CN204717837U - A kind of heating water Force balance control device - Google Patents
A kind of heating water Force balance control device Download PDFInfo
- Publication number
- CN204717837U CN204717837U CN201520453762.7U CN201520453762U CN204717837U CN 204717837 U CN204717837 U CN 204717837U CN 201520453762 U CN201520453762 U CN 201520453762U CN 204717837 U CN204717837 U CN 204717837U
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Abstract
The utility model relates to a kind of heating water Force balance control device, inlet pipeline one tunnel is connected with extraneous water inlet pipe, another road is connected with wall-hung boiler, water return pipeline one tunnel is connected with wall-hung boiler, another road flows into user side, one tunnel of heating and supplying water pipeline is connected with wall-hung boiler, another road is communicated with the first stop valve, first stop valve has the first water collecting and diversifying device by pipeline communication, first water collecting and diversifying device has the first electric two-way valve by pipeline communication, one tunnel of heating water return pipeline is connected with wall built-up stove, another road is communicated with the second stop valve, second stop valve has the second water collecting and diversifying device by pipeline communication, second water collecting and diversifying device has the second electric two-way valve by pipeline communication, first electric two-way valve is connected with radiator respectively with the second electric two-way valve.Described a kind of heating water Force balance control device, the keying and the temperature that achieve radiator are easy to adjust, the degree of accuracy is high, ensure that the hydraulic equilibrium of system, reduce the workload of adjustment, improve heating quality.
Description
Technical field
The utility model relates to the technical field of heating system, especially a kind of heating water Force balance control device.
Background technology
Along with the development of human being's production living standard and the rising year by year of energy prices, building energy conservation has become the important component part of energy conservation, and northern heating area accounts for 40% of national town building total energy consumption, becomes energy-conservation major area.After current building maintenance structure reducing energy consumption completes substantially, how to make a breakthrough in the energy saving in running of power-supply metering system, determine building energy conservation and finally can really realize.In the long run, the energy saving in running of power-supply metering system not only depends on the subjective awareness of saving energy of people, also depends on scientific and reasonable system, the operational outfit that dependable performance, life-span are longer and accurately, control system efficiently.The heating control system of current use, heat supply efficiency is low, and programming rate is slow, not energy-conservation, uses inconvenience.
Utility model content
The technical problems to be solved in the utility model is: in order to overcome above-mentioned middle Problems existing, provides a kind of heating water Force balance control device, and rationally and can heat up rapidly, operating cost is low, improves heating quality for its project organization.
The utility model solves the technical scheme that its technical problem adopts: a kind of heating water Force balance control device, comprise inlet pipeline, water return pipeline, wall-hung boiler, heating and supplying water pipeline, heating water return pipeline and radiator, described inlet pipeline one tunnel is connected with extraneous water inlet pipe, another road is connected with wall-hung boiler, water return pipeline one tunnel is connected with wall-hung boiler, another road flows into user side, one tunnel of described heating and supplying water pipeline is connected with wall-hung boiler, another road is communicated with the first stop valve, first stop valve has the first water collecting and diversifying device by pipeline communication, first water collecting and diversifying device has the first electric two-way valve by pipeline communication, one tunnel of heating water return pipeline is connected with wall built-up stove, another road is communicated with the second stop valve, second stop valve has the second water collecting and diversifying device by pipeline communication, second water collecting and diversifying device has the second electric two-way valve by pipeline communication, first electric two-way valve is connected with radiator respectively with the second electric two-way valve.
Described wall-hung boiler is connected with boiler room temperature controller.
The first described water collecting and diversifying device and the second water collecting and diversifying device are connected with liquid crystal programming room room thermostat.
The first described electric two-way valve and the second electric two-way valve comprise the valve body with internal cavity structure, be arranged on the valve gap on valve body, axially be located at the driving flap in valve body, the automatic flap be connected with driving flap and the spring being connected to automatic flap bottom, the other end of spring peaks on valve body inner bottom surface, diaphragm is connected with between automatic flap and valve body, valve body two ends offer water inlet and delivery port respectively, between water inlet and delivery port, there is hydraulic barrier, hydraulic barrier offers through hole, the upper end of automatic flap is located at through hole, automatic flap promotes to control the through of water inlet and delivery port by driving flap, described valve gap is provided with dial, described water inlet is provided with flow movement, flow movement is provided with sensor, valve body is externally connected to display, display is connected with flow movement, the top of described driving flap is connected with drive motors, drive motors is connected with sensor.
The beneficial effects of the utility model are: described a kind of heating water Force balance control device, adopt the balance controller of this kind of design, the keying and the temperature that achieve radiator are easy to adjust, the degree of accuracy is high, water collecting and diversifying device is housed, thus effectively controls hydraulic equilibrium, it is convenient, energy-conservation, efficient to realize, utilize electric two-way valve, ensure that the hydraulic equilibrium of system, reduce the workload of adjustment, improve heating quality.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of the first electric two-way valve or the second electric two-way valve in Fig. 1.
1. inlet pipelines in figure, 2. water return pipeline, 3. wall-hung boiler, 4. heating and supplying water pipeline, 5. heating water return pipeline, 6. radiator, 7. the first stop valve, 8. the first water collecting and diversifying device, 9. the first electric two-way valve, 10. the second stop valve, 11. second water collecting and diversifying devices, 12. second electric two-way valves, 13. boiler room temperature controllers, 14. liquid crystal programming room room thermostats, 15-1. valve body, 15-2. valve gap, 15-3. driving flap, 15-4. flap automatically, 15-5. spring, 15-6. diaphragm, 15-7. water inlet, 15-8. delivery port, 15-9. hydraulic barrier, 15-10. dial, 15-11. flow movement, 15-12. sensor, 15-13. display, 15-14. drive motors.
Detailed description of the invention
By reference to the accompanying drawings the utility model is described in further detail now.These accompanying drawings are the schematic diagram of simplification, only basic structure of the present utility model are described in a schematic way, and therefore it only shows the formation relevant with the utility model.
A kind of heating water Force balance control device as shown in Figure 1, comprise inlet pipeline 1, water return pipeline 2, wall-hung boiler 3, heating and supplying water pipeline 4, heating water return pipeline 5 and radiator 6, inlet pipeline 1 one tunnel is connected with extraneous water inlet pipe, another road is connected with wall-hung boiler 3, water return pipeline 2 one tunnel is connected with wall-hung boiler 3, another road flows into user side, one tunnel of heating and supplying water pipeline 5 is connected with wall-hung boiler 3, another road is communicated with the first stop valve 7, first stop valve 7 has the first water collecting and diversifying device 8 by pipeline communication, first water collecting and diversifying device 8 has the first electric two-way valve 9 by pipeline communication, one tunnel of heating water return pipeline 5 is connected with wall built-up stove 3, another road is communicated with the second stop valve 10, wall-hung boiler 3 is connected with boiler room temperature controller 13, second stop valve 10 has the second water collecting and diversifying device 11 by pipeline communication, second water collecting and diversifying device 11 has the second electric two-way valve 12 by pipeline communication, first water collecting and diversifying device 8 and the second water collecting and diversifying device 10 are connected with liquid crystal programming room room thermostat 14, first electric two-way valve 9 is connected with radiator 6 respectively with the second electric two-way valve 12.
A kind of heating water Force balance control device as shown in Figure 2, first electric two-way valve 9 and the second electric two-way valve 12 comprise the valve body 15-1 with internal cavity structure, valve body 15-1 is provided with valve gap 15-2, the driving flap 15-3 be axially arranged with in valve body 15-1, flap 15-3 is driven to be connected with automatic flap 15-4, spring 15-5 is connected with in automatic flap 15-4 bottom, the other end of spring 15-5 peaks on valve body 15-1 inner bottom surface, diaphragm 15-6 is connected with between automatic flap 15-4 and valve body 15-1, valve body 15-1 two ends offer water inlet 15-7 and delivery port 15-8 respectively, there is between water inlet 15-7 and delivery port 15-8 hydraulic barrier 15-9, hydraulic barrier 15-9 offers through hole, the upper end of automatic flap 15-4 is located at through hole, automatic flap 15-4 promotes to control the through of water inlet 15-7 and delivery port 15-8 by driving flap 15-3, valve gap 15-2 is provided with dial 15-10, water inlet 15-7 place is provided with flow movement 15-11, flow movement 15-11 is provided with sensor 15-12, valve body 15-1 is externally connected to display 15-13, display 15-13 is connected with flow movement 15-11, the top of flap 15-3 is driven to be connected with drive motors 15-14, drive motors 15-14 is connected with sensor 15-12.
A kind of heating water Force balance control device of the present utility model, delivery after wall-hung boiler 3 heats is to heating and supplying water pipeline 4, thermal water utilization first water collecting and diversifying device 8 in heating and supplying water pipeline 4 by delivery to radiator 6, water after heat radiation is got back to wall-hung boiler 3 by the second water collecting and diversifying device 10 by heating water return pipeline 5 by the water in radiator 6, principle at the first electric two-way valve 9 used: P1 reaches the outer net pressure of supply water on diaphragm 15-6 top by pipeline, P2 is the pressure of return water of controlled loop, P3 is the pressure of return water of outer net, when increasing for backwater pressure reduction P1-P3 of outer net, then diaphragm 15-6 drives automatic flap 15-4 to move down, the resistance of valve is increased, P2-P3 increases, thus P1-P2 (namely putting on the pressure reduction of controlled loop) is remained unchanged, otherwise P1-P3 reduces, then diaphragm 15-6 drives on automatic flap 15-4 and moves, and makes the resistance of valve reduce, P2-P3 reduces, thus P1-P3 is remained unchanged.Resistance when controlled loop inside changes, such as a certain branch road turns off, then the drag overall of loop increases, P1-P2 increases, but the stress balance of diaphragm 15-6 is broken thereupon, and automatic flap 15-4 moves down, the resistance of valve increases, make again P2-P3 increase, P2 goes back up to again original size, and namely P1-P2 is constant.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant staff in the scope not departing from this utility model technological thought, can carry out various change and amendment completely.The technical scope of this utility model is not limited to the content on description, must determine its technical scope according to right.
Claims (4)
1. a heating water Force balance control device, it is characterized in that: comprise inlet pipeline (1), water return pipeline (2), wall-hung boiler (3), heating and supplying water pipeline (4), heating water return pipeline (5) and radiator (6), described inlet pipeline (1) tunnel is connected with extraneous water inlet pipe, another road is connected with wall-hung boiler (3), water return pipeline (2) one tunnel is connected with wall-hung boiler (3), another road flows into user side, one tunnel of described heating and supplying water pipeline (5) is connected with wall-hung boiler (3), another road is communicated with the first stop valve (7), first stop valve (7) has the first water collecting and diversifying device (8) by pipeline communication, first water collecting and diversifying device (8) has the first electric two-way valve (9) by pipeline communication, one tunnel of heating water return pipeline (5) is connected with wall built-up stove (3), another road is communicated with the second stop valve (10), second stop valve (10) has the second water collecting and diversifying device (11) by pipeline communication, second water collecting and diversifying device (11) has the second electric two-way valve (12) by pipeline communication, first electric two-way valve (9) is connected with radiator (6) respectively with the second electric two-way valve (12).
2. a kind of heating water Force balance control device according to claim 1, is characterized in that: described wall-hung boiler (3) is connected with boiler room temperature controller (13).
3. a kind of heating water Force balance control device according to claim 1, is characterized in that: described the first water collecting and diversifying device (8) and the second water collecting and diversifying device (10) are connected with liquid crystal programming room room thermostat (14).
4. a kind of heating water Force balance control device according to claim 1, it is characterized in that: described the first electric two-way valve (9) and the second electric two-way valve (12) comprise the valve body (15-1) with internal cavity structure, be arranged on the valve gap (15-2) on valve body (15-1), axially be located at the driving flap (15-3) in valve body (15-1), the automatic flap (15-4) be connected with driving flap (15-3) and the spring (15-5) being connected to automatic flap (15-4) bottom, the other end of spring (15-5) peaks on valve body (15-1) inner bottom surface, diaphragm (15-6) is connected with between automatic flap (15-4) and valve body (15-1), valve body (15-1) two ends offer water inlet (15-7) and delivery port (15-8) respectively, there is between water inlet (15-7) and delivery port (15-8) hydraulic barrier (15-9), hydraulic barrier (15-9) offers through hole, the upper end of automatic flap (15-4) is located at through hole, automatic flap (15-4) promotes to control water inlet (15-7) and delivery port (15-8) through by driving flap (15-3), described valve gap (15-2) is provided with dial (15-10), described water inlet (15-7) place is provided with flow movement (15-11), flow movement (15-11) is provided with sensor (15-12), valve body (15-1) is externally connected to display (15-13), display (15-13) is connected with flow movement (15-11), the top of described driving flap (15-3) is connected with drive motors (15-14), drive motors (15-14) is connected with sensor (15-12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520453762.7U CN204717837U (en) | 2015-06-29 | 2015-06-29 | A kind of heating water Force balance control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520453762.7U CN204717837U (en) | 2015-06-29 | 2015-06-29 | A kind of heating water Force balance control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204717837U true CN204717837U (en) | 2015-10-21 |
Family
ID=54316836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520453762.7U Expired - Fee Related CN204717837U (en) | 2015-06-29 | 2015-06-29 | A kind of heating water Force balance control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204717837U (en) |
-
2015
- 2015-06-29 CN CN201520453762.7U patent/CN204717837U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151021 Termination date: 20160629 |