CN205950623U - Installation and debugging frock of axial -flow type voltage regulator - Google Patents
Installation and debugging frock of axial -flow type voltage regulator Download PDFInfo
- Publication number
- CN205950623U CN205950623U CN201620858792.0U CN201620858792U CN205950623U CN 205950623 U CN205950623 U CN 205950623U CN 201620858792 U CN201620858792 U CN 201620858792U CN 205950623 U CN205950623 U CN 205950623U
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- Prior art keywords
- rear end
- adjusting structure
- pressure adjusting
- pressure regulator
- installation
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Abstract
The utility model discloses an installation and debugging frock of axial -flow type voltage regulator, voltage regulator including being used for and treating installation and debugging is imported continuous front end pressure regulating structure, is used for to export the rear end pressure regulating structure that links to each other with the voltage regulator of treating installation and debugging, still includes the support frame, front end pressure regulating structure can be dismantled continuously with the support frame, pressure regulating structure in rear end can be dismantled continuously with the support frame, front end pressure regulating structure or rear end pressure regulating structure can be overturn and be fixed in on the support frame. The utility model discloses an install the main valve in the voltage regulator in the vertical orientation, install the pilot valve in the voltage regulator on the horizontal direction for the mounting structure of axial -flow type voltage regulator is more accurate, and the installation is more simple and efficient.
Description
Technical field
The utility model is related to axial flow pressure regulator technical field and in particular to a kind of installation and debugging of axial flow pressure regulator
Frock.
Background technology
Axial flow pressure regulator is compared with other kinds of pressure regulator, and it is relatively small in identical bore lower volume, and circulate energy
Power is larger, and fluid state is good, therefore in gas transmission and distribution system, the particularly occasion of big flow is wide using ratio, but compared to
For other pressure regulators, axial flow pressure regulator is different in structure composition and its mounting means, is mainly reflected in axial-flow type
The main valve of pressure regulator is divided by multi-section and assembles, and its matching requirements is often higher than other pressure regulators.
Each component weight of axial flow pressure regulator is very heavy, needs to use lifting device, and has coaxial in assembling process
The requirement of degree.According to the design feature of axial flow pressure regulator, the disposable qualification rate that it is installed from lower to upper will be much higher than water
Flat mounting means from left to right.But install from the bottom up be only beneficial to main valve install it has not been convenient to the installation of pilot valve and
Debugging after always installing.Therefore, need debugging tool that is a kind of vertically-mounted and being horizontally mounted at present badly.
Utility model content
The installation and debugging frock of the utility model axial flow pressure regulator, including for the pressure regulator import with debugging to be installed
Connected front end pressure adjusting structure, the rear end pressure adjusting structure for being connected with the pressure regulator outlet of debugging to be installed, also include support
Frame, described front end pressure adjusting structure is detachably connected with bracing frame, and described rear end pressure adjusting structure is detachably connected with bracing frame, described
Front end pressure adjusting structure or rear end pressure adjusting structure is turning is fixed on bracing frame.When installing pressure regulator, when rear end pressure adjusting structure
Turning first release the connection between front end pressure adjusting structure, rear end pressure adjusting structure and bracing frame when being fixed on bracing frame, will after
End pressure adjusting structure upset adjusts the position that can install from top to bottom to the various pieces of pressure regulator main valve, afterwards by rear end pressure regulation
Structure and bracing frame be again coupled to ensure rear end pressure adjusting structure consolidate do not offset, afterwards by front end pressure adjusting structure, main valve according to
Order is installed from top to bottom successively, after installing, releases the connection between rear end pressure regulator and bracing frame, upset installs
Front end pressure adjusting structure is connected by complete entirety again with bracing frame, then carries out water to the pilot valve in pressure regulator in the horizontal direction
Safety fills, and pressure regulator is debugged.When front end pressure adjusting structure is turning be fixed on bracing frame when, pressure regulator installation process
Understand in the same manner, will not be described here.Thus achieve and on vertical direction, the main valve in pressure regulator is installed, in horizontal direction
Pilot valve in pressure regulator is installed so that the mounting structure of axial flow pressure regulator is more accurate, installation process is simpler
Just quick.
As the improvement further of the installation and debugging frock of above-mentioned axial flow pressure regulator, described front end pressure adjusting structure, rear end
Pressure adjusting structure is bolted structure respectively and is detachably connected with bracing frame.Preferably, described bolt fastening structure includes
The bolt hole that is arranged on bracing frame and being respectively arranged on the pressure adjusting structure of front end, on the pressure adjusting structure of rear end and carry bolt hole
Stator.Bolt fastening structure is simple as its structure of Detachable connection structure, easy to connect.
As the improvement further of the installation and debugging frock of above-mentioned axial flow pressure regulator, on support frame as described above, level is provided with rotation
Rotating shaft, described front end pressure adjusting structure or rear end pressure adjusting structure are connected with rotary shaft, drive front end pressure regulation by the rotation of rotary shaft
Structure or rear end pressure adjusting structure, are achieved in front end pressure adjusting structure or the upset of rear end pressure adjusting structure, and structure is simple, operation side
Just.
Further, described rotary shaft is provided with rotary handle.Set up rotary handle on the rotary shaft, thus convenient
The operation of user.
Further, support frame as described above includes being vertically arranged and be connected with front end pressure adjusting structure front support plate, vertically
Arrange and be provided with two turning-over support plates that rotating hole passes through for rotation axis horizontal, be vertically arranged and be connected with rear end pressure adjusting structure
Rear end gripper shoe and be sequentially connected front support plate, two turning-over support plates, the bases of rear end gripper shoe.By above-mentioned
Support can be good at realizing front end pressure adjusting structure, rear end pressure adjusting structure are supported respectively so that support frame structure more
Firm.
As the improvement further of the installation and debugging frock of above-mentioned axial flow pressure regulator, described front end pressure adjusting structure includes one
End and the front-end pipelines of pressure regulator inlet communication, it is arranged at the imported valve of the front-end pipelines other end, is arranged on front-end pipelines
Inlet pressure gauge and import bleed valve.Thus, it is possible to meet the accurate regulation and control to pressure regulator inlet pressure.
Further, described front-end pipelines are straight tube, and one end of described front-end pipelines is provided with front end flange.Before thus facilitating
The one end in end pipe road is connected with the import of pressure regulator.
As the improvement further of the installation and debugging frock of above-mentioned axial flow pressure regulator, described rear end pressure adjusting structure includes one
End and the rear end pipeline of pressure regulator outlet, it is arranged at the outlet valve of the rear end pipeline other end and is arranged at rear end pipeline
On delivery gauge and outlet bleed valve.Thus, it is possible to meet the accurate regulation and control to pressure regulator outlet pressure.
Further, described rear end pipeline is perpendicular type bend pipe, and one end of described rear end pipeline is provided with rear end flanges.Thus
One end of front-end pipelines is facilitated to be connected with the outlet of pressure regulator.
Below by way of the drawings and specific embodiments, the utility model is described in further detail.
Brief description
Fig. 1 is structural representation of the present utility model.
Fig. 2 is one of use state figure of the present utility model.
Fig. 3 is the two of use state figure of the present utility model.
Specific embodiment
As shown in figure 1, the installation and debugging frock of the utility model axial flow pressure regulator, including for debugging to be installed
The connected front end pressure adjusting structure 1 of pressure regulator import, the rear end pressure adjusting structure for being connected with the pressure regulator outlet of debugging to be installed
2, also include bracing frame 3, described front end pressure adjusting structure 1 include one end for the front-end pipelines 110 of pressure regulator inlet communication, set
The imported valve 120 being placed in the front-end pipelines other end, the inlet pressure gauge 130 being arranged on front-end pipelines 110 and import are drawn
Air valve 140.Described front-end pipelines 110 are straight tube, and one end of described front-end pipelines 110 is provided with flange.Described rear end pressure regulation knot
Structure 2 include one end for the rear end pipeline 210 of pressure regulator outlet, the outlet valve that is arranged at the rear end pipeline other end
220 and be arranged at delivery gauge 230 on rear end pipeline 210 and outlet bleed valve 240.Described rear end pipeline 210
For perpendicular type bend pipe, one end of described rear end pipeline 210 is provided with flange.Support frame as described above 3 is included being vertically arranged and is adjusted with front end
Laminated structure 1 connect front support plate 310, be vertically arranged and be provided with rotating hole supply rotary shaft 350 horizontal through two upset
Gripper shoe 320, the rear end gripper shoe 330 being vertically arranged and being connected with rear end pressure adjusting structure 2 and be sequentially connected front support plate
310th, two turning-over support plates 320, bases 340 of rear end gripper shoe 330.Described front end pressure adjusting structure 1 passes through spiral shell with bracing frame 3
Bolt connecting structure is detachably connected, and described rear end pressure adjusting structure 2 is bolted structure with bracing frame 3 and is detachably connected, institute
State front end pressure adjusting structure 1 or rear end pressure adjusting structure 2 to be fixed on bracing frame 3 by rotary shaft 350 is turning.Described bolt connection
Structure includes the location hole being arranged on bracing frame 3 and is respectively arranged on front end pressure adjusting structure 1, on rear end pressure adjusting structure 2
And the stator with bolt hole, described location hole is connected by bolt with bolt hole.Specifically as it is arranged at front end to prop up
Front end location hole 311 on fagging 310 and its corresponding front end stator 160 being arranged on front end pressure adjusting structure 1, front end
Front end bolt holes 161 on stator 160 collectively form the bolt fastening structure of front end, and the front end in rear end gripper shoe 330 is fixed
Front end on position hole 331 and its corresponding rear end stator 260 being arranged on rear end pressure adjusting structure 2, rear end stator 260
Bolt hole 261 collectively forms the bolt fastening structure of rear end, and on support frame as described above 3, level is provided with rotary shaft 350, and described rear end is adjusted
Laminated structure 2 is connected with rotary shaft 350, and rotary shaft 350 is solid by fixing bearing 352 with the rear end pipeline 210 of rear end pressure adjusting structure 2
Fixed connection, described rotary shaft 350 two ends are equipped with rotary handle 351.
Hereinafter using method of the present utility model is simply illustrated：
As shown in Fig. 2 being situation about installing from top to bottom, when installing pressure regulator, when rear end pressure adjusting structure is turning solid
When on bracing frame, first release the connection between front end pressure adjusting structure, rear end pressure adjusting structure and bracing frame, rear end pressure regulation is tied
Structure upset adjust the position that can install from top to bottom to the various pieces of pressure regulator main valve, afterwards by rear end pressure adjusting structure with
Support is again coupled to not offset to ensure that rear end pressure adjusting structure consolidates, afterwards by front end pressure adjusting structure, main valve in order from upper
Down install successively, as shown in figure 3, after installing, releasing the connection between rear end pressure regulator and bracing frame, upset is installed
Front end pressure adjusting structure is connected by entirety again that finish with bracing frame, more in the horizontal direction the pilot valve in pressure regulator is carried out
It is horizontally mounted, and pressure regulator is debugged.When front end pressure adjusting structure is turning be fixed on bracing frame when, pressure regulator was installed
Cheng Tongli understands, will not be described here.Thus achieve and on vertical direction, the main valve in pressure regulator is installed, horizontal direction
On the pilot valve in pressure regulator is installed so that the mounting structure of axial flow pressure regulator is more accurate, installation process is more
Simple and efficient.
Claims (10)
1. the installation and debugging frock of axial flow pressure regulator, is adjusted including the front end for being connected with the pressure regulator import of debugging to be installed
Laminated structure (1), for the rear end pressure adjusting structure (2) that is connected with the outlet of the pressure regulator of debugging to be installed it is characterised in that also including
Bracing frame (3), described front end pressure adjusting structure (1) is detachably connected with bracing frame (3), described rear end pressure adjusting structure (2) with support
Frame (3) is detachably connected, described front end pressure adjusting structure (1) or rear end pressure adjusting structure (2) is turning is fixed on bracing frame (3).
2. the installation and debugging frock of axial flow pressure regulator as claimed in claim 1 is it is characterised in that described front end pressure adjusting structure
(1), rear end pressure adjusting structure (2) is bolted structure respectively and is detachably connected with bracing frame (3).
3. the installation and debugging frock of axial flow pressure regulator as claimed in claim 2 is it is characterised in that described bolt fastening structure
Including the location hole being arranged on bracing frame (3) and be respectively arranged at that front end pressure adjusting structure (1) is upper, rear end pressure adjusting structure (2)
Go up and carry the stator of bolt hole, described location hole is connected by bolt with bolt hole.
4. the installation and debugging frock of axial flow pressure regulator as claimed in claim 1 is it is characterised in that on support frame as described above (3)
Level is provided with rotary shaft (350), and described front end pressure adjusting structure (1) or rear end pressure adjusting structure (2) are connected with rotary shaft (350).
5. the installation and debugging frock of axial flow pressure regulator as claimed in claim 4 is it is characterised in that described rotary shaft (350)
It is provided with rotary handle (351).
6. the installation and debugging frock of axial flow pressure regulator as claimed in claim 4 is it is characterised in that support frame as described above (3) wraps
Include the front support plate (310) being vertically arranged and being connected with front end pressure adjusting structure (1), be vertically arranged and be provided with and supply rotary shaft
(350) two turning-over support plates (320) of the rotating hole passing through, the rear end being vertically arranged and being connected with rear end pressure adjusting structure (2)
Gripper shoe (330) and be sequentially connected front support plate (310), two turning-over support plates (320), rear end gripper shoe (330)
Base (340).
7. the installation and debugging frock of axial flow pressure regulator as claimed in claim 1 is it is characterised in that described front end pressure adjusting structure
(1) include the imported valve that one end is used for the front-end pipelines (110) of pressure regulator inlet communication, is arranged at the front-end pipelines other end
(120), it is arranged at the inlet pressure gauge (130) on front-end pipelines (110) and import bleed valve (140).
8. the installation and debugging frock of axial flow pressure regulator as claimed in claim 7 is it is characterised in that described front-end pipelines
(110) it is straight tube, one end of described front-end pipelines (110) is provided with front end flange (150).
9. the installation and debugging frock of axial flow pressure regulator as claimed in claim 1 is it is characterised in that described rear end pressure adjusting structure
(2) include the outlet valve that one end is used for the rear end pipeline (210) of pressure regulator outlet, is arranged at the rear end pipeline other end
And be arranged at delivery gauge (230) on rear end pipeline (210) and outlet bleed valve (240) (220).
10. the installation and debugging frock of axial flow pressure regulator as claimed in claim 9 is it is characterised in that described rear end pipeline
(210) it is perpendicular type bend pipe, one end of described rear end pipeline (210) is provided with rear end flanges (250).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620858792.0U CN205950623U (en) | 2016-08-10 | 2016-08-10 | Installation and debugging frock of axial -flow type voltage regulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620858792.0U CN205950623U (en) | 2016-08-10 | 2016-08-10 | Installation and debugging frock of axial -flow type voltage regulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205950623U true CN205950623U (en) | 2017-02-15 |
Family
ID=57974348
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620858792.0U Expired - Fee Related CN205950623U (en) | 2016-08-10 | 2016-08-10 | Installation and debugging frock of axial -flow type voltage regulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205950623U (en) |
-
2016
- 2016-08-10 CN CN201620858792.0U patent/CN205950623U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170215 Termination date: 20170810 |