CN209386634U - A kind of multisystem shell-and-tube water condenser - Google Patents
A kind of multisystem shell-and-tube water condenser Download PDFInfo
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- CN209386634U CN209386634U CN201822113252.1U CN201822113252U CN209386634U CN 209386634 U CN209386634 U CN 209386634U CN 201822113252 U CN201822113252 U CN 201822113252U CN 209386634 U CN209386634 U CN 209386634U
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Abstract
The utility model discloses a kind of multisystem shell-and-tube water condensers, including left end cap, first steam outlet, first condenser, first condensing agent gas access, ring flange, second steam outlet, second condenser, second condensing agent gas access, third condenser, third steam outlet, third condensing agent gas access, condensation-water drain, condensing water inlet, right end cap, third condensing agent liquid outlet, second condensing agent liquid outlet, frame seat, first condensing agent liquid outlet and discharge outlet, the utility model passes through the first steam outlet of setting, second steam outlet and third steam outlet, so that condenser arranges water outlet side air at runtime, guarantee that there is good heat exchange between condensed water and condensing agent；, can be by the first condenser when shutting down by the way that discharge outlet is arranged, there is the case where bursting by freezing heat changes pipe in water discharge in the second condenser and third condenser when preventing in winter.
Description
Technical field
The utility model relates to condenser technology field, specially a kind of multisystem shell-and-tube water condenser.
Background technique
Shell and tube condenser be the heat exchanger that a kind of structure is relatively easy, easy to maintenance, heat exchange property is high, single loop,
Double loop, it is designed exclusively for systems such as air-conditioning system, cooling system, heat pump and processing, and chemical industry system is widely used in
The purposes such as cold, dynamics factory, Refrigerating Machinery.
Chinese Patent Application No. is 201721146663.X, and the entitled shell-and-tube water condenser of innovation and creation includes cylinder
Body, cooling tower, delivery pump, condensation board group, drainage interface, gas storage storehouse, steam inlet, condensation water inlet pipe, condensate output transistor,
Valve, cylinder both ends respectively set capping, the bottom of lower end connects the drainage interface being connected to storehouse in cylinder, upper end sets gas storage storehouse, store up
Gas storehouse peripheral hardware steam inlet, cylinder and gas storage storehouse joint face are evenly distributed with several steam diversion holes, the condensation board group setting cylinder
Inside, condensation board group right end connection condensation water inlet pipe, left end connect condensate output transistor, and the other end for condensing water inlet pipe prolongs
The output end for connecting cooling tower behind cylinder outside is stretched, connects cooling tower behind the other end exntension tubs body outside of condensate output transistor
Input terminal, the utility model condense that board group heat transfer area is big, good cooling effect, internal after connecting with external cooling tower
It condenses water energy persistent loop and substantially reduces application cost the medium fast cooling of steam-type at liquid.
But prior art shell-and-tube water condenser is there is also condenser heat transfer effect is poor, since condensed water is in condenser
Shell carries out heat exchange, remaining scale not easy-clear on inner wall, and when equipment starting operation can not arrange water outlet side air, in equipment
The intracorporal water of cylinder cannot exclude when out of service, in winter when will appear the phenomenon that bursting by freezing heat changes pipe, and can not achieve more
The problem of system uses.
Utility model content
(1) the technical issues of solving
In view of the deficiencies of the prior art, the utility model provides a kind of multisystem shell-and-tube water condenser, solve but
It is prior art shell-and-tube water condenser there is also condenser heat transfer effect is poor, since condensed water carries out heat in condenser shell
Exchange, remaining scale not easy-clear on inner wall, when equipment starting operation, can not arrange water outlet side air, when equipment is out of service
The intracorporal water of cylinder cannot exclude, in winter when will appear the phenomenon that bursting by freezing heat changes pipe, and can not achieve what multisystem used
Problem.
(2) technical solution
To achieve the above object, the utility model provides the following technical solutions: a kind of multisystem shell-and-tube water condenser, packet
Include left end cap, the first steam outlet, the first condenser, the first condensing agent gas access, ring flange, the second steam outlet,
Second condenser, the second condensing agent gas access, third condenser, third steam outlet, third condensing agent gas access are cold
Condensate outlet, condensing water inlet, right end cap, third condensing agent liquid outlet, the second condensing agent liquid outlet, frame seat, first
The left end of condensing agent liquid outlet and discharge outlet, the left end cap and the first condenser is connected through a screw thread；Described first
Steam outlet is provided with the left upper end of the first condenser；First condenser is connected to the second condenser by ring flange
Left end；The first condensing agent gas access is provided with the upper right side of the first condenser；The ring flange using multiple,
It is welded respectively with the first condenser, the second condenser and third condenser；Second steam outlet and the second condensing agent
Gas access is provided with the top of the second condenser；Second condenser is connect by ring flange with third condenser；
The third steam outlet and third condensing agent gas access is provided with the top of third condenser；The condensed water
Outlet and condensing water inlet are successively provided with the side of right end cap from top to bottom；The right end of the right end cap and third condenser
It is connected through a screw thread；The third condensing agent liquid outlet, the second condensing agent liquid outlet and the first condensing agent liquid outlet
It is provided with the first condenser, the bottom of the second condenser and third condenser respectively；The frame seat uses 2, welds respectively
Connect the middle position in the bottom of the first condenser and third condenser；The discharge outlet uses 3, is provided with first respectively
Condenser, the bottom of the second condenser and third condenser.
The inside of the left end cap and right end cap offers internal screw thread, and is placed with gasket, cold with first respectively
The left end of condenser and the right end of third condenser are threadedly coupled, and make equipment leakproofness with higher, equipment is effectively guaranteed
Heat exchange effect.
First condenser includes external screw thread, the first condenser shell, the first brush body, and the first heat changes pipe and first embedding
Loading board, the external screw thread are set as at two, are provided with the left end of the first condenser and the right end of third condenser respectively；It is described
The first brush body be fitted in the inside of the first condenser shell；First heat changes pipe and the first condenser shell is arranged in
Inside, and be embedded in the first embedded plate, the upper end is connect with the first condensing agent gas access, lower end and the first condensing agent liquid discharge
Mouth connection；The embedded plate of described first uses 2, is inlaid in the both ends inside the first condenser shell respectively.
Second condenser includes the second condensation tube shell, and the second heat changes pipe, the second brush body and the second embedded plate, institute
The second heat stated is changed pipe and is arranged in the second condenser pipe enclosure interior, and is embedded in the second embedded plate, the upper end and the second condensing agent
Gas access connection, lower end is connect with the second condensing agent liquid outlet；Second brush body is fitted in the second condensation shell
On intracoelomic cavity；The embedded plate of described second uses two, is inlaid in the both ends of the second condensation tube shell respectively.
The third condenser includes third condenser shell, and third heat changes pipe, and third brush body and third are embedded in plate, institute
The third heat stated is changed pipe and is arranged inside third condenser shell, and is embedded in plate with third and is embedded in, the upper end and third condensing agent
Gas access connection, lower end is connect with third condensing agent liquid outlet；The third brush body is fitted in third condenser shell
On intracoelomic cavity；The third is embedded in plate and uses two, is inlaid in the both ends of third condenser shell respectively.
First heat changes pipe, and the second heat changes pipe and third heat changes the material that pipe uses as freon side carbon steel；It is described
The first condenser shell, the second condensation tube shell and the material that uses of third condenser shell is 316L stainless steels.
(3) beneficial effect
The utility model provides a kind of multisystem shell-and-tube water condenser.Have it is following the utility model has the advantages that
(1) the utility model passes through the first steam outlet of setting, the second steam outlet and third steam outlet, with
Just condenser arranges water outlet side air at runtime, guarantees there is good heat exchange between condensed water and condensing agent.
(2) the utility model is provided with the first condenser since discharge outlet uses 3 by setting discharge outlet respectively, the
The bottom of two condensers and third condenser, can be by the first condenser, in the second condenser and third condenser when shutting down
, there is the case where bursting by freezing heat changes pipe in water discharge when preventing in winter.
(3) the utility model is by setting brush body, due to the first condenser shell and third condenser shell and both ends
End cap be connected through a screw thread, be readily disassembled, by push rod push brush body in the first condenser shell, the second condenser shell
It is pushed with reciprocal inside third condenser shell, so that the scale on attachment inner wall is easy to remove, system is effectively guaranteed
Heat exchange effect.
(4) the utility model passes through the first condenser of setting, the second condenser and third condenser, the first condenser shell
The inner cavity intercommunication of body, the second condenser shell and third condenser shell, and the first heat changes pipe, the second heat changes pipe and third heat is changed
Pipe is connected from different three compressors respectively, can be worked with single system, dual system work, also can multisystem work, and can root
The switching of multisystem is carried out according to field demand.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is first condenser of the utility model, the second condenser and third condenser schematic diagram.
Fig. 3 is the A-A structural schematic diagram of the utility model.
In figure: 1 left end cap, 2 first steam outlets, 3 first condensers, 31 external screw threads, 32 first condenser shells, 33
First brush body, 34 first heat change pipe, 35 first embedded plates, 4 first condensing agent gas accesses, 5 ring flanges, 6 second steam row
Outlet, 7 second condensers, 71 second condensation tube shells, 72 second heat change pipe, 73 second brush bodies, 74 second embedded plates, and 8 the
Two condensing agent gas accesses, 9 third condensers, 91 third condenser shells, 92 third heat change pipe, 93 third brush bodies, and 94
Three embedded plates, 10 third steam outlets, 11 third condensing agent gas accesses, 12 condensation-water drains, 13 condensing water inlets, 14 is right
End cap, 15 third condensing agent liquid outlets, 16 second condensing agent liquid outlets, 17 frame seats, 18 first condensing agent liquid outlets.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Embodiment 1
As shown in Figure 1-3, the utility model provides a kind of technical solution: a kind of multisystem shell-and-tube water condenser, including
Left end cap, the first steam outlet, the first condenser, the first condensing agent gas access, ring flange, the second steam outlet, the
Two condensers, the second condensing agent gas access, third condenser, third steam outlet, third condensing agent gas access, condensation
Water out, condensing water inlet, right end cap, third condensing agent liquid outlet, the second condensing agent liquid outlet, frame seat, first is cold
Solidifying agent liquid outlet and discharge outlet, the left end of the left end cap and the first condenser are connected through a screw thread；Described first is steamed
Vapour outlet is provided with the left upper end of the first condenser；First condenser is connected to the second condenser by ring flange
Left end；The first condensing agent gas access is provided with the upper right side of the first condenser；The ring flange using multiple, point
It is not welded with the first condenser, the second condenser and third condenser；Second steam outlet and the second condensing agent gas
Body entrance is provided with the top of the second condenser；Second condenser is connect by ring flange with third condenser；Institute
The third steam outlet and third condensing agent gas access stated are provided with the top of third condenser；The condensed water goes out
Mouth and condensing water inlet are successively provided with the side of right end cap from top to bottom；The right end of the right end cap and third condenser is logical
Cross threaded connection；The third condensing agent liquid outlet, the second condensing agent liquid outlet and the first condensing agent liquid outlet point
It is not provided with the first condenser, the bottom of the second condenser and third condenser；The frame seat uses 2, is respectively welded
In the middle position of the bottom of the first condenser and third condenser；The discharge outlet uses 3, and it is cold to be provided with first respectively
Condenser, the bottom of the second condenser and third condenser.
Embodiment 2
A kind of multisystem shell-and-tube water condenser, including left end cap, the first steam outlet, the first condenser, first is cold
Solidifying agent gas access, ring flange, the second steam outlet, the second condenser, the second condensing agent gas access, third condenser,
Third steam outlet, third condensing agent gas access, condensation-water drain, condensing water inlet, right end cap, third condensing agent liquid
Outlet, the second condensing agent liquid outlet, frame seat, the first condensing agent liquid outlet and discharge outlet, the left end cap and first
The left end of condenser is connected through a screw thread；First steam outlet is provided with the left upper end of the first condenser；Described
First condenser is connected to the left end of the second condenser by ring flange；The first condensing agent gas access is provided with first
The upper right side of condenser；The ring flange using multiple, respectively with the first condenser, the second condenser and the weldering of third condenser
It connects；Second steam outlet and the second condensing agent gas access is provided with the top of the second condenser；Described
Two condensers are connect by ring flange with third condenser；The third steam outlet and third condensing agent gas access is equal
It is provided with the top of third condenser；The condensation-water drain and condensing water inlet is successively provided with right end cap from top to bottom
Side；The right end of the right end cap and third condenser is connected through a screw thread；The third condensing agent liquid outlet, second
Condensing agent liquid outlet and the first condensing agent liquid outlet are provided with the first condenser, the second condenser and third condenser respectively
Bottom；The frame seat uses 2, is respectively welded at the middle position of the bottom of the first condenser and third condenser；
The discharge outlet uses 3, is provided with the first condenser, the bottom of the second condenser and third condenser respectively.
Preferably, the inside of the left end cap and right end cap offers internal screw thread, and is placed with gasket, respectively with
The left end of first condenser and the right end of third condenser are threadedly coupled, and make equipment leakproofness with higher, effective to guarantee
The heat exchange effect of equipment.
Embodiment 3
A kind of multisystem shell-and-tube water condenser, including left end cap, the first steam outlet, the first condenser, first is cold
Solidifying agent gas access, ring flange, the second steam outlet, the second condenser, the second condensing agent gas access, third condenser,
Third steam outlet, third condensing agent gas access, condensation-water drain, condensing water inlet, right end cap, third condensing agent liquid
Outlet, the second condensing agent liquid outlet, frame seat, the first condensing agent liquid outlet and discharge outlet, the left end cap and first
The left end of condenser is connected through a screw thread；First steam outlet is provided with the left upper end of the first condenser；Described
First condenser is connected to the left end of the second condenser by ring flange；The first condensing agent gas access is provided with first
The upper right side of condenser；The ring flange using multiple, respectively with the first condenser, the second condenser and the weldering of third condenser
It connects；Second steam outlet and the second condensing agent gas access is provided with the top of the second condenser；Described
Two condensers are connect by ring flange with third condenser；The third steam outlet and third condensing agent gas access is equal
It is provided with the top of third condenser；The condensation-water drain and condensing water inlet is successively provided with right end cap from top to bottom
Side；The right end of the right end cap and third condenser is connected through a screw thread；The third condensing agent liquid outlet, second
Condensing agent liquid outlet and the first condensing agent liquid outlet are provided with the first condenser, the second condenser and third condenser respectively
Bottom；The frame seat uses 2, is respectively welded at the middle position of the bottom of the first condenser and third condenser；
The discharge outlet uses 3, is provided with the first condenser, the bottom of the second condenser and third condenser respectively.
Preferably, first condenser includes external screw thread, the first condenser shell, the first brush body, and the first heat changes pipe
With the first embedded plate, the external screw thread is set as at two, is provided with left end and the third condenser of the first condenser respectively
Right end；First brush body is fitted in the inside of the first condenser shell；It is cold first that first heat changes pipe setting
The inside of condenser shell, and be embedded in the first embedded plate, the upper end is connect with the first condensing agent gas access, and lower end is cold with first
Solidifying agent liquid outlet connection；The embedded plate of described first uses 2, is inlaid in the both ends inside the first condenser shell respectively.
Embodiment 4
A kind of multisystem shell-and-tube water condenser, including left end cap, the first steam outlet, the first condenser, first is cold
Solidifying agent gas access, ring flange, the second steam outlet, the second condenser, the second condensing agent gas access, third condenser,
Third steam outlet, third condensing agent gas access, condensation-water drain, condensing water inlet, right end cap, third condensing agent liquid
Outlet, the second condensing agent liquid outlet, frame seat, the first condensing agent liquid outlet and discharge outlet, the left end cap and first
The left end of condenser is connected through a screw thread；First steam outlet is provided with the left upper end of the first condenser；Described
First condenser is connected to the left end of the second condenser by ring flange；The first condensing agent gas access is provided with first
The upper right side of condenser；The ring flange using multiple, respectively with the first condenser, the second condenser and the weldering of third condenser
It connects；Second steam outlet and the second condensing agent gas access is provided with the top of the second condenser；Described
Two condensers are connect by ring flange with third condenser；The third steam outlet and third condensing agent gas access is equal
It is provided with the top of third condenser；The condensation-water drain and condensing water inlet is successively provided with right end cap from top to bottom
Side；The right end of the right end cap and third condenser is connected through a screw thread；The third condensing agent liquid outlet, second
Condensing agent liquid outlet and the first condensing agent liquid outlet are provided with the first condenser, the second condenser and third condenser respectively
Bottom；The frame seat uses 2, is respectively welded at the middle position of the bottom of the first condenser and third condenser；
The discharge outlet uses 3, is provided with the first condenser, the bottom of the second condenser and third condenser respectively.
Preferably, second condenser includes the second condensation tube shell, and the second heat changes pipe, the second brush body and second embedding
Loading board, second heat are changed pipe and are arranged in the second condenser pipe enclosure interior, and are embedded in the second embedded plate, the upper end and second
The connection of condensing agent gas access, lower end is connect with the second condensing agent liquid outlet；It is cold that second brush body is fitted in second
On solidifying shell intracoelomic cavity；The embedded plate of described second uses two, is inlaid in the both ends of the second condensation tube shell respectively.
Preferably, the third condenser includes third condenser shell, and third heat changes pipe, and third brush body and third are embedding
Loading board, the third heat are changed pipe and are arranged inside third condenser shell, and are embedded in plate with third and are embedded in, the upper end and third
The connection of condensing agent gas access, lower end is connect with third condensing agent liquid outlet；It is cold that the third brush body is fitted in third
On condenser housing cavity；The third is embedded in plate and uses two, is inlaid in the both ends of third condenser shell respectively.
Preferably, first heat changes pipe, and the second heat changes pipe and third heat changes the material that pipe uses as freon side carbon
Steel；First condenser shell, the material that the second condensation tube shell and third condenser shell use is 316L stainless steel.
Embodiment 5
In use, condensed water is entered in third condenser shell 91 by condensing water inlet 13 when single system works, due to
First condenser shell 32, the inner cavity intercommunication of the second condenser shell 71 and third condenser shell, condensed water are cold into three
In condenser, condensing agent gas is changed in pipe 34 by the first condensing agent gas access 4 into the first heat, or is condensed from other 2
Agent gas access enters remaining heat and changes in pipe, carries out heat exchange with condensed water, condensed water is discharged by condensation-water drain 12, heat
Condensing agent gas after exchange becomes condensing agent liquid, passes through the first condensing agent liquid outlet 2 or remaining 2 condensing agent liquid
Outlet stream returns compressor, and when dual system works, condensing agent gas passes through the first condensing agent gas access 4 and the second condensing agent gas
Entrance 8 changes pipe 34 into the first heat and the second heat is changed in pipe 72, and carries out heat exchange with condensed water, and the first heat changes pipe after heat exchange
34 and second the condensing agent gas that changes in pipe 72 of heat become condensing agent liquid, pass through the first condensing agent liquid outlet 18 and the respectively
Two condensing agent liquid outlets 16 flow back in respectively affiliated compressor, in conclusion can similarly obtain work when multisystem work
Principle is readily disassembled since the first condenser shell 32 and third condenser shell 91 and the end cap at both ends are connected through a screw thread,
Push three brush bodies in the first condenser shell 32, the second condenser shell 71 and third condenser shell 91 by push rod
Portion back and forth pushes, so that the scale on attachment inner wall is easy to remove, the heat exchange effect of system, the first steam is effectively guaranteed
Outlet 2, the second steam outlet 6 and third steam outlet guarantee cold so that condenser arranges water outlet side air at runtime
There is good heat exchange between condensate and condensing agent, since discharge outlet uses 3, be provided with the first condenser 3 respectively, the
The bottom of two condensers 7 and third condenser 9, can be by the first condenser 3, the second condenser 7 and third condenser 9 when shutting down
, there is the case where bursting by freezing heat changes pipe in interior water discharge when preventing in winter.
It can to sum up obtain, the multisystem shell-and-tube water condenser, by being arranged including left end cap 1, the first steam outlet 2,
First condenser 3, the first condensing agent gas access 4, ring flange 5, the second steam outlet 6, the second condenser 7, the second condensation
Agent gas access 8, third condenser 9, third steam outlet 10, third condensing agent gas access 11, condensation-water drain 12 are cold
Condensate entrance 13, right end cap 14, third condensing agent liquid outlet 15, the second condensing agent liquid outlet 16, frame seat 17, first is cold
Solidifying agent liquid outlet 18 and discharge outlet 19, solve but prior art shell-and-tube water condenser exchanges heat there is also condenser and imitates
Fruit is poor, since condensed water carries out heat exchange in condenser shell, remaining scale not easy-clear on inner wall, when equipment starting operation
Water outlet side air can not be arranged, when equipment is out of service, the intracorporal water of cylinder be cannot exclude, in winter when will appear bursting by freezing heat and change
The phenomenon that pipe, and can not achieve the problem of multisystem uses.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that
There is also other identical elements in process, method, article or equipment including the element.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (6)
1. a kind of multisystem shell-and-tube water condenser, it is characterised in that: the multisystem shell-and-tube water condenser includes left end cap
(1), the first steam outlet (2), the first condenser (3), the first condensing agent gas access (4), ring flange (5), the second steam
Outlet (6), the second condenser (7), the second condensing agent gas access (8), third condenser (9), third steam outlet
(10), third condensing agent gas access (11), condensation-water drain (12), condensing water inlet (13), right end cap (14), third condensation
Agent liquid outlet (15), the second condensing agent liquid outlet (16), frame seat (17), the first condensing agent liquid outlet (18) and draining
Mouth (19), the left end cap (1) and the left end of the first condenser (3) are connected through a screw thread；First steam outlet
(2) it is provided with the left upper end of the first condenser (3)；First condenser (3) is connected to the second condensation by ring flange (5)
The left end of device (7)；The first condensing agent gas access (4) is provided with the upper right side of the first condenser (3)；The flange
Disk (5) use is multiple, welds respectively with the first condenser (3), the second condenser (7) and third condenser (9)；Described second
Steam outlet (6) and the second condensing agent gas access (8) are provided with the top of the second condenser (7)；Described second is cold
Condenser (7) is connect by ring flange (5) with third condenser (9)；The third steam outlet (10) and third condensing agent
Gas access (11) is provided with the top of third condenser (9)；The condensation-water drain (12) and condensing water inlet (13)
It is successively provided with the side of right end cap (14) from top to bottom；The right end cap (14) and the right end of third condenser (9) passes through
It is threadedly coupled；The third condensing agent liquid outlet (15), the second condensing agent liquid outlet (16) and the first condensing agent liquid
Outlet (18) is provided with the first condenser (3) respectively, the bottom of the second condenser (7) and third condenser (9)；The rack
Seat (17) uses 2, is respectively welded at the middle position of the bottom of the first condenser (3) and third condenser (9)；The row
The mouth of a river (19) uses 3, is provided with respectively the first condenser (3), the bottom of the second condenser (7) and third condenser (9).
2. a kind of multisystem shell-and-tube water condenser according to claim 1, it is characterised in that: the left end cap (1)
Offer internal screw thread with the inside of right end cap (14), and be placed with gasket, respectively with the left end of the first condenser (3) and
The right end of three condensers (9) is threadedly coupled.
3. a kind of multisystem shell-and-tube water condenser according to claim 1, it is characterised in that: first condenser
It (3) include external screw thread (31), the first condenser shell (32), the first brush body (33), the first heat changes pipe (34) and first and be embedded in
Plate (35), the external screw thread (31) are set as at two, are provided with left end and the third condenser of the first condenser (3) respectively
(9) right end；First brush body (33) is fitted in the inside of the first condenser shell (32)；First heat changes pipe
(34) it is arranged in the inside of the first condenser shell (32), and is embedded in the first embedded plate (35), the upper end and the first condensing agent
Gas access (4) connection, lower end is connect with the first condensing agent liquid outlet (18)；The embedded plate of described first (35) uses 2,
It is inlaid in the internal both ends of the first condenser shell (32) respectively.
4. a kind of multisystem shell-and-tube water condenser according to claim 1, it is characterised in that: second condenser
It (7) include the second condensation tube shell (71), the second heat is changed pipe (72), and the second brush body (73) and the second embedded plate (74) are described
The second heat to change pipe (72) setting internal in the second condensation tube shell (71), and be embedded in the second embedded plate (74), the upper end with
The connection of second condensing agent gas access (8), lower end is connect with the second condensing agent liquid outlet (16)；Second brush body
(73) it is fitted on second condensation tube shell (71) inner cavity；The embedded plate of described second (74) uses two, is inlaid in the respectively
The both ends of two condensations tube shell (71).
5. a kind of multisystem shell-and-tube water condenser according to claim 3, it is characterised in that: the third condenser
It (9) include third condenser shell (91), third heat is changed pipe (92), and third brush body (93) and third are embedded in plate (94), described
Third heat to change pipe (92) setting internal in third condenser shell (91), and be embedded in plate (94) with third and be embedded in, the upper end with
Third condensing agent gas access (11) connection, lower end is connect with third condensing agent liquid outlet (15)；The third brush body
(93) it is fitted on third condenser shell (91) inner cavity；The third is embedded in plate (94) and uses two, is inlaid in the respectively
The both ends of three condenser shells (91).
6. a kind of multisystem shell-and-tube water condenser according to claim 3, it is characterised in that: first heat changes pipe
(34), the second heat changes pipe (72) and third heat changes the material that pipe (92) uses as freon side carbon steel；First condenser
The material that shell (32), the second condensation tube shell (71) and third condenser shell (91) use is 316L stainless steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113252.1U CN209386634U (en) | 2018-12-16 | 2018-12-16 | A kind of multisystem shell-and-tube water condenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113252.1U CN209386634U (en) | 2018-12-16 | 2018-12-16 | A kind of multisystem shell-and-tube water condenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209386634U true CN209386634U (en) | 2019-09-13 |
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| CN109458774A (en) * | 2018-12-16 | 2019-03-12 | 江苏世林博尔制冷设备有限公司 | A kind of multisystem shell-and-tube water condenser |
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