CN207602458U - A kind of conductive seat of twin columns rotary open type disconnecting switch - Google Patents
A kind of conductive seat of twin columns rotary open type disconnecting switch Download PDFInfo
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- CN207602458U CN207602458U CN201721476473.4U CN201721476473U CN207602458U CN 207602458 U CN207602458 U CN 207602458U CN 201721476473 U CN201721476473 U CN 201721476473U CN 207602458 U CN207602458 U CN 207602458U
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- junction block
- conductive
- disconnecting switch
- boss
- quarter bend
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Abstract
A kind of conductive seat of twin columns rotary open type disconnecting switch, including junction block and small quarter bend, small quarter bend is installed in the outer surface of the side of junction block, and the inner surface of the side of junction block is connected with one end of flexible circuit, and small quarter bend is loaded on inside conducting rod；The other end of flexible circuit and the lower end of conductive shaft are connected, and wire connection terminal is installed on conductive shaft upper end, and wire connection terminal and conductive shaft are connected.Junction block lower part is equipped with boss, and junction block top and boss offer axis hole, is respectively arranged with insulating sleeve in the axis hole on junction block top, in the axis hole of boss, insulating sleeve is set on the periphery of conductive shaft.Instead of existing conductive seat it is aluminium casting structure after the utility model junction block and the assembling of small quarter bend, at low cost, versatility is high, light-weight, simple in structure, and reliability is high, perfect heat-dissipating, and convenient operating maintenance is easy to utilize.
Description
Technical field
The utility model relates generally to high-voltage switch gear technical field, refers in particular to a kind of leading for twin columns rotary open type disconnecting switch
Electric pedestal.
Background technology
In electric system, twin columns rotary open type disconnecting switch includes double-column horizontal rotary open type and double-column V-shaped revolves
Turn open-type isolating switch, be widely used in the substation of each 35KV and more than voltage, at present, twin columns rotary open type is kept apart
The conductive seat overwhelming majority of pass is casting structure, complicated, and casting cost is high, and casting type is more, and weight is high, radiate compared with
Difference, work is unreliable, hinders electric system operation stable for a long time, and increase cost of the power grid in operation and maintenance.
Utility model content
The technical problems to be solved in the utility model is to overcome existing twin columns rotary open type disconnecting switch conductive seat
Deficiency provides a kind of conductive seat device simple in structure, reliable operation.
The utility model solve its technical problem the technical solution adopted is that：
A kind of conductive seat of twin columns rotary open type disconnecting switch, including junction block and small quarter bend, small quarter bend is installed in
The outer surface of the side of junction block, the inner surface of the side of junction block are connected with one end of flexible circuit, and small quarter bend is loaded on and leads
Inside electric pole；The other end of flexible circuit and the lower end of conductive shaft are connected, and wire connection terminal is installed on conductive shaft upper end, terminals
Son and conductive shaft are connected.Junction block lower part is equipped with boss, and junction block top offers axis hole with boss, and conductive shaft passes through wiring
The seat axis hole on top and the axis hole of boss；It is respectively arranged in the axis hole on junction block top, in the axis hole of boss set on conductive shaft periphery
Insulating sleeve.
Further, the contact surface of junction block, small quarter bend and flexible circuit three offers bolt mounting holes, San Zhetong
The bolt-through crossed across bolt mounting holes is connected.
Further, the front end face of small quarter bend and rear end face are provided with screw rod mounting hole, and small quarter bend is loaded on inside conducting rod, small
Quarter bend is connected by the way that the screw rod of screw rod mounting hole is passed through to run through with conducting rod.
Further, the longitudinal cross-section of junction block is " mouth " character form structure, is manufactured in favor of enhancing its heat dissipation performance and reducing
Cost.The material of junction block is preferably aluminium section bar, and aluminium section bar includes but not limited to 6061-T6 or 6005-T5 aluminium section bars.
Further, the lateral cross section of small quarter bend is " day " character form structure, in favor of enhancing its heat dissipation performance and mechanical strength
And reduce manufacture cost.The material of small quarter bend is preferably aluminium section bar.Aluminium section bar includes but not limited to 6061-T6 or 6005-T5 aluminium profiles
Material.
Further, the angle between the upper surface of small quarter bend and the side of small quarter bend is 90 degree or 65 degree.
Further, the axis hole of boss is stretched out in the lower end of conductive shaft, alternatively, the lower end bottom surface of conductive shaft and the axis hole bottom of boss
Face is concordant.When the axis hole of boss is stretched out in the lower end of conductive shaft, the length of boss axis hole is stretched out less than boss in the lower end of conductive shaft
Height, when being connected in favor of the bottom surface for ensuring junction block with porcelain vase upper flange surface, the presence of junction block convex platform so that
There are gaps between the bottom surface of conductive shaft and porcelain vase upper flange surface, can prevent conductive shaft from rubbing when rotating with porcelain vase upper flange surface
It wipes, ensures normal rotation of the conductive shaft in insulating sleeve.
Before use, junction block is installed on porcelain vase upper flange, the bottom surface of junction block is connected with porcelain vase upper flange surface, connects
Line seat and the same central shaft of porcelain vase.Meanwhile wire connection terminal is connected with external wire clamp.Disconnecting switch work when, wire connection terminal due to
Pulling force by external wire clamp is fixed, so also fixed with conductive shaft that wire connection terminal is connected；In disconnecting switch point, close
During lock, junction block rotation, due to the presence of flexible circuit, insulating sleeve so that junction block can be opposite around conductive shaft
Rotation, rotation of the rotation with moving conductive rod of junction block, so as to be conducive to prevent disconnecting switch during switching on and off due to connecing
Line terminals are caused the situation of conducting rod " suppressing dead " by external wire clamp pulling force.
By choosing the junction block of different length, different height and the small quarter bend of angle, junction block and small quarter bend are assembled
Afterwards, you can realize the disconnecting switch conductive seat of the twin columns rotary open type of molding a variety of current classes, structure versatility journey
Degree is high.Molding double-column horizontal can be achieved when small quarter bend upper surface and flank angle are 90 degree, after assembling with junction block to rotate
Open-type isolating switch conductive seat；When small quarter bend upper surface and flank angle are 65 degree, can be achieved after being assembled with junction block
Molding double-column V-shaped rotary open type disconnecting switch conductive seat.
Compared with prior art, the utility model has the advantage of：
Using the utility model, existing conductive seat casting structure is eliminated, equipped with junction block and small quarter bend, passes through small square
Pipe is assembled with junction block, it can be achieved that the disconnecting switch conductive seat of molding twin columns rotary open type.When small quarter bend upper surface
With flank angle be 90 ° when, with junction block assemble after can be achieved molding double-column horizontal rotary open type disconnecting switch conduction bottom
Seat；Molding double-column V-shaped can be achieved when it is 65 ° to intercept small quarter bend upper surface with flank angle, after assembling with junction block to rotate
Open-type isolating switch conductive seat.By choosing the junction block of different length and the small quarter bend of different height, by junction block with
, it can be achieved that the conductive seat of the disconnecting switch of molding a variety of current classes after the assembling of small quarter bend, the conduction of plurality of specifications is substituted
Pedestal casting saves casting mould cost.
The utility model junction block and small quarter bend assembling after instead of existing conductive seat be aluminium casting structure, it is at low cost,
Versatility is high, light-weight, simple in structure, and reliability is high, perfect heat-dissipating, and convenient operating maintenance is easy to utilize.
Description of the drawings
Fig. 1 is the disconnecting switch conductive seat sectional view of the utility model twin columns rotary open type；
Fig. 2 is the side view of the disconnecting switch conductive seat of twin columns rotary open type shown in FIG. 1；
Fig. 3 is the vertical view of the disconnecting switch conductive seat of twin columns rotary open type shown in FIG. 1；
Fig. 4 is the sectional view of junction block；
Fig. 5 is the view in transverse section of small quarter bend；
The sectional view for the small quarter bend that Fig. 6 is the angle between upper surface and side when being 90 degree；
The sectional view for the small quarter bend that Fig. 7 is the angle between upper surface and side when being 65 degree；
The stereogram for the small quarter bend that Fig. 8 is the angle between upper surface and side when being 90 degree；
Fig. 9 is the stereogram of junction block.
Specific embodiment
Below in conjunction with attached drawing and implement to further illustrate the utility model.
With reference to Fig. 1-Fig. 9, a kind of conductive seat of twin columns rotary open type disconnecting switch, including junction block 1 and small quarter bend
2, small quarter bend 2 is installed in the outer surface of 1 side A of junction block, one end phase of the inner surface and flexible circuit 5 of 1 side A of junction block
Even.The contact surface of 5 three of junction block 1, small quarter bend 2 and flexible circuit offers bolt mounting holes 11, and three passes through bolt 8
Through connected.The front end face B and rear end face E of small quarter bend 2 are provided with screw rod mounting hole 10, and small quarter bend 2 is loaded on inside conducting rod 3,
Small quarter bend 2 is connected by the way that the first screw rod 9 of screw rod mounting hole 10 is passed through to run through with conducting rod 3, and the other end of flexible circuit 5 leads to
Cross the second screw rod（It is not shown in figure）It is connected with 4 lower end of conductive shaft, wire connection terminal 6 is installed on 4 upper end of conductive shaft, wire connection terminal 6
Pass through third screw rod with conductive shaft 4（It is not shown in figure）It is connected.1 lower part of junction block is equipped with boss 12, and 1 top of junction block offers
Axis hole 13, another axis hole 14 is offered on boss 12, and conductive shaft 4 passes through the axis hole 13 on 1 top of junction block and the axis hole of boss 12
14.First insulating sleeve 7-1 in the axis hole 13 on 1 top of junction block is housed, the second shaft insulation is installed in the axis hole 14 of boss 12
It covers 7-2, the first insulating sleeve 7-1 and the second insulating sleeve 7-2 and is set on 4 periphery of conductive shaft.
The axis hole of boss 12 is stretched out in the lower end of conductive shaft 4, alternatively, the lower end bottom surface of conductive shaft 4 and the axis hole 14 of boss 12
Bottom surface is concordant.When the axis hole of boss 12 is stretched out in the lower end of conductive shaft 4, the length of 12 axis hole of boss is stretched out in the lower end of conductive shaft 4
Less than the height of boss, when being connected in favor of the bottom surface for ensuring junction block 1 with porcelain vase upper flange surface, 1 convex platform of junction block
Presence so that there are gap between the bottom surface of conductive shaft 4 and porcelain vase upper flange surface, when can prevent the conductive shaft 4 from rotating and porcelain
Bottle upper flange mantle friction ensures normal rotation of the conductive shaft 4 in the first insulating sleeve 7-1 and the second insulating sleeve 7-2.
Angle between small quarter bend 2 upper surface C and side D is 90 degree or 65 degree.
Before use, junction block 1 is installed on porcelain vase upper flange, the bottom surface of junction block 1 is connected with porcelain vase upper flange surface,
Junction block 1 and the same central shaft of porcelain vase.Meanwhile wire connection terminal 6 is connected with external wire clamp.When disconnecting switch works, wire connection terminal 6
Since the pulling force by external wire clamp is fixed, so the conductive shaft 4 connected with wire connection terminal 6 is also fixed；Keeping apart
During closing switching on and off, junction block 1 rotates, due to flexible circuit 5, the first insulating sleeve 7-1 and the second insulating sleeve 7-2
Presence so that junction block 1 can be relatively rotated around conductive shaft 4, rotation of the rotation of junction block 1 with moving conductive rod 3, so as to have
Conducive to disconnecting switch is prevented during switching on and off, since wire connection terminal 6 is caused conducting rod " suppressing dead " by external wire clamp pulling force
Situation.
With reference to Fig. 6, when the angle between small quarter bend 2 upper surface C and side D is 90 °, can be achieved after being assembled with junction block 1
Molding double-column horizontal rotary open type disconnecting switch conductive seat.
For double-column horizontal rotary open type disconnecting switch, since two porcelain vases of disconnecting switch are set in numeric state
It puts, two porcelain vases are mutually parallel.To ensure that conducting rod is horizontal, between conducting rod central shaft ZX1 and porcelain vase central shaft
Angle is 90 °；Due to junction block and the same central shaft of porcelain vase, so between conducting rod central shaft ZX1 and junction block central shaft ZX2
Angle is also 90 °.As shown in Figure 1, conducting rod central shaft ZX1 is parallel with quarter bend upper surface C small in conducting rod, junction block central shaft
ZX2 is parallel with quarter bend side D small in conducting rod, therefore the angle between small quarter bend 2 upper surface C and side D is also 90 °.
With reference to Fig. 7, when small 2 upper surface of quarter bend and flank angle are 65 °, can be achieved after being assembled with junction block 1 molding double
Column V-type rotary open type disconnecting switch conductive seat.
It is conductive to ensure if the included angle between two porcelain vases of disconnecting switch for V-type rotary open type disconnecting switch
Bar is horizontal, and the angle between conducting rod central shaft ZX1 and porcelain vase central shaft is 90 ° of-φ/2；Due to junction block and porcelain vase
Same central shaft, so the angle between conducting rod central shaft ZX1 and junction block central shaft ZX2 is also 90 ° of-φ/2.It can by Fig. 1
Know, conducting rod central shaft ZX1 is parallel with quarter bend upper surface C small in conducting rod, junction block central shaft ZX2 and small quarter bend in conducting rod
Side D is parallel, therefore the angle between small quarter bend 2 upper surface C and side D is also 90 ° of-φ/2.
Since existing V-type rotary separation switch is in manufacture, the included angle between two porcelain vases of disconnecting switch is
50 °, so, the angle between small quarter bend 2 upper surface C and side D is also 90 ° -50 °/2=65 °.If V-type is rotatably kept apart
Close manufacture when two porcelain vases between included angle be not 50 °, then the angle between small quarter bend 2 upper surface C and side D also with
Variation, meet 90 ° of-φ/2.
By choosing in different length Fig. 3, junction block that length is represented by x in different height Fig. 6 and Fig. 7, it is high
The small quarter bend represented by y is spent, it can be achieved that the disconnecting switch of molding a variety of current classes after junction block and small quarter bend are assembled
Conductive seat, so as to substitute the conductive seat casting of plurality of specifications, save casting mould cost.
The through-current capability of the current class of disconnecting switch, as disconnecting switch current-carrying part, through-current capability and junction block and
The passage section of small quarter bend is proportional, and when passage section is bigger, through-current capability is bigger, otherwise smaller.Junction block it is through-flow
Section=length × height, when height is fixed, the size of passage section can be changed by changing the length of junction block.Small quarter bend it is through-flow
Section=length × height, when length is fixed, the size of passage section can be changed by changing the height of small quarter bend.
Using the utility model, existing conductive seat casting structure is eliminated, equipped with junction block and small quarter bend, passes through small square
Pipe is assembled with junction block, it can be achieved that the disconnecting switch conductive seat of molding twin columns rotary open type.When small quarter bend upper surface
With flank angle be 90 ° when, with junction block assemble after can be achieved molding double-column horizontal rotary open type disconnecting switch conduction bottom
Seat；Molding double-column V-shaped can be achieved when it is 65 ° to intercept small quarter bend upper surface with flank angle, after assembling with junction block to rotate
Open-type isolating switch conductive seat.
A kind of preferred embodiment of the utility model is discussed in detail above.The specific embodiment is only
It is the core concept for being used to help understand the utility model.It should be pointed out that those of ordinary skill in the art, not
Be detached from the utility model principle under the premise of, can also to the utility model, some improvement and modification can also be carried out, these improve and repair
Decorations also belong to the protection domain of the utility model claims.
Claims (7)
1. a kind of conductive seat of twin columns rotary open type disconnecting switch, which is characterized in that including junction block and small quarter bend, small square
Pipe is installed in the outer surface of the side of junction block, and the inner surface of the side of junction block is connected with one end of flexible circuit, small square
Pipe is loaded on inside conducting rod；The other end of flexible circuit and the lower end of conductive shaft are connected, and wire connection terminal is installed on conductive shaft
End, wire connection terminal and conductive shaft are connected；Junction block lower part is equipped with boss, and junction block top offers axis hole with boss, conductive
Axis passes through the axis hole on junction block top and the axis hole of boss；In the axis hole on junction block top, it is respectively arranged with and is set in the axis hole of boss
The insulating sleeve of conductive shaft periphery.
2. the conductive seat of twin columns rotary open type disconnecting switch according to claim 1, which is characterized in that junction block
Longitudinal cross-section is " mouth " character form structure.
3. the conductive seat of twin columns rotary open type disconnecting switch according to claim 2, which is characterized in that junction block
Material is aluminium section bar.
4. the conductive seat of twin columns rotary open type disconnecting switch according to claim 1 or 2, which is characterized in that small square
The lateral cross section of pipe is " day " character form structure.
5. the conductive seat of twin columns rotary open type disconnecting switch according to claim 4, which is characterized in that small quarter bend
Material is aluminium section bar.
6. the conductive seat of twin columns rotary open type disconnecting switch according to claim 1 or 2, which is characterized in that small square
Angle between the upper surface of pipe and the side of small quarter bend is 90 degree or 65 degree.
7. the conductive seat of twin columns rotary open type disconnecting switch according to claim 1 or 2, which is characterized in that conductive
The axis hole of boss is stretched out in the lower end of axis, and height of the length less than boss of boss axis hole is stretched out in the lower end of conductive shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721476473.4U CN207602458U (en) | 2017-11-08 | 2017-11-08 | A kind of conductive seat of twin columns rotary open type disconnecting switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721476473.4U CN207602458U (en) | 2017-11-08 | 2017-11-08 | A kind of conductive seat of twin columns rotary open type disconnecting switch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207602458U true CN207602458U (en) | 2018-07-10 |
Family
ID=62758019
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721476473.4U Active CN207602458U (en) | 2017-11-08 | 2017-11-08 | A kind of conductive seat of twin columns rotary open type disconnecting switch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207602458U (en) |
-
2017
- 2017-11-08 CN CN201721476473.4U patent/CN207602458U/en active Active
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