CN206959220U - Energy saving refrigeration installation with evaporation-cooled device - Google Patents
Energy saving refrigeration installation with evaporation-cooled device Download PDFInfo
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- CN206959220U CN206959220U CN201720450588.XU CN201720450588U CN206959220U CN 206959220 U CN206959220 U CN 206959220U CN 201720450588 U CN201720450588 U CN 201720450588U CN 206959220 U CN206959220 U CN 206959220U
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Abstract
The utility model provides a kind of energy saving refrigeration installation with evaporation-cooled device, belongs to technical field of refrigeration equipment.It solves existing refrigeration plant high energy consumption, the technical problems such as refrigerating efficiency is low.It includes frame body, frame body is divided into vaporization chamber and lower chambers, vaporization chamber is located at the top of lower chambers, evaporative heat loss system is provided with vaporization chamber, refrigerant cooling system is provided with lower chambers, evaporative heat loss system joins end to end with refrigerant cooling system and forms cooling water circulation loop, provides the water pump of power between evaporative heat loss system and refrigerant cooling system for water circulation at least provided with one.With, raising refrigerating efficiency and energy consumption for cooling high in refrigerant cooling effectiveness, cooling water circulation use, spraying and sprinkling evaporation heat dissipation technology is used in cyclic process, absorption refrigeration agent thermal efficiency is high, and environmental protection is without discharge.
Description
Technical field
The utility model belongs to technical field of refrigeration equipment, is related to a kind of energy-conservation refrigeration with evaporation-cooled device and sets
It is standby.
Background technology
As the continuous progressive of society continues to develop with scientific and technical, people become more concerned with the ground that we depend on for existence
Ball, in the world most countries be also fully recognized that importance of the environment to our human developments.Energy-conserving and environment-protective are advocated, to
Existing energy resource consumption is saved, reduces unnecessary energy waste, it is critical that improving the energy-conserving and environment-protective efficiency of energy consumption equipment.It is long
Since long, the whole nation from the leadership to the masses strengthens energy-saving and emission-reduction work, and State Council has issued the decision for strengthening energy conservation, formulated promotion
A series of policies and measures of energy-saving and emission-reduction, especially on energy-saving equipment, encourage the innovative design and use of energy-conserving product.
Wherein refrigeration plant extensive utilization, its energy consumption in industry, agricultural and daily life also obtains society for a long time
It can be paid close attention to aspect, in long-term exploration, a variety of power save modes of appearance of refrigeration plant.
For example, Chinese patent literature discloses a kind of energy-saving type air conditioner foreign nationality [application number：201610178532.3], including it is outer
Machine heat exchanger, surrounding around outer machine heat exchanger has a vertical exhausting fan, and vertical exhausting fans the axial vertical blade of array, vertical leaf
Piece favours the line between its center and vertical exhausting fan, and at least one end face of vertical exhausting fan is opened wide, and makes axial direction
Into the air-flow of vertical exhausting fan from axial discharge, high efficient heat exchanging is carried out using extraneous wind-force, reduces the driving energy of outer machine fan
Consumption.
Although technique effect of the such scheme with the driving energy consumption for reducing outer machine blower fan, using air cooling refrigeration
Agent, it is similar to traditional type of cooling, it is impossible to change the cooling effect of refrigerant refrigerant, enter air-conditioning or other systems in refrigerant
During cold actuator, the effect of refrigerant vaporization heat absorption does not increase significantly, and the energy consumption for cooling of other assemblies is still higher.
The content of the invention
The purpose of this utility model is set in view of the above-mentioned problems, providing a kind of energy-conservation refrigeration with evaporation-cooled device
It is standby.
To reach above-mentioned purpose, the utility model employs following technical proposal：A kind of section with evaporation-cooled device
Energy refrigeration plant, including frame body, described frame body include vaporization chamber and lower chambers, and described vaporization chamber is located at cavity of resorption
The top of room, evaporative heat loss system is provided with described vaporization chamber, refrigerant cooling system is provided with described lower chambers,
Described evaporative heat loss system joins end to end with refrigerant cooling system and forms cooling water circulation loop, described evaporative heat loss system
At least one water pump that power is provided for cooling water circulation is provided between system and refrigerant cooling system.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, described evaporative cooling system includes being used to increase
The evaporation plate mechanism of big cooling water evaporation area and the negative-pressure air fan for accelerating vaporization chamber air flow formation negative pressure, described evaporation
Trigger structure is removably attachable in frame and is encircled into vaporization chamber with negative-pressure air fan.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, described evaporation plate mechanism includes evaporation plate
Frame, described evaporate are provided with the wet curtain paper full of evaporation grillage in grillage, side of the described evaporation grillage away from vaporization chamber is set
There is outer cover, screen pack, described evaporation grillage upper and lower surface difference are provided between described outer cover and evaporation grillage
Water inlet and delivery port are provided with, spraying mechanism is provided with above evaporation grillage.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, water storage is provided with below described vaporization chamber
Groove, screen pack is provided with catch basin and catch basin is divided into clean water area and recovery area, is set on the outside of described catch basin
There is water pump, and the suction hose of water pump is arranged on clean water area, described water pump is provided with outlet pipe and is connected to refrigerant cooling system
One end of system.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, described refrigerant cooling system includes hollow
Display pipe, described display pipe arrange in the shape of a spiral and be provided with display pipe at least one along display pipe moves towards arrangement
Refrigerant pipe, the end set of described display pipe, which has cooling water recovery tube and penetrates vaporization chamber, to be connected in spraying mechanism.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, described spraying mechanism includes being used to cool down
Water imports the groove of turning one's coat of evaporation plate mechanism, is provided with shower in described groove of turning one's coat, described shower is above water inlet
Region be provided with mouth spray.
In the above-mentioned energy saving refrigeration installation with evaporation-cooled device, described display pipe is away from cooling water recovery tube
One end is provided with refrigerant outlet, and described refrigerant outlet enters refrigeration actuator after being sequentially connected drier and individual event valve,
Described display pipe is provided with refrigerant input pipe close to one end of cooling water recovery tube, and described refrigerant input pipe is away from cold
But one end of Water Sproading pipe is connected in refrigerant circulation mechanism.
Refrigerant circulation mechanism described in the above-mentioned energy saving refrigeration installation with evaporation-cooled device includes being used for
The refrigerant reflux tube of recovery refrigeration actuator high temperature refrigerant, described refrigerant reflux tube are connected to refrigeration actuator
On, it is provided with low-pressure meter and low pressure valve between refrigerant reflux tube and refrigeration actuator.
Refrigerant-cycle systems described in the above-mentioned energy saving refrigeration installation with evaporation-cooled device also include gas
Liquid/gas separator, described refrigerant reflux tube are connected on gas-liquid separator, and described gas-liquid separator is provided with low-voltage output
And a compressor for being used to for low-pressure refrigerant gas to be compressed into highly pressurised liquid is connected with, described gas-liquid separator is provided with row
Liquid pipe, described compressor are connected on refrigerant cooling system by refrigerant input pipe.
Compressor described in the above-mentioned energy saving refrigeration installation with evaporation-cooled device and refrigerant input pipe it
Between be provided with oil eliminator, high pressure gauge and high-voltage switch gear, described oil eliminator is provided with discharging tube and is connected with discharging tube, institute
The discharge opeing pipe end stated is provided with fluid flow alarm.
Compared with prior art, the utility model has the advantage of：
1. refrigerant cooling uses water-cooling pattern, equal length cooling circuit scatters and disappears more heats, in the actuator that freezes
More heats are can absorb, improve refrigerating efficiency and energy consumption for cooling.
2. cooling water circulation uses, spraying and sprinkling evaporation heat dissipation technology is used in cyclic process, itself cooling velocity is fast, absorbs
Refrigerant thermal efficiency is high.
Brief description of the drawings
Fig. 1 is structural representation provided by the utility model；
Fig. 2 is confined explosion's schematic diagram provided by the utility model；
Fig. 3 is partial structural diagram provided by the utility model；
Fig. 4 is evaporation plate structural scheme of mechanism provided by the utility model.
In figure, frame body 1, vaporization chamber 2, lower chambers 3, evaporative heat loss system 4, evaporation plate mechanism 41, wet curtain paper 411,
Evaporate grillage 412, outer cover 413, screen pack 414, water inlet 415, delivery port 416, negative-pressure air fan 42, refrigerant cooling system 5,
Display pipe 51, cooling water recovery tube 511, refrigerant pipe 52, refrigerant outlet 521, refrigerant input pipe 522, water pump 6, water suction
Pipe 61, spraying mechanism 7, groove 71 of turning one's coat, shower 72, mouth spray 73, catch basin 8, clean water area 81, recovery area 82, filter screen 83, system
Refrigerant cycle mechanism 9, refrigerant reflux tube 91, gas-liquid separator 92, low-voltage output 921, discharging tube 922, compressor 93, system
Cryogen input pipe 931, oil eliminator 94, the second discharging tube 95, fluid flow alarm 96, low-pressure meter b, high pressure gauge c.
Embodiment
As shown in figure 1, a kind of energy saving refrigeration installation with evaporation-cooled device, including frame body 1, frame body 1
It is divided into vaporization chamber 2 and lower chambers 3, vaporization chamber 2 is located at the top of lower chambers 3, evaporative heat loss system 4 is provided with vaporization chamber 2, under
Refrigerant cooling system 5 is provided with chamber 3, evaporative heat loss system 4 joins end to end with refrigerant cooling system 5 and forms cooling water
Circulation loop, provide the water of power between evaporative heat loss system 4 and refrigerant cooling system 5 for water circulation at least provided with one
Pump 6.
Refrigerant enters refrigerant circulation mechanism 9 after absorbing heat from refrigeration actuator a, and described refrigerant can be fluorine
Leon or the refrigerant of other classifications, liquid of the compressor 93 by refrigerant compression into HTHP in refrigerant circulation mechanism 9
Refrigerant cooling system 5 is sent into after body, refrigerant cooling system 5 turns into low using the heat in absorption refrigeration agent by the way of water cooling
The liquid of warm high pressure, subsequent high-voltage switch gear c1 are opened, and pressure gauge c shows pressure value, and refrigerant is entered in refrigeration actuator
Absorb heat.
Cooling water wherein in refrigerant cooling system is admitted to evaporative heat loss system 4, is taken away by way of evaporation cold
But the heat in water, so as to reduce temperature.Cooling water after cooling is fallen back in catch basin 8, and refrigerant cooling is pressed into by water pump 6
The heat in the high-temperature high-pressure refrigerant newly entered is absorbed in mechanism 5.Cooling water enters evaporation after the heat absorption of refrigerant cooling body 5
Cooling system 4, fall catch basin 8 after cooling after rise and complete a circulation, due to taking away aqueous vapor while evaporative heat loss, in catch basin 8
Cooling water is constantly supplemented by the external world.
Specifically, as shown in Fig. 2 evaporative heat loss system 4 includes being used for the evaporation plate mechanism for increasing cooling water evaporation area
41 form the negative-pressure air fan 42 of negative pressure with the air flow of vaporization chamber 2 is accelerated, and described evaporation plate mechanism 41 is removably attachable to
Vaporization chamber 2 is encircled into frame body 1 and with negative-pressure air fan 42.
Negative-pressure air fan 42 excludes the air in vaporization chamber 2 so that the air pressure in vaporization chamber 2 is less than ambient pressure, extraneous
Air is passed into vaporization chamber 2 from evaporation plate mechanism 41, forms the relative flow of air, by evaporation plate mechanism 41
When, contain cooling water in evaporation plate mechanism 41, because the air flow of high speed causes evaporation to accelerate, evaporation is taken away for the surface of cooling water
Heat, so as to accelerate the temperature drop rate of cooling water.
Preferably, as shown in figure 4, evaporation plate mechanism 41 includes evaporation grillage 412, evaporate to be provided with to be full of in grillage 412 and steam
The wet curtain paper 411 of grillage 412 is sent out, described side of the evaporation grillage 412 away from vaporization chamber 2 is provided with outer cover 413, and described is outer
Screen pack 414 is provided between cover 413 and evaporation grillage 412, the described upper and lower surface of evaporation grillage 412 is set respectively
There are water inlet 415 and delivery port 416, the top of evaporation grillage 412 is provided with spraying mechanism 7.
Wherein, wet curtain paper 411 includes the corrugated paper of corrugated, and corrugated paper is overlapped mutually into cellular, the ripple of corrugated paper
By upper inward slant and adjacent corrugated paper ripple angle difference.When cooling water unexpectedly such as wet curtain paper 411 when, cooling water is along wet curtain
Ripple in paper 411 is dispersed in each honeycomb structure, and corrugated paper has water imbibition, and cooling water is coated in the table of corrugated paper
Face forms moisture film, and the ripple of fold greatly increases moisture film area, the disengagement area of increased cooling water, when cooling water flows through pleat
During wrinkle, due to the evaporation of moisture film, heat in cooling water is brought into evaporation steam by substantial amounts of, the temperature of cooling water drastically under
Drop.
Preferably, the lower section of vaporization chamber 2 is provided with catch basin 8, and filter screen 83 is provided with catch basin and splits catch basin
Into clean water area 81 and recovery area 82, the described outside of catch basin 8 is provided with water pump 6, and the suction hose 61 of water pump is arranged on water purification
Area 81, described water pump 6 are provided with outlet pipe 62 and are connected to one end of refrigerant cooling system 5.
Impurity in the cooling water of falling is blocked in recovery area 82 by filter screen 83, to ensure the free from admixture of clean water area 81, water pump 6
Intake be located at clean water area 81, draw cooling water make will not will impurity suction water pump 6 and refrigerant cooling system 5 in cause
Block.Water supplement port is provided with clean water area 81, water supplement port is controlled by float switch, when Coolant-Level is too low in catch basin 8,
Ball float declines, and float switch is opened, water supplement port moisturizing.Go to be provided with overfall in backwater, when water pump is stopped, catch basin 6
Middle Coolant-Level rise, is flowed out by overfall, flow alarm is set in overfall, pass through flow alarm function when there is current
Device, the working condition of be stopped detection float switch and water pump 6.
As shown in figure 3, refrigerant cooling system 5 includes hollow display pipe 51, described display pipe 51 is arranged in the shape of a spiral
Arrange and be provided with least one refrigerant pipe that arrangement is moved towards along display pipe 51 in the lumen, the described other end of display pipe 51 is set
It is equipped with cooling water recovery tube 511 and penetrates vaporization chamber 2 and is connected in spraying mechanism 7.
Specifically, spraying mechanism 7 is provided with the groove 71 of turning one's coat for cooling water to be imported to evaporation plate mechanism 41, described is anti-
Shower 72 is provided with tank 71, region of the described shower above water inlet 415 is provided with mouth spray 73.
Cooling water is sprayed onto in groove 71 of turning one's coat upwards through mouth spray 73, and the chamber of turning one's coat of arc-shaped is provided with groove 71 of turning one's coat, cold
But water disperses after being sprayed onto chamber of turning one's coat through preliminary, uniformly falls back in evaporation plate mechanism 41.
As shown in figure 3, display pipe 51 is provided with refrigerant outlet 521, described system away from the one end of cooling water recovery tube 511
The connection of cryogen outlet 521 enters refrigeration actuator a after sequentially connecting drier 53 and individual event valve 54, and described display pipe 51 is close
One end of cooling water recovery tube 511 is provided with refrigerant input pipe 522, and the described other end of refrigerant input pipe 522 is connected to
Refrigerant circulation mechanism 9.
Specifically, described refrigeration executing agency a can be freezer, freezer is a closed space, and in space with
Heat exchange with outside amount is low, sets indoor heat converter in freezer, indoor heat exchanger cooling indoor heat exchanger ambient air, then by
Blower fan is sent to each position of freezer so that temperature reduces in the confined space of freezer, and the refrigerant outflow freezer after heat absorption enters
Enter gas-liquid separator 92 and form refrigerant circulation.
Preferably, refrigerant circulation mechanism 9 is provided with returns for reclaiming the refrigerant of refrigeration actuator high temperature refrigerant
Flow tube 91, described refrigerant reflux tube 91 be connected on refrigeration actuator a and between be provided with low-pressure meter b and in low-pressure state
In the low pressure valve of opening.
Refrigerant circulation mechanism 9 includes gas-liquid separator 92, and described refrigerant reflux tube 91 is connected to gas-liquid separator
On 92, described gas-liquid separator 92, which is provided with low-voltage output 921 and is connected with one, to be used to low-pressure refrigerant gas being compressed into
The compressor 93 of highly pressurised liquid, described gas-liquid separator 92 are provided with discharging tube 922, and described compressor 93 passes through refrigerant
Input pipe 931 is connected on refrigerant cooling system 5.
Oil eliminator 94, high pressure gauge c are provided between compressor 93 and refrigerant input pipe 931 and is beaten in a high voltage state
The high-voltage switch gear opened, described oil eliminator are provided with the second discharging tube 95 and are connected with discharging tube, described discharge opeing pipe end
It is provided with fluid flow alarm 96.When there is liquid discharge, fluid flow alarm 96 sends alarm and stopping signal.
Operation principle and advantage of the present utility model：
Refrigerant enters refrigerant circulation mechanism 9 after absorbing heat from refrigeration actuator a, and described refrigerant can be fluorine
Leon or the refrigerant of other classifications, liquid of the compressor 93 by refrigerant compression into HTHP in refrigerant circulation mechanism 9
Refrigerant cooling system 5 is sent into after body, refrigerant cooling system 5 turns into low using the heat in absorption refrigeration agent by the way of water cooling
The liquid of warm high pressure, subsequent high-voltage switch gear c1 are opened, and pressure gauge c shows pressure value, and refrigerant is entered in refrigeration actuator
Absorb heat.
Cooling water in refrigerant cooling system is admitted to evaporative heat loss system 4, and cooling water is taken away by way of evaporation
In heat.
Spraying mechanism 7 is provided with the groove 71 of turning one's coat for cooling water to be imported to evaporation plate mechanism 41, described groove 71 of turning one's coat
In be provided with shower 72, region of the described shower above water inlet 415 is provided with mouth spray 73.Cooling water is through spray
Mouth 73 is sprayed onto in groove 71 of turning one's coat upwards, and the chamber of turning one's coat of arc-shaped is provided with groove 71 of turning one's coat, and cooling water passes through after being sprayed onto chamber of turning one's coat
It is preliminary scattered, uniformly fall back in evaporation plate mechanism 41
Wet curtain paper 411 includes the corrugated paper of corrugated, corrugated paper be overlapped mutually into it is cellular, the ripple of corrugated paper on to
Tilted and adjacent corrugated paper ripple angle is different.When cooling water unexpectedly such as wet curtain paper 411 when, cooling water is along wet curtain paper 411
In ripple be dispersed in each honeycomb structure, and corrugated paper has a water imbibition, and cooling water is coated in the surface shape of corrugated paper
Into moisture film, the ripple of fold greatly increases moisture film area, the disengagement area of increased cooling water, when cooling water flows through fold
When, due to the evaporation of moisture film, the heat in cooling water is brought into evaporation steam by substantial amounts of, the sharp temperature drop of cooling water.
The negative-pressure air fan 42 at the top of vaporization chamber 2 excludes the air in vaporization chamber 2 so that the air pressure in vaporization chamber 2 is less than
Ambient pressure, outside air are passed into vaporization chamber 2 from evaporation plate mechanism 41, form the relative flow of air, are passing through
During evaporation plate mechanism 41, contain cooling water in evaporation plate mechanism 41, the surface of cooling water to evaporate because of the air flow of high speed
Accelerate, heat is taken away in evaporation, so as to accelerate the temperature drop rate of cooling water.
Cooling water after cooling is fallen back in catch basin 8, is pressed into by water pump 6 in refrigerant cooling body 5 and is absorbed what is newly entered
Heat in high-temperature high-pressure refrigerant.Cooling water enters evaporative heat loss system 4 after the heat absorption of refrigerant cooling body 5, after cooling
Fall catch basin 8 after rise and complete a circulation, due to taking away aqueous vapor while evaporative heat loss, cooling water is constantly by the external world in catch basin 8
Supplement.
Advantage is：
1. refrigerant cooling uses water-cooling pattern, equal length cooling circuit scatters and disappears more heats, in the actuator that freezes
More heats are can absorb, improve refrigerating efficiency and energy consumption for cooling.
2. cooling water circulation uses, spraying and sprinkling evaporation heat dissipation technology is used in cyclic process, itself cooling velocity is fast, absorbs
Refrigerant thermal efficiency is high.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although frame body 1, vaporization chamber 2, lower chambers 3, evaporative heat loss system 4, evaporation trigger have more been used herein
Structure 41, wet curtain paper 411, evaporation grillage 412, outer cover 413, screen pack 414, water inlet 415, delivery port 416, negative-pressure air fan 42,
Refrigerant cooling system 5, display pipe 51, cooling water recovery tube 511, refrigerant pipe 52, refrigerant outlet 521, refrigerant input
Pipe 522, water pump 6, suction hose 61, spraying mechanism 7, groove 71 of turning one's coat, shower 72, mouth spray 73, catch basin 8, clean water area 81, return
Receive area 82, filter screen 83, refrigerant cycle mechanism 9, refrigerant reflux tube 91, gas-liquid separator 92, low-voltage output 921, discharging tube
922nd, compressor 93, refrigerant input pipe 931, oil eliminator 94, the second discharging tube 95, fluid flow alarm 96, low-pressure meter
B, high pressure gauge c, etc. term, but be not precluded from the possibility using other terms.Using these terms just for the sake of more convenient
Ground describes and explains essence of the present utility model, and being construed as any additional limitation is all and the utility model essence
What god disagreed.
Claims (10)
1. a kind of energy saving refrigeration installation with evaporation-cooled device, including frame body (1), it is characterised in that described machine
Frame body (1) includes vaporization chamber (2) and lower chambers (3), and described vaporization chamber (2) is located at the top of lower chambers (3), described steaming
Evaporative heat loss system (4) is provided with hair room (2), refrigerant cooling system (5) is provided with described lower chambers (3), it is described
Evaporative heat loss system (4) and refrigerant cooling system (5) join end to end and form cooling water circulation loop, described evaporative heat loss
At least one water pump that power is provided for cooling water circulation loop is provided between system (4) and refrigerant cooling system (5)
(6)。
2. the energy saving refrigeration installation according to claim 1 with evaporation-cooled device, it is characterised in that described evaporation
Cooling system (4) includes being used for the evaporation plate mechanism (41) and quickening vaporization chamber (2) air flow for increasing cooling water evaporation area
The negative-pressure air fan (42) of negative pressure is formed, described evaporation plate mechanism (41) is removably attachable in frame body (1) and with bearing
Pressure fan (42) is encircled into vaporization chamber (2).
3. the energy saving refrigeration installation according to claim 2 with evaporation-cooled device, it is characterised in that described evaporation
Trigger structure (41) includes evaporation grillage (412), and the wet curtain paper full of evaporation grillage (412) is provided with the evaporation grillage (412)
(411), side of the described evaporation grillage (412) away from vaporization chamber (2) is provided with outer cover (413), described outer cover (413) with
Screen pack (414) is provided between evaporation grillage (412), described evaporation grillage (412) upper and lower surface is set respectively
There are water inlet (415) and delivery port (416), spraying mechanism (7) is provided with above evaporation grillage (412).
4. the energy saving refrigeration installation according to claim 3 with evaporation-cooled device, it is characterised in that described evaporation
Catch basin (8) is provided with below room (2), be provided with catch basin filter screen (83) and by catch basin be divided into clean water area (81) and
Recovery area (82), described catch basin (8) outside is provided with water pump (6), and the suction hose (61) of water pump is arranged on clean water area
(81), described water pump (6) is provided with outlet pipe (62) and is connected to one end of refrigerant cooling system (5).
5. the energy saving refrigeration installation according to claim 4 with evaporation-cooled device, it is characterised in that described refrigeration
Agent cooling system (5) includes hollow display pipe (51), and described display pipe (51) arranges and in display pipe (51) in the shape of a spiral
In be provided with least one along display pipe (51) move towards arrangement refrigerant pipe (52), the end set of described display pipe (51)
There is cooling water recovery tube (511) and penetrate vaporization chamber (2) and be connected in spraying mechanism (7).
6. the energy saving refrigeration installation according to claim 5 with evaporation-cooled device, it is characterised in that described spray
Mechanism (7) includes being used for the groove of turning one's coat (71) that cooling water is imported to evaporation plate mechanism (41), is set in described groove of turning one's coat (71)
There is shower (72), region of the described shower above water inlet (415) is provided with mouth spray (73).
7. the energy saving refrigeration installation according to claim 5 with evaporation-cooled device, it is characterised in that described shell
The one end of pipe (51) away from cooling water recovery tube (511) is provided with refrigerant outlet (521), described refrigerant outlet (521)
It is sequentially connected drier (53) and individual event valve (54) and enters refrigeration actuator afterwards, described display pipe (51) is close to cooling Water Sproading
One end of pipe (511) is provided with refrigerant input pipe (522), and described refrigerant input pipe (522) is away from cooling water recovery tube
(511) one end is connected in refrigerant circulation mechanism (9).
8. the energy saving refrigeration installation according to claim 1 with evaporation-cooled device, it is characterised in that described refrigeration
Agent cycling mechanism (9) includes being used for the refrigerant reflux tube (91) for reclaiming refrigeration actuator high temperature refrigerant, described refrigeration
Agent return duct (91) is connected on refrigeration actuator, and low-pressure meter is provided between refrigerant reflux tube (91) and refrigeration actuator
And low pressure valve (b).
9. the energy saving refrigeration installation according to claim 8 with evaporation-cooled device, it is characterised in that described refrigeration
Agent cycling mechanism (9) also includes gas-liquid separator (92), and described refrigerant reflux tube (91) is connected to gas-liquid separator (92)
On, described gas-liquid separator (92), which is provided with low-voltage output (921) and is connected with one, to be used to compress low-pressure refrigerant gas
Into the compressor (93) of highly pressurised liquid, described gas-liquid separator (92) is provided with discharging tube (922), described compressor (93)
It is connected to by refrigerant input pipe (931) on refrigerant cooling system (5).
10. the energy saving refrigeration installation according to claim 9 with evaporation-cooled device, it is characterised in that described pressure
Oil eliminator (94), high pressure gauge (c) and high-voltage switch gear are provided between contracting machine (93) and refrigerant input pipe (931), it is described
Oil eliminator is provided with discharging tube (95) and is connected with discharging tube, and described discharge opeing pipe end is provided with fluid flow alarm
(96)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720450588.XU CN206959220U (en) | 2017-04-26 | 2017-04-26 | Energy saving refrigeration installation with evaporation-cooled device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720450588.XU CN206959220U (en) | 2017-04-26 | 2017-04-26 | Energy saving refrigeration installation with evaporation-cooled device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206959220U true CN206959220U (en) | 2018-02-02 |
Family
ID=61372507
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720450588.XU Expired - Fee Related CN206959220U (en) | 2017-04-26 | 2017-04-26 | Energy saving refrigeration installation with evaporation-cooled device |
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| Country | Link |
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| CN (1) | CN206959220U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109506400A (en) * | 2018-12-16 | 2019-03-22 | 诸暨市菲曼特环保设备有限公司 | The evaporation cold oil road circulatory system of refrigeration equipment |
| CN110307613A (en) * | 2019-08-02 | 2019-10-08 | 艾科尔新能源科技有限公司 | It is a kind of to evaporate the double energy-saving type air conditioners utilized of cooling cold wind cold water and its working method |
-
2017
- 2017-04-26 CN CN201720450588.XU patent/CN206959220U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109506400A (en) * | 2018-12-16 | 2019-03-22 | 诸暨市菲曼特环保设备有限公司 | The evaporation cold oil road circulatory system of refrigeration equipment |
| CN110307613A (en) * | 2019-08-02 | 2019-10-08 | 艾科尔新能源科技有限公司 | It is a kind of to evaporate the double energy-saving type air conditioners utilized of cooling cold wind cold water and its working method |
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Granted publication date: 20180202 Termination date: 20200426 |