CN206522244U - Air compressor system with external gs-oil separator - Google Patents
Air compressor system with external gs-oil separator Download PDFInfo
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- CN206522244U CN206522244U CN201621485035.XU CN201621485035U CN206522244U CN 206522244 U CN206522244 U CN 206522244U CN 201621485035 U CN201621485035 U CN 201621485035U CN 206522244 U CN206522244 U CN 206522244U
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- oil separator
- valve
- air compressor
- external
- compressor system
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Abstract
The utility model provides a kind of air compressor system with external gs-oil separator, including at least a pneumatics main frame and gs-oil separator, the pneumatics main frame and gs-oil separator are separately installed, the gs-oil separator, which is provided with, is discharged into mouth, oily outlet, emptying outlet and gas outlet, the mouth that is discharged into is provided with flange arrangement, the emptying outlet is located at the top of the gs-oil separator with gas outlet, the mouth that is discharged into is connected to the pneumatics main frame by detachable pipeline, and the gas outlet is provided with minimum pressure valve.
Description
Technical field
The utility model relates to air compressor machine, more particularly to the air compressor system with external gs-oil separator.
Background technology
Screw air compressor essential structure：In the body of compressor, a pair of intermeshing spiral shapes are abreast configured
Rotor, generally the rotor outside pitch circle with double wedge, referred to as male rotor or positive screw rod.The rotor in pitch circle with concave tooth, claim
For female rotor or female screw, general male rotor is connected with prime mover, and last on female rotor rotation rotor is driven by male rotor
Axially position is realized to bearing, and bears the axial force in compressor.The cylinder roller bearing of two ends of rotor makes rotor realize footpath
To positioning, and bear the radial load in compressor.At the two ends of compressor block, the hole of definite shape and size is opened up respectively
Mouthful.One for air-breathing, referred to as air inlet;Another supply and discharge gas is used, referred to as exhaust outlet.
Pneumatics main frame and gs-oil separator are mostly combined installation and fixed by existing air compressor machine, however, this peace
Oil gas separator is merely able to work for the pneumatics host implementation Oil-gas Separation under dress mode.
Meanwhile, gs-oil separator of the prior art need to be generally exhausted using minimum pressure valve, existing minimum pressure
Power valve generally all only has single Opening pressure setting value, therefore under normal conditions, the setting value of minimum pressure valve can compare
Height, the working pressure range that this allows for compressor is limited, so as to limit to the ability to work of whole gs-oil separator.
Utility model content
In order to solve above-mentioned technical problem, the utility model provides a kind of with external gs-oil separator
Air compressor system, including an at least pneumatics main frame and gs-oil separator, the pneumatics main frame and gs-oil separator are separately installed,
The gs-oil separator is provided with mouth, oily outlet, emptying outlet and gas outlet is discharged into, and the mouth that is discharged into is provided with method
Blue structure, the emptying outlet and gas outlet are located at the top of the gs-oil separator, it is described be discharged into mouth pass through it is detachable
Pipeline is connected to the pneumatics main frame, and the gas outlet is provided with minimum pressure valve；
The minimum pressure valve is included in valve body, valve element, piston, the first spring, second spring and regulating block, the valve body
It is formed with the accommodating cavity moved for the valve element and piston, the valve body and is additionally provided with the first port and the second port, the valve
Core realizes the connection and closing between the first port and the second port by the movement along the accommodating cavity, and first spring is along institute
The two ends for stating the moving direction of valve element connect the side of the valve element and piston respectively；The second spring is along the valve element and work
The one end for filling in mobile direction connects the opposite side of the piston, and the other end connects the regulating block, and the regulating block being capable of edge
The accommodating cavity is moved adjustment, and then make it that the decrement or amount of tension of the second spring are adjustable.
Optionally, the detachable pipeline includes main line and at least one bye-pass, the connection institute of the main line
The one end for being discharged into mouth is stated with the flange part matched with the flange arrangement, if the other end of the main line is respectively communicated with the Heavenly Stems and Earthly Branches
One end of pipeline, the other end of the bye-pass is provided with different connectors, and can be closed part closing.
Optionally, the main line is respectively connecting to each bye-pass by connecting casing.
Optionally, the emptying outlet is provided with emptying magnetic valve.
Optionally, the minimum pressure valve also includes end cap, and the end cap is connected to the valve body, and the end cap is provided with
Pretightning force regulating part, the pretightning force regulating part is to adjust position of the mobile regulating block along the accommodating cavity, so as to adjust
The decrement or amount of tension of the whole second spring.
Optionally, the pretightning force regulating part includes the hole portion located at the end cap, and is connected to through the hole portion
The adjustment portion of the regulating block.
Optionally, it is additionally provided with to limit the position limiting structure of the regulating block shift position, the limit on the inside of the valve body
Bit architecture is between the regulating block and piston.
Optionally, the position limiting structure includes being located at the spacing ring on the outside of the second spring.
Optionally, the described air compressor system with external gs-oil separator also includes and gs-oil separator position
The heat exchanger for being relatively fixed installation is put, the screw air compressor intake valve is switched to the pneumatics main frame, institute by air inlet pipeline
The entrance and exit that air inlet pipeline accesses to the first side of the heat exchanger is stated, the entrance connection of the second side of the heat exchanger is cold
But pond.
Optionally, the air inlet pipeline is provided with temperature sensor, and valve is provided between the cooling pond and heat exchanger,
The temperature sensor direct or indirect connection PLC control system, so that the PLC control system can be according to the temperature
The testing result for spending sensor controls the keying of the valve.
The utility model proposes a kind of air compressor system of the gs-oil separator of external, gs-oil separator and pneumatics master
Machine is respectively mounted, and is only attached by detachable pipeline, in further alternative, and the detachable pipeline can have more than
One branch road, specifically, it not only can carry out installation mating for different pneumatics main frames, can also access simultaneously more than
One pneumatics main frame.
Meanwhile, minimum pressure valve of the present utility model introduces second spring and regulating block, by adjusting regulating block, can be with
Change the telescopic level of second spring, and then enable second spring to provide the piston certain pretightning force, make minimum
Pressure valve can have different Opening pressure setting values.Moreover, the pretightning force can be by the position movement of regulating block with locking
To realize change.Minimum pressure valve of the present utility model, applicability is good, and adjusting range is big, extends the use of air compressor
In the life-span, improve the operating efficiency of air compressor.
Brief description of the drawings
Fig. 1 is the schematic diagram of gs-oil separator in the alternative embodiment of the utility model one；
Fig. 2 is the schematic diagram of minimum pressure valve described in the alternative embodiment of the utility model one；
In figure, 1- minimum pressure valves；2- is discharged into mouth；The detachable pipelines of 3-；31- main lines；32- connection casings；33- branch pipes
Road；4- is vented outlet；40- emptying magnetic valves；5- oil outlets；6- gas outlets；
101- valve bodies；The ports of 1011- first；The ports of 1012- second；102- valve elements；The springs of 103- first；104- pistons；
105- second springs；6- spacing rings；7- second springs；8- regulating blocks；9- pretightning force regulating parts；10- end caps.
Embodiment
The air compressor system with external gs-oil separator provided below with reference to Fig. 1 and Fig. 2 the utility model
It is described in detail, it is the utility model optional embodiment, it is believed that those skilled in the art are not changing this reality
In the range of new spirit and content, it can be modified and polished.
Fig. 1 is refer to, the utility model provides a kind of air compressor system with external gs-oil separator, including extremely
Few a pneumatics main frame and gs-oil separator, the pneumatics main frame and gs-oil separator are separately installed, on the gs-oil separator
Provided with mouth 2, oily outlet 5, emptying outlet 4 and gas outlet 6 is discharged into, the mouth 2 that is discharged into is described provided with flange arrangement
The top that outlet 4 is located at the gs-oil separator with gas outlet 6 is vented, the mouth 2 that is discharged into is connected by detachable pipeline 3
To the pneumatics main frame, the gas outlet is provided with minimum pressure valve 1；
In the utility model optional embodiment, the detachable pipeline 3 includes main line 31 and at least one branch pipe
Road 33, one end of mouth 2 is discharged into described in the connection of the main line 31 has the flange part matched with the flange arrangement, the master
The other end of pipeline 31 is respectively communicated with one end of some bye-passes 33, and the other end of the bye-pass 33 is provided with different connections
Part, and part closing can be closed, difference here refers to different bye-passes 33, the type of the connector of its other end, chi
Very little, model is different, when it is not in use, can access closure member and the bypass duct is closed, in the feelings with connection casing 32
Under condition, closure member is closed in one end of the connection casing 32 of the bye-pass 33.In alternative embodiment, the main line passes through even
Connect casing 32 and be respectively connecting to each bye-pass 33.
In the utility model optional embodiment, the emptying outlet is provided with emptying magnetic valve.Emptying magnetic valve is by PLC
Control system is controlled, and emptying can be achieved.
It refer to Fig. 2, minimum pressure valve, including valve body 101, valve element 102, piston 104, the first spring 105, second spring
107 and regulating block 108, the accommodating cavity moved for the valve element 102 and piston 104, the valve body are formed with the valve body 101
The first port 1011 and the second port 1012 are additionally provided with 101, the valve element 102 realizes by the movement along the accommodating cavity
Connection and closing between one port 1011 and the second port 1012, moving direction of first spring 105 along the valve element 102
Two ends connect the side of the valve element 102 and piston 104 respectively；
The one end in the direction that the second spring 107 is moved along the valve element 102 and piston 104 connects the piston 104
Opposite side, the other end connects the regulating block 108, i.e., described valve element 102, the first spring 105, piston 104, second spring
107 are sequentially connected with regulating block 108.
The regulating block 108 can be moved adjustment along the accommodating cavity, and then cause the decrement of the second spring
Or amount of tension is adjustable.Certainly, adjustment referred herein, refers to and is adjusted locking.
In order to further realize the regulation of regulating block 108：
The adjustable air compressor machine minimum pressure valve of described pretightning force also includes end cap 110, and the end cap 110 is connected to described
Valve body 101, the end cap 110 is provided with pretightning force regulating part 109, and the pretightning force regulating part 109 is mobile described to adjust
Regulating block 108 is put along the accommodating cavity, so as to adjust the decrement of second spring 107 or amount of tension.Furthermore, it is understood that described
Pretightning force regulating part includes the hole portion located at the end cap 110, and is connected to through the hole portion tune of the regulating block 108
Section portion.The hole portion is chosen as screwed hole, and the adjustment portion is chosen as threaded components, such as the combination of screw rod and nut passes through
The nut of varying number is set to realize the determination of different decrements or stroke.Certainly, it is any to realize that displacement is adjusted by adjustment portion
The mode of section may be applicable to the utility model, and be not limited to illustrated above.
In order to further limit the position of regulating block 108, the inner side of valve body 101 is additionally provided with to limit the regulating block
The position limiting structure of 108 shift positions, the position limiting structure is between the regulating block and piston.Furthermore, it is understood that the limit
Bit architecture includes the spacing ring 106 for being located at the outside of second spring 107.
Furthermore, it is understood that the cooling in order to realize discharge gas, described air compressor machine also includes heat exchanger and cooling pond,
Second port is by the first side of pipeline connection to the heat exchanger, and outlet and the entrance of the second side of the heat exchanger connect
Lead to the cooling pond.
In order to realize that the cooling of automation is adjusted, in further alternative embodiment, the cooling pond and heat exchanger it
Between be provided with valve, the valve controls by a controller.The outlet pipe is provided with temperature sensor, the temperature sensor
Controller described in direct or indirect connection, so that the testing result control that the controller can be according to the temperature sensor
Make the keying of the valve.Certainly, only it is to illustrate valve here, it is intended that expression control break-make, in actual application, also
Pump can be specifically provided with, such as, each valve concatenates a water pump, to realize the supply of cooling water.
In summary, the utility model proposes a kind of air compressor system of the gs-oil separator of external, Oil-gas Separation
Device is respectively mounted with pneumatics main frame, is only attached by detachable pipeline, in further alternative, and the detachable pipeline can
So that with more than one branch road, specifically, it not only can carry out installation mating for different pneumatics main frames, can also be same
When access more than one pneumatics main frame.
Meanwhile, minimum pressure valve of the present utility model introduces second spring and regulating block, by adjusting regulating block, can be with
Change the telescopic level of second spring, and then enable second spring to provide the piston certain pretightning force, make minimum
Pressure valve can have different Opening pressure setting values.Moreover, the pretightning force can be by the position movement of regulating block with locking
To realize change.Minimum pressure valve of the present utility model, applicability is good, and adjusting range is big, extends the use of air compressor
In the life-span, improve the operating efficiency of air compressor.
Claims (10)
1. a kind of air compressor system with external gs-oil separator, it is characterised in that：Including an at least pneumatics main frame and
Gs-oil separator, the pneumatics main frame and gs-oil separator are separately installed, and the gs-oil separator is discharged provided with mouth, oil is discharged into
Mouth, emptying outlet and gas outlet, the mouth that is discharged into is provided with flange arrangement, the emptying outlet and gas outlet position
In the top of the gs-oil separator, the mouth that is discharged into is connected to the pneumatics main frame, the gas discharge by detachable pipeline
Mouth is provided with minimum pressure valve；
The minimum pressure valve includes being formed in valve body, valve element, piston, the first spring, second spring and regulating block, the valve body
Have and the first port and the second port are additionally provided with the accommodating cavity moved for the valve element and piston, the valve body, the valve element leads to
Cross along the movement of the accommodating cavity and realize connection and closing between the first port and the second port, first spring is along the valve
The two ends of the moving direction of core connect the side of the valve element and piston respectively；The second spring is moved along the valve element and piston
The one end in dynamic direction connects the opposite side of the piston, and the other end connects the regulating block, and the regulating block can be along described
Accommodating cavity is moved adjustment, and then make it that the decrement or amount of tension of the second spring are adjustable.
2. there is the air compressor system of external gs-oil separator as claimed in claim 1, it is characterised in that：It is described detachable
Pipeline includes main line and at least one bye-pass, and one end of mouth is discharged into described in the connection of the main line and is had and the method
The flange part of blue structure matching, the other end of the main line is respectively communicated with one end of some bye-passes, the bye-pass it is another
One end is provided with different connectors, and can be closed part closing.
3. there is the air compressor system of external gs-oil separator as claimed in claim 2, it is characterised in that：The main line
Each bye-pass is respectively connecting to by cavity body structure.
4. there is the air compressor system of external gs-oil separator as claimed in claim 1, it is characterised in that：The emptying row
Outlet is provided with emptying magnetic valve.
5. there is the air compressor system of external gs-oil separator as claimed in claim 1, it is characterised in that：The minimum pressure
Power valve also includes end cap, and the end cap is connected to the valve body, and the end cap is provided with pretightning force regulating part, and the pretightning force is adjusted
Section part is to adjust position of the mobile regulating block along the accommodating cavity, so as to adjust decrement or the drawing of the second spring
The amount of stretching.
6. there is the air compressor system of external gs-oil separator as claimed in claim 5, it is characterised in that：The pretightning force
Regulating part includes the hole portion located at the end cap, and is connected to through the hole portion adjustment portion of the regulating block.
7. there is the air compressor system of external gs-oil separator as claimed in claim 6, it is characterised in that：In the valve body
Side is additionally provided with to limit the position limiting structure of the regulating block shift position, and the position limiting structure is in the regulating block and piston
Between.
8. there is the air compressor system of external gs-oil separator as claimed in claim 7, it is characterised in that：The spacing knot
Structure includes being located at the spacing ring on the outside of the second spring.
9. there is the air compressor system of external gs-oil separator as claimed in claim 1, it is characterised in that：Also include and institute
The heat exchanger that gs-oil separator position is relatively fixed installation is stated, air compressor gas valve is switched to the pneumatics master by air inlet pipeline
Machine, the air inlet pipeline accesses to the entrance and exit of the first side of the heat exchanger, the entrance of the second side of the heat exchanger
Connect cooling pond.
10. there is the air compressor system of external gs-oil separator as claimed in claim 9, it is characterised in that：The air inlet
Pipeline be provided with temperature sensor, between the cooling pond and heat exchanger be provided with valve, the temperature sensor directly or
PLC control system is connect in succession, so that the PLC control system can be controlled according to the testing result of the temperature sensor
The keying of the valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621485035.XU CN206522244U (en) | 2016-12-31 | 2016-12-31 | Air compressor system with external gs-oil separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621485035.XU CN206522244U (en) | 2016-12-31 | 2016-12-31 | Air compressor system with external gs-oil separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206522244U true CN206522244U (en) | 2017-09-26 |
Family
ID=59889422
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621485035.XU Active CN206522244U (en) | 2016-12-31 | 2016-12-31 | Air compressor system with external gs-oil separator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206522244U (en) |
-
2016
- 2016-12-31 CN CN201621485035.XU patent/CN206522244U/en active Active
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