CN208702702U - A kind of cooling system of high pressure screw air compressor - Google Patents
A kind of cooling system of high pressure screw air compressor Download PDFInfo
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- CN208702702U CN208702702U CN201821538583.3U CN201821538583U CN208702702U CN 208702702 U CN208702702 U CN 208702702U CN 201821538583 U CN201821538583 U CN 201821538583U CN 208702702 U CN208702702 U CN 208702702U
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Abstract
The utility model provides a kind of cooling system of high pressure screw air compressor, belongs to air compressor machine technical field.It solves the problems, such as how to improve cooling effect in pneumatics box body.This cooling system includes the oil cooling radiator that the air-cooling radiator that import is connected with the gas outlet of gs-oil separator and import are connected with the oil outlet of gs-oil separator, it further include being located at the intracorporal air cooling air duct of case and oily cold air duct, air-cooling radiator is arranged at the air inlet in air cooling air duct and the air inlet is located at the side of cabinet, equipped with air draught side air cooling fan inwardly and the exhaust outlet is located at the top of cabinet at the exhaust outlet in the air duct that is gas-cooled；Oil cooling radiator is arranged in the air inlet of oily cold air duct and the air inlet is located at the side of cabinet, and air draught side oily cooling fan inwardly is equipped at the air outlet of oily cold air duct and the air outlet is located at the top of cabinet.By designing above, so that optimal heat dissipation path can be constructed in cabinet, to substantially increase the cooling effect of air compressor machine.
Description
Technical field
The utility model belongs to air compressor machine technical field, is related to a kind of cooling system of high pressure screw air compressor.
Background technique
With the fast development of equipment, air compressor machine is applied to different industries, and air compressor machine is that one kind mentions for compressed gas
High gas pressure or the machinery for conveying gas, air compressor machine have many uses, almost each throughout industrial or agricultural, national defence, science and technology, civilian etc.
A field.Air compressor machine is broadly divided into piston type air compressor and screw-rod air compressor.Wherein, air-cooled screw air compressor and water-cooled
Screw air compressor is two kinds of common air compressor types, and air-cooled and two kinds of cooling systems of water cooling pass through to lubricating oil and compression
Air is cooled down, to guarantee that the running temperature of compressor assembly is normal and the temperature of compressed air outlet is normal.It is air-cooled
Screw air compressor has the characteristics that small occupied area, high reliablity, acrotism flush gas.
As [application number: 201621167768.9] disclosing a kind of practical screw air compressor to Chinese patent, including compression
Machine ontology, catch pot and fixed bottom plate, the catch pot is connected with air accumulator by damping fixed plate, described solid
Determine bottom plate and damping fixed plate is connected by damping device, and is fixed with idler wheel, the compressor body and oil below fixed bottom plate
Cooling fan, Gas Cooler and oil cooler are provided between gas separating device, the oil strainer is connected with oil cooler, and
Gs-oil separator is connected with Gas Cooler, and the cooling fan, Gas Cooler and oil cooler are in catch pot and gas storage
It is sequentially arranged from left to right above tank.The practical screw air compressor, structure setting are compact.
But above-mentioned air compressor machine, precisely in order to guarantee is compact-sized, the above-mentioned layout type that cooling system uses exists
Following defect: due to cooling fan, Gas Cooler and oil cooler above catch pot and air accumulator from left to right successively
Arrangement, that is to say, that when cooling fan carries out air-cooled work, cooling fan is inhaled between compressor body and gs-oil separator
It receives air to be blown outward by interior, heat dissipation out of is taken the heat of Gas Cooler and oil cooler with this, in the process, cooling fan is blown
Outlet air all can be easy to produce hot air circulation, influence heat dissipation effect from discharge is drawn by the noisy reflection of each component of air compressor machine；
Also, Gas Cooler and oil cooler use above-mentioned layout, and the two be easy to cause in radiation processes and interferes with each other；Therefore, above-mentioned
The heat dissipation path of the cooling system of air compressor machine is not reasonable, and heat dissipation performance is poor, and machine is easy to happen failure.
Summary of the invention
The purpose of this utility model is the presence of the above problem in view of the prior art, proposes a kind of high pressure screw air compressor
Cooling system, the utility model solve the technical issues of be the cooling effect how improved in pneumatics box body.
The purpose of this utility model can be realized by the following technical scheme: a kind of cooling system of high pressure screw air compressor
System, the air compressor machine include cabinet and are located in the box body gs-oil separator, and the cooling system includes import and Oil-gas Separation
The oil cooling radiator that the connected air-cooling radiator in the gas outlet of device and import are connected with the oil outlet of gs-oil separator, feature exist
In the cooling system further includes setting in cabinet and mutually independent air cooling air duct and oily cold air duct, the air cooling are radiated
Device is arranged at the air inlet in air cooling air duct and the air inlet is located at the side of cabinet, is equipped at the exhaust outlet in the air cooling air duct
Air draught side air cooling fan inwardly and the exhaust outlet are located at the top of cabinet；The oil cooling radiator be arranged in oily cold air duct into
At air port and the air inlet is located at the side of cabinet, is equipped with the oily cooling fan of air draught side inwardly at the air outlet of the oil cold air duct
And the air outlet is located at the top of cabinet.
Each component of this high pressure screw air compressor is incorporated into a cabinet, has compact-sized, the small feature of occupied area；
This cooling system exactly be directed to the above-mentioned type air compressor machine and design, specific design principle is as follows: this cooling system by
The mutually independent air cooling air duct of design and oil cold air duct in cabinet, wherein gas for being separated to gs-oil separator into
The air-cooling radiator of row cooling is arranged at the air inlet in air cooling air duct, and is equipped with air draught side inwardly at exhaust outlet, can
The air cooling fan of air inlet is drawn an airflow into, then, when air cooling fan work, due to only having air-cooling radiator one in air duct
Heat source, and air-cooling radiator is directly arranged at air inlet, fresh air first time and air-cooling radiator outside such case
Contact, the air that the heat of air-cooling radiator can be inhaled into air inlet at the first time take away row toward exhaust outlet direction along air duct
Out, the high efficiency and heat radiation for the high pressure gas isolated for gs-oil separator is realized with this；Likewise, for gs-oil separator point
The oil cooling radiator for separating out the lubricating oil progress cooling come is arranged in the air inlet of oily cold air duct, and is equipped at air outlet
Air draught side inwardly, can draw an airflow into the oily cooling fan of air inlet, then, when oily cooling fan work when, due in air duct only
There is one heat source of oil cooling radiator, and oil cooling radiator is directly arranged at air inlet, the fresh air first outside such case
Time contacts with oil cooling radiator, and the air that the heat of oil cooling radiator can be inhaled into air inlet at the first time is past out along air duct
Discharge is taken away in air port direction, and the cooling for the lubricating oil isolated for gs-oil separator is realized with this；From above-mentioned analysis it is found that on
State the gas and lubricating oil separated for gs-oil separator cooling structure be it is separated independently of each other, the two distributes
Heat will not mutually alter it is logical generate interference, such independence and the design being cooled separately are conducive to improve cooling efficiency, and by
Air duct directly absorbs fresh air and cools down to radiator, can greatly improve cooling effect；Meanwhile by having in air duct
The air flow path of body is designed, i.e. the air inlet of the air inlet in air cooling air duct and oily cold air duct is separately designed in the side of cabinet
Portion, and the Position Design of exhaust outlet and air outlet is at the top of the box body, that is to say, that two air ducts are inhaled from the side of cabinet
Fresh air is received, and is discharged from from the top of cabinet, and the deflecting that will not be interfered during airflow, meets cold air
Decline, the principle that hot-air rises, not will form hot air circulation inside and outside such cabinet, substantially increases the intracorporal cooling effect of case
Rate；Therefore, by designing above, to effectively increase the cooling effect of the narrow cabinet of air compressor machine.
In the cooling system of above-mentioned high pressure screw air compressor, the air cooling air duct and oily cold air duct are located at cabinet
Two diagonal angles in top, the exhaust outlet in the air cooling air duct and the air outlet of oily cold air duct be located at box top two are right
At angle, the air inlet in the air cooling air duct and the air inlet of oily cold air duct be not on the same side wall of cabinet.By above to gas
Cold air duct and the oily position of cold air duct and the mutual position of air inlet and the mutual alignment of air inlet, exhaust outlet and air outlet
The Joint Designing set, so that air cooling air duct and oily cold air duct are located remotely from each other, that is, the heat dissipation path being further ensured that in two air ducts
It is located remotely from each other, interference is generated when the two being avoided to carry out cooling work, to further improve the cooling for cabinet inner heat source
Effect.
In the cooling system of above-mentioned high pressure screw air compressor, there is guide face, the water conservancy diversion in the air cooling air duct
Face is tilted from air inlet to exhaust outlet direction to be extended；Also there is guide face in the oil cold air duct, the guide face is by air inlet
It tilts and extends to direction of air outlet.By the design of the above guide face, enable the hot-air in two air ducts along correspondence
Guide face be quickly lifted discharge, so that hot-air will not be hindered or have the excessive time to rest on air duct
It is interior, to be conducive to improve cooling effect.
In the cooling system of above-mentioned high pressure screw air compressor, the air cooling fan is fixed on the exhaust outlet in air cooling air duct
Place, downward, the air draft side of the air cooling fan is upward for the air draught side of the air cooling fan；The oil cooling fan is fixed on oily cold wind
At the air outlet in road, downward, the air draft side of the oil cooling fan is upward for the air draught side of the oil cooling fan.By above for wind
The layout design of fan enables air flue interior and is discharged upward straight via the hot-air of fan discharge, is conducive to hot-air in this way
The cooling effect for being conducive to improve air compressor machine far from cabinet is distributed upwards.
In the cooling system of above-mentioned high pressure screw air compressor, mounting base one, the peace are fixed at the exhaust outlet
Have on dress seat one and raise upward and air-ducting ring one in a ring, the air cooling fan be fixed by the bracket in mounting base one and
The impeller of air cooling fan is located in air-ducting ring one；Be fixed with mounting base two at the air outlet, have in the mounting base two to
Upper protrusion and air-ducting ring two in a ring, the oil cooling fan is fixed by the bracket in mounting base two and the impeller of oily cooling fan
In air-ducting ring two.By the design of the above air-ducting ring, enable from air duct be discharged hot-air air-ducting ring guiding
Straight discharge under effect is conducive to hot-air in this way and distributes the cooling effect for being conducive to improve air compressor machine far from cabinet upwards.
In the cooling system of above-mentioned high pressure screw air compressor, the air-cooling radiator is fixed and is blocked in air cooling air duct
Air inlet at；The oil cooling radiator is fixed and blocks the air inlet in oily cold air duct.By designing above, so that from suction
The outer fresh cold air of the case of air port or air inlet can be contacted adequately with radiator at the first time, so as to improve cooling
Effect.
In the cooling system of above-mentioned high pressure screw air compressor, air compressor machine ontology, the pneumatics are equipped in the cabinet
Machine ontology is located at the lower section in air cooling air duct and oily cold air duct and is fixed on the bottom of cabinet, close to air compressor machine ontology both ends
Wall box is equipped with thermovent.By the barrier in be gas-cooled above air duct and oily cold air duct, air compressor machine ontology as one of heat source,
Its heat-dissipating space is independent, so that high pressure gas is cooling, lubricating oil is cooling and the heat dissipation phase of the cooling three of air compressor machine ontology
It is mutually independent, it does not interfere with each other, to be conducive to improve the cooling effect in pneumatics box body.
In the cooling system of above-mentioned high pressure screw air compressor, there is opened type cavity one on the top surface of the cabinet,
The exhaust outlet is located on the bottom surface of cavity one, and the open-mouth of the cavity one is fixed with the dustproof cover with venthole；It is described
There is opened type cavity two, the air outlet is located on the bottom surface of cavity two, the open-mouth of the cavity two on the top surface of cabinet
It is fixed with the dustproof cover with venthole.By designing above, so that the installation site of fan is sunk, so that fan uses
It is safer, and be conducive to dustproof design.
In the cooling system of above-mentioned high pressure screw air compressor, the gas outlet of the air compressor machine ontology and gs-oil separator
Import be connected, with inlet plenum and the noise reduction chamber that is communicated with inlet plenum, the inlet chamber on the side wall of the cabinet
It is equipped with sealing plate outside room and silencing cavity room, there is air inlet on the sealing plate, the inlet plenum is communicated with the outside world by air inlet,
The air inlet of the air compressor machine ontology penetrates noise reduction chamber by pipeline and communicates with noise reduction chamber.By designing above, this sky
The admission space of press is also independent design, and this makes it possible to the shadows for effectively avoiding radiating in case for air compressor air intake temperature
It rings, is conducive to the whole cooling effect for improving air compressor machine.
In the cooling system of above-mentioned high pressure screw air compressor, the cabinet is split type structure, including pedestal and solid
Module one, module two, module three and the module four being scheduled on pedestal, the air cooling air duct are an integral structure with module one, institute
It states oily cold air duct and module two is an integral structure.By the above module design, so that the assembling of each component of air compressor machine is more square
Just；Alternatively, above-mentioned cabinet can be an integral structure, be gas-cooled air duct and the design seperated with cabinet of oily cold air duct.
Compared with prior art, the cooling system of this high pressure screw air compressor has the advantage that this cooling system passes through
It designs two independent ventiducts and cooling treatment is carried out to high pressure gas and lubricating oil respectively, and by improving air duct inner radiator and wind
The layout design of the specific arragement construction fanned and air duct position itself with it into and out of tuyere position, so that being capable of structure in cabinet
Optimal heat dissipation path is built, hot air circulation and mutual heat interference will not be generated, to substantially increase the cold of air compressor machine
But effect.
Detailed description of the invention
Fig. 1 is the complete machine structure schematic diagram of this high pressure screw air compressor.
Fig. 2 is the configuration schematic diagram one of this high pressure screw air compressor.
Fig. 3 is the configuration schematic diagram two of this high pressure screw air compressor.
Fig. 4 is the configuration schematic diagram three of this high pressure screw air compressor.
Fig. 5 is the configuration schematic diagram four of this high pressure screw air compressor.
In figure, 1, cabinet；1a, pedestal；1b, module one；1c, module two；1d, module three；1e, module four；2, oil gas point
From device；3, air-cooling radiator；4, oil cooling radiator；5, be gas-cooled air duct；51, air inlet；52, exhaust outlet；6, oily cold air duct；61,
Air inlet；62, air outlet；7, air cooling fan；8, oily cooling fan；9, guide face；10, mounting base one；101, air-ducting ring one；11,
Mounting base two；111, air-ducting ring two；12, air compressor machine ontology；13, thermovent；14, cavity one；15, dustproof cover；16, cavity two；
17, inlet plenum；18, noise reduction chamber；19, sealing plate；191, air inlet；20, air inlet pipe.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Specifically, as shown in Figures 1 to 5, this high pressure screw air compressor includes cabinet 1 and the oil gas in cabinet 1
The gas outlet of separator 2, oil storage tank, air compressor machine ontology 12, air compressor machine ontology 12 is connected with the import of gs-oil separator 2, this is cold
But to include air-cooling radiator 3 that import is connected with the gas outlet of gs-oil separator 2 and import fuel-displaced with gs-oil separator 2 for system
The connected oil cooling radiator 4 of mouth, the outlet of oil cooling radiator 4 are connected with the import of oil storage tank, the outlet of oil storage tank and air compressor machine
Fueling injection equipment on ontology 12 is connected.Radiator therein is alternatively referred to as condenser.
Again shown in Fig. 4 as shown in Figure 2, Figure 3 and Figure 4, this cooling system further includes being arranged in cabinet 1 and mutually independent air cooling wind
Road 5 and oily cold air duct 6.Air-cooling radiator 3 is fixed and blocks at the air inlet 51 in air cooling air duct 5 and the air inlet 51 is located at case
The side of body 1, air cooling fan 7 and the air draft of air inlet 51 can be drawn an airflow by being equipped at the exhaust outlet 52 in air duct 5 that is gas-cooled
Mouth 52 is located at the top of cabinet 1；Oil cooling radiator 4 is fixed and blocks at the air inlet 61 of oily cold air duct 6 and the air inlet 61
Positioned at the side of cabinet 1, at the air outlet 62 of oily cold air duct 6 be equipped with can draw an airflow into air inlet 61 oily cooling fan 8 and
The air outlet 62 is located at the top of cabinet 1.Wherein, more specifically, air cooling air duct 5 and oily cold air duct 6 are located in cabinet 1
The air outlet 62 of two diagonal angles, the exhaust outlet 52 in the air duct 5 that is gas-cooled and oily cold air duct 6 is located at two diagonal angles of 1 top surface of cabinet,
The air inlet 61 of the air inlet 51 in air cooling air duct 5 and oily cold air duct 6 is not on the same side wall of cabinet 1.Air cooling has in air duct 5
Guide face 9, guide face 9 is tilted from air inlet 51 to 52 direction of exhaust outlet to be extended；Also there is guide face 9, water conservancy diversion in oily cold air duct 6
Face 9 is tilted from air inlet 61 to 62 direction of air outlet to be extended.
Again specifically, there is opened type cavity 1, exhaust outlet 52 is located at the bottom surface of cavity 1 on the top surface of cabinet 1
On, the open-mouth of cavity 1 is fixed with the dustproof cover 15 with venthole；There is opened type cavity two on the top surface of cabinet 1
16, air outlet 62 is located on the bottom surface of cavity 2 16, and the open-mouth of cavity 2 16 is fixed with the dustproof cover 15 with venthole.Row
It is fixed with mounting base 1 at air port 52, has in mounting base 1 and raise upward and air-ducting ring 1 in a ring, air cooling wind
Fan 7 is fixed by the bracket in mounting base 1 and the impeller of air cooling fan 7 is located in air-ducting ring 1, the suction of air cooling fan 7
Downward, the air draft side of air cooling fan 7 is upward for wind side；Be fixed with mounting base 2 11 at air outlet 62, have in mounting base 2 11 to
Upper protrusion and air-ducting ring 2 111 in a ring, oily cooling fan 8 is fixed by the bracket in mounting base 2 11 and oil cooling fan 8
Impeller is located in air-ducting ring 2 111, and downward, the air draft side of oily cooling fan 8 is upward for the air draught side of oily cooling fan 8.
Again specifically, as shown in figure 5, air compressor machine ontology 12 is located at the lower section in air cooling air duct 5 and oily cold air duct 6 and is fixed on
The bottom of cabinet 1,1 side wall of cabinet close to 12 both ends of air compressor machine ontology are equipped with thermovent 13.On the side wall of cabinet 1 have into
Gas chamber 17 and the noise reduction chamber 18 communicated with inlet plenum 17, inlet plenum 17 is interior to be equipped with filter plate.Inlet plenum 17 and noise reduction
Chamber 18 is externally provided with sealing plate 19, has air inlet 191 on sealing plate 19, and inlet plenum 17 is communicated with the outside world by air inlet 191, empty
The air inlet 191 of press ontology 12 is penetrated noise reduction chamber 18 and is communicated with noise reduction chamber 18 by air inlet pipe 20.
In addition, cabinet 1 is split type structure, including pedestal 1a and the module one being fixed on pedestal 1a in the present embodiment
1b, four 1e of two 1c of module, three 1d of module and module, air cooling air duct 5 and one 1b of module are an integral structure, oily cold air duct 6 and mould
Two 1c of block is an integral structure.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although be used more herein cabinet 1, pedestal 1a, one 1b of module, two 1c of module, three 1d of module, four 1e of module,
Gs-oil separator 2, air-cooling radiator 3, oil cooling radiator 4, air cooling air duct 5, air inlet 51, exhaust outlet 52, oily cold air duct 6, into
Air port 61, air outlet 62, air cooling fan 7, oily cooling fan 8, guide face 9, mounting base 1, air-ducting ring 1, mounting base two
11, air-ducting ring 2 111, air compressor machine ontology 12, thermovent 13, cavity 1, dustproof cover 15, cavity 2 16, inlet plenum 17, disappear
The terms such as sound chamber 18, sealing plate 19, air inlet 191, air inlet pipe 20, but it does not exclude the possibility of using other terms.It uses
These terms are used for the purpose of being more convenient to describe and explain the essence of the utility model；It is construed as any additional
Limitation be all contrary to the spirit of the present invention.
Claims (10)
1. a kind of cooling system of high pressure screw air compressor, air compressor machine includes cabinet (1) and the Oil-gas Separation in cabinet (1)
Device (2), cooling system include the air-cooling radiator (3) that import is connected with the gas outlet of gs-oil separator (2) and import and oil gas
The connected oil cooling radiator (4) of the oil outlet of separator (2), which is characterized in that the cooling system further includes being arranged in cabinet
(1) in and mutually independent air cooling air duct (5) and oily cold air duct (6), the air-cooling radiator (3) are arranged in air cooling air duct (5)
Air inlet (51) at and the air inlet (51) be located at the side of cabinet (1), set at the exhaust outlet (52) of air cooling air duct (5)
There is air draught side air cooling fan (7) inwardly and the exhaust outlet (52) is located at the top of cabinet (1)；Oil cooling radiator (4) cloth
It sets at the air inlet (61) of oily cold air duct (6) and the air inlet (61) is located at the side of cabinet (1), the oil cold air duct (6)
Air outlet (62) at be equipped with air draught side oily cooling fan (8) inwardly and the air outlet (62) is located at the top of cabinet (1).
2. the cooling system of high pressure screw air compressor according to claim 1, which is characterized in that the air cooling air duct (5)
Two diagonal angles being located at oily cold air duct (6) at the top of cabinet (1), the exhaust outlet (52) of air cooling air duct (5) and
The air outlet (62) of oily cold air duct (6) is located at two diagonal angles of cabinet (1) top surface, the air inlet of air cooling air duct (5)
(51) and the air inlet (61) of oily cold air duct (6) is not on the same side wall of cabinet (1).
3. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the air cooling air duct
(5) there are guide face (9) in, the guide face (9) tilts from air inlet (51) to exhaust outlet (52) direction to be extended；The oil is cold
Also there are guide face (9) in air duct (6), the guide face (9) tilts from air inlet (61) to air outlet (62) direction to be extended.
4. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the air cooling fan
(7) be fixed on air cooling air duct (5) exhaust outlet (52) at, the air draught side of the air cooling fan (7) downward, the air cooling fan
(7) air draft side is upward；The oil cooling fan (8) is fixed at the air outlet (62) of oily cold air duct (6), the oil cooling fan
(8) downward, the air draft side of the oil cooling fan (8) is upward for air draught side.
5. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the exhaust outlet
(52) it is fixed with mounting base one (10) at, has on the mounting base one (10) and raise upward and air-ducting ring one in a ring
(101), the air cooling fan (7) is fixed by the bracket in mounting base one (10) and the impeller of air cooling fan (7) is located at wind-guiding
It encloses in one (101)；It is fixed with mounting base two (11) at the air outlet (62), has on the mounting base two (11) and raises upward
And air-ducting ring two (111) in a ring, the oil cooling fan (8) is fixed by the bracket in mounting base two (11) and oily cooling fan
(8) impeller is located in air-ducting ring two (111).
6. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the air cooling heat dissipation
Device (3) is fixed and blocks at the air inlet (51) of air cooling air duct (5)；The oil cooling radiator (4) is fixed and blocks cold in oil
At the air inlet (61) in air duct (6).
7. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that in the cabinet (1)
Equipped with air compressor machine ontology (12), the air compressor machine ontology (12) is located at the lower section of air cooling air duct (5) and oily cold air duct (6) and fixation
In the bottom of cabinet (1), cabinet (1) side wall close to air compressor machine ontology (12) both ends is equipped with thermovent (13).
8. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the cabinet (1)
There is opened type cavity one (14), the exhaust outlet (52) is located on the bottom surface of cavity one (14), the cavity one on top surface
(14) open-mouth is fixed with the dustproof cover (15) with venthole；There is opened type cavity two on the top surface of the cabinet (1)
(16), the air outlet (62) is located on the bottom surface of cavity two (16), and the open-mouth of the cavity two (16), which is fixed with to have, to be led to
The dustproof cover (15) of stomata.
9. the cooling system of high pressure screw air compressor according to claim 7, which is characterized in that the air compressor machine ontology
(12) gas outlet is connected with the import of gs-oil separator (2), on the side wall of the cabinet (1) have inlet plenum (17) and with
The noise reduction chamber (18) that inlet plenum (17) communicates, the inlet plenum (17) and noise reduction chamber (18) are externally provided with sealing plate (19),
There are air inlet (191) on the sealing plate (19), the inlet plenum (17) is communicated with the outside world by air inlet (191), described
The air inlet (191) of air compressor machine ontology (12) by air inlet pipe (20) penetrate noise reduction chamber (18) and with noise reduction chamber (18) phase
It is logical.
10. the cooling system of high pressure screw air compressor according to claim 1 or 2, which is characterized in that the cabinet (1)
For split type structure, including pedestal (1a) and the module one (1b) being fixed on pedestal (1a), module two (1c), module three (1d)
With module four (1e), the air cooling air duct (5) is an integral structure with module one (1b), the oil cold air duct (6) and module two
(1c) is an integral structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821538583.3U CN208702702U (en) | 2018-09-19 | 2018-09-19 | A kind of cooling system of high pressure screw air compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821538583.3U CN208702702U (en) | 2018-09-19 | 2018-09-19 | A kind of cooling system of high pressure screw air compressor |
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| Publication Number | Publication Date |
|---|---|
| CN208702702U true CN208702702U (en) | 2019-04-05 |
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ID=65947053
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821538583.3U Active CN208702702U (en) | 2018-09-19 | 2018-09-19 | A kind of cooling system of high pressure screw air compressor |
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| Country | Link |
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| CN (1) | CN208702702U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109026716A (en) * | 2018-09-19 | 2018-12-18 | 徐道敏 | A kind of cooling system of high pressure screw air compressor |
-
2018
- 2018-09-19 CN CN201821538583.3U patent/CN208702702U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109026716A (en) * | 2018-09-19 | 2018-12-18 | 徐道敏 | A kind of cooling system of high pressure screw air compressor |
| CN109026716B (en) * | 2018-09-19 | 2024-05-28 | 浙江杰能压缩设备有限公司 | Cooling system of high-pressure screw air compressor |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210513 Address after: 317100 Donggang (industrial cluster), pubagang Town, Sanmen County, Taizhou City, Zhejiang Province Patentee after: ZHEJIANG JIENENG COMPRESS EQUIPMENT Co.,Ltd. Address before: 318000 No.1 and 33, dongjiayang village, Jiazhen street, Jiaojiang District, Taizhou City, Zhejiang Province Patentee before: Xu Daomin |