CN209098828U - The self-stripping system of conductive contact on a kind of electrolytic cell - Google Patents
The self-stripping system of conductive contact on a kind of electrolytic cell Download PDFInfo
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- CN209098828U CN209098828U CN201821785604.1U CN201821785604U CN209098828U CN 209098828 U CN209098828 U CN 209098828U CN 201821785604 U CN201821785604 U CN 201821785604U CN 209098828 U CN209098828 U CN 209098828U
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- busbar
- electrolytic cell
- conductive contact
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- jet water
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Abstract
The self-stripping system of conductive contact on a kind of electrolytic cell of the utility model, a busbar jet water spout is fixed in upper end among electrolytic cell busbar, busbar jet water spout passes through valve, insulated non-metal hose is connect with workshop water main, busbar jet water spout two sides are provided with hole for water spraying, the conductive contact on the water alignment both sides gushed out is rinsed, a certain number of electrolytic cell water supplying pipes are set as needed between main-supply and electrolytic cell jet water spout, and Self controlling valve is installed on electrolytic cell water supplying pipe, can flushing period point to the conductive contact of every group of electrolytic cell and bath duration be configured；For the pressure for guaranteeing bath, all Self controlling valves can be arranged in a staggered manner as requested, successively open, the unmanned operation that electrolytic conduction contact point is rinsed is achieved that in this way, is also made flushing effect more preferably while saving water, is conducive to the control of workshop electrolyte volume.
Description
Technical field
The utility model belongs to electrochemical field, the self-stripping system of conductive contact on specially a kind of electrolytic cell.
Background technique
During electrolysis production, keeps conductive contact clean, contact resistance and tank voltage are advantageously reduced, to drop
Low electrolysis energy consumption.Under existing conditions, almost all of electrolysis plant is all made of the regular butt contact of manual type and is rushed
It washes, the water droplet of artificial flushing is largely sprinkled upon on conductive rod, the flushing effect seriously restriction by artificial sense of responsibility, this side
Formula not only needs to consume manually, but also water consumption is big, is easy to cause the expansion of electrolysis system volume, influences the life of electrolytic process
Produce control.
Utility model content
The purpose of this utility model is to provide a kind of self-stripping systems of conductive contact on electrolytic cell, in electricity
Accurately auto-flushing is carried out to conductive contact in solution preocess, to reduce the resistance and tank voltage of conductive contact, to drop
Low electrolysis energy consumption.
To achieve the goals above, the technology employed by the present utility model is conductive contact on a kind of electrolytic cell
Self-stripping system, including the busbar jet water spout that several are connected to main-supply, another end seal of busbar jet water spout
It closes；Busbar jet water spout is fixed on busbar, and at least one busbar jet water spout is arranged on each electrolytic cell busbar；It leads
Several hole for water sprayings, the angle of water alignment conductive contact setting of each hole for water spraying are provided on electricity row's jet water spout；
It further include automatic controller and the Self controlling valve in response to automatic controller, Self controlling valve is arranged in main-supply
Between busbar jet water spout, so that busbar jet water spout realizes automatic start-stop by Self controlling valve.
Further, the side of busbar jet water spout is arranged in the hole for water spraying, and face conductive contact is arranged.
Further, the quantity of the busbar jet water spout in each electrolytic cell is 1, and the two sides of busbar jet water spout are equal
It is provided with hole for water spraying.
Further, the main-supply is connected to each busbar jet water spout by several electrolytic cell water supplying pipes；It is described
Self controlling valve is arranged on electrolytic cell water supplying pipe.
Further, the electrolytic cell water supplying pipe is connected to busbar jet water spout by flexible insulated hose, and supplies water in electrolytic cell
It is provided with manually-operated gate between pipe and flexible insulated hose, for the independent control to each busbar jet water spout.
Further, it is provided with insulation board between the busbar jet water spout and busbar, insulation board is wide with busbar
Setting.
Further, the automatic controller is PLC controller, and PLC controller controls respectively at set time intervals
A Self controlling valve successively works.
Further, the busbar jet water spout is metal tube.
Compared with prior art, the utility model at least has the following beneficial effects:
The self-stripping system of conductive contact in each electrolytic cell by being arranged on a kind of electrolytic cell of the utility model
At least one busbar jet water spout, busbar jet water spout is connected to main-supply, and offers alignment on busbar jet water spout and lead
The hole for water spraying of electrical pickoff water spray, enables hole for water spraying to be precisely directed at each conductive contact and is rinsed, and only uses on a small quantity
Water can rinse the crystalline impurities at conductive contact well, and flushing effect is more preferable and has saved water consumption, be very beneficial for
The control of electrolyte total volume；By set automatic controller can to each busbar jet water spout carry out the opening time and
The independent control of operation duration, and the Self controlling valve by being arranged between main-supply and busbar jet water spout is in response to automatic
Controller carries out full-automatic flushing to conductive contact, carries out without artificial, has saved labour and to have prevented manual operation steady
The disadvantage of qualitative difference.The duration that the conductive contact of electrolysis groove face is washed by water by bath number and every time can carry out as needed
Control, has sufficiently ensured flushing effect, and have benefited from the effective guarantee of flushing effect, has reduced contact resistance and tank voltage,
So as to greatly reduce electrolysis energy consumption.
Further, the side of busbar jet water spout, and each conductive contact setting of face is arranged in hole for water spraying, leads to
Cross simple setting can guarantee the ejected wash water sprayed from hole for water spraying can face conductive contact, fully ensured that cleaning
Effect.
Further, by being respectively provided with hole for water spraying in the two sides of a busbar jet water spout, so that a busbar bath
Pipe can meet cleaning needs, save resource.
Further, the grouping management to busbar jet water spout may be implemented by set electrolytic cell water supplying pipe,
Self controlling valve in response to automatic controller is set on electrolytic cell water supplying pipe, successively sequence may be implemented by automatic controller and beat
Each busbar jet water spout is opened, the needs of cleaning are not only met, while also achieving the reasonable utilization of resource.
Further, set flexible insulated hose can make to insulate between busbar jet water spout and electrolytic cell water supplying pipe, prevent
Electric leakage, and flexible insulated hose makes the installation of pipeline enclosure more convenient.
Further, busbar jet water spout is fixedly connected on insulation board, and the two sides of insulation board extend to busbar
Edge, can be electrically insulated between busbar jet water spout and busbar.
Further, busbar jet water spout uses metal jet water spout, has good effect of resist compression and corrosion resistance, can
The pressure for meeting bath needs and adapts to the corrosive environment of potroom.
Detailed description of the invention
Fig. 1 is flushing pipeline floor plan in the utility model embodiment；
Fig. 2 is the revolved view in the portion A-A in Fig. 1；
Fig. 3 is the view in the portion B-B in Fig. 1；
In figure: 1, main-supply, 2, electrolytic cell water supplying pipe, 3, busbar jet water spout, 4, conductive contact, 5, hole for water spraying,
6, busbar, 7, Self controlling valve, 8, insulation board, 9, conductive rod, 10, flexible insulated hose, 11, manually-operated gate.
Specific embodiment
Utility model is further described with reference to the accompanying drawing.
As shown in Figure 1, being provided with insulation board 8 on busbar 6, busbar jet water spout 3, insulation board 8 are fixed on insulation board 8
Direction with busbar jet water spout 3 each along busbar 6 is arranged, and the two sides of insulation board 8 extend to the edge of busbar 6,
Make to be electrically insulated between busbar jet water spout 3 and busbar 6 in this way；It is solid between busbar jet water spout 3, insulation board 8 and busbar 6
Fixed connection, prevents busbar jet water spout 3 from rolling during bath, loses the accurate flushing to conductive contact 4；It leads
Electrical pickoff 4 is located at the contact position of conductive rod 9 and busbar 6.
As shown in Fig. 2, being provided with the hole for water spraying 5 of several groups on busbar jet water spout 3, every group of hole for water spraying 5 is arranged in conduction
The left and right sides of jet water spout 3 is arranged, hole for water spraying 5 enables the ejected wash water come out from hole for water spraying 5 right according to certain angle setting
The conductive contact of quasi- two sides is rinsed, in the preferred embodiment of the utility model, 5 face busbar jet water spout of hole for water spraying
The conductive contact 4 of 3 two sides is arranged, and the height of hole for water spraying 5 and conductive contact 4 are quite, so that spraying from hole for water spraying 5 clear
Wash water can accurately be directed at each conductive contact 4, targetedly rinsed to each conductive contact 4, not only improved
The efficiency of cleaning, decreases the waste of water resource and the generation of waste water.
As shown in figure 3, busbar jet water spout 3 is closed at one end, the other end is connected to electrolytic cell by flexible insulated hose 10 and supplies water
Pipe 2, and manually-operated gate 11 is provided between flexible insulated hose 10 and electrolytic cell water supplying pipe 2, it can be according to need by manually-operated gate 11
Every busbar jet water spout 3 is independently controlled, as needed it independently open or close；Flexible insulated hose 10 can
Make to insulate between busbar jet water spout 3 and electrolytic cell water supplying pipe 2, prevents from leaking electricity, and flexible insulated hose 10 enables to pipeline enclosure
Installation it is more convenient；
Busbar jet water spout 3 selects the anticorrosion pipeline of metallic conduit or nonmetal pipeline, in conjunction with workshop size and
The pressure condition of main-supply 1 is selected, and in the preferred embodiment of the utility model, busbar jet water spout 3 selects resistance to compression
The stronger copper pipe of ability can satisfy the cleaning demand to the conductive contact 4 of electrolysis plant.
The quantity of electrolytic cell water supplying pipe 2 can be configured according to the quantity of electrolytic cell in electrolysis plant, and electrolytic cell water supplying pipe 2 is set
Multiple groups are set, every group of electrolytic cell water supplying pipe 2 is connected to a certain number of busbar jet water spouts 3, and such main-supply 1 directly controls electricity
Slot water supplying pipe 2 is solved, then busbar jet water spout 3 is controlled by each electrolytic cell water supplying pipe 2, by level grouping management, is realized solely
Vertical control；
Self controlling valve 7 is mounted on every group of water supplying pipe 2, Self controlling valve 7 is controlled by automatic controller realization and beats automatically
On or off is closed, and the flushing duration of busbar jet water spout 3 can be preset by automatic controller；
In the preferred embodiment of the utility model, automatic controller uses S7-200 type PLC controller, by PLC
The opening time of pre-set each Self controlling valve 7 and its opening time, may be implemented to busbar jet water spout in controller
3 automatic control；While in order to guarantee that each busbar jet water spout 3 has enough bath pressure, all Self controlling valves 7
Opening time can be arranged in a staggered manner, successively open so that each busbar jet water spout 3 pressure guarantee in the case where, also
The unmanned operation of electrolytic cell conductive contact flushing may be implemented, and can guarantee more preferably to rinse in the case where water conservation
Effect is conducive to the control of workshop electrolyte volume.
The application method of the self-stripping system of conductive contact is as follows on a kind of electrolytic cell of the utility model:
In the case where confirming all piping connection No leakages and blocking, open all manually-operated gates 11 all, in PLC
Open and close time, opening time and the opening sequence of each Self controlling valve 7 are set on controller, successively open electrolytic cell water supplying pipe 2
On Self controlling valve 7, electrolytic cell water supplying pipe 2 is connected to the main-supply 1 of electrolysis plant, in this way, when PLC controller is to Self controlling valve
After 7 issue the signal of " opening ", Self controlling valve 7 is just opened, and flushing water just enters busbar jet water spout 3, and conductive via alignment
The hole for water spraying 5 of contact point 4, precisely rinses conductive rod 11 and conductive contact 4, when washing time reaches preset duration,
PLC controller just sends " closing " signal to Self controlling valve 7, makes its closing, just completes the flushing of conductive contact.
The embodiments of the present invention are described in conjunction with attached drawing above, are the preferable embodiment party of the utility model
Case, above-mentioned specific embodiment simply mean to the property led, and do not limit other embodiments.Those skilled in the art can be at this
In the case where the range that utility model claims are protected, corresponding modification can be made for specific embodiment.
Claims (9)
1. the self-stripping system of conductive contact on a kind of electrolytic cell, which is characterized in that including several and main-supply (1)
The busbar jet water spout (3) of connection, the other end closing of busbar jet water spout (3)；Busbar jet water spout (3) is fixed on busbar
(6) on, and at least one busbar jet water spout (3) are set on each electrolytic cell busbar；Busbar jet water spout is provided on (3)
Several hole for water sprayings (5), angle of water alignment conductive contact (4) setting of each hole for water spraying (5).
2. the self-stripping system of conductive contact on a kind of electrolytic cell as described in claim 1, which is characterized in that the spray
Water hole (5) setting is in the side of busbar jet water spout (3), and face conductive contact (4) is arranged.
3. the self-stripping system of conductive contact on a kind of electrolytic cell as described in claim 1, which is characterized in that Mei Ge electricity
The quantity for solving the busbar jet water spout (3) in slot is 1, and the two sides of busbar jet water spout (3) are provided with hole for water spraying (5).
4. the self-stripping system of conductive contact on a kind of electrolytic cell as described in claim 1, which is characterized in that described to lead
It is provided with insulation board (8) on electricity row (6), busbar jet water spout (3) is fixedly connected on the insulation board (8).
5. the self-stripping system of conductive contact on a kind of electrolytic cell as described in claim 1, which is characterized in that further include
Automatic controller and Self controlling valve (7) in response to automatic controller, Self controlling valve (7) setting main-supply (1) with lead
Between electricity row jet water spout (3), so that busbar jet water spout (3) realizes automatic start-stop by Self controlling valve (7).
6. the self-stripping system of conductive contact on a kind of electrolytic cell as claimed in claim 5, which is characterized in that the master
Water supplying pipe (1) is connected to each busbar jet water spout (3) by several electrolytic cell water supplying pipes (2)；Self controlling valve (7) setting
On electrolytic cell water supplying pipe (2).
7. the self-stripping system of conductive contact on a kind of electrolytic cell as claimed in claim 6, which is characterized in that the electricity
Slot water supplying pipe (2) are solved by flexible insulated hose (10) connection busbar jet water spout (3), and soft in electrolytic cell water supplying pipe (2) and insulation
Manually-operated gate (11) are provided between pipe (10), for the independent control to each busbar jet water spout (3).
8. the self-stripping system of conductive contact on a kind of electrolytic cell as claimed in claim 5, which is characterized in that it is described from
Movement controller be S7-200 type PLC controller, PLC controller control at set time intervals each Self controlling valve (7) according to
Task.
9. the self-stripping system of conductive contact on a kind of electrolytic cell as described in claim 1, which is characterized in that described to lead
Electricity row jet water spout (3) is metal tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821785604.1U CN209098828U (en) | 2018-10-31 | 2018-10-31 | The self-stripping system of conductive contact on a kind of electrolytic cell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821785604.1U CN209098828U (en) | 2018-10-31 | 2018-10-31 | The self-stripping system of conductive contact on a kind of electrolytic cell |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209098828U true CN209098828U (en) | 2019-07-12 |
Family
ID=67157578
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821785604.1U Active CN209098828U (en) | 2018-10-31 | 2018-10-31 | The self-stripping system of conductive contact on a kind of electrolytic cell |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209098828U (en) |
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2018
- 2018-10-31 CN CN201821785604.1U patent/CN209098828U/en active Active
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