CN206973515U - Immersion electrode steam boiler - Google Patents
Immersion electrode steam boiler Download PDFInfo
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- CN206973515U CN206973515U CN201720843672.8U CN201720843672U CN206973515U CN 206973515 U CN206973515 U CN 206973515U CN 201720843672 U CN201720843672 U CN 201720843672U CN 206973515 U CN206973515 U CN 206973515U
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Abstract
The utility model provides a kind of immersion electrode steam boiler, including：Inner cylinder and electrode assembly, the inner cylinder are used to load electrolyte solution, the electrode assembly and the electrolyte solution contacts in inner cylinder；Inner cylinder is connected with the neutral conductor, and electrode assembly is connected with phase line；The electrode assembly includes electrode disk and electrode bar, and electrode disk is provided with the electrode bar no less than two.Electric current transmits in electrolyte solution can produce heat, need not move through heat transfer, directly make to heat electrolyte solution, improve the efficiency of heating surface.
Description
Technical field
Steam boiler equipment is the utility model is related to, particularly a kind of immersion electrode steam boiler.
Background technology
Traditional steam boiler produces heat by way of burning or being powered to electrothermal resistance silk, then again passes heat
The water in boiler is passed, water is heated for producing vapor.These boilers are on the one hand easily because moisturizing is done not in time
Burning problem.On the other hand, because heat is from the peritropous all low-temperature heat source transmission of high temperature heat source, so in heating process
In, there is quite a few heat transfer to be lost to other objects, the utilization ratio of energy is not high.
Utility model content
The utility model is for overcome the deficiencies in the prior art, there is provided a kind of immersion electrode steam boiler.
To achieve these goals, the utility model provides a kind of immersion electrode steam boiler, including：Inner cylinder and electrode
Device, the inner cylinder are used to load electrolyte solution, the electrode assembly and the electrolyte solution contacts in inner cylinder；Inner cylinder is with
Property line connection, electrode assembly is connected with phase line；The electrode assembly includes electrode disk and electrode bar, and electrode disk is provided with and is no less than
The electrode bar of two.
Electrolyte solution contacts in the electrode assembly and inner cylinder, due to electrode assembly and inner cylinder respectively with phase line and in
Property line (being commonly called as zero line) connection, form potential difference between the two, make to produce electric current in the electrolyte solution as conductor, electric current exists
Transmission can produce heat in electrolyte solution, need not move through heat transfer, directly make to heat electrolyte solution, improve and add
The thermal efficiency.
The one or more added in water in the strong electrolytes such as sodium phosphate, sodium sulphate, sodium nitrate, it is molten to form electrolyte
Liquid, increase the ion concentration in liquid, the conductance of liquid can be obviously improved, increase operating current, improve adding for boiler
The thermal efficiency.
In order to ensure the not too large influence heating power of the resistance in power delivery circuit, it will usually use thicker electrode, so
And this results in the contact area of electrode and water is smaller, it is unfavorable for the quick heating to water.Electrode assembly is arranged to plate-like,
More electrode bars are installed on disk, when forming path, due to there are more electrode bars to be set up in parallel, form parallel circuit, so
Electrode bar can still keep a relatively low impedance, not interfere with transmission of electricity and the heating power of circuit.
In the embodiment of the utility model one, the electrode disk has three, and electrode disk is between any two apart from equal, in positive three
Angular arrangement；Three electrode disks and three phase lines of three-phase alternating current connect one to one.
Immersion motor steam boiler is transmitted electricity using three-phase and four-line formula, and each electrode disk connects with a phase line respectively, and
Connected by electrolyte solution with inner cylinder, form electricity consumption load path.At present China production, dispatching be all three-phase alternating current
Electricity.Using in the symmetrically arranged electrode arrangements of equilateral triangle, the electric current of input can be preferably adapted to, improves the efficiency of heating surface,
The electrolyte solution in inner cylinder is quickly heated and produce steam, improve the efficiency of heating surface.
In the embodiment of the utility model one, what the electrode bar was arranged in electrode disk is shaped as sector, fan-shaped arc
Shape side is outwards set.
Electrode disk is arranged in equilateral triangle, the interior direction for referring to the triangle center towards electrode disk composition here, outside
Refer to the direction of the triangle center away from electrode disk composition.The shape of each electrode disk is in fan-shaped or almost fan, close to outer
The arc-shaped side of side can generally comprise three sections of arcs on a circle, and the phase difference between every section of arc is 120 °.Electrode bar is arranged on
The edge of electrode disk, so the electrode bar just trisection being arranged on three electrode disk arc avris is arranged on a circle.
Because the inner cylinder being filled with water is usually cylinder, by electrode disk, such decile on circle is set electrode bar, can make inner cylinder
In water heating more uniformly fully, avoid because caused by local heating the efficiency of heating surface waste.
In the embodiment of the utility model one, the electrode bar lower end extends towards the direction closed up, in same electrode disk
Electrode bar between spacing diminish.
Spacing between electrode bar up becomes larger from lower end, when the electrolyte solution liquid level in inner cylinder gradually rises
When, its surface area contacted between electrode bar is also becoming big, so as to be realized by adjusting inner cylinder water level to heated by electrodes
The control of the size of resistance and the electric current passed through in loop.Because liquid level can be lifted continuously, electrode bar is immersed in electricity
The area of part in electrolyte solution is also consecutive variations, thus can realize the step-less adjustment to heating power.
In the embodiment of the utility model one, the electrode disk is provided with through hole, and screw thread is carved with the electrode bar end, institute
State after electrode bar passes through through hole and be arranged on by nut in electrode disk.
By nut and it is threaded onto and electrode bar is fixed together installation, is easy to that electrode bar is adjusted, and
After electrode bar damages in use, change also more convenient.
In the embodiment of the utility model one, in addition to inner cylinder water inlet pipe, the inner cylinder water inlet pipe end are divided into three, erected
Directly it is arranged in inner cylinder, the position that three inner cylinder water inlet pipes are set is distributed in equilateral triangle, the equilateral triangle that electrode disk is formed
Center and inner cylinder water inlet pipe form equilateral triangle center it is overlapping.
The temperature for just having added the water of inner cylinder is minimum.In order to ensure that fully heating and water temperature are uniformly unified as far as possible,
Water inlet is split into by three tunnels by inner cylinder water inlet pipe in water inlet, is corresponded respectively with three pieces of electrode disks, water body is divided into three
The heating of individual structure proximate and convection circulation block, make the heating of electrolyte solution in inner cylinder more uniform.
Include being no less than two apopores, institute in the embodiment of the utility model one, in the side wall of the inner cylinder water inlet pipe
Apopore is stated in inner cylinder water inlet pipe side wall in circumferential uniformly arrangement.
By being uniformly arranged multiple apopores on the inner cylinder water inlet pipe being vertically arranged so that the water outlet of apopore is as far as possible
Relax, obvious flowing formed not in inner cylinder, water level tends towards stability, make the discharge end of electrode bar in inner cylinder fully with water
Contact, ensure that the stabilised efficiency of heated by electrodes.
In the embodiment of the utility model one, in addition to outer barrel, outer barrel water inlet pipe, outer barrel outlet pipe and inner cylinder water level regulation
Pipe；The inner cylinder is arranged on outer barrel, and the outer barrel water inlet pipe and outer barrel outlet pipe are separately positioned on outer barrel, the outer barrel
Outlet pipe connects with inner cylinder water inlet pipe, and the inner cylinder water level regulation pipe is arranged on inner cylinder bottom.
Outer barrel water inlet is first passed through, then the water in outer barrel is transported in inner cylinder by outer barrel outlet pipe and inner cylinder water inlet pipe,
The stabilization of water supply rate is realized, is avoided because hydraulic pressure, which changes, causes uneven, the electrolyte solution water-level fluctuation in inner cylinder of supplying water.
Electric control valve can be respectively provided with inner cylinder water level regulation pipe and the pipeline of outer barrel water inlet pipe external connection.Set on inner cylinder
Inner cylinder water level regulation pipe, electric control valve are separately positioned on the pipeline of inner cylinder water level regulation pipe and outer barrel water inlet pipe, Ke Yitong
The change of the motorized adjustment valve regulation water level of external connection is crossed, controls the heating gas producing efficiency of boiler.
In the embodiment of the utility model one, it is described also include outer barrel, support, support sole plate, insulation spacer, water-supply-pipe,
Insulating flange and electrode supporting pipe；The inner cylinder is arranged in outer barrel, and the support is fixedly mounted in outer barrel, the support cushion
Plate is fixedly mounted on support, and the insulation spacer is arranged on support sole plate, and the inner cylinder is erected on insulation spacer；It is described
Water-supply-pipe is connected by insulating flange and inner tank theca installation, for inner cylinder water delivery；The electrode supporting pipe include support base,
Ceramic insulating tube and electrode stem, the support base are fastened around ceramic insulating tube periphery；The support base is fixed with outer barrel to be connected
Connect, the electrode stem is fixedly connected after passing through ceramic insulating tube with electrode disk.
Discharged because electrode is directly entered in electrolyte solution, for the energy for ensureing safety and sending electrode as far as possible
Amount is converted to the heat of the water in inner cylinder, it is necessary to carry out insulation processing to inner cylinder.But quality is larger after being filled with water in inner cylinder, together
When also to ensure the stabilization of inner cylinder and electrode assembly, it is necessary to using the larger materials for support of structural strength, in general insulating materials
It is difficult to meet to require.By setting support in outer barrel, and support sole plate is laid on support, on insulation spacer in erection
Cylinder, support sole plate and insulation spacer have larger contact surface, and the pressure for making to carry on insulation spacer is smaller and stress is not easy to concentrate,
It ensure that the stability used.Because inner cylinder water inlet pipe is longer, and the distance between water inlet and electrode bar are farther out, therefore water inlet pipe
The resistance on road is much bigger compared to the resistance of inner cylinder power circuit, and electric current can't transfer out along current.
But because inner cylinder and water-supply-pipe are mostly metal material, electric current easily transmits above, therefore use insulation method
Orchid connects water-supply-pipe and inner cylinder, avoids electric current and is exported along aqueduct.Using ceramic insulating tube by outer barrel and electrode stem
Separate, electrode stem can be connected through outer barrel with electrode assembly, played a part of conduct power and be fixedly connected with electrode assembly.
In the embodiment of the utility model one, in addition to steam outleting pipe and steam-water separator；The steam outleting pipe pipe
Mouth downwards, is arranged on above inner cylinder；The steam-water separator is arranged on the steam outleting pipe mouth of pipe；The steam-water separator is upper big
Under small inverted cone-shaped structure, the steam-water separator lower end is provided with shrouding, the passage for the vapor that circulates is provided with side wall.
Tiny small water droplet is easily mixed into heating process, in vapor, reduces the quality of steam.Pass through heated by electrodes
By water heat generation steam after, steam port set a back taper steam-water separator, vapor and carry small water droplet from
Pass through in passage.Because moisture separator is made of metal more, temperature is relatively low, and small water droplet is easily cold on steam-water separator
It is solidifying, converge to and flow back into inner cylinder on shrouding from close to the passage of shrouding again, the small water droplet carrying amount in vapor reduces, water
The quality of steam is improved.
Brief description of the drawings
Fig. 1 is the utility model immersion electrode steam boiler structural representation；
Fig. 2 is the utility model immersion electrode steam boiler internal structure schematic diagram；
Fig. 3 is the electrode assembly of the utility model immersion electrode steam boiler and the structural representation of electrode supporting pipe；
Fig. 4 is part B enlarged diagram in Fig. 3；
Fig. 5 is the structural representation of the electrode disk of the utility model immersion electrode steam boiler；
Fig. 6 is the use state diagram of the electrode disk of the utility model immersion electrode steam boiler；
Fig. 7 is the structural representation for entering water distribution pipe and inner cylinder of the utility model immersion electrode steam boiler；
Fig. 8 is part A enlarged diagram in Fig. 2；
Fig. 9 is the structural representation of the steam-water separator of the utility model immersion electrode steam boiler.
Each reference is in figure：
1st, inner cylinder；121st, support base；122nd, ceramic insulating tube；123rd, electrode stem；2nd, electrode assembly；21st, electrode disk；22、
Electrode bar；23rd, nut；31st, inner cylinder water inlet pipe；311st, apopore；32nd, outer barrel water inlet pipe；33rd, outer barrel outlet pipe；34th, inner cylinder water
Position regulation pipe；4th, outer barrel；41st, support；42nd, support sole plate；43rd, insulation spacer；5th, steam-water separator；51st, shrouding；52nd, ventilate
Hole.
Embodiment
It is cited below particularly preferably real for above and other objects, features and advantages of the present utility model can be become apparent
Example is applied, and coordinates accompanying drawing, is described in detail below.
Fig. 1-4 are refer to, the utility model provides a kind of immersion electrode steam boiler, including：Inner cylinder 1 and electrode assembly
2, the inner cylinder 1 is used to load electrolyte solution, the electrode assembly 2 and the electrolyte solution contacts in inner cylinder 1；Inner cylinder 1 with
The neutral conductor is connected, and electrode assembly 2 is connected with phase line；The electrode assembly 2 includes electrode disk 21 and electrode bar 22, in electrode disk 21
Provided with the electrode bar 22 no less than two.
Electrolyte solution contacts in the electrode assembly 2 and inner cylinder 1, due to electrode assembly 2 and inner cylinder 1 respectively with phase line
Connected with the neutral conductor (being commonly called as zero line), form potential difference between the two, make to produce electric current in the electrolyte solution as conductor, electricity
Stream transmission in electrolyte solution can produce heat, need not move through heat transfer, directly make to heat electrolyte solution, lifted
The efficiency of heating surface.
In order to ensure the not too large influence heating power of the resistance in power delivery circuit, it will usually use thicker electrode, so
And this results in the contact area of electrode and water is smaller, it is unfavorable for the quick heating to water.Electrode assembly 2 is arranged to disk
Shape, more electrode bars 22 are installed in electrode disk 21, when forming path, due to there are more electrode bars 22 to be set up in parallel, formed
Parallel circuit, so electrode bar 22 can still keep a relatively low impedance, transmission of electricity and the heating power of circuit are not interfered with.
Fig. 5 and 6 are refer to, as a kind of embodiment, the electrode disk 21 there are three, and electrode disk 21 is between any two apart from phase
Deng being arranged in equilateral triangle；Three electrode disks 21 and three phase lines of three-phase alternating current connect one to one.
Immersion motor steam boiler is transmitted electricity using three-phase and four-line formula, and each electrode disk 21 connects with a phase line respectively,
And connected by electrolyte solution with inner cylinder 1, form electricity consumption load path.China's production at present, dispatching are all three intersecting
Stream electricity.Using in the symmetrically arranged electrode arrangements of equilateral triangle, the electric current of input can be preferably adapted to, improves heating effect
Rate, the electrolyte solution in inner cylinder 1 is quickly heated and produce steam, improve the efficiency of heating surface.
Fig. 5 is refer to, as a kind of embodiment, what electrode bar 22 was arranged in electrode disk 21 is shaped as sector, fan-shaped
Arc-shaped side is outwards set.
As shown in fig. 6, electrode disk 21 is arranged in equilateral triangle, here in refer to form towards three electrode disks 21 three
The direction at angular center, refer to the direction of triangle center formed away from three electrode disks 21 outside.The shape of each electrode disk 21
For shape in fan-shaped or almost fan, the arc-shaped side close to outside can generally comprise three sections of arcs on a circle, between every section of arc
Phase difference is 120 °.Electrode bar 22 is arranged on the edge of electrode disk 21, so being arranged on three arc avris of electrode disk 21
The just trisection of electrode bar 22 is arranged on a circle.Because the inner cylinder 1 being filled with water is usually cylinder, electrode bar 22 passes through
The such decile on circle of electrode disk 21 is set, and can heat the water in inner cylinder 1 more uniformly abundant, avoid because local heating
The caused efficiency of heating surface wastes.
Fig. 3 is refer to, as a kind of embodiment, the lower end of electrode bar 22 extends towards the direction closed up, same electrode
The spacing between electrode bar 22 on disk 21 diminishes.
Spacing between electrode bar 22 up becomes larger from lower end, when the electrolyte solution liquid level in inner cylinder 1 gradually rises
Gao Shi, its surface area contacted between electrode bar 22 is also becoming big, so as to be realized by adjusting the water level of inner cylinder 1 to electrode
The control of the size of resistance and the electric current passed through in heating circuit.Because liquid level can be lifted continuously, electrode bar 22 soaks
The area of part not in electrolyte solution is also consecutive variations, thus can realize the step-less adjustment to heating power.
Fig. 4 is refer to, as a kind of embodiment, electrode disk 21 is provided with through hole, and screw thread, electrode are carved with the end of electrode bar 22
Rod 22 is arranged in electrode disk 21 after passing through through hole by nut 23.
By nut 23 and it is threaded onto installation is fixed to electrode bar 22 together, is easy to adjust electrode bar 22
Section, and after electrode bar 22 damages in use, change also more convenient.
Fig. 2 and 7 are refer to, as a kind of embodiment, in addition to inner cylinder water inlet pipe 31, the end of inner cylinder water inlet pipe 31 point
For three, it is vertically arranged in inner cylinder 1, the position that three inner cylinder water inlet pipes 31 are set is distributed in equilateral triangle, the institute of electrode disk 22
The center for the equilateral triangle that the center of the equilateral triangle of composition and inner cylinder water inlet pipe 31 are formed is overlapping.
The temperature for just having added the water of inner cylinder 1 is minimum.In order to ensure that fully heating and water temperature are uniformly unified as far as possible,
Water inlet is split into by three tunnels by inner cylinder water inlet pipe 31 in water inlet, corresponded respectively with three pieces of electrode disks 21, makes water body point
Heating and convection circulation block for three structure proximates, make the heating of electrolyte solution in inner cylinder 1 more uniform.
Fig. 7 is refer to, includes being no less than two apopores as a kind of embodiment, in the side wall of the inner cylinder water inlet pipe 31
311, the apopore 311 is in the side wall of inner cylinder water inlet pipe 31 in circumferential uniformly arrangement.
By being uniformly arranged multiple apopores 311 on the inner cylinder water inlet pipe 31 being vertically arranged so that apopore 311 goes out
Water is relaxed as far as possible, and obvious flowing is formed not in inner cylinder, and water level tends towards stability, and makes the electric discharge of the electrode bar 22 in inner cylinder 1
End fully contacts with water, ensure that the stabilised efficiency of heated by electrodes.
If by setting dried layer water flowing out structure on the water inlet pipe 31 being vertically arranged, multiple water outlets on every layer of water flowing out structure
Hole 311 goes back decile and is arranged on same layer so that the water outlet of apopore 311 is relaxed as far as possible, and obvious stream is formed not in inner cylinder
Dynamic, water level tends towards stability, and the discharge end of the electrode bar 22 in inner cylinder 1 is fully contacted with water, ensure that the effect of heated by electrodes
Rate is stable.
Fig. 1,2 and 7 are refer to, as a kind of embodiment, in addition to outer barrel 4, outer barrel water inlet pipe 32, the and of outer barrel outlet pipe 33
Inner cylinder water level regulation pipe 34；The inner cylinder 1 is arranged on inside outer barrel 4, and the outer barrel water inlet pipe 32 and outer barrel outlet pipe 33 are distinguished
It is arranged on outer barrel 4, the outer barrel outlet pipe 33 and inner cylinder water inlet pipe 31 connect, and the inner cylinder water level regulation pipe 34 is arranged on interior
4 bottoms of cylinder.
Outer barrel 4 is first passed through to intake, then in the water in outer barrel 4 is transported to by outer barrel outlet pipe 33 and inner cylinder water inlet pipe 31
In cylinder, the stabilization of water supply rate is realized, is avoided because hydraulic pressure, which changes, causes uneven, the electrolyte solution water in inner cylinder 1 that supplies water
Position fluctuation.
In other embodiments, water pump is provided between outer barrel outlet pipe 33 and inner cylinder water inlet pipe 31.
In other embodiments, it is respectively provided with motorized adjustment on the pipeline of inner cylinder water level regulation pipe 34 and outer barrel water inlet pipe 32
Valve.
Inner cylinder water level regulation pipe is set on inner cylinder, and electric control valve is separately positioned on inner cylinder water level regulation pipe 34 and outer barrel
On the pipeline of water inlet pipe 32, by the change of the motorized adjustment valve regulation water level of external connection the heating of boiler can be controlled to produce
Gas efficiency.
Fig. 2 is refer to, as a kind of embodiment, in addition to it is outer barrel 4, support 41, support sole plate 42, insulation spacer 43, defeated
Water pipe, insulating flange and electrode supporting pipe；Inner cylinder 1 is arranged in outer barrel 4, and support 41 is fixedly mounted in outer barrel 4, support sole plate
Gu 42 Dingan County are on support 41, insulation spacer 43 is arranged on support sole plate 42, and inner cylinder 1 is erected on insulation spacer 43；It is defeated
Water pipe is connected by insulating flange and the installation of the outer wall of inner cylinder 1, for the water delivery of inner cylinder 1；Electrode supporting pipe include support base 121,
Ceramic insulating tube 122 and electrode stem 123, support base 121 are fastened around the periphery of ceramic insulating tube 122；Support base 121 and outer barrel
4 are fixedly connected, and electrode stem 123 is fixedly connected after passing through ceramic insulating tube 122 with electrode disk 21.
Because electrode is directly entered discharge in water, in order to which the energy for ensureing safety and sending electrode as far as possible all converts
Heat for the water in inner cylinder 1 to inner cylinder 1, it is necessary to carry out insulation processing.But quality is larger after being filled with water in inner cylinder 1, also simultaneously
Ensure the stabilization of inner cylinder 1 and electrode assembly 2, it is necessary to difficult using the larger materials for support of structural strength, in general insulating materials
To meet to require.By setting support 41 in outer barrel 4, and support sole plate 42 is laid on support 41, insulation spacer 43 is set
On support sole plate 42, inner cylinder 1 is set up on insulation spacer 43, support sole plate 42 and insulation spacer 43 have larger contact surface,
The pressure for making to carry on insulation spacer 43 is smaller and stress is not easy to concentrate, and ensure that the stability used.Because inner cylinder water inlet pipe
It is longer, and the distance between water inlet and electrode bar are farther out, therefore the resistance of inlet pipeline is compared to the resistance of inner cylinder power circuit
Much bigger, electric current can't transfer out along current.But because inner cylinder and water-supply-pipe are mostly metal material, electric current is easy
Transmitted above, therefore water-supply-pipe and inner cylinder 1 are connected using insulating flange, avoided electric current and exported along aqueduct.Make
Outer barrel and electrode stem are separated with ceramic insulating tube, electrode stem can be connected through outer barrel with electrode assembly, play conduction electric current
With the effect for being fixedly connected with electrode assembly 2.
Fig. 2,8,9 are refer to, as a kind of embodiment, in addition to steam outleting pipe and steam-water separator 5；Steam outleting pipe
The mouth of pipe is downward, is arranged on above inner cylinder；Steam-water separator 5 is arranged on the steam outleting pipe mouth of pipe；Steam-water separator is up big and down small
Inverted cone-shaped structure, lower end is provided with shrouding 51, the passage 52 for the vapor that circulates is provided with side wall.
Tiny small water droplet is easily mixed into heating process, in vapor, reduces the quality of steam.Pass through heated by electrodes
By water heat generation steam after, steam port set a back taper steam-water separator 5, vapor and carry small water droplet from
Pass through in passage 52.Because moisture separator more than 5 is made of metal, temperature is relatively low, and small water droplet is easily in steam-water separator
Upper condensation, converge to and flow back into inner cylinder on shrouding 51 from close to the passage 52 of shrouding 51 again, the small water droplet in vapor is taken
Ribbon amount is reduced, and the quality of vapor is improved.
Although the utility model is disclosed as above with preferred embodiment, it is not for limiting the utility model, appointing
What those skilled in the art is not being departed from spirit and scope of the present utility model, may be by the method and skill of the disclosure above
Art content makes possible variation and modification to technical solutions of the utility model, therefore, every without departing from the utility model technology
The content of scheme, any simple modification made according to the technical essence of the utility model to above example, equivalent variations and
Modification, belong to the protection domain of technical solutions of the utility model.
Claims (10)
- A kind of 1. immersion electrode steam boiler, it is characterised in that including：Inner cylinder and electrode assembly, the inner cylinder are used to load Electrolyte solution, the electrode assembly and the electrolyte solution contacts in inner cylinder；Inner cylinder is connected with the neutral conductor, electrode assembly and phase Line connects；Electrode assembly includes electrode disk and electrode bar, and electrode disk is provided with the electrode bar no less than two.
- 2. immersion electrode steam boiler according to claim 1, it is characterised in that the electrode disk has three, electrode Disk is arranged between any two apart from equal in equilateral triangle；Three electrode disks and three phase lines of three-phase alternating current, which correspond, to be connected Connect.
- 3. immersion electrode steam boiler according to claim 2, it is characterised in that the electrode bar is arranged in electrode disk Cloth is shaped as sector, and fan-shaped arc-shaped side is outwards set.
- 4. immersion electrode steam boiler according to claim 1, it is characterised in that the electrode bar lower end is towards closing up Direction extension, the spacing between electrode bar in same electrode disk diminishes.
- 5. immersion electrode steam boiler according to claim 1, it is characterised in that the electrode disk is provided with through hole, There is screw thread, the electrode bar to be arranged on after passing through through hole by nut in electrode disk for the electrode bar end.
- 6. immersion electrode steam boiler according to claim 2, it is characterised in that described also including inner cylinder water inlet pipe Inner cylinder water inlet pipe end is divided into three, is vertically arranged in inner cylinder, and the position that three inner cylinder water inlet pipes are set is in equilateral triangle point The center for the equilateral triangle that cloth, the center for the equilateral triangle that electrode disk is formed and inner cylinder water inlet pipe are formed is overlapping.
- 7. immersion electrode steam boiler according to claim 6, it is characterised in that in the side wall of the inner cylinder water inlet pipe Including no less than two apopores, the apopore is in inner cylinder water inlet pipe side wall in circumferential uniformly arrangement.
- 8. immersion electrode steam boiler according to claim 6, it is characterised in that also including outer barrel, outer barrel water inlet pipe, Outer barrel outlet pipe and inner cylinder water level regulation pipe；The inner cylinder is arranged on outer barrel, the outer barrel water inlet pipe and outer barrel outlet pipe It is separately positioned on outer barrel, the outer barrel outlet pipe connects with inner cylinder water inlet pipe, and the inner cylinder water level regulation pipe is arranged on inner cylinder On.
- 9. immersion electrode steam boiler according to claim 1, it is characterised in that also including outer barrel, support, support cushion Plate, insulation spacer, water-supply-pipe, insulating flange and electrode supporting pipe；The inner cylinder is arranged in outer barrel, and the support is fixedly mounted In outer barrel, the support sole plate is fixedly mounted on support, and the insulation spacer is arranged on support sole plate, the interior tub It is located on insulation spacer；The water-supply-pipe is connected by insulating flange and inner tank theca installation, for inner cylinder water delivery；The electricity Pole support tube includes support base, ceramic insulating tube and electrode stem, and the support base is fastened around ceramic insulating tube periphery；It is described Support base is fixedly connected with outer barrel, and the electrode stem is fixedly connected after passing through ceramic insulating tube with electrode disk.
- 10. immersion electrode steam boiler according to claim 1, it is characterised in that also including steam outleting pipe and vapour Separator；The steam outleting pipe mouth of pipe is arranged on above inner cylinder；The steam-water separator is arranged on the steam outleting pipe mouth of pipe； The steam-water separator is up big and down small inverted cone-shaped structure, and lower end is provided with shrouding, is provided with and is used in the side wall of steam-water separator The through hole of circulation vapor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843672.8U CN206973515U (en) | 2017-07-12 | 2017-07-12 | Immersion electrode steam boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843672.8U CN206973515U (en) | 2017-07-12 | 2017-07-12 | Immersion electrode steam boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206973515U true CN206973515U (en) | 2018-02-06 |
Family
ID=61401730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720843672.8U Active CN206973515U (en) | 2017-07-12 | 2017-07-12 | Immersion electrode steam boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206973515U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107238068A (en) * | 2017-07-12 | 2017-10-10 | 浙江盛达铁塔有限公司 | Immersion electrode steam boiler |
| CN110068002A (en) * | 2019-05-09 | 2019-07-30 | 浙江上能锅炉有限公司 | Full immersion electrode steam boiler |
-
2017
- 2017-07-12 CN CN201720843672.8U patent/CN206973515U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107238068A (en) * | 2017-07-12 | 2017-10-10 | 浙江盛达铁塔有限公司 | Immersion electrode steam boiler |
| CN110068002A (en) * | 2019-05-09 | 2019-07-30 | 浙江上能锅炉有限公司 | Full immersion electrode steam boiler |
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