CN208567599U - A kind of efficient lean solvent water cooler - Google Patents
A kind of efficient lean solvent water cooler Download PDFInfo
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- CN208567599U CN208567599U CN201821732671.7U CN201821732671U CN208567599U CN 208567599 U CN208567599 U CN 208567599U CN 201821732671 U CN201821732671 U CN 201821732671U CN 208567599 U CN208567599 U CN 208567599U
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- shell
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- connecting flange
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Abstract
The utility model provides a kind of efficient lean solvent water cooler, can efficiently cool down lean solvent, it is ensured that heat exchange efficiency, and reduce the setup cost of water cooler.It includes the columned shell of horizontal arrangement, the length direction both ends of the shell are respectively arranged with the first connecting flange, second connecting flange, the first connecting flange upper cover is equipped with fixed tube sheet, the outer end cap of the fixed tube sheet is equipped with end socket bobbin carriage, the end socket bobbin carriage is installed in one end of the length direction of the shell, second connecting flange is connected with outer skull, the other end of length direction of the outer skull lid loaded on the shell, one end top of the shell is provided with shell side inlet, the other end lower part of the shell is provided with shell-side outlet, winding is disposed with heat exchange coil on the periphery wall of the length direction of the shell, the heat tracing water inlet of the heat exchange coil is located at the corresponding region of the shell side inlet, the heat tracing water out of heat exchange coil is located at the corresponding region of the shell-side outlet.
Description
Technical field
The utility model relates to a kind of technical field of water cooler structure, specially a kind of efficient lean solvent water cooler.
Background technique
Existing lean solvent water cooler directly exchanges heat the cooling water in medium and heat exchanger tube, and heat exchanger tube is located in shell side
Portion's setting, in actual use, this structure heat exchange efficiency is low, can not reach the demand of water cooling, therefore needs to arrange multistage
Water cooler, so that water cooler is at high cost.
Summary of the invention
In view of the above-mentioned problems, the utility model provides a kind of efficient lean solvent water cooler, it can be efficient by lean solvent
It is cooling, it is ensured that heat exchange efficiency, and reduce the setup cost of water cooler.
A kind of efficient lean solvent water cooler, it is characterised in that: it includes the columned shell of horizontal arrangement, the shell
Length direction both ends be respectively arranged with the first connecting flange, the second connecting flange, the first connecting flange upper cover is equipped with solid
Determine tube sheet, the outer end cap of the fixed tube sheet is equipped with end socket bobbin carriage, and the end socket bobbin carriage is installed in the length direction of the shell
One end, second connecting flange is connected with outer skull, length direction of the outer skull lid loaded on the shell it is another
End, one end top of the shell are provided with shell side inlet, and the other end lower part of the shell is provided with shell-side outlet, the shell
Winding is disposed with heat exchange coil on the periphery wall of the length direction of body, and the heat tracing water inlet of the heat exchange coil is located at the shell side
The corresponding region of entrance, the heat tracing water out of the heat exchange coil are located at the corresponding region of the shell-side outlet, the shell
Bottom middle section is provided at least one fixed saddle, a movable saddle, and the end socket bobbin carriage and the fixed tube sheet are formed
It is interior it is intracavitary be disposed with a horizontal baffle, the horizontal baffle, which separates inner cavity, is independent intake antrum, water chamber, the fixation
The top of tube sheet is fitted with several first straight line heat exchanger tubes, and the lower area of the fixed tube sheet is fitted with several second straight lines and changes
Heat pipe, the first straight line heat exchanger tube, second straight line heat exchanger tube length direction extend in the cavity of the outer skull, it is described
A sealing transitional cavity, the length side of the first straight line heat exchanger tube, second straight line heat exchanger tube are provided in the cavity of outer skull
Terminad is respectively placed in the sealing transitional cavity, the cavity of the sealing transitional cavity and the shell, outer skull composition
It is not connected to, tube-side inlet is provided on the intake antrum, tube side outlet is provided on the water chamber.
It is further characterized by:
The sealing transitional cavity is specifically combined and is formed by hook circle flange, positioning plate, floating head, the court of the hook circle flange
The positioning plate, the hook circle flange, floating head are housed to limit plug between the opposite end face of the connecting flange of the floating head
It is bolted connection between connecting flange, the length direction corresponding end of first straight line heat exchanger tube, second straight line heat exchanger tube
Positioning and plug-in mounting through sealing hole and gos deep into the sealing adapter cavity setting in the correspondence of the positioning plate respectively；
The top and bottom position of the outer skull is respectively arranged with drain；
The heat exchange coil include the first heat exchange plate pipeline section, the second heat exchange plate pipeline section, third heat exchange plate pipeline section, described first
Heat exchange plate pipeline section is specially side het water's entrance area section, and the heat exchange coil of the second heat exchange plate pipeline section is specially along the shell
The heat exchange coil of the middle section length direction winding arrangement of body, the third heat exchange plate pipeline section is specially side het water's exit region section,
The heat exchange coil of the first heat exchange plate pipeline section along the outer circumferential surface of the shell of side het water's entrance area radially around arrangement,
Including the first bending linkage section between several the first pipeline sections for being parallel to casing center axis, two adjacent first pipeline sections, described
The heat exchange coil of three heat exchange plate pipeline sections is along the outer circumferential surface of the shell of side het water's exit region radially around arrangement comprising if
The second bending linkage section between dry the second pipeline section for being parallel to casing center axis, two adjacent second pipeline sections, second heat exchange
The both ends at coil pipe end pass through the first heat exchange plate pipeline section, the third heat exchange plate pipeline section of connection coil pipe connection corresponding position respectively,
It makes the outer peripheral surface of shell be arranged with enough heat exchange coils, guarantees the abundant of heat exchange；
The heat exchange coil is close to the correspondence outer wall arrangement of the shell, it is ensured that heat exchange is full and uniform；
The end socket bobbin carriage, which corresponds at the position of the fixed tube sheet, is provided with first flange, the first flange, the
The fixed tube sheet is provided between one connecting flange, the both ends of the surface of the fixed tube sheet are close to correspond to after ring is furnished with gasket respectively
The first flange, the first connecting flange end face arrangement, be fastened by bolts between the first flange, the first connecting flange
Connection；
The position towards second connecting flange of the outer skull is provided with second flange, and the second flange passes through
Affixed connection second connecting flange of bolt.
After the utility model, cooling water is respectively adopted, medium is cooled down by heat exchanger tube, heat exchange coil, shell
Interior inflow medium, first straight line heat exchanger tube, second straight line heat exchanger tube are interior to flow into cooling water, flows into cooling water in heat exchange coil,
So that medium can efficiently be cooled down lean solvent by more cooling capacity, it is ensured that heat exchange efficiency, and no setting is required multi-level water
Cooler reduces the setup cost of water cooler.
Detailed description of the invention
Fig. 1 is the main view schematic diagram of the utility model；
Title corresponding to serial number is as follows in figure:
Shell 1, the first connecting flange 2, the second connecting flange 3, fixed tube sheet 4, end socket bobbin carriage 5, first flange 51, second
Flange 61, outer skull 6, shell side inlet 7, shell-side outlet 8, heat exchange coil 9, the first heat exchange plate pipeline section 91, the first pipeline section 911,
One bending linkage section 912, the second heat exchange plate pipeline section 92, third heat exchange plate pipeline section 93, the second pipeline section 931, the second bending linkage section
932, connect coil pipe 94, heat tracing water inlet 10, heat tracing water out 11, fixed saddle 12, movable saddle 13, horizontal baffle 14, on
Portion's intake antrum 15, lower part water chamber 16, first straight line heat exchanger tube 17, second straight line heat exchanger tube 18, sealing transitional cavity 19, tube side
Entrance 20, tube side export 21, hook circle flange 22, positioning plate 23, floating head 24, connecting flange 241, drain 25, gasket 26.
Specific embodiment
A kind of efficient lean solvent water cooler, is shown in Fig. 1: it includes the columned shell 1 of horizontal arrangement, the length of shell 1
Direction both ends are respectively arranged with the first connecting flange 2, the second connecting flange 3, and 2 upper cover of the first connecting flange is equipped with fixed tube sheet 4,
The outer end cap of fixed tube sheet 4 is equipped with end socket bobbin carriage 5, and end socket bobbin carriage 5 is installed in one end of the length direction of shell 1, the second connection
Flange 3 is connected with outer skull 6, and the other end of outer length direction of the lid of skull 6 loaded on shell 1, one end top of shell 1 is provided with
Shell side inlet 7, the other end lower part of shell 1 are provided with shell-side outlet 8, wind arrangement on the periphery wall of the length direction of shell 1
There is heat exchange coil 9, the heat tracing water inlet 10 of heat exchange coil 9 is located at the corresponding region of shell side inlet 7, the side het water of heat exchange coil 9
Outlet 11 is located at the corresponding region of shell-side outlet 8, and the bottom middle section of shell 1 is provided with the 12, work of at least one fixed saddle
Dynamic saddle 13, end socket bobbin carriage 5 and fixed tube sheet 4 be formed by it is interior it is intracavitary be disposed with a horizontal baffle 14, horizontal baffle 14 will in
Chamber separation is independent top intake antrum 15, lower part water chamber 16, and the top of fixed tube sheet 4 is fitted with several first straight line heat exchange
Pipe 17, the lower area of fixed tube sheet 4 are fitted with several second straight line heat exchanger tubes 18, first straight line heat exchanger tube 17, second straight line
The length direction of heat exchanger tube 18 extends in the cavity of outer skull 6, and a sealing transitional cavity is provided in the cavity of outer skull 6
19, first straight line heat exchanger tube 17, second straight line heat exchanger tube 18 length direction end be respectively placed in sealing transitional cavity 19 in, it is close
Envelope transitional cavity 19 is not connected to the cavity that shell 1, outer skull 6 form, and tube-side inlet 20, water chamber are provided on intake antrum 15
Tube side outlet 21 is provided on 16.
Sealing transitional cavity 19 is specifically formed by hook circle flange 22, positioning plate 23, the combination of floating head 24, hook circle flange 22
Positioning plate 23, hook circle flange 22, floating head 24 are housed towards limit plug between the opposite end face of the connecting flange 241 of floating head 24
It is bolted connection between connecting flange 241, the length direction of first straight line heat exchanger tube 17, second straight line heat exchanger tube 18
Corresponding end distinguishes positioning and plug-in mounting and runs through sealing hole in the correspondence of positioning plate 23 and go deep into sealing the setting of adapter cavity 19；
The top and bottom position of outer skull 6 is respectively arranged with drain 25；
Heat exchange coil 9 include the first heat exchange plate pipeline section 91, the second heat exchange plate pipeline section 92, third heat exchange plate pipeline section 93, first
Heat exchange plate pipeline section 91 is specially side het water's entrance area section, and the heat exchange coil of the second heat exchange plate pipeline section 92 is specially along shell 1
Middle section length direction winding arrangement heat exchange coil, third heat exchange plate pipeline section 93 be specially side het water's exit region section, first
The heat exchange coil of heat exchange plate pipeline section 91 is along the outer circumferential surface of the shell 1 of side het water's entrance area radially around arrangement comprising
The first bending linkage section 912 between several the first pipeline sections 911 for being parallel to casing center axis, two adjacent first pipeline sections, third
The heat exchange coil of heat exchange plate pipeline section 93 is along the outer circumferential surface of the shell 1 of side het water's exit region radially around arrangement comprising
The second bending linkage section 932 between several the second pipeline sections 931 for being parallel to casing center axis, two adjacent second pipeline sections, second
The both ends of heat exchange plate pipe end 92 pass through connection coil pipe 94 respectively and connect the first heat exchange plate pipeline section 91 of corresponding position, third heat exchange plate
Pipeline section 93 makes the outer peripheral surface of shell 1 be arranged with enough heat exchange coils, guarantees the abundant of heat exchange；
Heat exchange coil 9 is close to the correspondence outer wall arrangement of shell 1, it is ensured that heat exchange is full and uniform；
End socket bobbin carriage 5 is connected corresponding to first flange 51, first flange 51, first is provided at the position of fixed tube sheet 4
Fixed tube sheet 4 is provided between flange 2, the both ends of the surface of fixed tube sheet 4 are close to corresponding first method after ring is furnished with gasket 26 respectively
The end face arrangement of blue 51, first connecting flange 2, is bolted connection between first flange 51, the first connecting flange 2；
The position of the second connecting flange 3 of direction of outer skull 6 is provided with second flange 61, and second flange 61 is solid by bolt
The second connecting flange 3 is connect in succession.
Medium is cooled down by heat exchanger tube, heat exchange coil its working principles are as follows: cooling water is respectively adopted in it, shell
Interior inflow medium, first straight line heat exchanger tube, second straight line heat exchanger tube are interior to flow into cooling water, flows into cooling water in heat exchange coil,
So that medium can efficiently be cooled down lean solvent by more cooling capacity, it is ensured that heat exchange efficiency, and no setting is required multi-level water
Cooler reduces the setup cost of water cooler.
Specific embodiment of the utility model is described in detail above, but content is only what the utility model was created
Preferred embodiment should not be construed as limiting the practical range of the utility model creation.All create according to the utility model is applied
All the changes and improvements made by range etc., shall still fall within the scope of this patent.
Claims (7)
1. a kind of efficient lean solvent water cooler, it is characterised in that: it includes the columned shell of horizontal arrangement, the shell
Length direction both ends are respectively arranged with the first connecting flange, the second connecting flange, and the first connecting flange upper cover is equipped with fixation
The outer end cap of tube sheet, the fixed tube sheet is equipped with end socket bobbin carriage, and the end socket bobbin carriage is installed in the length direction of the shell
One end, second connecting flange are connected with outer skull, and the outer skull lid is loaded on the other end of the length direction of the shell,
One end top of the shell is provided with shell side inlet, and the other end lower part of the shell is provided with shell-side outlet, the shell
Length direction periphery wall on winding be disposed with heat exchange coil, the heat tracing water inlet of the heat exchange coil is located at the shell side and enters
The corresponding region of mouth, the heat tracing water out of the heat exchange coil are located at the corresponding region of the shell-side outlet, the bottom of the shell
Portion middle section is provided at least one fixed saddle, a movable saddle, and the end socket bobbin carriage and the fixed tube sheet are formed by
It is interior it is intracavitary be disposed with a horizontal baffle, the horizontal baffle, which separates inner cavity, is independent intake antrum, water chamber, the fixing pipe
The top of plate is fitted with several first straight line heat exchanger tubes, and the lower area of the fixed tube sheet is fitted with several second straight line heat exchange
Pipe, the first straight line heat exchanger tube, second straight line heat exchanger tube length direction extend in the cavity of the outer skull, it is described outer
A sealing transitional cavity, the length direction of the first straight line heat exchanger tube, second straight line heat exchanger tube are provided in the cavity of skull
End is respectively placed in the sealing transitional cavity, and the cavity that the sealing transitional cavity and the shell, outer skull form is not
It is connected to, is provided with tube-side inlet on the intake antrum, tube side outlet is provided on the water chamber.
2. a kind of efficient lean solvent water cooler as described in claim 1, it is characterised in that: the sealing transitional cavity specifically by
Hook circle flange, positioning plate, floating head combine to be formed, the opposite end of the connecting flange towards the floating head of the hook circle flange
Between face limit plug be equipped with the positioning plate, the hook circle flange, floating head connecting flange between be bolted connection,
First straight line heat exchanger tube, second straight line heat exchanger tube length direction corresponding end positioning and plug-in mounting is passed through in the correspondence of the positioning plate respectively
It wears sealing hole and gos deep into the sealing adapter cavity setting.
3. a kind of efficient lean solvent water cooler as described in claim 1, it is characterised in that: the top and bottom of the outer skull
Position is respectively arranged with drain.
4. a kind of efficient lean solvent water cooler as described in claim 1, it is characterised in that: the heat exchange coil is changed including first
Hot plate pipeline section, the second heat exchange plate pipeline section, third heat exchange plate pipeline section, the first heat exchange plate pipeline section are specially side het water's entrance area
Section, the heat exchange coil of the second heat exchange plate pipeline section are specially the heat exchange along the middle section length direction winding arrangement of the shell
Coil pipe, the third heat exchange plate pipeline section are specially side het water's exit region section, the heat exchange coil edge of the first heat exchange plate pipeline section
The shell of side het water's entrance area outer circumferential surface radially around arrangement comprising it is several to be parallel to the first of casing center axis
The first bending linkage section between pipeline section, two adjacent first pipeline sections, the heat exchange coil of the third heat exchange plate pipeline section is along heat tracing
The outer circumferential surface of the shell in water out region is radially around arrangement comprising several the second pipeline sections for being parallel to casing center axis,
The second bending linkage section between two adjacent second pipeline sections, the both ends of the second heat exchange plate pipe end pass through connection coil pipe respectively and connect
Connect the first heat exchange plate pipeline section, the third heat exchange plate pipeline section of corresponding position.
5. a kind of efficient lean solvent water cooler as claimed in claim 4, it is characterised in that: the heat exchange coil is close to the shell
The correspondence outer wall of body is arranged.
6. a kind of efficient lean solvent water cooler as described in claim 1, it is characterised in that: the end socket bobbin carriage corresponds to described
It is provided with first flange at the position of fixed tube sheet, the fixing pipe is provided between the first flange, the first connecting flange
Plate, ring is furnished with and is close to the corresponding first flange, the first connecting flange after gasket the both ends of the surface of the fixed tube sheet respectively
End face arrangement, is bolted connection between the first flange, the first connecting flange.
7. a kind of efficient lean solvent water cooler as described in claim 1, it is characterised in that: the outer skull towards described the
The position of two connecting flanges is provided with second flange, and the second flange passes through affixed connection second connecting flange of bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821732671.7U CN208567599U (en) | 2018-10-25 | 2018-10-25 | A kind of efficient lean solvent water cooler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821732671.7U CN208567599U (en) | 2018-10-25 | 2018-10-25 | A kind of efficient lean solvent water cooler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208567599U true CN208567599U (en) | 2019-03-01 |
Family
ID=65451786
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821732671.7U Active CN208567599U (en) | 2018-10-25 | 2018-10-25 | A kind of efficient lean solvent water cooler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208567599U (en) |
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2018
- 2018-10-25 CN CN201821732671.7U patent/CN208567599U/en active Active
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