CN208398668U - A kind of heat-exchanger rig of novel spike cooler - Google Patents

Abstract

The utility model relates to a kind of heat-exchanger rigs of novel spike cooler.The technical solution adopted is that: including air inlet pipe, front header, spray tube, tube bank bracket, cabinet component, water tank inlet component, vacuumize interface, trunnion case component, rear header component, condensation-water drain, fluid dividing cover, fixed time condensation pipe, time condensation pipe connecting bend, fixing hoop, fixed bracket I, horizontal time condensation pipe, fixed bracket II, fixed stull, fixed bracket III, baffle plate, incoagulable gas suction pipe.The utility model is evenly dispersed in steam in condensation tube bank by increasing fluid dividing cover, corresponding thereto in parallel, condensed water is made rapidly to flow to rear header, prevents ponding, winter freezing equipment when shutting down；In the import of incoagulable gas suction pipe, the gas liquid mixture that condenser pipe is discharged is separated with baffle plate, prevents from being directly extracted, wastes valuable water resource.Have the advantages that applied widely, structure is simple and convenient to operate, saves water source.

Description

A kind of heat-exchanger rig of novel spike cooler

Technical field

The utility model belongs to Thermal Equipment technical field, is related to a kind of heat-exchanger rig of novel spike cooler.

Background technique

Traditional heat-exchanger rig is when carrying out cooling heat transferring: firstly, a large amount of steam is directly entered from air inlet pipe and faces In the condenser pipe of air inlet pipe, makes the steam come in distribution unevenness, condensation cannot be sufficiently carried out, reduce condensation effect；Secondly, It has a large amount of steam while incoagulable gas is discharged to be discharged first, since the quality of incoagulable gas is than steam weight, ratio Water is gently suspended between steam and water, therefore when vacuumizing, and is first extracted steam out followed by incoagulable gas, however is continued to take out A large amount of steam can also be extracted while incoagulable gas out, cause water resource waste.Currently, heat-exchanger rig on the market is not only tied Structure is complicated and ideal effect is not achieved, it is therefore desirable to which a kind of structure is simple, heat-exchanger rig rationally distributed, convenient for operation.

Summary of the invention

In view of the problems of in the prior art, the utility model discloses a kind of heat exchange of novel spike cooler dresses Set, the technical solution adopted is that: including air inlet pipe, front header, spray tube, tube bank bracket, cabinet component, water tank inlet component, Interface, trunnion case component, rear header component, condensation-water drain are vacuumized, air inlet pipe is connect with front header, spray tube and water inlet water The connection of case component, rear header component bottom are connect with condensation-water drain, tube bank bracket and the inclined angle of box baseplate, condenser pipe Beam keeps relatively parallel with tube bank bracket, it is characterised in that: further includes fluid dividing cover, fixed time condensation pipe, time condensation Guan Lian Connect elbow, fixing hoop, fixed bracket I, horizontal time condensation pipe, fixed bracket II, fixed stull, fixed bracket III, baffling Plate, incoagulable gas suction pipe, fluid dividing cover are mounted in air inlet pipe, are covered with aperture in umbrella, surface；It vacuumizes interface and passes through trunnion Case component is connect with horizontal time condensation pipe, and fixed time condensation pipe and horizontal time condensation pipe pass through time condensation pipe connecting bending Head connection, and fixed by fixing hoop, fixed bracket I, fixed bracket II and fixed stull；Baffle plate is welded on rear header conjunction Inside part；Incoagulable gas suction pipe is connect with fixed time condensation pipe, positioned at rear header component internal baffle side, close to Condensation tube bank；It wherein fixes time condensation pipe and keeps relatively parallel with condensation tube bank；Fixed 0 ° of the time condensation pipe inclination~ 15°；The angle of the fluid dividing cover is 90 °~150 °, and material is stainless steel material.

Working principle of the utility model is: firstly, steam, which enters in air inlet pipe 1, uniformly enters condensation by fluid dividing cover 2 In tube bank, while water is sprayed on condensation tube bank, fixed time condensation pipe and horizontal time condensation pipe to steaming in pipe by spray tube 4 Vapour condenses, and the steam being condensed in condensation tube bank forms condensed water, restrains and enters in rear header component 11 along condensation, and passes through Condensation-water drain 12 flows out, and wherein vacuum evacuation device makes running space form vacuum, allows equipment to operate normally, and by incoagulability gas Body discharge；Secondly as incoagulable gas is lighter than water, can take a part out of than steam weight, therefore when incoagulable gas is discharged Steam, this some vapor enter fixed time condensation pipe 6, level two by the incoagulable gas suction pipe 21 in rear header component 11 In secondary condenser pipe 16, time condensation is carried out to the steam taken out of, condensed steam forms condensed water and passes through fixed time condensation Pipe 6 flows into rear header component 11, flows out from condensation-water drain 12, saves water resource；Incoagulable gas and a small part steam It is discharged by vacuumizing interface 9.

The utility model has the beneficial effects that making air inlet pipe enter the steaming in condenser pipe by increasing fluid dividing cover in air inlet pipe Vapour is evenly dispersed in tube sheet entirety plate face, is avoided steam and is concentrated in intermediate several condenser pipes, influences condensation effect；It will Vacuum evacuation device is divided into fixed time condensation pipe and horizontal time condensation pipe, by time condensation pipe connecting bend, connects into one A entirety, fixed time condensation pipe are fixed on condenser pipe bundle branch frame, corresponding thereto in parallel, manage after flowing to condensed water rapidly Case prevents ponding, winter freezing equipment when shutting down；In the import of incoagulable gas suction pipe, condenser pipe is discharged with baffle plate Gas liquid mixture separate, prevent from being directly extracted, waste valuable water resource.Have that applied widely, structure is simple simultaneously The advantage at single, rationally distributed, easy to operate, saving water source etc..

Detailed description of the invention

Fig. 1 is the utility model perspective view；

Fig. 2 is the utility model vacuum evacuation device structure chart；

Fig. 3 is the utility model fluid dividing cover structure chart；

In figure: 1- air inlet pipe, 2- fluid dividing cover, 3- front header, 4- spray tube, 5- restrain bracket, 6- fixes time condensation pipe, 7- cabinet component, 8- water tank inlet component, 9- vacuumize interface, 10- trunnion case component, 11- rear header component, 12- condensed water Outlet, the fixed bracket I of 13- time condensation pipe connecting bend, 14- fixing hoop, 15-, the horizontal time condensation pipe of 16-, 17- are fixed The fixed stull of bracket II, 18-, 19- fixed bracket III, 20- baffle plate, 21- incoagulable gas suction pipe.

Specific embodiment

Embodiment 1

As shown in Figure 1, Figure 2, Figure 3 shows, the heat-exchanger rig of a kind of novel spike cooler described in the utility model, including into Tracheae 1, spray tube 4, tube bank bracket 5, cabinet component 7, water tank inlet component 8, vacuumizes interface 9, trunnion case at front header 3 Component 10, rear header component 11, condensation-water drain 12, air inlet pipe 1 are connect with front header 3, spray tube 4 and water tank inlet component 8 Connection, 11 bottom of rear header component are connect with condensation-water drain 12, tube bank bracket 5 and the inclined angle of box baseplate, condenser pipe Beam keeps relatively parallel with tube bank bracket 5, it is characterised in that: further includes fluid dividing cover 2, fixed time condensation pipe 6, time condensation pipe Connecting bend 13, fixed bracket I 15, horizontal time condensation pipe 16, fixed bracket II 17, fixes stull 18, is solid fixing hoop 14 Fixed rack III 19, baffle plate 20, incoagulable gas suction pipe 21, fluid dividing cover 2 are mounted in air inlet pipe 1, are covered in umbrella, surface small Hole；It vacuumizes interface 9 to connect by trunnion case component 10 with horizontal time condensation pipe 16, fixed time condensation pipe 6 and level two Secondary condenser pipe 16 is connected by time condensation pipe connecting bend 13, and passes through fixing hoop 14, fixed bracket I 15, fixed bracket II 17 is fixed with fixed stull 18；Baffle plate 20 is welded on inside rear header component 11；Incoagulable gas suction pipe 21 and fix two Secondary condenser pipe 6 connects, and restrains positioned at the side of 11 internal baffle 20 of rear header component, close to condensation；It wherein fixes secondary cold Solidifying pipe 6 keeps relatively parallel with condensation tube bank；The fixed time condensation pipe 6 tilts 0 °；The angle of the fluid dividing cover 2 is 90 ° When can achieve shunting effect；The material of the fluid dividing cover 2 is stainless steel material.

Embodiment 2

As shown in Figure 1, Figure 2, Figure 3 shows, the heat-exchanger rig of a kind of novel spike cooler described in the utility model, including into Tracheae 1, spray tube 4, tube bank bracket 5, cabinet component 7, water tank inlet component 8, vacuumizes interface 9, trunnion case at front header 3 Component 10, rear header component 11, condensation-water drain 12, air inlet pipe 1 are connect with front header 3, spray tube 4 and water tank inlet component 8 Connection, 11 bottom of rear header component are connect with condensation-water drain 12, tube bank bracket 5 and the inclined angle of box baseplate, condenser pipe Beam keeps relatively parallel with tube bank bracket 5, it is characterised in that: further includes fluid dividing cover 2, fixed time condensation pipe 6, time condensation pipe Connecting bend 13, fixed bracket I 15, horizontal time condensation pipe 16, fixed bracket II 17, fixes stull 18, is solid fixing hoop 14 Fixed rack III 19, baffle plate 20, incoagulable gas suction pipe 21, fluid dividing cover 2 are mounted in air inlet pipe 1, are covered in umbrella, surface small Hole；It vacuumizes interface 9 to connect by trunnion case component 10 with horizontal time condensation pipe 16, fixed time condensation pipe 6 and level two Secondary condenser pipe 16 is connected by time condensation pipe connecting bend 13, and passes through fixing hoop 14, fixed bracket I 15, fixed bracket II 17 is fixed with fixed stull 18；Baffle plate 20 is welded on inside rear header component 11；Incoagulable gas suction pipe 21 and fix two Secondary condenser pipe 6 connects, and restrains positioned at the side of 11 internal baffle 20 of rear header component, close to condensation；It wherein fixes secondary cold Solidifying pipe 6 keeps relatively parallel with condensation tube bank；The fixed time condensation pipe 6 tilts 15 °；The angle of the fluid dividing cover 2 is 150 ° can achieve shunting effect；The material of the fluid dividing cover 2 is stainless steel material.

Embodiment 3

As shown in Figure 1, Figure 2, Figure 3 shows, the heat-exchanger rig of a kind of novel spike cooler described in the utility model, including into Tracheae 1, spray tube 4, tube bank bracket 5, cabinet component 7, water tank inlet component 8, vacuumizes interface 9, trunnion case at front header 3 Component 10, rear header component 11, condensation-water drain 12, air inlet pipe 1 are connect with front header 3, spray tube 4 and water tank inlet component 8 Connection, 11 bottom of rear header component are connect with condensation-water drain 12, tube bank bracket 5 and the inclined angle of box baseplate, condenser pipe Beam keeps relatively parallel with tube bank bracket 5, it is characterised in that: further includes fluid dividing cover 2, fixed time condensation pipe 6, time condensation pipe Connecting bend 13, fixed bracket I 15, horizontal time condensation pipe 16, fixed bracket II 17, fixes stull 18, is solid fixing hoop 14 Fixed rack III 19, baffle plate 20, incoagulable gas suction pipe 21, fluid dividing cover 2 are mounted in air inlet pipe 1, are covered in umbrella, surface small Hole；It vacuumizes interface 9 to connect by trunnion case component 10 with horizontal time condensation pipe 16, fixed time condensation pipe 6 and level two Secondary condenser pipe 16 is connected by time condensation pipe connecting bend 13, and passes through fixing hoop 14, fixed bracket I 15, fixed bracket II 17 is fixed with fixed stull 18；Baffle plate 20 is welded on inside rear header component 11；Incoagulable gas suction pipe 21 and fix two Secondary condenser pipe 6 connects, and restrains positioned at the side of 11 internal baffle 20 of rear header component, close to condensation；It wherein fixes secondary cold Solidifying pipe 6 keeps relatively parallel with condensation tube bank；Fixed 6 tilt angle of time condensation pipe be when being 3 ° it is optimal, not only save Space can also make condensed water quickly flow to rear header 11, while condense that the condensate water stay time in tube bank is long, and condensation is opposite Thoroughly, effect is best；The fluid dividing cover 2 preferred angle can make gas be uniformly dispersed in each condensation tube bank when being 120 ° In, effect it is best；The material of the fluid dividing cover 2 is stainless steel material.

Unspecified component herein is the prior art.

Although above-mentioned be explained in detail specific embodiment of the utility model, the utility model is not limited to Embodiment is stated, within the knowledge of a person skilled in the art, the utility model aims can also not departed from Under the premise of make a variety of changes, without have the modification of creative work or deformation still the protection scope of the utility model with It is interior.

Claims (4)

1. a kind of heat-exchanger rig of novel spike cooler, including air inlet pipe (1), front header (3), spray tube (4), tube bank branch Frame (5), water tank inlet component (8), vacuumizes interface (9), trunnion case component (10), rear header component at cabinet component (7) (11), condensation-water drain (12), air inlet pipe (1) are connect with front header (3), and spray tube (4) is connect with water tank inlet component (8), Rear header component (11) bottom is connect with condensation-water drain (12), tube bank bracket (5) and the inclined angle of box baseplate, condenser pipe Beam and tube bank bracket (5) keep relative level, it is characterised in that: further include fluid dividing cover (2), fixed time condensation pipe (6), two Secondary condenser pipe connecting bend (13), fixing hoop (14), fixed bracket I (15), horizontal time condensation pipe (16), fixed bracket II (17), fixed stull (18), fixed bracket III (19), baffle plate (20), incoagulable gas suction pipe (21), the fluid dividing cover (2) It is mounted in air inlet pipe (1), is covered with aperture in umbrella, surface；It vacuumizes interface (9) and passes through trunnion case component (10) and level two Secondary condenser pipe (16) connection, fixed time condensation pipe (6) and horizontal time condensation pipe (16) pass through time condensation pipe connecting bend (13) it connects, and fixed by fixing hoop (14), fixed bracket I (15), fixed bracket II (17) and fixed stull (18)；Folding It is internal that flowing plate (20) is welded on rear header component (11)；Incoagulable gas suction pipe (21) is connect with fixed time condensation pipe (6), position It is restrained in the side of rear header component (11) internal baffle (20), close to condensation；Wherein fix time condensation pipe (6) and condensation Tube bank keeps relatively parallel.

2. a kind of heat-exchanger rig of novel spike cooler according to claim 1, it is characterised in that: the fixation is secondary Condenser pipe (6) tilts 0 °~15 °.

3. a kind of heat-exchanger rig of novel spike cooler according to claim 1, it is characterised in that: the fluid dividing cover (2) angle is 90 °~150 °.

4. a kind of heat-exchanger rig of novel spike cooler according to claim 3, it is characterised in that: the fluid dividing cover (2) material is stainless steel material.