CN208667870U - Electrolytic cell emergency bus - Google Patents
Electrolytic cell emergency bus Download PDFInfo
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- CN208667870U CN208667870U CN201821178065.5U CN201821178065U CN208667870U CN 208667870 U CN208667870 U CN 208667870U CN 201821178065 U CN201821178065 U CN 201821178065U CN 208667870 U CN208667870 U CN 208667870U
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Abstract
A kind of electrolytic cell emergency bus, including horizontal conductive aluminium bar, and two vertical conductive aluminium bars, the both ends of the horizontal conductive aluminium bar are fixed with horizontally extending connecting bracket respectively, horizontally extending bar shaped mounting hole is respectively equipped in each connecting bracket, the elongated end of each connecting bracket 90 ° of bending separately down, form supported end, the upper end of two vertical conductive aluminium bars is respectively equipped with connecting hole, the upper end of each vertical conductive aluminium bar passes through bolt across bar shaped mounting hole respectively, connecting hole is slidably fitted in the connecting bracket of corresponding end, keep the distance between two vertical conductive aluminium bars adjustable, the horizontal conductive aluminium bar upper surface both ends are flexible coupling conducting wire by being welded and connected with aluminium respectively, aluminium is flexible coupling the other end of conducting wire and the vertical conductive aluminium bar upper end of corresponding end is weldingly connected.The utility model structure is simple, easy to connect, and the distance between two vertical conductive aluminium bars are adjustable, effectively meets the use demand of complicated potroom.
Description
Technical field
The utility model relates to electrolytic aluminium apparatus field, in particular to a kind of electrolytic cell emergency bus.
Background technique
The more aluminium cells that potroom uses are the energization 240kA direct current by being connected in series, separate unit electrolytic cell
Both end voltage is about 4v, and the melt temperature in electrolytic cell is 930-940 DEG C.If there is the matched aluminium busbar of electrolytic cell because of electrolytic cell
In melt leakage cause aluminium busbar to damage, 240kA direct current cannot safely and effectively pass through, and entire potroom is caused to stop production.
Electrolytic cell is in the case where powered by direct current stops, with the extension of time, the melt of electrolyte bath and liquid electrolyte meeting
Gradually cool down, start to solidify when until dropping to freezing point, cause aluminium electroloysis that can not start, serious economy is caused to aluminium electrolysis enterprise
Loss.
Therefore, when the fortuitous events, which such as occurs damaging at, in the aluminium busbar of a wherein matched with aluminium electrolyser can not work normally,
It needs to connect emergency bus between the aluminium busbar of damage and the aluminium busbar of downstream adjacent cell respective side, to guarantee other aluminium
Electrolytic cell normal operation.However, the emergency bus being commonly used and electrolyzer bus connection procedure are complicated, and aluminium of meeting an urgent need is female
The length of line can not be adjusted, and not adapt to the use demand of complicated potroom.
Summary of the invention
The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of electrolytic cell emergency bus, structure letter
Single, easy to connect, the distance between two vertical conductive aluminium bars are adjustable, effectively meet the use need of complicated potroom
It asks.
The technical solution of the utility model is: a kind of electrolytic cell emergency bus, including horizontal conductive aluminium bar and two it is perpendicular
The both ends of straight conduction aluminium bar, the horizontal conductive aluminium bar are fixed with horizontally extending connecting bracket respectively, each described
Horizontally extending bar shaped mounting hole, the bending separately down of the elongated end of each connecting bracket are respectively equipped in connecting bracket
90 °, supported end is formed, the upper end of two vertical conductive aluminium bars is respectively equipped with connecting hole, the upper end of each vertical conductive aluminium bar
It is slidably fitted in the connecting bracket of corresponding end by bolt across bar shaped mounting hole, connecting hole respectively, makes two vertical conductions
The distance between aluminium bar is adjustable, and the horizontal conductive aluminium bar upper surface both ends are flexible coupling by being welded and connected with aluminium respectively leads
Line, aluminium is flexible coupling the other end of conducting wire and the vertical conductive aluminium bar upper end of corresponding end is weldingly connected.
Two hanging rings are fixed in the horizontal conductive aluminium bar, two hanging rings are symmetrical along horizontal conductive aluminium bar.
One end of the hanging ring is horizontally extending, and is equipped with through-hole, and 45 ° of the upward bending of the other end of the hanging ring is prolonged
It stretches, and is equipped with lifting hole(eyelet), the hanging ring passes through through-hole by bolt and is fixedly connected with horizontal conductive aluminium bar.
The aluminium conducting wire that is flexible coupling is convexly curved.
The aluminium conducting wire that is flexible coupling is made of several aluminium sheets being convexly curved, and two neighboring aluminium sheet is arranged in parallel and has
Clearance space.
The connecting bracket is made of two pieces of junction steel plates arranged in parallel, and corresponding item is respectively equipped on each junction steel plate
Shape mounting hole, two pieces of junction steel plates are located at the two sides of horizontal conductive aluminium bar, and are formed a fixed connection by bolt, two pieces of companies
Elongated end 90 ° of bending, and one connecting plate of welding separately down for connecing steel plate, form supported end.
Gasket is equipped between the junction steel plate and horizontal conductive aluminium bar.
It has the advantages that by adopting the above technical scheme
1, electrolytic cell emergency bus includes that horizontal conductive aluminium bar and two vertical conductive aluminium bars, vertical conduction aluminium bar are used for
It is connect with the bus of two adjacent electrolytic cell respective sides, horizontal conduction aluminium bar is for being connected to two vertical conductive aluminium bars.It is described
The both ends of horizontal conduction aluminium bar are fixed with horizontally extending connecting bracket respectively, set respectively in each connecting bracket
There is a horizontally extending bar shaped mounting hole, the elongated end of each connecting bracket 90 ° of bending separately down form supported end, water
Flat conduction aluminium bar is supported on two electrolyzer bus by the supported end of both ends connecting bracket.Two vertical conductive aluminium bars
Upper end be respectively equipped with connecting hole, it is sliding across bar shaped mounting hole, connecting hole that the upper end of each vertical conductive aluminium bar passes through bolt respectively
Dynamic cooperation keeps the distance between two vertical conductive aluminium bars adjustable in the connecting bracket of corresponding end, perpendicular by adjusting two
The distance between straight conduction aluminium bar, with adapt to two neighboring electrolyzer bus the distance between, meet the adjacent electricity of a variety of scales
The use demand of slot different distance is solved, adjustment is female in corresponding electrolytic cell by vertical conductive aluminium bar clamping by fixture after
On line, it is held against.The horizontal conductive aluminium bar upper surface both ends are flexible coupling conducting wire by being welded and connected with aluminium respectively, the soft company of aluminium
The vertical conductive aluminium bar upper end of the other end and corresponding end that connect conducting wire is weldingly connected, and the both ends of horizontal conduction aluminium bar pass through aluminium respectively
The conducting wire that is flexible coupling is connect with vertical conductive aluminium bar, meets the need that distance is adjusted between vertical conductive aluminium bar and horizontal conductive aluminium bar
It asks, meanwhile, the aluminium conducting wire that is flexible coupling is identical as horizontal conductive aluminium bar, vertical conductive aluminum pole stock matter, and welding quality can be effectively ensured, full
The demand that sufficient high current passes through.
2, two hanging rings are fixed in horizontal conductive aluminium bar, two hanging rings are symmetrical along horizontal conductive aluminium bar, can benefit
Emergency bus is lifted with shop traveller, facilitates manual assembly, reduces labor intensity, improves assembly efficiency.
3, the aluminium conducting wire that is flexible coupling is made of several aluminium sheets being convexly curved, and two neighboring aluminium sheet is arranged in parallel and between having
Every space, by the horizontal conductive aluminium bars of multiple aluminium sheets connections with clearance space and vertical conductive aluminium bar, thermal diffusivity it is good and
It is high with the conductive aluminium bar welding quality of aluminum, both it had been able to satisfy the need that distance is adjusted between vertical conductive aluminium bar and horizontal conductive aluminium bar
It asks, moreover it is possible to meet the needs of high current passes through.
It is further described with reference to the accompanying drawings and detailed description.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the horizontal conductive aluminium bar of the utility model；
Fig. 3 is the structural schematic diagram of the utility model conductive aluminium bar vertically；
Fig. 4 is the structural schematic diagram of the utility model connecting bracket；
Fig. 5 is the top view of Fig. 4；
Fig. 6 is that the utility model aluminium is flexible coupling the structural schematic diagram of conducting wire；
Fig. 7 is the structural schematic diagram of the utility model hanging ring；
Fig. 8 is the cross-sectional view of Fig. 7；
Fig. 9 is the scheme of installation of the utility model.
In attached drawing, 1 is horizontal conductive aluminium bar, and 2 be two vertical conductive aluminium bars, and 2a is connecting hole, and 3 be connecting bracket, 3a
For bar shaped mounting hole, 3b is supported end, and 3c is junction steel plate, and 3d is connecting plate, and 4 are flexible coupling conducting wire for aluminium, and 4a is aluminium sheet, and 5 are
Hanging ring, 5a are through-hole, and 5b is lifting hole(eyelet), and 6 be gasket, and 7 be electrolyzer bus.
Specific embodiment
It is a kind of specific embodiment of electrolytic cell emergency bus referring to Fig. 1 to Fig. 8.Electrolytic cell emergency bus includes level
The vertical conductive aluminium bars 2 of conductive aluminium bar 1 and two, in the present embodiment, horizontal conduction aluminium bar use purity for 99.60% aluminium
Material is made, and having a size of 4196*130*130mm, the both ends of horizontal conduction aluminium bar are respectively equipped with six perforative companies in the width direction
Hole is connect, six connecting holes are distributed in 3*2 matrix, are fixed with two hanging rings 5 in horizontal conductive aluminium bar 1, two hanging rings 5 are along water
Flat conduction aluminium bar 1 is symmetrical, specifically, hanging ring is made of Q235 steel, one end of hanging ring 5 is horizontally extending, and
Equipped with through-hole 5a, 45 ° of the upward bending of the other end of the hanging ring 5 extensions, and it is equipped with lifting hole(eyelet) 5b, the hanging ring 5 is worn by bolt
Through-hole 5a is crossed to be fixedly connected with horizontal conductive aluminium bar 1.The both ends of the horizontal conductive aluminium bar 1 are fixed in the horizontal direction respectively
The connecting bracket 3 of extension is respectively equipped with horizontally extending bar shaped mounting hole 3a in each connecting bracket 3, each to connect
The elongated end of bracket 3 90 ° of bending separately down, form supported end 3b, and in the present embodiment, connecting bracket 3 is arranged in parallel by two pieces
Junction steel plate 3c constitute, junction steel plate is made of Q235 steel, and corresponding bar shaped peace is respectively equipped on each junction steel plate 3c
Hole 3a is filled, two pieces of junction steel plate 3c are located at the two sides of horizontal conductive aluminium bar 1, set between junction steel plate and horizontal conductive aluminium bar
There is gasket 6, and passes through six connecting hole rear threads cooperation in the conductive aluminium bar corresponding end of junction steel plate, level by six bolts
Nut forms a fixed connection, and the elongated end of two pieces of junction steel plate 3c, 90 ° of bending, and one connecting plate 3d of welding separately down are formed
Supported end 3b, the development length of bar shaped mounting hole are 190mm.The upper end of two vertical conductive aluminium bars 2 is respectively equipped with connection
Hole 2a, specifically, vertical conduction aluminium bar uses purity to be made of 99.60% aluminium, the upper end of vertical conduction aluminium bar is equipped with folding
It is curved, keep the upper surface width of vertical conductive aluminium bar wider, conductive area is bigger, and the upper end of each vertical conductive aluminium bar 2, which is located at, to be corresponded to
It holds between two pieces of junction steel plates, bar shaped mounting hole 3a, connecting hole 2a rear thread attaching nut is passed through by bolt respectively, it is vertical to make
Conductive aluminium bar is slidably fitted in the connecting bracket 3 of corresponding end, keeps the distance between two vertical conductive aluminium bars 2 adjustable.Institute
It states horizontal conductive 1 upper surface both ends of aluminium bar to be flexible coupling conducting wire 4 by being welded and connected with aluminium respectively, aluminium is flexible coupling the another of conducting wire 4
End and vertical conductive 2 upper end of aluminium bar of corresponding end are weldingly connected, and in the present embodiment, the aluminium conducting wire 4 that is flexible coupling is in be bent upwards
Arc, the aluminium sheet 4a that conducting wire 4 is convexly curved by 14 pieces specifically, aluminium is flexible coupling forms, each aluminium sheet use purity for
99.70% aluminium is made, and with a thickness of 1mm, width 130mm, two neighboring aluminium sheet is arranged in parallel and has clearance space, this
The both ends of a little aluminium sheets pass through the upper surface of welding and horizontal conductive aluminium bar respectively, the upper surface of vertical conductive aluminium bar is welded, and make a left side
The vertical conductive aluminium bar of side is connected with the vertical conductive aluminium bar on right side.
Referring to Fig. 9, the schematic diagram being connect for the utility model with electrolyzer bus.The electrolyzer bus in left side damages, right
The electrolytic cell of side is normal, needs the electrolytic cell on the left of short circuit.Using shop traveller, by the utility model electrolytic cell emergency bus tune
It is transported on two electrolyzer bus, until the connecting bracket supported end at horizontal conduction aluminium bar both ends is supported on corresponding electrolytic cell mother
On line upper surface, the distance between two vertical conductive aluminium bars are adjusted, until vertical conduction aluminium bar and corresponding electrolyzer bus side
After wall fitting, cooperate two bolts, two nuts with conventional fixture such as two clamping plates, one piece of clamping plate is located at electrolyzer bus
On, another piece of clamping plate is located in vertical conductive aluminium bar, tenses two clamping plates by bolt, nut cooperation, will vertical conductive aluminium bar
It is pressed on corresponding electrolyzer bus, completes assembling work.Electric current is directly answered by electrolytic cell after the electrolyzer bus of left side
Anxious bus to the normal electrolyzer bus in right side, the electrolytic cell short circuit no current of damage passes through, and can carry out repair, remainder series connection
Electrolytic cell normal operation.
Claims (7)
1. a kind of electrolytic cell emergency bus, it is characterised in that: including horizontal conductive aluminium bar (1) and two vertical conductive aluminium bars
(2),
The both ends of the horizontal conductive aluminium bar (1) are fixed with horizontally extending connecting bracket (3) respectively, each company
Connect and be respectively equipped with horizontally extending bar shaped mounting hole (3a) on bracket (3), the elongated end of each connecting bracket (3) respectively to
90 ° of lower bending is formed supported end (3b),
The upper end of two vertical conductive aluminium bars (2) is respectively equipped with connecting hole (2a), the upper end point of each vertical conductive aluminium bar (2)
Not Tong Guo bolt pass through bar shaped mounting hole (3a), connecting hole (2a) and be slidably fitted in the connecting bracket (3) of corresponding end, make two
The distance between vertical conduction aluminium bar (2) is adjustable,
Described horizontal conductive aluminium bar (1) upper surface both ends are flexible coupling conducting wire (4) by being welded and connected with aluminium respectively, and aluminium, which is flexible coupling, leads
The other end of line (4) and vertical conductive aluminium bar (2) upper end of corresponding end are weldingly connected.
2. electrolytic cell emergency bus according to claim 1, it is characterised in that: fixed on the horizontal conductive aluminium bar (1)
If two hanging rings (5) are symmetrical along horizontal conductive aluminium bar (1) there are two hanging ring (5).
3. electrolytic cell emergency bus according to claim 2, it is characterised in that: one end of the hanging ring (5) is along level side
To extension, and it is equipped with through-hole (5a), 45 ° of the upward bending of other end extensions of the hanging ring (5), and it is equipped with lifting hole(eyelet) (5b), it is described
Hanging ring (5) passes through through-hole (5a) by bolt and is fixedly connected with horizontal conductive aluminium bar (1).
4. electrolytic cell emergency bus according to claim 1, it is characterised in that: the aluminium conducting wire (4) that is flexible coupling is arc-shaped
Bending.
5. electrolytic cell emergency bus according to claim 4, it is characterised in that: the aluminium is flexible coupling conducting wire (4) by several
Aluminium sheet (4a) composition being convexly curved, two neighboring aluminium sheet is arranged in parallel and has clearance space.
6. electrolytic cell emergency bus according to claim 1, it is characterised in that: the connecting bracket (3) is parallel by two pieces
The junction steel plate (3c) of arrangement is constituted, and corresponding bar shaped mounting hole (3a), two pieces of connections are respectively equipped on each junction steel plate (3c)
Steel plate (3c) is located at the two sides of horizontal conductive aluminium bar (1), and is formed a fixed connection by bolt, two pieces of junction steel plates (3c)
Elongated end 90 ° of bending separately down, and weld a connecting plate (3d), formed supported end (3b).
7. electrolytic cell emergency bus according to claim 6, it is characterised in that: the junction steel plate (3c) and level are conductive
Gasket (6) are equipped between aluminium bar (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821178065.5U CN208667870U (en) | 2018-07-24 | 2018-07-24 | Electrolytic cell emergency bus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821178065.5U CN208667870U (en) | 2018-07-24 | 2018-07-24 | Electrolytic cell emergency bus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208667870U true CN208667870U (en) | 2019-03-29 |
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ID=65830188
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821178065.5U Active CN208667870U (en) | 2018-07-24 | 2018-07-24 | Electrolytic cell emergency bus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208667870U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110424026A (en) * | 2019-08-28 | 2019-11-08 | 云南云铝涌鑫铝业有限公司 | Electrolytic cell emergency bus device |
-
2018
- 2018-07-24 CN CN201821178065.5U patent/CN208667870U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110424026A (en) * | 2019-08-28 | 2019-11-08 | 云南云铝涌鑫铝业有限公司 | Electrolytic cell emergency bus device |
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