CN207146412U - The clean stove of one kind energy-conservation heat - Google Patents
The clean stove of one kind energy-conservation heat Download PDFInfo
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- CN207146412U CN207146412U CN201721191044.2U CN201721191044U CN207146412U CN 207146412 U CN207146412 U CN 207146412U CN 201721191044 U CN201721191044 U CN 201721191044U CN 207146412 U CN207146412 U CN 207146412U
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Abstract
The utility model discloses the clean stove of one kind energy-conservation heat, including body of heater, main burning machine and fume extractor, main baking room and main combustion chamber are wherein provided with body of heater.The clean stove of heat also utilizes device including off-gas recovery, and it includes cooling chamber, secondary fuel assembly and the wind-force hauling machine being connected with main baking room.Secondary fuel assembly includes the first subsidiary combustion chamber, the first heater being arranged in the first subsidiary combustion chamber.The both ends of first subsidiary combustion chamber are connected by the first recovery tubes and the second recovery tubes with cooling chamber and main baking room respectively.Fume extractor is arranged on the top of cooling chamber.The clean stove of energy-conservation heat of the present utility model, persistently carbonization treatment can be carried out flue gas caused by the clean stove of recycling heat to hardware, so as to reduce the energy consumption of the clean stove of heat, reach the effect to economize on resources.Secondly, flue gas is cooled before flue gas is discharged and spray cleaning is handled, reduce the discharge of organic pollution in flue gas.The clean stove of this heat has the advantages that efficient, energy-saving and environmental protection, reduces production cost.
Description
Technical field
It the utility model is related to a kind of clean stove of heat, more particularly to a kind of clean stove of energy-conservation heat.
Background technology
On the cleaning of metal component surfaces organic matter, more traditional way be using burning disposal, strong acid treatment or
Paint stripper processing, but these ways can produce substantial amounts of sour gas, not only pollute environment, can also cause metalwork to produce shape
Become, and cost is also very high.Many drawbacks of conventional process mode are had appreciated that in industry at present, start to use in the clean stove of heat
The organic matter mode of interior high temperature cabonization metal surface cleans metal component surfaces.
The technical scheme of the clean stove of heat of the prior art is varied, but generally existing energy consumption is big and environmental pollution ratio
The problem of more serious.Such as Application No. 201220665643.4 discloses a kind of new clean stove patent of heat, a kind of new heat is clean
Stove, including：One body of heater, the body of heater top are provided with the waste gas burning room being sequentially communicated with body of heater, chimney, set in the body of heater
It is equipped with main chamber and is located at bottom of furnace body；The main burning machine being arranged on outside body of heater and secondary combustor, the main burning machine and master
Combustion chamber, the main chamber are provided with some outlets and connected with body of heater inner chamber, the secondary combustor and waste gas burning room
Connection；One fuel tank is connected by oil pipeline with main burning machine, secondary combustor；If dry temperature sensor, it is separately positioned on stove
Inside intracoelomic cavity and chimney；The water tank being arranged on outside body of heater and the water pump to be drawn water from water tank, if the water tank, water pump pass through solid carbon dioxide
Pipe connects with body of heater inner chamber；It is characterized in that：Also include an electric cabinet, programmable controller, text are provided with the electric cabinet
This display and starting switch；The text display is used for the temperature information of displays temperature sensor transmission or carries out parameter
Modification or display fault message；The programmable controller, main burning machine is controlled to be fired with secondary by the feedback of temperature sensor
The switch of burning machine and working strength, the switch of water pump.The hot clean stove of the patent is by using programmable controller and TEMP
Device coordinates, and controls the switch and working strength of major and minor combustor, and reduces the meaningless injection of water, and organic matter is disposed in stove
Autostop afterwards, it is final to realize the purpose for saving the energy.Although the clean stove energy of patent heat has been saved, intracavitary in body of heater
Heat or can all be supplied by main burning machine burning diesel oil, the saving degree for the energy is smaller.
Utility model content
The shortcomings that the purpose of this utility model is to overcome prior art, there is provided the clean stove of one kind energy-conservation heat, can reclaim
With purify it is main dry room caused by have high temperature energy flue gas, and using the flue gas to hardware carry out carbonization treatment so that
The energy consumption of the clean stove of heat is reduced, is economized on resources.
To reach above-mentioned purpose, the technical solution adopted in the utility model is：The clean stove of one kind energy-conservation heat, including body of heater, master
Combustor and fume extractor, wherein being provided with main baking room and main combustion chamber in the body of heater, it is characterised in that：The clean stove of heat also wraps
Include off-gas recovery and utilize device, cooling chamber, the pair burning that the off-gas recovery includes being connected with the main baking room using device
Component and wind-force hauling machine, the secondary fuel assembly include the first subsidiary combustion chamber, are arranged in the first described subsidiary combustion chamber
First heater, the both ends of first subsidiary combustion chamber pass through the first recovery tubes and the second recovery tubes and institute respectively
State cooling chamber to connect with main baking room, the wind-force hauling machine is used to the gas in the cooling chamber being incorporated into the described first secondary combustion
Interior is burnt, described fume extractor is arranged on the top of described cooling chamber.
Preferably, described secondary fuel assembly has two groups, and two groups of pair fuel assemblies are arranged in parallel.
Further, described first heater is resistance heater.
Further, the first subsidiary combustion chamber is arranged side by side in the horizontal direction described in two groups, and they are respectively positioned on the body of heater
Rear side side.
Preferably, the recovery tubes of the first recovery tubes second, be respectively arranged with magnetic valve on described fume extractor,
The clean stove of heat also include control system, be respectively used to detect it is described it is main dry in indoor, cooling chamber, temperature in the first subsidiary combustion chamber
Temperature sensor and being respectively used to detect it is main dry in indoor, cooling, in the first subsidiary combustion chamber the pressure sensor of pressure and
It is respectively used to detect main baking interior, the flame detector of the first subsidiary combustion chamber flame, the control system includes PLC and controlled
Device, the PLC respectively with described temperature sensor, pressure sensor, first heater, flame detector, each
The signal end connection of the magnetic valve, each temperature sensor, pressure sensor and the flame detector will detect respectively
Temperature, pressure and flare up fire pass to PLC, and the PLC is according to the temperature, pressure and flare up fire of reception
Accordingly control the work of the main burning machine, first heater, magnetic valve and fume extractor.
Preferably, the clean stove of heat also includes the second subsidiary combustion chamber, be arranged in the second described subsidiary combustion chamber second
Heater, the bottom of second subsidiary combustion chamber are connected with the bottom of first subsidiary combustion chamber, and top passes through blast pipe
It is connected with the cooling chamber top.
Further, first subsidiary combustion chamber and the second subsidiary combustion chamber are arranged side by side in the horizontal direction, use therebetween
Dividing plate separates；Described the lower partition is communicated with the through hole of first subsidiary combustion chamber and the second subsidiary combustion chamber；And/or institute
Left between the bottom for the dividing plate stated and first subsidiary combustion chamber or the bottom of the second subsidiary combustion chamber and connect the described first secondary combustion
Burn the passage of room and the second subsidiary combustion chamber.
Preferably, the cooling chamber includes the first cooling that both ends connect with first recovery tubes and main baking room respectively
Room, the second cooling chamber being connected with the fume extractor, separated between first cooling chamber and the second cooling chamber with dividing plate.
Preferably, the clean stove of heat also includes being separately positioned on the main cooling device dried in indoor and cooling chamber, institute
Stating cooling device includes spray equipment and/or condensing unit, and the spray equipment includes shower nozzle, water pipe and control shower water and opened
Close and/or the first water valve of flow, the condensing unit include the condenser pipe that can connect condensed water and the opening and closing of control condensed water and/
Or the second water valve of flow.
Further, described water valve includes magnetic valve, in first recovery tubes, the second recovery tubes, described
Also magnetic valve is respectively arranged with fume extractor, the clean stove of heat also includes control system, is respectively used to detect the main baking room
In interior, cooling chamber, in the first subsidiary combustion chamber the temperature sensor of temperature and being respectively used to detect it is main dry in indoor, cooling, first
The pressure sensor of pressure and being respectively used to, which detects, in subsidiary combustion chamber main dries the indoor, flame of the first subsidiary combustion chamber flame
Detector, the control system include PLC, the PLC respectively with described temperature sensor, pressure sensing
The signal end connection of device, first heater, flame detector, each magnetic valve, each temperature sensor, pressure sensing
The temperature detected, pressure and flare up fire are passed to PLC, the PLC by device and flame detector respectively
The main burning machine, first heater, the magnetic valve, row are accordingly controlled according to the temperature, pressure and flare up fire of reception
The work of cigarette device and described cooling device.
Due to the utilization of above-mentioned technical proposal, the utility model has following advantages compared with prior art：This practicality is new
The clean stove of energy-conservation heat of type, can reclaim caused by main baking room has the flue gas of high temperature energy, and carries out secondary burning to it, utilizes
Its caused high temperature is pointed to the main hardware for drying interior and carries out carbonization treatment, so as to reduce the energy consumption of the clean stove of heat, reaches section
About resource, reduce the effect of production cost.Secondly, flue gas is cooled before flue gas is discharged and spray process, reduced
The discharge of organic pollution in flue gas.To sum up, the clean stove of heat of the present utility model has efficient, energy-saving and environmental protection, reduces production cost
The advantages that.
Brief description of the drawings
Accompanying drawing 1 is the schematic elevation view of the clean stove of heat of the present utility model；
Accompanying drawing 2 is the left view schematic diagram of the clean stove of heat of the present utility model；
Accompanying drawing 3 regards schematic diagram for the right side of the clean stove of heat of the present utility model；
Accompanying drawing 4 is the schematic rear view of the clean stove of heat of the present utility model.
Wherein：1st, body of heater；2nd, main burning machine；3rd, fume extractor；31st, chimney；32nd, induced-draft fan；4th, off-gas recovery utilizes dress
Put；41st, cooling chamber；42nd, secondary fuel assembly；42a, the first subsidiary combustion chamber；42b, the first recovery tubes；42c, the second recuperation of heat
Pipe；43rd, wind-force hauling machine；5th, the second subsidiary combustion chamber；6th, blast pipe.
Embodiment
The technical solution of the utility model is further elaborated with specific embodiment below in conjunction with the accompanying drawings.
Referring to the clean stove of energy-conservation heat shown in Fig. 1 to Fig. 4, including body of heater 1, main burning machine 2 and fume extractor 3, wherein described
Main baking room and main combustion chamber are provided with body of heater, fume extractor 3 is arranged on the top of described cooling chamber.The clean stove of heat also includes flue gas
Recycle device 4, off-gas recovery using device 4 include with it is main baking room be connected cooling chamber 41, secondary fuel assembly 42 and
Wind-force hauling machine 43.Secondary fuel assembly 42 includes the first subsidiary combustion chamber 42a, first be arranged in the first subsidiary combustion chamber 42a adds
Thermal, the first subsidiary combustion chamber 42a both ends pass through the first recovery tubes 42b and the second recovery tubes 42c and cooling respectively
Room 41 connects with main baking room.Wind-force hauling machine 43 is used to the gas in cooling chamber 41 being incorporated into the first subsidiary combustion chamber.It is preferred that
, wind-force hauling machine 43 is on the first recovery tubes 42b.Wherein, secondary fuel assembly 42 can be arranged to one according to actual conditions
Group is multigroup, and in the present embodiment, secondary fuel assembly 42 has two groups, and two groups of pair fuel assemblies are arranged in parallel.Two group of first secondary combustion
Burn room 42a to be arranged side by side in the horizontal direction, and they are respectively positioned on the rear side side of body of heater 1, are not take up the space of main baking room.
In this example, the first heater that is arranged in the first subsidiary combustion chamber 42a can be combustion engine or resistance heater, this
Using better resistance heater as first heater in embodiment.So consuming less electric energy can light
Flue gas in the first subsidiary combustion chamber 42a, and eliminate the air pollution because of caused by combustion engine burning diesel oil.Wherein, it is electric
Resistance heater is only needed to light the flue gas in the first subsidiary combustion chamber 42a, and persistently it need not be powered,
The energy expenditure of the clean stove of heat is greatly reduced, has saved production cost.
First recovery tubes 42b, the second recovery tubes 42c, magnetic valve is respectively arranged with fume extractor 3.The clean stove of heat is also
Including control system, be respectively used to detect it is described it is main dry in indoor, cooling chamber, in the first subsidiary combustion chamber temperature temperature sensor
Main dry in indoor, cooling with being respectively used to detect, the pressure sensor of pressure and be respectively used to detect in the first subsidiary combustion chamber
It is main to dry the indoor, flame detector of the first subsidiary combustion chamber flame.Control system includes PLC, PLC respectively with
The signal end connection of temperature sensor, pressure sensor, first heater, flame detector, each magnetic valve.Each TEMP
The temperature and pressure signal detected is passed to PLC, PLC controls by device, pressure sensor and flame detector respectively
Device accordingly controls main burning machine 2, first heater, magnetic valve and smoke evacuation according to the temperature, pressure and flare up fire of receiving
The work of device 3.
Therefore, main baking room, cooling chamber 41, the first recovery tubes 42b, the first subsidiary combustion chamber 42a, the second recovery tubes
42ac, form a loop.It is main to dry indoor formation malleation under the driving of wind-force hauling machine 43, shape in the first subsidiary combustion chamber 42a
Into negative pressure, the main high-temperature flue gas for drying indoor formation enters in the first subsidiary combustion chamber 42a through this loop, through located at the first subsidiary combustion chamber
First heater in 42a is lighted to be formed after naked light produces high temperature and is re-fed into main baking room to enter the workpiece in main baking room
Row heat resolve.This process is to replace the burning diesel oil of main burning machine 2 using the high temperature energy formed in the first subsidiary combustion chamber 42a
Caused energy carries out heat resolve to the workpiece in main baking room, can greatly reduce the amount of the burning diesel oil of main burning machine 2, drop
The energy-output ratio of the clean stove of low-heat, and reduce air pollution caused by the burning diesel oil of main burning machine 2.By experiment, phase is handled
Same workpiece, the clean stove production cost compared with traditional hot clean stove of this energy-conservation heat can reduce 4 times or so.
The clean stove of heat also includes the second subsidiary combustion chamber 5, the secondary heating mechanism being arranged in the second subsidiary combustion chamber 5.Second is secondary
The bottom of combustion chamber 5 is connected with the first subsidiary combustion chamber 42a bottom, and top is connected for 41 upper with cooling chamber by blast pipe 6
It is logical.First subsidiary combustion chamber 42a and the second subsidiary combustion chamber 5 are arranged side by side in the horizontal direction, are separated with dividing plate therebetween.Under dividing plate
Portion is communicated with the first subsidiary combustion chamber 42a and the through hole of the second subsidiary combustion chamber 5；And/or the bottom of dividing plate and the first subsidiary combustion chamber
The first subsidiary combustion chamber 42a of connection and the passage of the second subsidiary combustion chamber 5 are left between the bottom of 42a or the second subsidiary combustion chamber 5 so that
Flue gas in first subsidiary combustion chamber 42a can be entered in the second subsidiary combustion chamber 5 by this through hole and/or passage.
Cooling chamber 41 include both ends respectively with the first recovery tubes 42b and it is main dry room connect the first cooling chamber, with discharge fume
The second cooling chamber that device 3 is connected, is separated between the first cooling chamber and the second cooling chamber with dividing plate so that not phase between the two
It is logical.Fume extractor 3 includes chimney 31, the induced-draft fan on chimney 31 for being located at the second cooling chamber upper end and communicating therewith.Heat
Clean stove also includes being separately positioned on the main cooling device dried in indoor and cooling chamber 41, cooling device include spray equipment and/or
Condensing unit.Spray equipment includes shower nozzle, water pipe and the first water valve of the opening and closing of control shower water and/or flow；Condensing unit bag
Include the condenser pipe that can connect condensed water and the second water valve of the opening and closing of control condensed water and/or flow.First water valve and the second water valve
Include magnetic valve.First cooling chamber in the second cooling chamber with being equipped with spray equipment and condensing unit, or the first cooling chamber
It is interior to be provided with spray equipment, in the second cooling chamber while be provided with spray equipment and condensing unit.Preferable scheme is the first cooling chamber
It is interior to be provided with spray equipment, in the second cooling chamber while be provided with spray equipment and condensing unit.
Magnetic valve is respectively arranged with the first recovery tubes 42b, the second recovery tubes 42c, fume extractor 3.The clean stove of heat
Also include control system, be respectively used to detect it is main dry in indoor, cooling chamber, in the first subsidiary combustion chamber the temperature sensor of temperature and
It is respectively used to detect and main dry in indoor, cooling, the pressure sensor of pressure and is respectively used to detection master in the first subsidiary combustion chamber
Dry the indoor, flame detector of the first subsidiary combustion chamber flame.Control system includes PLC, PLC respectively with temperature
Spend the signal output part connection of sensor, pressure sensor, first heater, flame detector, each magnetic valve.Each temperature passes
The temperature and pressure signal detected is passed to PLC, PLC controls by sensor, pressure sensor and flame detector respectively
Device processed accordingly controls the main burning machine 2, first heater, magnetic valve, row according to the temperature, pressure and flare up fire of receiving
The work of cigarette device 3 and cooling device.
Therefore, main baking room, cooling chamber 41, the first cooling chamber, the first recovery tubes 42b, the first subsidiary combustion chamber 42a, second
Subsidiary combustion chamber 5, blast pipe 6, the second cooling chamber, fume extractor 3 form another loop, and the main flue gas for drying indoor formation can pass through
This loop is drained into air.
The clean stove course of work of energy-conservation heat of the present embodiment is as follows：Main burning machine 2 is lighted under control of the control system, burning
Caused heat is flowed into main baking interior naturally out of main combustion chamber, to drying indoor workpiece progress heated baking in main.It is located at
Main indoor temperature sensor, pressure sensor, the flame detector of drying dries indoor temperature, pressure and flare up fire transmission to main
To PLC, its situation is monitored.When the main temperature for drying interior reaches certain limit, the coating of workpiece surface is opened
Begin to crack and produce flue gas.When the main pressure for drying interior reaches setting value, control system control wind-force hauling machine 43 starts,
It is main to dry indoor formation malleation under the driving of wind-force hauling machine 43, negative pressure is formed in the first subsidiary combustion chamber 42a, it is main to dry indoor formation
High-temperature flue gas through cooling chamber 41 the first cooling chamber cooling after enter the first subsidiary combustion chamber 42a in, located at the first subsidiary combustion chamber
First heater in 42a is lighted to it and formed after naked light produces high temperature and is re-fed into main baking room in main baking room
Workpiece continues heat resolve.Wherein, resistance heater only needs to light the flue gas in the first subsidiary combustion chamber 42a,
Flue gas in first subsidiary combustion chamber 42a will sustained combustion, and do not need resistance heater continuously to light, can save
Production cost.Meanwhile when the first subsidiary combustion chamber 42a is to the indoor conveying heat of high temperature of main baking, main burning machine 2 can extinguish, main
Dry indoor heat all to be provided by the first subsidiary combustion chamber 42a, the amount of the burning diesel oil of main burning machine 2 can be greatly reduced,
The energy-output ratio of the clean stove of heat is reduced, and reduces air pollution caused by the burning diesel oil of main burning machine 2.It is also possible to control
Set up in the magnetic valve on the second recovery tubes 42b, come control the first subsidiary combustion chamber 42a flow into it is main dry indoor heat number.
Through overtesting, identical workpiece is handled, the clean stove production cost compared with traditional hot clean stove of this energy-conservation heat can reduce 4 times of left sides
It is right.
Because the bottom of the first subsidiary combustion chamber 42a and the second subsidiary combustion chamber 5 communicates, also have in the second subsidiary combustion chamber 5
A certain amount of flue gas.When the pressure sensor in the first subsidiary combustion chamber 42a and the pressure in the second subsidiary combustion chamber 5 pass
When sensor detects that pressure is excessive, the second resistance heater in the second subsidiary combustion chamber 5 is just started working, by the second secondary combustion
The flue gas burnt in room 5 is lighted, and carries out secondary burning to it, again purifying smoke；The induced-draft fan 32 of control system control simultaneously starts,
So that in the second cooling chamber in flue gas flow direction cooling chamber 41 in the second subsidiary combustion chamber 5, the spray equipment in the second cooling chamber
Started working with condensing unit, to being cooled and being filtered by the oxide in its internal high-temperature flue gas and dust, then
Drained into air.And flue gas after secondary high-temperature burns it is substantially all be converted into vapor, carbon dioxide and some
Powdered inorganic matter is had changed into, flue gas is drained into air again after the cooling of cooling chamber 41 and spray, will not to environment
Produce pollution.The hot clean stove of the present embodiment solves the problems, such as heat recovery difficulty, has efficient, energy-saving and environmental protection, reduces production
The advantages that cost.
For above-described embodiment only to illustrate technical concepts and features of the present utility model, its object is to allow be familiar with technique
Personage can understand content of the present utility model and implement according to this, the scope of protection of the utility model can not be limited with this.
All equivalent change or modifications made according to the utility model Spirit Essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (10)
1. the clean stove of one kind energy-conservation heat, including body of heater, main burning machine and fume extractor, wherein be provided with the body of heater main baking room and
Main combustion chamber, it is characterised in that：The clean stove of heat also utilizes device including off-gas recovery, the off-gas recovery using device include with
Main cooling chamber, secondary fuel assembly and the wind-force hauling machine for drying room and being connected, the secondary fuel assembly include the first secondary combustion
Room, the first heater being arranged in the first described subsidiary combustion chamber are burnt, the both ends of first subsidiary combustion chamber lead to respectively
Cross the first recovery tubes and the second recovery tubes to connect with the cooling chamber and main baking room, the wind-force hauling machine is used for by described in
Gas in cooling chamber is incorporated into first subsidiary combustion chamber, and described fume extractor is arranged on the upper of described cooling chamber
Portion.
2. the clean stove of energy-conservation heat according to claim 1, it is characterised in that：Described secondary fuel assembly has two groups, and two groups
Secondary fuel assembly is arranged in parallel.
3. the clean stove of energy-conservation heat according to claim 1 or 2, it is characterised in that：Described first heater adds for resistance
Hot device.
4. the clean stove of energy-conservation heat according to claim 1 or 2, it is characterised in that：The first subsidiary combustion chamber edge is horizontal described in two groups
Direction is arranged side by side, and they are respectively positioned on the rear side side of the body of heater.
5. the clean stove of energy-conservation heat according to claim 1, it is characterised in that：The recovery tubes of first recovery tubes second,
Magnetic valve is respectively arranged with described fume extractor, the clean stove of heat also includes control system, is respectively used to detect the master
Dry in indoor, cooling chamber, the temperature sensor of temperature and being respectively used to detects and main dries interior, cooling chamber in the first subsidiary combustion chamber
The pressure sensor of pressure and being respectively used to, which detects, in interior, the first subsidiary combustion chamber main dries indoor, the first subsidiary combustion chamber flame
Flame detector, the control system includes PLC, the PLC respectively with described temperature sensor, pressure
The signal end connection of force snesor, first heater, flame detector, each magnetic valve, each temperature sensor, pressure
The temperature detected, pressure and flare up fire are passed to PLC, the PLC by force snesor and flame detector respectively
Controller according to the temperature, pressure and flare up fire of reception accordingly control the main burning machine, first heater, magnetic valve with
And the work of fume extractor.
6. the clean stove of energy-conservation heat according to claim 1 or 2, it is characterised in that：The clean stove of heat also includes the second secondary burning
Room, the secondary heating mechanism being arranged in the second described subsidiary combustion chamber, the bottom of second subsidiary combustion chamber and described first
The bottom of subsidiary combustion chamber is connected, and top is connected by blast pipe with the cooling chamber top.
7. the clean stove of energy-conservation heat according to claim 6, it is characterised in that：First subsidiary combustion chamber and the second subsidiary combustion chamber
It is arranged side by side, is separated with dividing plate therebetween in the horizontal direction；Described the lower partition is communicated with first subsidiary combustion chamber
With the through hole of the second subsidiary combustion chamber；And/or the bottom of described dividing plate and first subsidiary combustion chamber or the second subsidiary combustion chamber
The passage for connecting first subsidiary combustion chamber and the second subsidiary combustion chamber is left between bottom.
8. the clean stove of energy-conservation heat according to claim 1, it is characterised in that：The cooling chamber includes both ends respectively with described the
First cooling chamber of one recovery tubes and the connection of main baking room, the second cooling chamber being connected with the fume extractor, described first
Separated between cooling chamber and the second cooling chamber with dividing plate.
9. the clean stove of energy-conservation heat according to claim 1, it is characterised in that：The clean stove of heat is also described including being separately positioned on
The main cooling device dried in indoor and cooling chamber, the cooling device include spray equipment and/or condensing unit, the spray dress
Put cold including that can connect including shower nozzle, water pipe and the first water valve of the opening and closing of control shower water and/or flow, the condensing unit
The condenser pipe and the second water valve of the opening and closing of control condensed water and/or flow of condensate.
10. the clean stove of energy-conservation heat according to claim 9, it is characterised in that：Described water valve includes magnetic valve, described
One recovery tubes, the second recovery tubes, magnetic valve is also respectively arranged with described fume extractor, the clean stove of heat also includes control
System processed, be respectively used to detect it is described it is main dry in indoor, cooling chamber, in the first subsidiary combustion chamber temperature temperature sensor and difference
Main dry in indoor, cooling for detecting, the pressure sensor of pressure and be respectively used to detect main baking room in the first subsidiary combustion chamber
Interior, the first subsidiary combustion chamber flame flame detector, the control system include PLC, the PLC difference
Connect with the signal end of described temperature sensor, pressure sensor, first heater, flame detector, each magnetic valve
Connect, each temperature sensor, pressure sensor and the flame detector respectively pass the temperature detected, pressure and flare up fire
Pass PLC, the PLC according to the temperature, pressure and flare up fire of reception accordingly control the main burning machine,
The work of first heater, the magnetic valve, fume extractor and described cooling device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721191044.2U CN207146412U (en) | 2017-09-18 | 2017-09-18 | The clean stove of one kind energy-conservation heat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721191044.2U CN207146412U (en) | 2017-09-18 | 2017-09-18 | The clean stove of one kind energy-conservation heat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207146412U true CN207146412U (en) | 2018-03-27 |
Family
ID=61667941
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721191044.2U Active CN207146412U (en) | 2017-09-18 | 2017-09-18 | The clean stove of one kind energy-conservation heat |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109386871A (en) * | 2018-10-31 | 2019-02-26 | 中山市海涵五金电器有限公司 | A kind of efficient heating system of constant-temperature safety |
-
2017
- 2017-09-18 CN CN201721191044.2U patent/CN207146412U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109386871A (en) * | 2018-10-31 | 2019-02-26 | 中山市海涵五金电器有限公司 | A kind of efficient heating system of constant-temperature safety |
| CN109386871B (en) * | 2018-10-31 | 2023-12-15 | 中山市海涵晶科电器有限公司 | Constant-temperature safe and efficient heating system |
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