CN208033871U - A kind of wave-soldering furnace - Google Patents
A kind of wave-soldering furnace Download PDFInfo
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- CN208033871U CN208033871U CN201820198683.XU CN201820198683U CN208033871U CN 208033871 U CN208033871 U CN 208033871U CN 201820198683 U CN201820198683 U CN 201820198683U CN 208033871 U CN208033871 U CN 208033871U
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- wave
- furnace body
- claw
- soldering
- chain
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Abstract
The utility model is related to a kind of wave-soldering furnace, the furnace body of horizontal setting has feeding end and discharge end, and correspondence is assembled on the guide rail of furnace body two transmission chain claws respectively, transmits chain claw loopy moving between the feeding end and discharge end of furnace body；The feed direction that transmission chain claw is carried in furnace body is sequentially distributed Welding compound spraying coater, preheating device, Wave-soldering device and cooling device；Extractor fan is disposed with above Welding compound spraying coater, furnace body is interior, is located above preheating device equipped with smoke alarm, and preheating device has the heating module split transmitting chain claw upper and lower sides；Wave-soldering device is assembled by moving jointing in furnace body, the channel of Wave-soldering device disengaging furnace body is reserved on furnace body, it maintains easily and replaces, contribute to continuous production, the component face preheating of upper and lower sides heating, circuit board fast and uniform, working environment in smoke alarm effective monitoring furnace body, reach control production in time, avoid producing unfavorable condition caused by smog, meets industry utilization.
Description
Technical field
The utility model is related to the component welding processing technical fields of circuit board, more particularly, to wave-soldering furnace.
Background technology
In the component field of welding processing of circuit board, generally use has Reflow Soldering, wave-soldering two ways, wave-soldering
It is to plant the solder wave for making the liquid solder surface of melting form specific shape by pump function, when the dress for having inserted component
When connection component passes through solder wave at a certain angle, the technology of solder joint is formed in pin-land.Component is by chain conveyor
During transmission, first preheated in welding machine preheating zone（Component preheats and its institute's temperature to be achieved is still by scheduled temperature
It writes music line traffic control）.In actual welding, the preheating temperature in control assembly face is usually also wanted, therefore much equipment both increase accordingly
Temperature-detecting device.After preheating, component is welded by solder wave.Specifically：Molten tin bath fills the liquid solder of melting, steel
Molten butt-joint material is drawn up the wave of setting shape by trench bottom nozzle, in this way, when components welding face passes through wave just by solder Wave heating, together
When solder wave also just wetting welding zone and be extended filling, realization welding process eventually.Therefore, structure arrangement, the work of wave-soldering furnace
Make quality, stability and operational extreme influence wave soldering techniques development.The applicant adheres to research and innovation thus, lean is asked
The spirit of essence works out a kind of wave-soldering furnace for meeting industry and utilizing using professional eye and professional knowledge, that is, proposes this case Shen
Please.
Invention content
It is simple in structure, compact the purpose of this utility model is to provide a kind of wave-soldering furnace, meet industry utilization, is promoted
Wave-soldering quality, stability and operability.
In order to achieve the above objectives, the utility model adopts the following technical solution：
A kind of wave-soldering furnace comprising have the furnace body of horizontal setting, furnace body that there is feeding end and discharge end, set on furnace body
There is the guide rail between the feeding end and discharge end of bridging furnace body, correspondence is assembled on the guide rail of furnace body two transmission chain claws respectively,
Transmit chain claw loopy moving between the feeding end and discharge end of furnace body；Carried in the furnace body transmission chain claw feed direction according to
Secondary distribution Welding compound spraying coater, preheating device, Wave-soldering device and cooling device；The top cloth of the Welding compound spraying coater
It is equipped with extractor fan, furnace body is interior, is located above preheating device equipped with smoke alarm, and preheating device, which has to split, is transmitting chain claw
The heating module of upper and lower sides；The Wave-soldering device is assembled by moving jointing in furnace body, and Wave-soldering device is reserved on furnace body
Pass in and out the channel of furnace body.
Said program is further：Width, helical teeth turbine are adjusted by oblique gear mechanism between two transmission chain claw
Structure drives one to adjust wide lead screw, and wide wire rod thread is adjusted to connect a feed screw nut, described to adjust wide lead screw across in two chains of assembling
Between the guide rail of pawl, there is a guide rail to follow feed screw nut along adjusting wide lead screw to move in two guide rails, realization two is transmitted between chain claws
Adjust width.
Said program is further：The extractor fan includes wind-collecting cover and connects the exhaust fan of wind-collecting cover, extractor fan
It is equipped with exhausting inductor, which includes the survey wind interface rings being assembled on air draft pipeline, is surveying wind interface rings
Interior survey wind axis equipped with radial arrangement and it is assembled in the survey fan blade surveyed on wind axis, surveys wind axis and stretch out the one end surveyed outside wind interface rings and set
There are induction light sensation piece, induction light sensation piece collocation optoelectronic switch work, optoelectronic switch to connect the control system of wave-soldering furnace.
Said program is further：The Welding compound spraying coater is rosin humidifier, has reservoir and connection storage
The moving nozzle of liquid bath, reservoir connect rosin source of supply by self-complementary pump, and self-complementary pump is controlled by the liquid level meter in reservoir.
Said program is further：The molten tin bath that the Wave-soldering device has holder and is arranged on holder, the liquid of molten tin bath
State solder surface forms the solder wave of specific shape；Molten tin bath opposite brackets by motor lead screw mechanism drives lift；In molten tin bath
Equipped with floating ball, floating ball is suspended on one end of lever, and the upper end of bar is drawn in the other end connection of lever up and down, in the lower end for drawing bar up and down
Sensing chip, sensing chip collocation optical flame detector work are set, and optical flame detector connects the control system of wave-soldering furnace.
Said program is further：The claw that the transmission chain claw includes chain and is arranged on the downside of chain, chain group
Load connects the sprocket wheel arranged on guide rail；Claw has root and carrying pawl head, the root of claw and carrying pawl head connecting body structure, pawl
The pivotal axis lower end of the root connection chain of son.
Said program is further：Described adjust is socketed a tubulose guide rod on wide lead screw, adjust between wide lead screw and tubulose guide rod
There is bearing support connection；Tubulose guide rod is equipped with strip guide groove, and the tubulose guide rod connects after passing through the first claw bearing
First support base adjusts wide lead screw to be pierced by the one helical gear of one end connection oblique gear mechanism of the first support base；The tubulose is led
The other end of bar connects the second support base after passing through the second claw bearing, is equipped between tubulose guide rod and the second claw bearing and adjusts width
Copper sheathing, feed screw nut are arranged on the tune width lead screw adjusted inside wide copper sheathing, adjust the two ends of wide copper sheathing to be equipped with and adjust wide pressing plate, adjust wide
Pressing plate is fixed on the second claw bearing, and adjusts wide pressing plate that there is lower foot clamp, lower foot clamp to stretch into the strip guide groove of tubulose guide rod
Clamp limitation feed screw nut；The second claw bearing is mounted on movable guide rail.
Said program is further：The molten tin bath is fixed on seat in middle level, and seat cubic hyte in middle level is equipped with elevating screw, rises
The lifting nut being arranged in drop wire rod thread connecting bracket, four lifting nuts connect same power runner by elevating chain.
Said program is further：The discharge end of the furnace body, which is equipped with, washes jaw arrangement, discharge end of the transmission chain claw in furnace body
By washing jaw arrangement cleaning claw when revolution.
Said program is further：It is equipped with online signal port on the feeding end and discharge end of the furnace body.
The utility model is designed by resulting structure, is reached Wave-soldering device and is assembled into furnace body by moving jointing, side
Just it safeguards and replaces, contribute to continuous production, avoid shutting down；Preheating device has the heating split in transmission chain claw upper and lower sides
The component face preheating of module, circuit board is fast and uniform, helps to promote wave-soldering quality and stability, smog report is equipped in furnace body
Alert device, working environment in effective monitoring furnace body, reaches timely alarm and control production, production caused by avoiding smog is bad
Situation, stable wave crest, which is welded in ecotopia, to carry out, and similarly helps to promote wave-soldering quality and stability.The utility model
Structure is relatively simple, connection and reasonable arrangement, and work is convenient, stablizes, and the operation ratio and operability of significant increase wave-soldering furnace meet production
Industry utilizes.
Description of the drawings：
Attached drawing 1 is the preferred embodiment structural schematic diagram of the utility model；
Attached drawing 2 is the plan structure arrangement schematic diagram of Fig. 1 embodiments；
Attached drawing 3 is the partial structurtes schematic side view of Fig. 1 embodiments；
Attached drawing 4 is the exhausting sensor structure schematic diagram that extractor fan is subsidiary in Fig. 1 embodiments；
Attached drawing 5 is the molten tin bath tin position control structure schematic diagram of Fig. 1 embodiments；
Attached drawing 6 is the tune width lead screw assembly structure diagram of Fig. 1 embodiments；
Attached drawing 7 is the transmission chain claw partial structural diagram of Fig. 1 embodiments.
Specific implementation mode：
The technique effect of the design of the utility model, concrete structure and generation is made furtherly below with reference to attached drawing
It is bright, to be fully understood from the purpose of this utility model, feature and effect.
Shown in refering to fig. 1 ~ 7, the utility model includes the furnace body 1 of horizontal setting and corresponding in relation to a kind of wave-soldering furnace
Control system, furnace body 1 have feeding end and discharge end, are equipped between the feeding end and discharge end of bridging furnace body 1 on furnace body 1
Guide rail 11, two transmission chain claws 2 respectively correspondence is assembled on the guide rail 11 of furnace body 1, transmission chain claw 2 furnace body 1 feeding end and
Loopy moving between discharge end.Carried in the furnace body 1 transmission chain claw 2 feed direction be sequentially distributed Welding compound spraying coater 3,
Preheating device 4, Wave-soldering device 5 and cooling device 6, structure is relatively simple, connection and reasonable arrangement, good integrity.The scaling powder spray
The top of coating device 3 is disposed with extractor fan 7, and extractor fan 7 collects outside discharge furnace body the smog of scaling powder, and can realize
The recycling scaling powder of effect.Furnace body 1 is interior, is located at 4 top of preheating device is equipped with smoke alarm 12, building ring in effective monitoring furnace body
Border reaches timely alarm and control production, avoids producing unfavorable condition caused by smog, stablizes wave crest and be welded in ecotopia
Middle progress similarly helps to promote wave-soldering quality and stability.Preheating device 4, which has, to be split in transmission 2 upper and lower sides of chain claw
Heating module realizes heating mode up and down, contributes to the component face of circuit board to preheat faster and uniformly, and then promote wave-soldering matter
Amount and stability.The Wave-soldering device 5 is assembled by moving jointing in furnace body 1, reserved on furnace body 1 Wave-soldering device 5 into
Go out the channel of furnace body, which maintains easily and replace, and contributes to continuous production, avoids shutting down, to promote significant increase
The operation ratio and operability of wave-soldering furnace meet industry utilization.Cooling device 6 uses cold front heavy rain, and welding is made to be quickly cooled down
After form solder joint, while effectively solving the problems, such as bridge joint or short-circuit.
Shown in Fig. 1,2,3,6, in the present embodiment, width is adjusted by oblique gear mechanism between two transmission chain claw 2,
Adjust width accurately, conveniently.Wide lead screw 81 is adjusted in oblique gear mechanism driving one, and wide lead screw 81 is adjusted to be threadedly coupled a feed screw nut 82, institute
It states and adjusts wide lead screw 81 between the guide rail 11 in two transmission chain claws 2 of assembling, there is a guide rail 11 to follow lead screw in two guide rails 11
Nut 82 adjusts width along adjusting wide lead screw 81 to move between two transmission chain claws 2 of realization.In the present embodiment, the wide lead screw of the tune
A tubulose guide rod 83 is socketed on 81, adjusting has bearing support connection between wide lead screw 81 and tubulose guide rod 83；It is set on tubulose guide rod 83
The first support base 85 is connected after having strip guide groove 831, described 83 one end of tubulose guide rod to pass through the first claw bearing 84, adjusts wide lead screw
81 are pierced by the one helical gear of one end connection oblique gear mechanism of the first support base 85；The other end of the tubulose guide rod 83 passes through
The second support base 87 is connected after second claw bearing 86, is equipped between tubulose guide rod 83 and the second claw bearing 86 and is adjusted wide copper sheathing
88, feed screw nut 82 is arranged on adjusting the wide lead screw of the tune of 88 inside of wide copper sheathing 81, adjusts the two ends of wide copper sheathing 88 to be equipped with and adjusts wide press
Plate 89 adjusts wide pressing plate 89 to be fixed on the second claw bearing 86, and adjusts wide pressing plate 89 that there is lower foot clamp 891, lower foot clamp 891 to stretch into
Limitation feed screw nut 82 is clamped in the strip guide groove 831 of tubulose guide rod 83；The second claw bearing 86 is mounted on movable lead
On rail 11.When work, wide lead screw 81 is adjusted to be rotated under oblique gear mechanism driving, feed screw nut 82 moves relative to the wide lead screw 81 of tune,
Simultaneously in the case where adjusting wide pressing plate 89 to link, the second claw bearing 86 follows movement, to reach the spacing between two guide rails 11 of adjustment,
Reach two transmission chain claws 2 between adjust width, meet various sizes of welding circuit board needs.In the present embodiment, tubulose
Guide rod 83 plays the role of reinforcement structure and gives guiding, in actual implementation, can also be pressed in the first claw bearing 84 and second
It is socketed bellows on tubulose guide rod 83 between pawl bearing 86（Do not show in figure）, protection tubulose guide rod 83 is given, prevents greasy dirt viscous
It is attached and influence to adjust wide operation.
In the present embodiment, the extractor fan 7 includes wind-collecting cover 76 and connects the exhaust fan 77 of wind-collecting cover 76, extractor fan
7 are equipped with exhausting inductor, which includes the survey wind interface rings 71 being assembled on air draft pipeline, are surveying wind interface
It is equipped with the survey wind axis 72 of radial arrangement in ring 71 and is assembled in the survey fan blade 73 surveyed on wind axis 72, surveys the stretching of wind axis 72 and surveys wind interface
One end outside ring 71 is equipped with induction light sensation piece 74, and 74 collocation optoelectronic switch 75 of induction light sensation piece works, and optoelectronic switch 75 connects wave
The control system of peak brazier.Induction light sensation piece 74 is followed to survey wind axis 72 and survey fan blade 73 and be rotated, the sensing induction light of optoelectronic switch 75
Sense piece 74 and the control system that signal is passed to wave-soldering furnace.When the arrangement works, 77 normal exhausting of exhaust fan surveys fan blade 73
It is opened by wind-force, surveys wind axis 72 and rotate, induction light sensation piece 74 follows rotation, induction light sensation piece 74 to deflect an angle and block photoelectricity
The circuit of the light path of switch 75, optoelectronic switch 75 disconnects；And when 77 exhausting amount of exhaust fan become smaller in addition be broken do not work when, survey wind
Leaf 73 is closed, and is surveyed wind axis 72 and is turned round, and induction light sensation piece 74 follows revolution, and optoelectronic switch 75 is by incuding the notch on light sensation piece 74
Circuit is connected, signal is passed to the control system of wave-soldering furnace, reaches alarm and control production, exhaust fan is prevented to be broken
Rosin smog is overstock, and prevents rosin cigarette toward spreading inside machine, it is ensured that production safety.
In the present embodiment, the Welding compound spraying coater 3 is rosin humidifier, with reservoir and connects reservoir
Moving nozzle, reservoir connect rosin source of supply by self-complementary pump, and self-complementary pump is controlled by the liquid level meter in reservoir, thus reached
Rosin low alarm and self-complementary effect promote wave-soldering furnace automation.
Shown in Fig. 1,3,5, in the present embodiment, the Wave-soldering device 5 is with holder 51 and the tin being arranged on holder 51
Slot 52, the liquid solder surface of molten tin bath 52 form the solder wave of specific shape；Molten tin bath 52 is driven by phase by motor lead screw mechanism
Holder 51 is lifted；Floating ball 53 is equipped in molten tin bath 52, floating ball 53 is suspended on one end of lever 54, and the other end of lever 54 connects
Under draw the upper end of bar 55, sensing chip 56 is set in the lower end for drawing bar 55 up and down, the optical flame detector 57 of arranging in pairs or groups of sensing chip 56 works, optical flame detector
The control system of 57 connection wave-soldering furnaces.Draw bar 55 up and down and floating ball 53 position reacted by lever 54, when occur tin position it is relatively low when,
Floating ball 53 sinks, and draws bar 55 up and down and then moves up, and sensing chip 56 follows to be drawn bar 55 and move up up and down, and optical flame detector 57 senses sensing chip 56 simultaneously
Signal is passed to the control system of wave-soldering furnace, thus reaches the tin position low alarm monitoring of Wave-soldering device 5.The present embodiment
In, the molten tin bath 52 is fixed on seat 58 in middle level, and seat 58 cubic hyte in middle level is equipped with elevating screw 581,581 screw thread of elevating screw
The lifting nut 511 being arranged in connecting bracket 51, four lifting nuts 511 connect same power runner by elevating chain 59
591.This is simple in structure, facilitates the liquid solder apparent height on adjustment molten tin bath 52, is passed through with meeting circuit board assemblies welding surface
There are the operating modes such as adequately contact, heating, wetting when wave, helps to promote welding quality and stability.In the present embodiment, wave-soldering
Device 5 can be unicast form or double wave form, and movement, is suitably equipped with idler wheel, to spell in 51 bottom of holder for convenience
It fills light, quick, promotes the operability of wave-soldering furnace.
Shown in Fig. 1,2,3,7, in the present embodiment, the transmission chain claw 2 includes chain 21 and setting in 21 downside of chain
Claw 22, the sprocket wheel arranged on 21 assembly and connection guide rail 11 of chain；Claw 22 has root and carrying pawl head, the root of claw 22
Portion and carrying pawl head connecting body structure, the pivotal axis lower end of the root connection chain 21 of claw 22.22 knot of claw of the structure design
Structure more preferably, and is connected to the pivotal axis lower end of chain 21, and the arm of force is short, and more preferably, transmission material is more stable for load-carrying.In figure,
The present embodiment also further can increase position limiting structure in the root inner edge of claw 22, prevent the root of claw 22 from tilting, it is ensured that
It is 21 stable drive of chain, normal, promotion load-carrying is equally can reach, different product production needs are met.In the present embodiment, the stove
The discharge end of body 1, which is equipped with, washes jaw arrangement 9, and transmission chain claw 2 cleans claw in the discharge end revolution of furnace body 1 by washing jaw arrangement 9
22, it washes jaw arrangement 9 and claw 22, the automatic sundries for removing claw 22, in case material containing is welded again is cleaned by hairbrush and cleaning solution.
Shown in Fig. 1, in the present embodiment, it is equipped with online signal port 13 on the feeding end and discharge end of the furnace body 1, joins
Machine signal port 13 is fast insert-pull port, can realize that multimachine connects work by online signal port 13 in this way, meet production
And workshop arrangement requires.
The utility model is designed by resulting structure, and structure is relatively simple, connection and reasonable arrangement, and work is convenient, stablizes, and greatly carries
The operation ratio and operability for rising wave-soldering furnace meet industry utilization.
Although the above-mentioned preferred embodiment for being described in conjunction with the accompanying the utility model, the utility model should not be limited
It is formed on identical structurally and operationally with above description and attached drawing.To one skilled in the art, do not surpassing
It can also be to above-described embodiment by logical analysis, reasoning, or a limited experiment in the case of going out the utility model conception and scope
Number of improvements could be made and variation, and such modifications and variations should all belong to the range of the requires of the utility model protection.
Claims (10)
1. a kind of wave-soldering furnace, it is characterised in that：It include the furnace body of horizontal setting（1）, furnace body（1）With feeding end and discharging
End, in furnace body（1）It is equipped with bridging furnace body（1）Feeding end and discharge end between guide rail（11）, two transmission chain claws（2）Point
Furnace body Dui Ying be assembled in（1）Guide rail（11）On, transmit chain claw（2）In furnace body（1）Feeding end and discharge end between recycle
It is mobile；The furnace body（1）Inside carry over transmission chain claw（2）Feed direction be sequentially distributed Welding compound spraying coater（3）, preheating device
（4）, Wave-soldering device（5）And cooling device（6）；The Welding compound spraying coater（3）Top be disposed with extractor fan（7）,
Furnace body（1）It is interior, be located at preheating device（4）Top is equipped with smoke alarm（12）, preheating device（4）Chain claw is being transmitted with splitting
（2）The heating module of upper and lower sides；The Wave-soldering device（5）It is assembled into furnace body by moving jointing（1）It is interior, furnace body（1）It is upper pre-
Stay Wave-soldering device（5）Pass in and out the channel of furnace body.
2. a kind of wave-soldering furnace according to claim 1, it is characterised in that：Two transmission chain claw（2）Between pass through
Oblique gear mechanism adjusts width, and wide lead screw is adjusted in oblique gear mechanism driving one（81）, adjust wide lead screw（81）It is threadedly coupled a lead screw spiral shell
It is female（82）, the wide lead screw of the tune（81）Across in two transmission chain claws of assembling（2）Guide rail（11）Between, two guide rails（11）In have
One guide rail（11）Follow feed screw nut（82）Along the wide lead screw of tune（81）It is mobile, realize two transmission chain claws（2）Between adjust width.
3. a kind of wave-soldering furnace according to claim 1, it is characterised in that：The extractor fan（7）Including wind-collecting cover
（76）And connection wind-collecting cover（76）Exhaust fan（77）, extractor fan（7）It is equipped with exhausting inductor, which includes
There are the survey wind interface rings being assembled on air draft pipeline（71）, surveying wind interface rings（71）The interior survey wind axis equipped with radial arrangement（72）
And it is assembled in survey wind axis（72）On survey fan blade（73）, survey wind axis（72）It stretches out and surveys wind interface rings（71）Outer one end is equipped with induction
Light sensation piece（74）, incude light sensation piece（74）Collocation optoelectronic switch（75）Work, optoelectronic switch（75）Connect the control of wave-soldering furnace
System.
4. a kind of wave-soldering furnace according to claim 1, it is characterised in that：The Welding compound spraying coater（3）It is rosin
Humidifier, the moving nozzle with reservoir and connection reservoir, reservoir connects rosin source of supply by self-complementary pump, self-complementary
Pump is controlled by the liquid level meter in reservoir.
5. a kind of wave-soldering furnace according to claim 1, it is characterised in that：The Wave-soldering device（5）With holder
（51）And it is arranged in holder（51）On molten tin bath（52）, molten tin bath（52）Liquid solder surface formed specific shape solder wave；
Molten tin bath（52）By motor lead screw, mechanism drives by opposite brackets（51）Lifting；Molten tin bath（52）In be equipped with floating ball（53）, floating ball
（53）It is suspended on lever（54）One end, lever（54）The other end connection up and down draw bar（55）Upper end, drawing bar up and down
（55）Lower end be arranged sensing chip（56）, sensing chip（56）Collocation optical flame detector（57）Work, optical flame detector（57）Connect wave-soldering furnace
Control system.
6. a kind of wave-soldering furnace according to claim 1 or 2, it is characterised in that：The transmission chain claw（2）It include chain
（21）And it is arranged in chain（21）The claw of downside（22）, chain（21）Assembly and connection guide rail（11）The sprocket wheel of upper arrangement；Claw
（22）With root and carrying pawl head, claw（22）Root and carrying pawl head connecting body structure, claw（22）Root connection chain
Item（21）Pivotal axis lower end.
7. a kind of wave-soldering furnace according to claim 2, it is characterised in that：The wide lead screw of the tune（81）One tubulose of upper socket
Guide rod（83）, adjust wide lead screw（81）With tubulose guide rod（83）Between have bearing support connection；Tubulose guide rod（83）It is equipped with strip
Guide groove（831）, the tubulose guide rod（83）One end passes through the first claw bearing（84）After connect the first support base（85）, adjust wide silk
Bar（81）It is pierced by the first support base（85）One end connection oblique gear mechanism one helical gear；The tubulose guide rod（83）It is another
One end passes through the second claw bearing（86）After connect the second support base（87）, tubulose guide rod（83）With the second claw bearing（86）It
Between be equipped with and adjust wide copper sheathing（88）, feed screw nut（82）Wide copper sheathing is being adjusted in setting（88）Internal tune width lead screw（81）On, adjust wide copper
Set（88）Two ends be equipped with and adjust wide pressing plate（89）, adjust wide pressing plate（89）It is fixed on the second claw bearing（86）On, and adjust wide pressure
Plate（89）With lower foot clamp（891）, lower foot clamp（891）Stretch into tubulose guide rod（83）Strip guide groove（831）Interior cramping limits silk
Stem nut（82）；The second claw bearing（86）Mounted on movable guide rail（11）On.
8. a kind of wave-soldering furnace according to claim 5, it is characterised in that：The molten tin bath（52）Fixed seat in middle level（58）
On, middle level seat（58）Cubic hyte is equipped with elevating screw（581）, elevating screw（581）It is threadedly coupled holder（51）Upper setting
Lifting nut（511）, four lifting nuts（511）Pass through elevating chain（59）Connect same power runner（591）.
9. a kind of wave-soldering furnace according to claim 1, it is characterised in that：The furnace body（1）Discharge end be equipped with wash pawl
Device（9）, transmit chain claw（2）In furnace body（1）Discharge end revolution when by washing jaw arrangement（9）Clean claw（22）.
10. a kind of wave-soldering furnace according to claim 1, it is characterised in that：The furnace body（1）Feeding end and discharge end
On be equipped with online signal port（13）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820198683.XU CN208033871U (en) | 2018-02-06 | 2018-02-06 | A kind of wave-soldering furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820198683.XU CN208033871U (en) | 2018-02-06 | 2018-02-06 | A kind of wave-soldering furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208033871U true CN208033871U (en) | 2018-11-02 |
Family
ID=63951743
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820198683.XU Expired - Fee Related CN208033871U (en) | 2018-02-06 | 2018-02-06 | A kind of wave-soldering furnace |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208033871U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108176907A (en) * | 2018-02-06 | 2018-06-19 | 东莞市创威自动化科技有限公司 | A kind of wave-soldering furnace |
| CN114101839A (en) * | 2021-11-29 | 2022-03-01 | 苏州浪潮智能科技有限公司 | Wave soldering furnace |
| CN114309857A (en) * | 2021-12-15 | 2022-04-12 | 上海羽默电子科技有限公司 | Circuit board ferrule production process |
-
2018
- 2018-02-06 CN CN201820198683.XU patent/CN208033871U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108176907A (en) * | 2018-02-06 | 2018-06-19 | 东莞市创威自动化科技有限公司 | A kind of wave-soldering furnace |
| CN114101839A (en) * | 2021-11-29 | 2022-03-01 | 苏州浪潮智能科技有限公司 | Wave soldering furnace |
| CN114309857A (en) * | 2021-12-15 | 2022-04-12 | 上海羽默电子科技有限公司 | Circuit board ferrule production process |
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