CN208340937U - Magnetic separator for slurry - Google Patents
Magnetic separator for slurry Download PDFInfo
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- CN208340937U CN208340937U CN201821721238.3U CN201821721238U CN208340937U CN 208340937 U CN208340937 U CN 208340937U CN 201821721238 U CN201821721238 U CN 201821721238U CN 208340937 U CN208340937 U CN 208340937U
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Abstract
The utility model discloses a kind of magnetic separator for slurries, including concentration equipment, part flow arrangement, collector-shoe gear and cooling device；Concentration equipment includes the coil being set in wire box, and the upper magnetic pole to form magnetic separation chamber that is connected, magnetic media device and lower magnetic pole are provided in the air-gap of thiol；Part flow arrangement is set to above upper magnetic pole, including multi-pipeline shunts interface, tripper and water segregator, and it includes being connected to tripper with multiple sub-feed tubes of magnetic separation chamber and being connected to multiple distributive pipes of water segregator Yu magnetic separation chamber that multi-pipeline, which shunts interface,；Collector-shoe gear is set to below lower magnetic pole, essentially identical with part flow arrangement structure, is in symmetry shape；Cooling device uses the forced oil-circulation type of cooling；The magnetic separator for slurry of the utility model, using the separated pipe passage of slurry and flushing water, even fluid distribution, concentrate grade and degree of purity are high, and slurry waste is few；Coil good cooling results, coil diameter is big, and exciting power is small, and low energy consumption for ton, and yield is high, and occupied area is small.
Description
Technical field
The utility model relates to technical field of magnetic separation equipment, specifically, being related to a kind of magnetic separator for slurry of large size.
Background technique
For nonmetallic ore, iron and other magnetic impurities will affect the quality of mineral, such as: kaolinic whiteness, concentrate
Rate, degree of purity etc..Therefore, magnetic plant has directly the quality of nonmetallic mineral the removal ability of Ferromagnetic Impurities
It influences.As the demand of high-end nonmetallic ore is increasing, there is an urgent need to large-scale magnetic separator for slurries.
Existing magnetic separator for slurry generallys use slurry and the general pipe passage of flushing water, so that fluid distrbution
Unevenly, deslagging is not thorough, and reduces concentrate grade, affects concentrate degree of purity.And sorting chamber diameter is smaller, separate unit yield
Low, the number of units that production capacity expands needs is more, haves the shortcomings that energy consumption is high and occupied space is big.
Summary of the invention
In view of this, the technical problem to be solved by the utility model is to provide a kind of magnetic separator for slurries, using slurry
Material and the separated pipe passage of flushing water, even fluid distribution improve concentrate grade, reduce slurry waste.
In order to solve the above technical problems, the technical solution of the utility model is: magnetic separator for slurry, the electromagnetism slurry
Magnetic separator includes:
Concentration equipment, the concentration equipment include the coil being set in wire box, and magnetic yoke, institute are surrounded with outside the wire box
State and be disposed with hollow upper magnetic pole, magnetic media device and lower magnetic pole in the air-gap of thiol from top to bottom, it is described on
Magnetic pole, the magnetic media device, the lower magnetic pole are connected to form magnetic separation chamber；The magnetic separator for slurry further include:
Part flow arrangement, the part flow arrangement are set to the top of the upper magnetic pole, and the part flow arrangement includes multi-pipeline point
Stream interface, tripper and water segregator, the tripper are connect with feed pipe, and the water segregator is connect with positive jet water spout；It is described more
Pipeline flow dividing interface includes multiple sub-feed tubes and multiple distributive pipes, and the upper end of the sub-feed tube is connected with the inner cavity of the tripper
Logical, the lower end of the sub-feed tube is connected with the magnetic separation chamber, and the upper end of the distributive pipe is connected with the inner cavity of the water segregator
Logical, the lower end of the distributive pipe is connected with the magnetic separation chamber.
The magnetic separator for slurry of the utility model, due to being provided with part flow arrangement above the upper magnetic pole of concentration equipment,
Part flow arrangement includes that multi-pipeline shunting interface, tripper and water segregator, tripper are connect with feed pipe, water segregator and positive jet water spout
Connection；It includes multiple sub-feed tubes and multiple distributive pipes that multi-pipeline, which shunts interface, and the upper end of sub-feed tube is connected with the inner cavity of tripper
Logical, the upper end of distributive pipe is connected with the inner cavity of water segregator, the lower end of sub-feed tube, distributive pipe lower end all with the magnetic of concentration equipment
Chamber is selected to be connected；In the course of work, when charging is handled, slurry enters tripper from feed pipe, then enters magnetic from multiple sub-feed tubes
Chamber is selected to carry out magnetic separation, the setting of tripper, multiple sub-feed tubes helps to improve concentrate grade so that slurry is evenly distributed；Magnetic separation
When terminating deslagging, water flows through positive jet water spout and enters water segregator, then enters magnetic separation chamber from multiple distributive pipes, rinses out and is adsorbed on magnetic separation
Magnetic impurity on medium apparatus, so that water-flow equation is uniform, deslagging is thorough, facilitates for the setting of water segregator, multiple distributive pipes
Improve nonmetallic mineral degree of purity；Using the separated pipe passage of slurry and flushing water, when deslagging, can prevent leftover slurry with water
Stream and impurity are discharged, and reduce waste.
It is the multinomial further improvement place to the utility model magnetic separator for slurry below:
Wherein, the water segregator is in end socket shape, and the open end of the end socket is fixed with end socket closure plate；The tripper is in
Annular tube shaped, the tripper is located on the periphery of the water segregator.
Wherein, the upper end of the upper magnetic pole has upper magnetic pole recess, is fixed with upper cover plate on the upper magnetic pole recess, described
Upper chamber is surrounded between upper cover plate and the upper magnetic pole recess, the sub-feed tube, the distributive pipe pass through the upper chamber and institute
It states magnetic separation chamber to be connected, the exhaust outlet being connected with the upper chamber is provided on the upper cover plate.Due to being provided with exhaust outlet,
The gas that slurry is carried secretly in upper chamber can be exhausted in time, it is ensured that material material is equably full of upper chamber.
Wherein, the magnetic separator for slurry further include: collector-shoe gear, the collector-shoe gear are set to the lower magnetic pole
Lower section, the collector-shoe gear include that multi-pipeline confluence interface, loading head and dirt trap, the loading head are connected with discharge nozzle, institute
It states dirt trap and is connected with slag-drip opening；The multi-pipeline confluence interface includes multiple aggregate pipes and multiple collection slag pipes, the aggregate pipe
Lower end be connected with the inner cavity of the loading head, the upper end of the aggregate pipe is connected with the magnetic separation chamber, the collection slag pipe
Lower end be connected with the inner cavity of the dirt trap, it is described collection slag pipe upper end be connected with the magnetic separation chamber.
Wherein, the dirt trap is in end socket shape, and the open end of the end socket is fixed with end socket closure plate；The loading head is in
Annular tube shaped, the loading head is located on the periphery of the dirt trap, the dirt trap, the water segregator be all provided with in it
The compressed air interface that chamber is connected.Due to being provided with compressed air interface, when deslagging, compressed air cooperates water flow, can make
Magnetic impurity rinses more thorough, enhancing flushing effect.
Wherein, the feed pipe is also connected with top mine water inlet, and the discharge nozzle is also connected with top mine discharge port.Push up mine
When, top mineral water is collected after the mineral aggregate that feeding pipe channel and concentration equipment are mingled with is discharged by top mine discharge port, waste is reduced,
Improve yield.
Wherein, the dirt trap is also connected with recoil water pipe, and the water segregator is also connected with anti-slag-drip opening.By from lower past
On backwash mode, will can all be flushed to everywhere in medium magnetic separation channel, to thoroughly remove magnetic impurity.
Wherein, the magnetic separator for slurry further includes cooling device, the cooling device include: respectively with the wire box
The oil inlet pipe and flowline of connection, the oil circulating pump being set to outside the wire box and grease composite cooler, the flowline,
The grease composite cooler, the oil circulating pump, the oil inlet pipe are sequentially connected with.Due to being provided with cooling device, recycle oil
Forced oil-circulation flowing is pumped, temperature is uniform everywhere for the coil that ensure that in wire box, and grease composite cooler can quickly reduce oil
Temperature, and then cool coil, ensured the normal operation of magnetic separator；In addition, oil is selected to be used as cooling medium, reduce cold
But water quality requirement alleviates the situation of short water supply.
Wherein, the coil is provided with one；Alternatively, the coil is vertically disposed with two or more, each coil
It is set in a corresponding wire box, each wire box is respectively arranged with the cooling device.Due to coil can more than
It is arranged with two or more, and each coil is all able to good cooling, coil diameter is larger, and exciting power is relatively small, ton energy
Consumption reduces, thus yield increases, and the installation number of units for reaching equal production volume is less, and opposite occupied area is reduced.
Wherein, the magnetic media device is magnetic medium piece perhaps magnetic medium steel wool perhaps magnetic medium box or magnetic medium
Disk.
In conclusion the magnetic separator for slurry of the utility model, using the separated pipe passage of slurry and flushing water, stream
Body is evenly distributed, and concentrate grade and degree of purity are high, reduces slurry waste；Coil good cooling results, coil diameter is big, excitation function
Rate is small, and low energy consumption for ton, and yield is high, and occupied area is relatively small.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the magnetic separator for slurry of the utility model embodiment；
Fig. 2 is the schematic top plan view of Fig. 1；
Fig. 3 is the field structure schematic diagram in Fig. 1；
Fig. 4 is the structural schematic diagram of multi-coil wire box in Fig. 1；
In figure: the positive jet water spout of 1-；2- feed inlet；The anti-slag-drip opening of 3-；4- water segregator；41- end socket closure plate；4 '-dirt traps；5-
Compressed air interface；6- tripper；6 '-loading heads；7- upper cover plate；71- exhaust outlet；8- upper magnetic pole；9- magnetic yoke；10- coil；
11- magnetic media device；Magnetic pole under 12-；13- rack；14- slag-drip opening；15- recoil water pipe；16- discharge port；17- pushes up mine discharging
Mouthful；18- grease composite cooler；19- oil circulating pump；20- multi-pipeline shunts interface；204- distributive pipe；206- sub-feed tube；20′-
Multi-pipeline confluence interface；204 '-collection slag pipes；206 '-aggregate pipes；21- pushes up mine water inlet；22- flowline；23- feed pipe；24-
Oil inlet pipe；25- operated pneumatic valve；26- wire box；27- magnetic pole hollow channel；A- upper chamber.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
For purposes of illustration only, fluid is flowed from above to below and is defined as " just " to flowing is fixed from bottom to top in the utility model
Justice be negation to.Wherein, term " being connected " should broadly understood, can be connected directly between two elements it is logical, can also be with
Lead to indirectly connected through an intermediary, for the ordinary skill in the art, can understand the art as the case may be
The concrete meaning of language.
The magnetic separator for slurry of the utility model includes the concentration equipment, part flow arrangement, confluence being set in rack 13
Device and cooling device.
As depicted in figs. 1 and 2, wherein concentration equipment includes: the coil 10 being set in wire box 26,26 external rings of wire box
It is wound with magnetic yoke 9, is disposed with hollow upper magnetic pole 8,11 and of magnetic media device from top to bottom in the air-gap at 10 middle part of coil
Lower magnetic pole 12, upper magnetic pole 8, magnetic media device 11, lower magnetic pole 12 are connected to form magnetic separation chamber.As shown in Figure 3, wherein upper magnetic pole
8, lower magnetic pole 12 is all provided with several magnetic pole hollow channels 27, can be several regularly arranged magnetic pole through-holes of diagram, can also
To be the magnetic pole through-hole of several irregular alignments.Wherein, magnetic media device 11 can be situated between using well known magnetic medium piece or magnetic
The form of matter steel wool perhaps magnetic medium box or magnetic media disk；When using magnetic medium sheet mode, including setting up and down multiple
Magnetic separation dieelctric sheet, magnetic separation dieelctric sheet include sheet body, and sheet body is equipped with hole or seam, by hole or slit at material channel, material channel
It is connected respectively with the magnetic pole hollow channel 27 of upper magnetic pole 8 and lower magnetic pole 12.Wherein, magnetic yoke 9 preferably adopts a split structure, point
The magnetic yoke 9 of body formula structure includes to muti-piece together, convenient for manufacture and transport；Obviously, magnetic yoke 9 can also use monoblock type knot
Structure.
As shown in Figure 1, wherein part flow arrangement is set to the top of upper magnetic pole 8, and part flow arrangement includes that multi-pipeline shunts interface
20, tripper 6 and water segregator 4.Wherein, tripper 6 is connect with feed pipe 23, and water segregator 4 is connect with positive jet water spout 1；Wherein, more
Pipeline flow dividing interface 20 includes multiple sub-feed tubes 206 and multiple distributive pipes 204, the upper end and the inner cavity of tripper 6 of sub-feed tube 206
It is connected, the lower end of sub-feed tube 206 is connected with magnetic separation chamber, and the upper end of distributive pipe 204 is connected with the inner cavity of water segregator 4, point
The lower end of water pipe 204 is connected with magnetic separation chamber.
Wherein, 4 optimization design of water segregator is in end socket shape, and the lower open mouth end of end socket is fixed with end socket closure plate 41 to cross
Water segregator inner cavity；Tubulose, tripper 6 are located on the periphery of water segregator 4 to 6 optimization design of tripper in a ring.
Wherein, the upper end of upper magnetic pole 8 has upper magnetic pole recess, is fixed with upper cover plate 7 on upper magnetic pole recess, upper cover plate 7 with
Upper chamber A is surrounded between upper magnetic pole recess, sub-feed tube 206, distributive pipe 204 are all connected by upper chamber A with magnetic separation chamber, upper cover
It is provided with the exhaust outlet 71 being connected with upper chamber A on plate 7, slurry in upper chamber A can be exhausted by exhaust outlet 71 in time and pressed from both sides
The gas of band, it is ensured that slurry is equably full of upper chamber A.
As shown in Figure 1, wherein collector-shoe gear is set to the lower section of lower magnetic pole 12, with the above-mentioned basic phase of part flow arrangement structure
It together, is substantially in symmetry shape, collector-shoe gear includes multi-pipeline confluence interface 20 ', loading head 6 ' and dirt trap 4 '.Wherein, loading head
6 ' are connected with discharge nozzle, and discharge nozzle is equipped with discharge port 16, and dirt trap 4 ' is connected with slag-drip opening 14；Wherein, multi-pipeline confluence interface
20 ' include multiple aggregate pipes 206 ' and multiple collection slag pipes 204 ', and the lower end of aggregate pipe 206 ' is connected with the inner cavity of loading head 6 ',
The upper end of aggregate pipe 206 ' is connected with magnetic separation chamber, and the lower end of collection slag pipe 204 ' is connected with the inner cavity of dirt trap 4 ', collects slag pipe
204 ' upper end is connected with magnetic separation chamber.
Wherein, 4 ' optimization design of dirt trap is in end socket shape, and the upper open end of end socket is fixed with end socket closure plate to cross
Dirt trap inner cavity；6 ' optimization design of loading head tubulose in a ring, loading head 6 ' are located on the periphery of dirt trap 4 ', dirt trap 4 ',
Water segregator 4 is all provided with the compressed air interface 5 being connected with its inner cavity.When deslagging, is accessed and compressed by compressed air interface 5
Air, compressed air cooperate water flow, magnetic impurity can be made to rinse more thorough, enhance flushing effect.
As depicted in figs. 1 and 2, mine function is pushed up to realize, wherein feed pipe 23 is also connected with top mine water inlet 21, discharging
Pipe is also connected with top mine discharge port 17.When pushing up mine, top mineral water enters from top mine water inlet 21, and feeding pipe channel and magnetic separation are filled
It sets after the mineral aggregate being mingled with is discharged by top mine discharge port 17 and collects, reduce waste, improve yield.
It as depicted in figs. 1 and 2, is realization counter-flush, wherein dirt trap 4 ' is also connected with recoil water pipe 15, specifically,
Recoil water pipe 15 is connected to scum pipe road, shares a dirt trap interface；Water segregator 4 is also connected with anti-slag-drip opening 3, specifically
Ground, anti-slag-drip opening 3 are connected on the pipeline of positive jet water spout 1, share a water segregator interface.Pass through backwash side from the bottom up
Formula will can be all flushed to everywhere in medium magnetic separation channel, to thoroughly remove magnetic impurity.
As shown in Figure 1, Figure 2 and Figure 4, wherein cooling device includes: the oil inlet pipe 24 connecting respectively with wire box 26 and fuel-displaced
Pipe 22, the oil circulating pump 19 and grease composite cooler 18 being set to outside wire box 26, flowline 22, grease composite cooler
18, oil circulating pump 19, oil inlet pipe 24 are sequentially connected with, and coil 10 is soaked in the transformer oil or oil resistant in wire box 26.Work
During work, the flowing of 19 forced oil-circulation of oil circulating pump, temperature is uniform everywhere for the coil 10 that ensure that in wire box 26, and grease is compound
Cooler 18 can quickly reduce the temperature of oil, and then cool coil 10, ensure the normal operation of magnetic separator；Also, it selects
It uses oil as cooling medium, reduces quality of cooling water requirement, alleviate the situation of short water supply.
As shown in Figure 1 and Figure 4, wherein there are two coil 10 is setting up and down, each coil 10 is set to a corresponding line
In box 26, each wire box 26 is respectively arranged with the cooling device.Certainly, the quantity of coil 10 is not limited to two, can be with
More, since coil 10 is vertically disposed with two or more, and each coil 10 is able to good cooling, thus coil diameter can
With the larger of production, magnetic separation chamber diameter is at 1.5 meters or more, so that magnetic separator for slurry becomes large-scale magnetic separator for slurry,
Exciting power is relatively small, and ton energy consumption reduces, thus yield increases, and the installation number of units for reaching equal production volume is less, opposite to take up an area face
Product is reduced.Certainly, according to actual needs, the quantity of coil 10 can also be reduced, is only arranged one.
As depicted in figs. 1 and 2, wherein for realize automatically control, with feed inlet 2, recoil water pipe 15, top mine water inlet 21,
On the pipeline that top mine discharge port 17, slag-drip opening 14, discharge port 16, positive jet water spout 1, anti-slag-drip opening 3, exhaust outlet 7 etc. are connected
Equipped with operated pneumatic valve 25, operated pneumatic valve 25 preferably uses Pneumatic butterfly valve, the degree of automation of magnetic separator can be improved, make each work
Make step orderly to carry out.
The course of work of the magnetic separator for slurry of the utility model the following steps are included:
Charging processing: feed inlet 2 is connected with kiln basin, and slurry to be sorted is from kiln basin by feed inlet 2, charging
Pipe 23, tripper 6, multiple sub-feed tubes 206, upper chamber A, upper magnetic pole 8 several magnetic pole hollow channels 27, into magnetic media device
In 11 material channel, coil 10, which is powered, generates magnetic field, and magnetic media device 11 induces high field intensity, and magnetic media device 11 is by slurry
In magnetic impurity be adsorbed on magnetic separation medium, the non magnetic slurry after magnetic separation pass through lower magnetic pole 12 several magnetic pole hollow channels
27, lower chambers, multiple aggregate pipes 206 ', loading head 6 ', discharge nozzle, are discharged by discharge port 16.
It pushing up mine: closing feed inlet 2 and discharge port 16 stops input and output material, coil 10 remains powered on, top mine discharge port 17 is opened,
Open top mine water inlet 21；Mineral water is pushed up by top mine water inlet 21, feed pipe 23, tripper 6, multiple sub-feed tubes 206, upper chamber
A, several magnetic pole hollow channels 27, the cavity of resorption of several magnetic pole hollow channels 27, magnetic media device 11, lower magnetic pole 12 of upper magnetic pole 8
Room, multiple aggregate pipes 206 ', loading head 6 ', discharge nozzle will be collected after the mineral aggregate being mingled with discharge by top mine discharge port 17, reduced
Waste improves yield.
Deslagging: tapping process coil 10 powers off, and positive jet water spout 1 ejects water flow, by water segregator 4, multiple distributive pipes
204, upper chamber A, several magnetic pole hollow channels 27 of upper magnetic pole 8, magnetic media device 11, several magnetic poles of lower magnetic pole 12 are hollow logical
Road 27, lower chambers, multiple collection slag pipes 204 ', dirt trap 4 ', the magnetic impurity being adsorbed on magnetic separation medium is rinsed out, row is passed through
Magnetic impurity is discharged cinder notch 14.To enhance flushing effect, compressed air is accessed by compressed air interface 5, with flushing water flow
Cooperation can be such that magnetic impurity rinses thorough.This mode is that square impact just arranges mode.
Wherein, the anti-row's mode of recoil can also be taken, water pipe 15 rinses from the bottom up by recoiling, and recoil water pipe 15 sprays
Water flow out, by dirt trap 4 ', multiple several magnetic pole hollow channels 27, magnetic mediums for collecting slag pipe 204 ', lower chambers, lower magnetic pole 12
Several magnetic pole hollow channels 27, upper chamber A, multiple distributive pipes 204, the water segregator 4 of device 11, upper magnetic pole 8 wash off recoil
Magnetic impurity is discharged by anti-slag-drip opening 3.The anti-row's mode of recoil will can be all flushed to everywhere in medium magnetic separation channel, from
And thoroughly magnetic impurity is removed.
The above are the modes of top charging, lower part discharging, are suitable for the magnetic separation of various granularity slurries；Thicker slurry carries out
When magnetic separation, it is preferred to use upper feeding, bottom discharge mode, so that the gravity sufficiently by means of particle is sorted.
Wherein, for very thin material, it can also be fed using lower part, carry out magnetic separation by the way of upper outlet, it may be assumed that discharging
Mouth 16 is used as feed inlet, and feed inlet 2 is used as discharge port；When charging processing, slurry passes through discharge port 16, loading head 6 ', Duo Geji
Expects pipe 206 ', lower chambers, lower magnetic pole 12 several magnetic pole hollow channels 27, into the material channel of magnetic media device 11, line
Circle 10, which is powered, generates magnetic field, and magnetic media device 11 induces high field intensity, and magnetic media device 11 adsorbs the magnetic impurity in slurry
In several magnetic pole hollow channels 27, upper chamber A, the Duo Gefen of non magnetic slurry Jing Guo upper magnetic pole 8 on magnetic separation medium, after magnetic separation
Expects pipe 206, tripper 6, feed pipe 23, are discharged by feed inlet 2.Lower part charging, upper outlet mode, slurry can be made
It is distributed more uniform, raising magnetic separation effect.
Lower part charging, under upper outlet mode, when feed back, top mine discharge port 17 is used as feedback outlet, water flow by top mine into
The mouth of a river 21, feed pipe 23, tripper 6, multiple sub-feed tubes 206, upper chamber A, upper magnetic pole 8 several magnetic pole hollow channels 27, magnetic
Medium apparatus 11, several magnetic pole hollow channels 27 of lower magnetic pole 12, lower chambers, multiple aggregate pipes 206 ', loading head 6 ', discharging
Pipe will be collected by top mine discharge port 17 after the mineral aggregate being mingled with discharge.
Above-described embodiment is only used for explaining the utility model, and shall not be construed as limitations of the present invention.All
The many variations that design based on the utility model is made, each fall within the protection scope of the utility model.
Claims (10)
1. magnetic separator for slurry, the magnetic separator for slurry include:
Concentration equipment, the concentration equipment include the coil being set in wire box, and magnetic yoke, the line are surrounded with outside the wire box
It encloses in the air-gap at middle part and is disposed with hollow upper magnetic pole, magnetic media device and lower magnetic pole from top to bottom, the upper magnetic pole,
The magnetic media device, the lower magnetic pole are connected to form magnetic separation chamber；It is characterized in that, the magnetic separator for slurry further includes
Part flow arrangement, the part flow arrangement are set to the top of the upper magnetic pole, and the part flow arrangement includes that multi-pipeline shunting connects
Mouth, tripper and water segregator, the tripper are connect with feed pipe, and the water segregator is connect with positive jet water spout；The multi-pipeline
Shunting interface includes multiple sub-feed tubes and multiple distributive pipes, and the upper end of the sub-feed tube is connected with the inner cavity of the tripper,
The lower end of the sub-feed tube is connected with the magnetic separation chamber, and the upper end of the distributive pipe is connected with the inner cavity of the water segregator,
The lower end of the distributive pipe is connected with the magnetic separation chamber.
2. magnetic separator for slurry as described in claim 1, which is characterized in that the water segregator is in end socket shape, the envelope
The open end of head is fixed with end socket closure plate；Tubulose, the tripper are located on the outer of the water segregator to the tripper in a ring
Week.
3. magnetic separator for slurry as described in claim 1, which is characterized in that the upper end of the upper magnetic pole has upper magnetic pole recessed
Mouthful, it is fixed with upper cover plate on the upper magnetic pole recess, surrounds upper chamber between the upper cover plate and the upper magnetic pole recess, it is described
Sub-feed tube, the distributive pipe are connected by the upper chamber with the magnetic separation chamber, be provided on the upper cover plate with it is described on
The exhaust outlet that chamber is connected.
4. magnetic separator for slurry as described in claim 1, which is characterized in that the magnetic separator for slurry further include: converge
Device is flowed, the collector-shoe gear is set to the lower section of the lower magnetic pole, and the collector-shoe gear includes multi-pipeline confluence interface, gathers materials
Device and dirt trap, the loading head are connected with discharge nozzle, and the dirt trap is connected with slag-drip opening；The multi-pipeline confluence interface packet
Multiple aggregate pipes and multiple collection slag pipes are included, the lower end of the aggregate pipe is connected with the inner cavity of the loading head, the aggregate pipe
Upper end be connected with the magnetic separation chamber, it is described collection slag pipe lower end be connected with the inner cavity of the dirt trap, the collection slag pipe
Upper end be connected with the magnetic separation chamber.
5. magnetic separator for slurry as claimed in claim 4, which is characterized in that the dirt trap is in end socket shape, the envelope
The open end of head is fixed with end socket closure plate；Tubulose, the loading head are located on the outer of the dirt trap to the loading head in a ring
Week；The dirt trap, the water segregator are all provided with the compressed air interface being connected with its inner cavity.
6. magnetic separator for slurry as claimed in claim 4, which is characterized in that the feed pipe is also connected with top mine water inlet
Mouthful, the discharge nozzle is also connected with top mine discharge port.
7. magnetic separator for slurry as claimed in claim 4, which is characterized in that the dirt trap is also connected with recoil water pipe,
The water segregator is also connected with anti-slag-drip opening.
8. magnetic separator for slurry as described in claim 1, which is characterized in that the magnetic separator for slurry further includes cooling
Device, the cooling device include: the oil inlet pipe and flowline connecting respectively with the wire box, are set to outside the wire box
Oil circulating pump and grease composite cooler, the flowline, the grease composite cooler, the oil circulating pump, the oil inlet
Pipe is sequentially connected with.
9. magnetic separator for slurry as claimed in claim 8, which is characterized in that the coil is provided with one；Alternatively, described
Coil is vertically disposed with two or more, and each coil is set in a corresponding wire box, each wire box point
It is not provided with the cooling device.
10. magnetic separator for slurry as described in claim 1, which is characterized in that the magnetic media device is magnetic medium piece, or
Person's magnetic medium steel wool perhaps magnetic medium box or magnetic media disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821721238.3U CN208340937U (en) | 2018-10-23 | 2018-10-23 | Magnetic separator for slurry |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821721238.3U CN208340937U (en) | 2018-10-23 | 2018-10-23 | Magnetic separator for slurry |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208340937U true CN208340937U (en) | 2019-01-08 |
Family
ID=64905391
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821721238.3U Active CN208340937U (en) | 2018-10-23 | 2018-10-23 | Magnetic separator for slurry |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208340937U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109127125A (en) * | 2018-10-23 | 2019-01-04 | 山东华特磁电科技股份有限公司 | Magnetic separator for slurry |
-
2018
- 2018-10-23 CN CN201821721238.3U patent/CN208340937U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109127125A (en) * | 2018-10-23 | 2019-01-04 | 山东华特磁电科技股份有限公司 | Magnetic separator for slurry |
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