CN201004430Y - Connection pole vibration resisting pointer SF6 gas density relay - Google Patents
Connection pole vibration resisting pointer SF6 gas density relay Download PDFInfo
- Publication number
- CN201004430Y CN201004430Y CNU2006201494495U CN200620149449U CN201004430Y CN 201004430 Y CN201004430 Y CN 201004430Y CN U2006201494495 U CNU2006201494495 U CN U2006201494495U CN 200620149449 U CN200620149449 U CN 200620149449U CN 201004430 Y CN201004430 Y CN 201004430Y
- Authority
- CN
- China
- Prior art keywords
- connecting rod
- gas density
- density relay
- utility
- model
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Thermally Actuated Switches (AREA)
Abstract
The utility model relates to a connecting bar vibration proof index type SF 6 gas density relay. The utility model comprises a shell, a base positioned in the shell, a machine core, a C shaped tube, a temperature compensation sheet, a beam, a connecting bar, one or a plurality of corresponding adjusting bars and jiggle switch, a printing circuit board and a fixed board. The utility model is characterized in that the utility model also comprises a limiting device to limit the connecting bar; the limiting device comprises at least a baffle; the at least baffle blocks the connecting bar from the side surface and or outer side of the connecting bar and keeps a clearance with the connecting bar; and the limiting device is fixed on the shell or in the shell. The connecting bar vibration proof index type SF 6 gas density relay of the utility model is provided with a limiting device which is able to produce vibration when opening or closing the divide-shut brake; the utility model is able to prevent the over displacement of the beam in the axis direction and the radial direction to prevent the blocking and separating from the switch of the adjusting bar; and therefore the utility model is able to ensure the reliable work of the system.
Description
Technical field
The utility model relates to a kind of relay, relates in particular to a kind of SF of being applied in
6Connecting rod vibration pointer type SF on the electric equipment
6Gas density relay.
Background technology
SF
6Electric product has been widely used in power department, and industrial and mining enterprises have promoted the fast development of power industry.Guarantee SF
6The reliable and secure operation of electric product has become one of vital task of power department.SF
6The arc-extinguishing medium of electric product and dielectric are SF
6Gas can not leak gas, if leak gas, just can not guarantee SF
6The reliable and secure operation of electric product.So monitoring SF
6The SF of electric product
6Density value is very necessary.Be used for monitoring SF now
6Density generally adopts a kind of pointer density monitor of machinery, has the SF of working as
6Can report to the police and blocking function when gas leakage takes place electric product, also have the performance of on-the-spot display density value.The density monitor contact that uses mainly adopts electric contact type and sensitive switch type at present, and electric contact type density monitor generally will fill the silicone oil that antivibration is used, so regular meeting's generation oil leakage phenomenon, brings loss to the user.The problem that the no oil type density monitor of sensitive switch type exists is, when the judder of switch breaking-closing operating, be easy to cause the displacement of switching manipulation arm and adjusting rod, and adjusting rod is blocked or break away from the phenomenon of sensitive switch motion arm, can not guarantee system's reliably working.In case this thing happens, have only and change relay again, cause direct economic loss to the user.So it is good to develop a kind of performance, the good pointer SF of its resistance to shock especially
6Gas density relay is very important.
Summary of the invention
The purpose of this utility model is to solve the problems referred to above that prior art exists, and a kind of connecting rod vibration pointer type SF is provided
6Gas density relay is used for control and monitors airtight container SF
6The density of gas is at SF
6The gas leakage situation that occurs in the electric equipment is in time sent alarm signal, and block signal is for ensureing that electric power safety plays effect.
The purpose of this utility model is achieved in that a kind of connecting rod vibration pointer type SF
6Gas density relay, comprise housing and be arranged on adjusting rod and sensitive switch, printed circuit board and the fixed head that pedestal, movement, C shape pipe, temperature-compensating sheet, crossbeam, connecting rod, one or more correspondence separately in the housing are provided with, be characterized in: also comprise and to carry out spacing position-limit mechanism to connecting rod, this position-limit mechanism comprises at least one baffle plate, at least one baffle plate from the side of connecting rod and/or the outside block connecting rod and and connecting rod between leave the gap, position-limit mechanism is fixed on housing or enclosure interior.
Described position-limit mechanism includes only a baffle plate, and this baffle plate can keep off any one side or the outside at connecting rod.
Described position-limit mechanism comprises two baffle plates, and two baffle plates keep off both sides or one of them side and the outside at connecting rod respectively.
Described position-limit mechanism comprises three baffle plates, and wherein two baffle plates keep off the both sides at connecting rod respectively, and the 3rd baffle plate retaining is in the outside of connecting rod.
The U-shaped baffle plate of described position-limit mechanism for being connected to form by three baffle plates, this U-shaped baffle plate keeps off on connecting rod simultaneously from the both sides and the outside of connecting rod.
Described adjusting rod has one to four, and the corresponding adjusting rod that is provided with also has one to four.
The utility model connecting rod vibration pointer type SF
6Gas density relay is owing to increased position-limit mechanism at connecting rod, can be when the switch divide-shut brake produces vibration, can prevent that crossbeam from axially producing undue displacement, even crossbeam axially is being shifted, this displacement also can be connected bar position-limit mechanism retaining in a fixing controllable scope, can prevent that adjusting rod from blocking or breaking away from the phenomenon of sensitive switch, guarantee system's reliably working.Equally, when the switch divide-shut brake produces vibration, can prevent that also crossbeam from radially producing undue displacement, even crossbeam radially is being shifted, this displacement also can be connected bar position-limit mechanism retaining in a fixing controllable scope, can prevent that adjusting rod from blocking or breaking away from the phenomenon of sensitive switch, guarantee system's reliably working.
Description of drawings
Fig. 1 is the utility model connecting rod vibration pointer type SF
6The structural representation of gas density relay;
Fig. 2 is the partial side view of structure shown in Figure 1;
Fig. 3 is the partial enlarged drawing of Fig. 1.
Embodiment
Referring to Fig. 1, Fig. 2 and Fig. 3.The utility model connecting rod vibration pointer type SF
6Gas density relay comprises SF
6Gas connection 1, movement 2, housing 3, dial 4, pointer 5, C shape pipe 6, temperature-compensating sheet 7, junction block 8, printed circuit board 10, location-plate 11, fixed head 12, electric wire 13, connecting rod 15, crossbeam 16, watch crystal 17, cover circle 18, pedestal 19, SF
6 Air shooter 20 and one to four corresponding separately adjusting rod and sensitive switch that is provided with, present embodiment is three, i.e. adjusting rod among the figure 141,142,143 and sensitive switch 91,92,93.Wherein, SF
6Gas connection 1, junction block 8, watch crystal 17, cover circle 18 and pedestal 19 are separately fixed on the housing 3.Movement 2 is fixed on the pedestal 19, and pointer 5 and dial 4 are separately fixed on the movement 2.One end of C type pipe 6 is welded on the pedestal 19 and is communicated with it, and the other end is connected with an end of temperature-compensating sheet 7, and the other end of temperature-compensating sheet 7 is connected with crossbeam 16, and crossbeam 16 is connected with connecting rod 15 again, and connecting rod 15 is connected with movement 2.Be fixed with adjusting rod 141,142,143 on the crossbeam 16.Sensitive switch 91,92,93 is welded on respectively on the printed circuit board 10, and printed circuit board 10 is installed on the fixed head 12, and fixed head 12 is installed in again on the pedestal 19.Sensitive switch 91 is fixed on the below of adjusting rod 141, and sensitive switch 92 is fixed on the below of adjusting rod 142, and sensitive switch 93 is fixed on the below of adjusting rod 143.Be respectively equipped with motion arm 911,921,931 on each sensitive switch.Location-plate 11 is fixed on the movement 2, and its front end extends to the below of C shape pipe 6 ends that link to each other with temperature-compensating sheet 7, and its function is: work as SF
6When gas density dropped to certain value, spacing C shape pipe 6 moved down, the protection sensitive switch, and then protection crossbeam 16 do not damaged by pressure and is out of shape, and makes whole system keep reliably working.The contact of sensitive switch by electric wire 13, is connected on the junction block 8 from printed circuit board 10, and junction block 8 is fixed on the watchcase 3.Watch crystal 17, cover circle 18 are separately fixed on the watchcase 3, can protect its internal mechanism to avoid mechanical damage and dirt, rainwater are invaded.SF
6One end of air shooter 20 is connected with pedestal 19, and positiver sealing, SF
6The other end of air shooter 20 is connected with joint 1, and positiver sealing.
Characteristics of the present utility model are to have set up to carry out spacing position-limit mechanism to connecting rod 15, this position-limit mechanism comprises at least one baffle plate, at least one baffle plate from the side of connecting rod 15 and/or the outside block connecting rod and and connecting rod between leave the gap, position-limit mechanism is fixed on housing or enclosure interior.In practical operation, this position-limit mechanism can adopt multiple scheme: the first only adopts a baffle plate, and this baffle plate can keep off any one side or the outside at connecting rod; It two is to adopt two baffle plates 191,192 (referring to Fig. 2), and two baffle plates 191,192 are kept off both sides or one of them side and the outside at connecting rod respectively; It three is to adopt three baffle plates 191,192,193 (referring to Fig. 2, Fig. 3), two both sides that baffle plate 191,192 keeps off respectively at connecting rod wherein, and the 3rd baffle plate 193 retaining are in the outside of connecting rod; It four is to connect to form the U-shaped baffle plate by three baffle plates, this U-shaped baffle plate is kept off on connecting rod simultaneously from the both sides of connecting rod and the outside connecting rod is carried out the spacing of the spacing of left and right directions displacement and above-below direction displacement.
The utility model connecting rod vibration pointer type SF
6The action principle of gas density relay is based on flexible member C shape pipe 6, utilizes the pressure and temperature of 7 pairs of variations of temperature-compensating sheet to revise, reaction SF
6The variation of gas density.Promptly at measured medium SF
6Under the pressure effect of gas, because the effect of temperature-compensating sheet 7 has been arranged, the variation of its density value, force value also changes accordingly, force the end of C shape pipe 6 to produce corresponding strain-displacement,, pass to movement 2 by means of temperature-compensating sheet 7 and connecting rod 15, movement 2 passes to pointer 5 again, satisfies tested SF
6The gas density value indicates on dial.Density monitor just can be SF like this
6Density value has shown.If leaked gas, its density value drops to a certain degree (reach and report to the police or the locking value), C shape pipe 6 produces accordingly to bottom offset, by temperature-compensating sheet 7, make crossbeam 16 to bottom offset, adjusting rod 141,142,143 on the crossbeam 16 just promotes corresponding sensitive switch 91,92,93 contacts and connects, and sends corresponding signal (reporting to the police or locking), reaches the SF in the equipment such as supervision and control electric switch
6Gas density makes the electric equipment trouble free service.If its density value has raise, force value also raises accordingly, be elevated to a certain degree, C shape pipe 6 also produces accordingly to top offset, by temperature-compensating sheet 7, makes crossbeam 16 to top offset, adjusting rod 141,142,143 on the crossbeam 16 is just to top offset, adjusting rod 141,142,143 is just away from sensitive switch 91,92,93, and its contact just disconnects, and signal (reporting to the police or locking) is just removed.So just finish the function of density monitor.
Because the utility model connecting rod vibration pointer type SF
6The signal contact of gas density relay adopts the sensitive switch form, moreover the control of sensitive switch contact is all controlled by adjusting rod, and the control of adjusting rod is carried out by compensating plate 7 and C shape pipe 6, compensating plate 7 generally is not afraid of vibration, it only changes with variation of temperature, and the power of C shape pipe is bigger, and resistance to shock is better, is difficult for being out of shape or producing displacement because of vibration.The most important thing is, in order to increase resistance to shock, the utility model has increased the connecting rod position-limit mechanism, purpose is when the switch divide-shut brake produces vibration, prevents that crossbeam from axially or radially producing undue displacement, even crossbeam axially or radially is being shifted, also can be connected bar position-limit mechanism retaining in a fixing controllable scope, can prevent that adjusting rod from blocking or breaking away from the phenomenon of sensitive switch, guarantee system's reliably working, so just improve the resistance to shock of this product greatly.In addition, SF
6After the density value of gas descended, C shape pipe 6 just moved down, and until the action of signal (reporting to the police or locking) contact, promptly the sensitive switch contact is connected.Density value descends more, and it is firm more that sensitive switch is just connected, and descends again, C shape pipe 6 plate 11 that just is positioned is positioned on its scale value, and at this moment, C shape pipe 6 is used on the sensitive switch with bigger masterpiece, sensitive switch is under the good pressure and in the good connection, is not afraid of vibration.
Those of ordinary skill in the art will be appreciated that, above embodiment is used for illustrating the present invention, and be not to be used as limitation of the invention, as long as in connotation scope of the present invention, all will drop in claims scope of the present invention variation, the modification of the above embodiment.Also can be fixed on the top (being other direction) of adjusting rod as sensitive switch.
Claims (6)
1, a kind of connecting rod vibration pointer type SF
6Gas density relay comprises housing and is arranged on adjusting rod and sensitive switch, printed circuit board and the fixed head that pedestal, movement, C shape pipe, temperature-compensating sheet, crossbeam, connecting rod, one or more correspondence separately in the housing are provided with, and it is characterized in that:
Also comprise and to carry out spacing position-limit mechanism to connecting rod, this position-limit mechanism comprises at least one baffle plate, at least one baffle plate from the side of connecting rod and/or the outside block connecting rod and and connecting rod between leave the gap, position-limit mechanism is fixed on housing or enclosure interior.
2, connecting rod vibration pointer type SF as claimed in claim 1
6Gas density relay is characterized in that: described position-limit mechanism includes only a baffle plate, and this baffle plate can keep off any one side or the outside at connecting rod.
3, connecting rod vibration pointer type SF as claimed in claim 1
6Gas density relay is characterized in that: described position-limit mechanism comprises two baffle plates, and two baffle plates keep off both sides or one of them side and the outside at connecting rod respectively.
4, connecting rod vibration pointer type SF as claimed in claim 1
6Gas density relay is characterized in that: described position-limit mechanism comprises three baffle plates, and wherein two baffle plates keep off the both sides at connecting rod respectively, and the 3rd baffle plate retaining is in the outside of connecting rod.
5, connecting rod vibration pointer type SF as claimed in claim 1
6Gas density relay is characterized in that: the U-shaped baffle plate of described position-limit mechanism for being connected to form by three baffle plates, this U-shaped baffle plate keeps off on connecting rod simultaneously from the both sides and the outside of connecting rod.
6, connecting rod vibration pointer type SF as claimed in claim 1
6Gas density relay is characterized in that: described sensitive switch has one to four, and the corresponding adjusting rod that is provided with also has one to four.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006201494495U CN201004430Y (en) | 2006-03-17 | 2006-09-29 | Connection pole vibration resisting pointer SF6 gas density relay |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200620040291 | 2006-03-17 | ||
| CN200620040291.8 | 2006-03-17 | ||
| CNU2006201494495U CN201004430Y (en) | 2006-03-17 | 2006-09-29 | Connection pole vibration resisting pointer SF6 gas density relay |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201004430Y true CN201004430Y (en) | 2008-01-09 |
Family
ID=39039974
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006201494495U Expired - Fee Related CN201004430Y (en) | 2006-03-17 | 2006-09-29 | Connection pole vibration resisting pointer SF6 gas density relay |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201004430Y (en) |
-
2006
- 2006-09-29 CN CNU2006201494495U patent/CN201004430Y/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101192484B (en) | Vibration-resisting type pointer type SF6 gas density relay | |
| CN1971795B (en) | Shakeproof type sulfur hexafluoride gas density relay | |
| CN101038829B (en) | Heightening operation arm anti-vibration pointer type SF6 gas density relay | |
| CN201274258Y (en) | Synthetic position limiting vibration absorbing pointer type SF6 gas density relay | |
| CN101038828B (en) | Operating arm anti-vibration pointer type SF6 gas density relay | |
| CN201004429Y (en) | End base vibration pointer SF6 gas density relay | |
| CN201004430Y (en) | Connection pole vibration resisting pointer SF6 gas density relay | |
| CN101231918A (en) | Antivibration type SF6 gas density relay | |
| CN201004431Y (en) | Vibration resisting pointer SF6 gas density relay with operation arm | |
| CN1996529B (en) | Vibration-resisting pointer SF6 gas density relay | |
| CN201570439U (en) | Vibration resistance pointer type SF6 gas density relay | |
| CN101387891A (en) | Vibration resistant pointer type SF6 gas density controller | |
| CN201004422Y (en) | Adjusting pole and vibration resisting pointer SF6 gas density relay | |
| CN200997360Y (en) | Pointer SF6 air-density relay with standard dial | |
| CN201163597Y (en) | Shake-proof pointer type SF6 gas density relay | |
| CN201004432Y (en) | Vibration resisting pointer SF6 gas density relay with lengthened operation arm | |
| CN201004428Y (en) | Compact pointer SF6 gas density relay | |
| CN2870138Y (en) | Shock-resistant pointer-type SF gas density relay | |
| CN203339057U (en) | Anti-vibration pointer type SF6 gas density relay | |
| CN200953313Y (en) | Comprehensive positioning antivibrating indicating point type SF gas density relay | |
| CN200969319Y (en) | Switch operation arm positioning anti-vibration pointer type SF gas density relay | |
| CN200990339Y (en) | Antivibrating pointer type SF6 gas density relay | |
| CN200965847Y (en) | Operating arm positioned anti-shock pointer type SF6 gas density relay | |
| CN201044227Y (en) | Shake-proof pointer type SF* gas density relay with damping mechanism | |
| CN201004423Y (en) | Wide operation arm pointer SF6 gas density relay |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080109 Termination date: 20091029 |