 31, water overflows from auxiliary gap, stops water filling.
Air conditioner cooling system comprises the auxiliary water pump 5 of air-conditioning, condenser 6 and air conditioner temperature sensor 18, and the two ends of the auxiliary water pump 5 of air-conditioning are connected with one end of condenser 6 with three-way connection respectively, between condenser 6 and main water box 1, is provided with air conditioner temperature sensor 18.Preferably, condenser 6 is paralleling two beds stainless steel condenser array.Condenser 6 be provided with below fan, fan by near cold air condenser be blown in whole system, carry out cooling.Control system is electrically connected to the auxiliary water pump 5 of air-conditioning, air conditioner temperature sensor 18 respectively, and control system is PLC equal controller.
Control system is opened feed pump 2 and the auxiliary water pump 5 of air-conditioning, recirculated water is flowed out by main water box 1 under the dynamic action of water pump, and recirculated water is through main road control valve 8, after main coarse filter element 7 filters, by a three-way connection part, flow into feed pump 2, another part flows into the auxiliary water pump 5 of air-conditioning; Flow through feed pump 2 recirculated water successively by discharge pressure switch 9, leaving water temperature flowmeter 10, mainly go out water one-way valve 11, main outlet valve 12 and main delivery port 13, arrive the first cooling device 4, the heat of cooled piece is taken away, now circulating water temperature raises as backwater, by main water return outlet 14, main back-water valve (BWV) 15, main backwater check valve 16, return water temperature sensor 17, return to main water box successively again, by the evaporation coil in main water box 1 and outside condenser assembly heat-shift, make the circulating water cooling in main water box 1, complete whole main road cooling system circulation; The recirculated water of the auxiliary water pump 5 of the air-conditioning of flowing through arrives condenser 6 inside, condenser 6 utilizes the recirculated water of low temperature to carry out cooling to surrounding air, fan is blown near cold air condenser 6 in whole system, to intrasystem air, carry out cooling, recirculated water is by condenser 6 inside, after air conditioner temperature sensor 18 completes the measurement of air conditioner loop water temperature, return to main water box 1, complete whole air conditioner cooling system circulation.
Each parameter that control system records according to leaving water temperature flowmeter 10, return water temperature sensor 17, air conditioner temperature sensor 18 goes out water one-way valve 11, main outlet valve 12, main back-water valve (BWV) 15, main backwater check valve 16 etc. to main road control valve 8, discharge pressure switch 9, master and regulates.
In auxiliary water tank 31, inject light water or motor vehicle antifreeze fluid, control system is opened bypass water pump 32, recirculated water is flowed out by bypass water tank 31 under the dynamic action of bypass water pump 32, first by auxiliary coarse filter element 39, through auxiliary outlet valve 35, auxiliary delivery port 36, arrive the second cooling device 33, the heat of cooled piece is taken away, now circulating water temperature raises as backwater, by auxiliary water return outlet 37 and auxiliary back-water valve (BWV) 38, the auxiliary temperature flow meter 40 of flowing through arrives heat radiation winding 34, condenser assembly to backwater carry out cooling after, backwater returns to auxiliary water tank 31, completes the circulation of bypass cooling system.Auxiliary temperature flow meter 40 passes to control system by the temperature of backwater and flow parameter simultaneously, and control system regulates auxiliary outlet valve 35, auxiliary back-water valve (BWV) 38, to guarantee the stable of circulating water temperature and flow.
Claims (10)
1. a water-cooling system, comprises main road cooling system, bypass cooling system and the control system of moving for controlling described water-cooling system; It is characterized in that,
Described main road cooling system comprises main water box, feed pump, for the radiating subassembly of cooling circulating water with for the first cooling device of cooling cooled piece; The two ends of described feed pump are connected with one end of described the first cooling device with described main water box respectively, and the other end of described the first cooling device is connected with described main water box; Described main water box is connected with described radiating subassembly; Described control system is electrically connected to described feed pump and described radiating subassembly respectively;
Described radiating subassembly comprises condenser assembly;
Described bypass cooling system comprises auxiliary water tank, bypass water pump, for the second cooling device of cooling cooled piece with for making the heat radiation winding of backwater heat radiation; The two ends of described bypass water pump are connected with one end of described the second cooling device with the delivery port of described auxiliary water tank respectively, the two ends of described heat radiation winding are connected with the other end of described the second cooling device and the water return outlet of described auxiliary water tank respectively, described heat radiation winding is wrapped on described condenser assembly, by described condenser assembly, dispel the heat, described control system is electrically connected to described bypass water pump.
2. water-cooling system as claimed in claim 1, it is characterized in that, also comprise, for the air conditioner cooling system to described water-cooling system inner air refrigeration, described air conditioner cooling system comprises the auxiliary water pump of air-conditioning and condenser, three-way connection between described main water box and described feed pump is connected with one end of the auxiliary water pump of described air-conditioning, and the two ends of described condenser are connected with described main water box with the other end of the auxiliary water pump of described air-conditioning respectively, and the auxiliary water pump of described air-conditioning is electrically connected to described control system; Described condenser utilizes the recirculated water of its inner cryogenic to carry out cooling to surrounding air.
3. water-cooling system as claimed in claim 2, is characterized in that, between described condenser and described main water box, is also provided with air conditioner temperature sensor, and described air conditioner temperature sensor is electrically connected to described control system.
4. water-cooling system as claimed in claim 2, it is characterized in that, on outlet pipeline between described main water box and described three-way connection, along water (flow) direction, be also provided with successively main road control valve and main coarse filter element, described main road control valve is electrically connected to described control system, and described main coarse filter element is for filtering the particle of particle diameter >=5 micron.
5. the water-cooling system as described in claim 1 or 4, it is characterized in that, on outlet pipeline between described feed pump and described the first cooling device along water (flow) direction be also provided with successively discharge pressure switch, for measuring the temperature of water outlet and the leaving water temperature flowmeter of flow, for preventing that the master that recirculated water flows backwards from going out water one-way valve, main outlet valve and main delivery port, described discharge pressure switch, described master go out water one-way valve, described leaving water temperature flowmeter and described main outlet valve and are electrically connected to described control system respectively.
6. water-cooling system as claimed in claim 5, it is characterized in that, on water return pipeline between described the first cooling device and described main water box, along water (flow) direction, be also provided with successively main water return outlet, main back-water valve (BWV), the main backwater check valve flowing backwards for anti-non-return water and for measuring the return water temperature sensor of the temperature of backwater, described main back-water valve (BWV), described main backwater check valve and described return water temperature sensor are electrically connected to described control system respectively.
7. water-cooling system as claimed in claim 1, is characterized in that, between described auxiliary water tank and described bypass water pump, is also provided with auxiliary coarse filter element, and described auxiliary coarse filter element is for filtering the particle of particle diameter >=5 micron.
8. the water-cooling system as described in claim 1 or 7, it is characterized in that, between described bypass water pump and described the second cooling device, be also provided with auxiliary outlet valve and auxiliary delivery port, between described the second cooling device and described heat radiation winding, be also provided with auxiliary back-water valve (BWV) and auxiliary water return outlet, described auxiliary outlet valve and described auxiliary back-water valve (BWV) are electrically connected to described control system respectively.
9. water-cooling system as claimed in claim 8, it is characterized in that, between described heat radiation winding and described auxiliary back-water valve (BWV), be also provided with auxiliary temperature flow meter, described auxiliary temperature flow meter comprises temperature sensor and flow sensor, and described temperature sensor and described flow sensor are electrically connected to described control system respectively.
10. the water-cooling system as described in claim 1,2,3 or 4, is characterized in that, described control system is programmable logic controller (PLC) PLC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320588025.9U CN203501519U (en) | 2013-09-23 | 2013-09-23 | Water cooling system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320588025.9U CN203501519U (en) | 2013-09-23 | 2013-09-23 | Water cooling system |
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| Publication Number | Publication Date |
|---|---|
| CN203501519U true CN203501519U (en) | 2014-03-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320588025.9U Expired - Fee Related CN203501519U (en) | 2013-09-23 | 2013-09-23 | Water cooling system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112013606A (en) * | 2020-08-12 | 2020-12-01 | 浙江天旭机电设备有限公司 | Novel cooling water station |
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2013
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112013606A (en) * | 2020-08-12 | 2020-12-01 | 浙江天旭机电设备有限公司 | Novel cooling water station |
| CN112013606B (en) * | 2020-08-12 | 2024-01-30 | 浙江天旭机电设备有限公司 | Novel cooling water station |
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Owner name: SHANDONG ENERGY HEAVY EQUIPMENT GROUP DAZU REMANUF Free format text: FORMER NAME: SHANDONG ENERGY MACHINERY GROUP HAN'S REMANUFACTURING CO., LTD. |
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Address after: 271200 Shandong city of Xintai province Tai'an City Xindong town new road three Patentee after: Shandong Manufacturing Co., Ltd again of energy refitting big nation of group Address before: Tai'an City, Shandong Province town of 271222 east of Xintai new road three Patentee before: Shandong Energy Machinery Group Dazu Remanufacturing Co.,Ltd. |
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Granted publication date: 20140326 Termination date: 20190923 |