CN208966607U - A kind of mechanical seal self-cooling structure of heat-exchanger pump - Google Patents
A kind of mechanical seal self-cooling structure of heat-exchanger pump Download PDFInfo
- Publication number
- CN208966607U CN208966607U CN201821140390.2U CN201821140390U CN208966607U CN 208966607 U CN208966607 U CN 208966607U CN 201821140390 U CN201821140390 U CN 201821140390U CN 208966607 U CN208966607 U CN 208966607U
- Authority
- CN
- China
- Prior art keywords
- cooler
- mechanical seal
- cooling
- heat
- exchanger pump
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Structures Of Non-Positive Displacement Pumps (AREA)
Abstract
The utility model relates to a kind of mechanical seal self-cooling structures of heat-exchanger pump, its structure includes heat-exchanger pump, the mechanical seal cooling chamber being installed on heat-exchanger pump, with the external cooler with outside heat-exchanger pump, wherein mechanical seal cooling chamber is set on the outside of the middle part pipeline of heat-exchanger pump, the heat-exchanger pump exit side wall of heat-exchanger pump is equipped with pumped (conveying) medium outlet, pumped (conveying) medium outlet connects the cooler inlet on cooler by high-temperature conduit, and the cooler outlet on cooler is connect by cooling water pipe with the mechanical seal cooling liquid inlet on the outside of mechanical seal cooling chamber.Advantage: 1) cooling after cooling to mechanical seal for pump carried out using the high-temperature medium of itself conveying, lubricated, do not needed external cooling water, prevent the case where causing mechanical seal for pump to burn of cutting off the water supply；2) it solves the problems, such as that live no-cooling-water cannot use heat-exchanger pump, facilitates user, energy saving, without any pollution, and structure is reliable, simple.
Description
Technical field
The utility model relates to the technical fields of pump, and in particular to arrive heat-exchanger pump mechanical seal structure, especially a kind of heat
The mechanical seal self-cooling structure of water pump.
Background technique
Conveying thermal medium heat-exchanger pump be widely used in metallurgy, electric power, light textile, petroleum, chemical industry, chemical fertilizer, pharmacy, papermaking,
Environmental protection, is adopted in the industries such as dim, UTILIZATION OF VESIDUAL HEAT IN rubber, and what it is due to heat-exchanger pump conveying is high-temperature medium, and medium temperature is typically in
120 ~ 150 DEG C, high-temperature medium transfers heat to pumping system in pumping procedure, can cause to pump bulk temperature raising, also just lead
The change for causing to pump each component working environment, affects to the safe operation of pump, especially to the axle envelope of pump and bearing
Reliability service is affected.
The axle envelope of pump generallys use mechanical seal, and the operating temperature of conventional mechanical sealing is generally required less than 110 DEG C, because
This, for conveying the heat-exchanger pump of high-temperature medium, in order to guarantee the reliability of pump, it is necessary to the mechanical seal of pump is cooled down,
Generalling use the pressure type of cooling, i.e., external cooling water is rinsed mechanical seal for pump, reach cooling, lubrication purpose, from
And guarantee mechanical seal working environment.However, the above-mentioned pressure type of cooling needs a large amount of cooling waters, tap water, work are generally used
Cooling supply water cannot stop when making, and otherwise can burn mechanical seal, to need to consume great lot of water resources, energy consumption be caused to increase；
On the other hand, matched cooling water pipeline system can not be often set in actual use, cooling water can not be equipped with to heat-exchanger pump,
Very big inconvenience is brought to user.For this reason, it may be necessary to the further technological improvement of the mechanical seal type of cooling and upgrading to heat-exchanger pump, with
Reach the needs for meeting engineering and user.
Summary of the invention
The purpose of the utility model is to overcome heat-exchanger pumps cannot be stopped using the pressure type of cooling bring of external cooling water
The deficiency of water and waste of energy etc., and solve the problems, such as that live no-cooling-water cannot use heat-exchanger pump, it propose a kind of high
The pressure type of cooling of existing heat-exchanger pump is improved to from cooling side by the mechanical seal self-cooling structure for imitating energy-efficient heat-exchanger pump
Formula is cooled down and is lubricated to mechanical seal for pump using medium after cooling is conveyed, and not needing external cooling water can be normal
Use heat-exchanger pump.
The technical solution of the utility model: a kind of mechanical seal self-cooling structure of heat-exchanger pump, structure include heat
Water pump, the mechanical seal cooling chamber 19 being installed on heat-exchanger pump and the external cooler with outside heat-exchanger pump, wherein mechanical seal
Cooling chamber 19 is set on the outside of the middle part pipeline of heat-exchanger pump, and 1 side wall of hot water pump discharge of heat-exchanger pump is equipped with pumped (conveying) medium outlet
2, pumped (conveying) medium outlet 2 connects the cooler inlet 7 on cooler, the cooler outlet on cooler by high-temperature conduit 3
11 are connect by cooling water pipe 13 with the mechanical seal cooling liquid inlet 18 in 19 outside of mechanical seal cooling chamber.
The cooler includes nut 5, bolt 6, cooler inlet 7, cooler gland 8, labyrinth channel A partition 9, fan
Palace channel 10, cooler outlet 11, gasket 12, cooler pedestal 14, cooler cooling fin 15, labyrinth channel B partition 16；Its
The upper surface of middle cooler gland 8 is symmetrically arranged with the cooler inlet 7 and cooler outlet 11 of perforation, and lower surface is equidistantly simultaneously
Column are equipped with several labyrinth channel A partitions 9；Whole cooler pedestal 14 is in cube structure, and inside is equipped with square cavity, cooler
The upper base surface of pedestal 14 is equidistantly equipped with several labyrinth channel B partitions 16 side by side；Labyrinth channel A partition 9 and labyrinth are logical
The width of road B partition 16 is equal to the width of 14 internal cavities of cooler pedestal, is highly slightly less than 14 internal cavities of cooler pedestal
Height；The lower surface of cooler gland 8, labyrinth channel A partition 9, labyrinth channel B partition 16 and cooler pedestal 14 bottom
Upper surface collectively constitutes labyrinth channel 10；Cooler gland 8 is mutually locked by several pairs of nuts 5 with bolt 6 with cooler pedestal 14
It fastens, contact surface is equipped with gasket 12, and each surface in the outside of cooler pedestal 14 is equipped with cooler cooling fin 15；It is described
High-temperature conduit 3 be equipped with valve 4；The mechanical seal cooling chamber 19 include mechanical seal 17, mechanical seal coolant liquid into
Mouth 18, throttling passage 20, impeller return port 21, impeller 22；Wherein mechanical seal 17 is set in the middle part of heat-exchanger pump at bearing case, machine
Tool seals cooling liquid inlet 18 and is set on the side wall of mechanical seal cooling chamber 19, and mechanical seal cooling chamber 19 passes through throttling passage
20, impeller return port 21 is connected with the import of impeller 22.
The advantages of the utility model:
1) cooling carried out to mechanical seal for pump after cooling using the high-temperature medium of itself conveying, lubricated, do not needed outer
Cooling water is connect, the case where causing mechanical seal for pump to burn of cutting off the water supply is prevented；
2) it solves the problems, such as that live no-cooling-water cannot use heat-exchanger pump, facilitate user, it is energy saving, without any pollution,
And structure is reliable, simple.
Detailed description of the invention
Attached drawing 1 is the longitudinal section structural drawing of the utility model.
Attached drawing 2 is M-M cross-sectional view of Fig. 1.
1 it is hot water pump discharge in figure, 2 be pumped (conveying) medium outlet, 3 be high-temperature conduit, 4 be valve, 5 be nut, 6 is spiral shell
Bolt, 7 be cooler inlet, 8 be cooler gland, 9 be labyrinth channel A partition, 10 be labyrinth channel, 11 be cooler outlet,
12 it is gasket, 13 be cooling water pipe, 14 be cooler pedestal, 15 be cooler cooling fin, 16 is labyrinth channel B partition, 17
Be mechanical seal, 18 be mechanical seal cooling liquid inlet, 19 be mechanical seal cooling chamber, 20 be throttling passage, 21 be impeller return
Discharge orifice, 22 are impellers.
Specific embodiment
As shown in Figure 1, a kind of mechanical seal self-cooling structure of heat-exchanger pump, structure include heat-exchanger pump, it is installed on hot water
Mechanical seal cooling chamber 19 and the external cooler with outside heat-exchanger pump on pump, wherein mechanical seal cooling chamber 19 is set to heat
On the outside of the middle part pipeline of water pump, 1 side wall of hot water pump discharge of heat-exchanger pump is equipped with pumped (conveying) medium outlet 2, and pumped (conveying) medium is drawn
Mouth 2 connects the cooler inlet 7 on cooler by high-temperature conduit 3, and the cooler outlet 11 on cooler passes through cooling water pipe
13 connect with the mechanical seal cooling liquid inlet 18 in 19 outside of mechanical seal cooling chamber.
As shown in Figure 1 and Figure 2, the cooler includes nut 5, bolt 6, cooler inlet 7, cooler gland 8, fan
Palace channel A partition 9, labyrinth channel 10, cooler outlet 11, gasket 12, cooler pedestal 14, cooler cooling fin 15, fan
Palace channel B partition 16；Wherein the upper surface of cooler gland 8 is symmetrically arranged with the cooler inlet 7 and cooler outlet 11 of perforation,
Lower surface is equidistantly equipped with several labyrinth channel A partitions 9 side by side；Whole cooler pedestal 14 is in cube structure, and inside is set
There is square cavity, the upper base surface of cooler pedestal 14 is equidistantly equipped with several labyrinth channel B partitions 16 side by side；Labyrinth is logical
The width of road A partition 9 and labyrinth channel B partition 16 is equal to the width of 14 internal cavities of cooler pedestal, is highly slightly less than cooling
The height of 14 internal cavities of device pedestal；The lower surface of cooler gland 8, labyrinth channel A partition 9, labyrinth channel B partition 16 and cold
But the upper base surface of device pedestal 14 collectively constitutes labyrinth channel 10；It is several right that cooler gland 8 and cooler pedestal 14 pass through
Nut 5 is mutually locked with bolt 6, and contact surface is equipped with gasket 12, and each surface in the outside of cooler pedestal 14 is equipped with cold
But device cooling fin 15.
The high-temperature conduit 3 is equipped with valve 4, can adjust the stream that liquid medium enters labyrinth channel 10 as needed
Amount.
The mechanical seal cooling chamber 19 include mechanical seal 17, mechanical seal cooling liquid inlet 18, throttling passage 20,
Impeller return port 21, impeller 22；Wherein mechanical seal 17 is set in the middle part of heat-exchanger pump at bearing case, mechanical seal cooling liquid inlet
18 be set to mechanical seal cooling chamber 19 side wall on, mechanical seal cooling chamber 19 by throttling passage 20, impeller return port 21 with
The import of impeller 22 is connected, and forms the self cooling but system of complete hot water pump mechanical sealing.
Its working method, includes the following steps:
1) impeller 22 rotated pumps high-temp liquid medium, and the liquid medium work done to conveying, obtains from impeller 22
Energy and the liquid medium to heat up, i.e. high-temp liquid medium flow to heat-exchanger pump outlet 1, high-temp liquid medium from the outlet of impeller 22
Pressure energy and kinetic energy with higher, under the action of the pressure energy, high-temp liquid medium is flowed out from pumped (conveying) medium outlet 2, is passed through
High-temperature conduit 3, valve 4 flow into cooler inlet 7, into labyrinth channel 10, are adjusted into labyrinth and are led to as needed by valve 4
The flow in road 10；
2) labyrinth channel 10 is designed as meander-shaped, and high-temp liquid medium glide path in labyrinth channel 10 is longer, flows
It is dynamic relatively slow, be conducive to transmit heat outward, labyrinth channel 10 transfers heat to rapidly setting in 14 outside four of cooler pedestal
On cooler cooling fin 15 on week, by the efficiently heat dissipation outward of cooler cooling fin 15, therefore, high-temp liquid medium is being confused
Temperature is gradually decreased in flow process in palace channel 10, until the temperature of high-temp liquid medium has cooled down when cooler outlet 11
It is required to the cooling for close to room temperature, being fully able to meet mechanical seal；
3) liquid medium flowed out from cooler outlet 11 introduces mechanical seal cooling liquid inlet by cooling water pipe 13
18, it enters in mechanical seal cooling chamber 19, cooling is carried out to mechanical seal 17 close to room temperature medium with this, is lubricated, to protect
The working environment for having demonstrate,proved mechanical seal 17 works with enabling the safe and reliable long-life of mechanical seal 17, cooling in mechanical seal
Setting throttling passage 20 in the outlet of room 19 plays throttling action to the liquid medium for flowing into mechanical seal cooling chamber 19, guarantees mechanical close
Pressure required for 17 cooling and lubricatings is sealed, mechanical seal cooling chamber 19, section are passed through to the medium after 17 cooling and lubricating of mechanical seal
Circulation road 20, impeller return port 21 flow back into 22 import of impeller, are pumped again by impeller 22, the process for repeating step 1)；So far,
It completes to draw high-temp liquid medium from the pumped (conveying) medium outlet 2 on hot water pump discharge 1, it is cold through labyrinth channel 10, cooling fin 15
But after, cooling and lubricating is carried out to mechanical seal 17, finally returns 22 import of impeller from cooling cycle, entire circulation envelope completely
It closes, to the external world without any pollution, and energy conservation and environmental protection is applicable to the working environment of a variety of heat-exchanger pumps without external cooling water.
Claims (4)
1. a kind of mechanical seal self-cooling structure of heat-exchanger pump, it is characterized in that include heat-exchanger pump, mechanical seal cooling chamber (19) and
Cooler, wherein mechanical seal cooling chamber (19) is set on the outside of the middle part pipeline of heat-exchanger pump, hot water pump discharge (1) side of heat-exchanger pump
Wall is equipped with pumped (conveying) medium outlet (2), and pumped (conveying) medium outlet (2) connects the cooling on cooler by high-temperature conduit (3)
Device import (7), cooler outlet (11) on cooler by cooling water pipe (13) and mechanical seal cooling chamber (19) on the outside of
Mechanical seal cooling liquid inlet (18) connection.
2. the mechanical seal self-cooling structure of a kind of heat-exchanger pump according to claim 1, it is characterized in that the cooler
Including nut (5), bolt (6), cooler inlet (7), cooler gland (8), labyrinth channel A partition (9), labyrinth channel
(10), cooler outlet (11), gasket (12), cooler pedestal (14), cooler cooling fin (15), labyrinth channel B partition
(16)；Wherein the upper surface of cooler gland (8) is symmetrically arranged with the cooler inlet (7) and cooler outlet (11) of perforation, under
Surface is equidistantly equipped with several labyrinth channel A partitions (9) side by side；Cooler pedestal (14) is integrally in cube structure, in
Portion is equipped with square cavity, and the upper base surface of cooler pedestal (14) is equidistantly equipped with several labyrinth channel B partitions side by side
(16)；The width of labyrinth channel A partition (9) and labyrinth channel B partition (16) is equal to the width of cooler pedestal (14) internal cavities
Degree, is highly slightly less than the height of cooler pedestal (14) internal cavities；The lower surface of cooler gland (8), labyrinth channel A partition
(9), the upper base surface of labyrinth channel B partition (16) and cooler pedestal (14) collectively constitutes labyrinth channel (10)；Cooler
Gland (8) is mutually locked by several pairs of nuts (5) with bolt (6) with cooler pedestal (14), and contact surface is equipped with sealing
It pads (12), each surface in outside of cooler pedestal (14) is equipped with cooler cooling fin (15).
3. the mechanical seal self-cooling structure of a kind of heat-exchanger pump according to claim 1, it is characterized in that the high-temperature water
It manages (3) and is equipped with valve (4).
4. the mechanical seal self-cooling structure of a kind of heat-exchanger pump according to claim 1, it is characterized in that the machinery is close
Sealing cooling chamber (19) includes mechanical seal (17), mechanical seal cooling liquid inlet (18), throttling passage (20), impeller return port
(21), impeller (22)；Wherein mechanical seal (17) is set in the middle part of heat-exchanger pump at bearing case, mechanical seal cooling liquid inlet (18)
On the side wall of mechanical seal cooling chamber (19), mechanical seal cooling chamber (19) passes through throttling passage (20), impeller return port
(21) it is connected with the import of impeller (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140390.2U CN208966607U (en) | 2018-07-18 | 2018-07-18 | A kind of mechanical seal self-cooling structure of heat-exchanger pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821140390.2U CN208966607U (en) | 2018-07-18 | 2018-07-18 | A kind of mechanical seal self-cooling structure of heat-exchanger pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208966607U true CN208966607U (en) | 2019-06-11 |
Family
ID=66748788
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821140390.2U Expired - Fee Related CN208966607U (en) | 2018-07-18 | 2018-07-18 | A kind of mechanical seal self-cooling structure of heat-exchanger pump |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208966607U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108953161A (en) * | 2018-07-18 | 2018-12-07 | 江苏长凯机械设备有限公司 | A kind of mechanical seal self-cooling structure of heat-exchanger pump |
| CN112682358A (en) * | 2020-12-09 | 2021-04-20 | 江苏大学镇江流体工程装备技术研究院 | Safe and stable high-temperature-resistant hot water circulating pump system |
-
2018
- 2018-07-18 CN CN201821140390.2U patent/CN208966607U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108953161A (en) * | 2018-07-18 | 2018-12-07 | 江苏长凯机械设备有限公司 | A kind of mechanical seal self-cooling structure of heat-exchanger pump |
| CN112682358A (en) * | 2020-12-09 | 2021-04-20 | 江苏大学镇江流体工程装备技术研究院 | Safe and stable high-temperature-resistant hot water circulating pump system |
| CN112682358B (en) * | 2020-12-09 | 2022-04-08 | 江苏大学镇江流体工程装备技术研究院 | Safe and stable high-temperature-resistant hot water circulating pump system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN208966607U (en) | A kind of mechanical seal self-cooling structure of heat-exchanger pump | |
| CN108953161A (en) | A kind of mechanical seal self-cooling structure of heat-exchanger pump | |
| CN203146429U (en) | Internal-circulation cooling device for submersible electric pump motor | |
| CN208966713U (en) | A kind of bearing self-cooling structure of heat-exchanger pump | |
| CN208966711U (en) | A kind of bearing air blast cooling self-cooling structure of heat-exchanger pump | |
| CN209672865U (en) | A kind of evaporation type oil cooler | |
| CN103256833B (en) | Closed cooling tower cooling device for forging and stamping industries | |
| CN208221247U (en) | A kind of cooling device for numerically-controlled machine tool hydraulic oil | |
| CN208966712U (en) | A kind of mechanical seal air blast cooling self-cooling structure of heat-exchanger pump | |
| CN108930670A (en) | A kind of bearing self-cooling structure of heat-exchanger pump | |
| CN207999992U (en) | A kind of underground coal mine water cooling equipment water saving fixtures | |
| CN211009145U (en) | Heat conduction oil pump that leakproofness is good | |
| CN204284888U (en) | A kind of oil cooler | |
| CN105840512A (en) | Efficient heat dissipation type rotary-vane vacuum pump system | |
| CN203098598U (en) | Oil-water cooler used for sliding bearing | |
| CN205654538U (en) | High -efficient heat dissipation formula rotary -vane vacuum pump system | |
| CN203464799U (en) | Closed cooling tower cooling device in forging and stamping industry | |
| CN108930669A (en) | A kind of bearing air blast cooling self-cooling structure of heat-exchanger pump | |
| CN202326099U (en) | Heat recovery system of water-cooling air compressor | |
| CN207261190U (en) | A kind of booster pump | |
| CN2929260Y (en) | Liquid circulation type screw oil-gas mixed transport pump | |
| CN207004789U (en) | A kind of single-phase Piston Reciprocating Pump of water cooling radiating type | |
| CN206874489U (en) | A kind of air cooling equipment for water ring vacuum pump water cooling box | |
| CN218462719U (en) | High-temperature steam pipeline cooling structure of thermal power plant | |
| CN214944994U (en) | Cooling device for Roots blower |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190611 Termination date: 20210718 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |