CN201463114U - Ground heating supply intelligent manifold - Google Patents
Ground heating supply intelligent manifold Download PDFInfo
- Publication number
- CN201463114U CN201463114U CN2009200860924U CN200920086092U CN201463114U CN 201463114 U CN201463114 U CN 201463114U CN 2009200860924 U CN2009200860924 U CN 2009200860924U CN 200920086092 U CN200920086092 U CN 200920086092U CN 201463114 U CN201463114 U CN 201463114U
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- water
- valve
- spool
- bearing sleeve
- heat
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Abstract
The utility model discloses a ground heating supply intelligent manifold, which comprises a water knockout trap cylinder, a water collector cylinder, a flow regulating valve, an electric heating actuating valve, an automatic air exhaust valve, a water escape valve, an end opening tee, a fixing support, a heating coil and an electric heating actuator. The water knockout trap cylinder is connected with the end opening tee connected with the automatic air exhaust valve, the end opening tee is connected with the water escape valve, the flow regulating valve is connected with the water knockout trap cylinder and the heating coil, the water knockout trap cylinder is connected with the fixing support, the water collector cylinder is connected with the end opening tee connected with the automatic air exhaust valve, the end opening tee is connected with the air escape valve, the electric heating actuator is connected with the water collector cylinder and the heating coil, and the water collector cylinder is connected with the fixing frame. The ground heating supply intelligent manifold has simple structure, convenient installation, stable performance, safe and reliable properties, and long system service life.
Description
Technical field
The utility model relates to the low temp hot water underfloor radiation heating system field, is specifically related to a kind of floor heating intelligence water collecting and diversifying device; It is particularly useful for working time, the operating temperature of each regional water back of low temp hot water underfloor radiation heating, the automatic control of working water flow.
Background technology
Low temp hot water underfloor radiation heating technology (being called for short " floor heating " or " floor heating ") is the domestic a kind of novel heating technology that grows up of last decade, it is not higher than 60 ℃ hot water with temperature is heating agent, in floor heating pipe, circulate, surface concrete cover layer heatedly, by ground with the heat transfer type of radiation and convection current heating system to indoor heating, being the energy-conservation heating system that the hot micro climate in room is regulated, is one of the most energy-conservation heating system of at present universally acknowledged the most comfortable.This technology is applicable to fields such as dwelling house, large space public building, natatorium (pond), outdoor snow melting, not only can utilize traditional energy, and can make full use of industrial exhaust heat boiler hot-water, various air-conditioning backwater, GEOTHERMAL WATER etc., having comfortable height, (comparing with the radiator heating mode) energy-conservation 20-30%, (comparing with the radiator heating mode) effectively increases advantages such as usable floor area 2%, long service life, and the area has obtained significant progress to the north of the Changjiang river.Its shortcoming is: 1, the heating-up time is slow.Under normal circumstances, per hour improve room temperature 2-3 ℃.2, energy waste.Floor heating has the characteristics slow, that the accumulation of heat time is long that heat up, and therefore is difficult to provide fully when the people needs temperature, and the people is when not required also in heating.
Summary of the invention
The purpose of this utility model is to be to provide a kind of floor heating intelligence water collecting and diversifying device, simple in structure, easy for installation, stable performance, safe and reliable, system's long service life, the automatic control of the working time of each regional water back of realization low temp hot water underfloor radiation heating, operating temperature, working water flow, but the combined outside intelligent temperature controller can constitute the intelligent heating system of trustship together with the heating source interlock.
In order to realize above-mentioned task, the utility model adopts following technical measures:
This floor heating intelligence water collecting and diversifying device, it comprises the water knockout drum cylinder, the water collector cylinder, flow control valve, electro-heat execution valve, automatic exhaust steam valve, drain valve, the port threeway, fixed support, heat(ing) coil, the electric heating actuator, it is characterized in that: the water knockout drum cylinder links to each other with the port threeway, the port threeway links to each other with automatic exhaust steam valve, the port threeway links to each other with drain valve, flow control valve links to each other with the water knockout drum cylinder, flow control valve links to each other with heat(ing) coil, the water knockout drum cylinder is connected with fixed support, and heat(ing) coil is through locking nut, C shape ring, water nozzle, the water nozzle bearing sleeve is by screw thread, rubber seal is connected with the water knockout drum cylinder.Flow control valve is made up of water nozzle bearing sleeve, water nozzle, C shape ring, locking nut, O RunddichtringO, step footpath valve head, spool, spool bearing sleeve, rotary handle, water nozzle is connected with C shape ring, the water nozzle bearing sleeve is housed on water nozzle, under C shape ring, locking nut is housed, connect the spool bearing sleeve on the spool, on the spool bearing sleeve, rotary handle is installed.Described O RunddichtringO, step footpath valve head and spool are connected with the water knockout drum cylinder by screw thread, rubber seal through the spool bearing sleeve, and matching with spool port draw-in groove by the rotary handle inner card cage is connected.Described electro-heat execution valve is made up of electric heating actuator, mouth bearing sleeve, water nozzle, C shape ring, locking nut, rubber gasket, O RunddichtringO, step footpath valve head, spool bearing sleeve, packing ring, back-moving spring, thimble-type spool, valve core nut, water nozzle is connected with C shape ring, the water nozzle bearing sleeve is arranged on water nozzle, C shape ring is connected with locking nut, the thimble-type spool is connected with valve core nut, at valve core nut the electric heating actuator is installed, back-moving spring is installed on the thimble-type spool.Described thimble-type spool is connected with the spool bearing sleeve by back-moving spring, packing ring, O RunddichtringO successively.
Water knockout drum cylinder, water collector cylinder, flow control valve, electro-heat execution valve, automatic exhaust steam valve, drain valve, port threeway, fixed support, heat(ing) coil.Its annexation is:
Water knockout drum: the water knockout drum cylinder is connected with the port threeway, the port threeway is connected with automatic exhaust steam valve, and the port threeway is connected with drain valve, and flow control valve is connected with the water knockout drum cylinder, flow control valve is connected with heat(ing) coil, and the water knockout drum cylinder is connected with fixed support; The water knockout drum cylinder is balancedly distributed to heat(ing) coil by the flow control valve circulating hot water that will heat, and effectively regulates in the heating system heat(ing) coil circulating water flow with the heat supply efficiency between balanced each heat(ing) coil; Air in the heating system pipeline can be discharged by the automatic exhaust steam valve of water knockout drum cylinder port part, eliminates the stifled phenomenon of heating circulatory system gas; Heating system can be got rid of pipeline internal memory water by the drain valve of water knockout drum cylinder port part in processes such as maintenance, pressure test.
Water collector: the water collector cylinder is connected with the port threeway, the port threeway is connected with automatic exhaust steam valve, and drain valve is connected with the port threeway, and electro-heat execution valve is connected with the water collector cylinder, electro-heat execution valve is connected with heat(ing) coil, and the water collector cylinder is connected with fixed support; The water collector cylinder carries out the heating circulating hot water in the heat(ing) coil abundant effective collection and returns supplying heat source unit by electro-heat execution valve; Air in the heat(ing) coil can be discharged by the automatic exhaust steam valve of water collector cylinder port part, eliminates the stifled phenomenon of heating circulatory system gas; Heating system can be got rid of pipeline internal memory water by the drain valve of water collector cylinder port part in processes such as maintenance, pressure test; The electro-heat execution valve of installing in the water collector cylinder can be connected with outside week programming temperature controller, realize each control module seven days weekly, the heating work of six time periods of every day control, can set in advance heating duration, the heating temperature of user personality, constitute the intelligent ground heating control system of trustship.
The utlity model has following advantage:
1. water knockout drum adopts the Flux Valve Control design, can effectively regulate heat(ing) coil circulating water flow in the heating system, and the heat supply efficiency with between balanced each heat(ing) coil reaches good heating comfort level; The circulating water flow of having avoided not having Flux Valve Control in the water knockout drum of traditional floor heating facility and having influenced in the heat(ing) coil is unbalance, causes the heating temperature skewness weighing apparatus of ground heating system, and heating quality is lower.2. water collector adopts electro-heat execution valve control design, can be connected with week programming temperature controller in conjunction with the electric heating actuator, forming each control module can be by the intelligence control system of six default heating durations of time period in seven days weekly, every day and heating temperature, traditional relatively floor heating facility, improved heating efficiency greatly, needs such as heating duration, temperature are artificially in time adjusted according to the needs that self heat, the very loaded down with trivial details and inconvenient difficulty of effectively energy savings 30%, and solution operation and maintenance related work.3. water knockout drum cylinder, water collector cylinder end are provided with automatic exhaust steam valve, can be at the air in the system debug run duration removal system pipeline, solve traditional ground heating system and adopt manual exhaust valve, in system's running, need artificial intervention to carry out pump-down process, can't accomplish that gas, moisture are difficult in maintenance from what bring, phenomenon of the failure such as " gas stifled " that occurs in the elimination system heating process and circulation are not smooth.4. each hydraulic part such as branch, water collector cylinder, knob flow control valve, thimble-type flow control valve, automatic exhaust steam valve, drain valve adopts the seal with elastometic washer design that is threaded, the hydraulic part that fluid sealant is fastenedly connected in traditional branch, the water collector of comparing, avoided loaded down with trivial details, the difficulty work of easily worn part when installation, replacing, easy for installation, long service life, safe and reliable.5. each hydraulic part such as branch, water collector cylinder, knob flow control valve, thimble-type flow control valve, automatic exhaust steam valve, drain valve adopts Nickel Plating Treatment, the copper branch of comparing traditional, water collector are effectively avoided copper hydraulic part oxidation, etching problem, prolong system service life.6. water knockout drum cylinder, water collector cylinder end are provided with drain valve, can make things convenient for the water in the timely removal system pipeline in system pressure test and maintenance process, have avoided traditional branch, the drainage of water collector in safeguarding the sluicing process.7. calculate the capacity of water knockout drum cylinder and water collector cylinder and determiner cylinder structure, port caliber interface size according to caliber, pipe range, the quantity of heat(ing) coil in the heating system; To have guaranteed the required current capacity between each heat(ing) coil to greatest extent.8. branch, each hydraulic part of water collector connect employing water stopping trough, rubber gasket connects, the hydraulic part that fluid sealant is fastenedly connected in traditional branch, the water collector of comparing, avoided loaded down with trivial details, the difficulty work of easily worn part when installation, replacing, easy for installation, long service life, safe and reliable.
Description of drawings
Fig. 1 is a kind of floor heating intelligence water collecting and diversifying device structural representation
Fig. 2 is a kind of flow control valve structure schematic diagram
Fig. 3 is a kind of electro-heat execution valve structural representation
Among the figure: 1-water knockout drum cylinder (DN25), 2-water collector cylinder (DN25), 3A, B-flow control valve (DN15), 4A, B-electro-heat execution valve (DN15), 5A, B-automatic exhaust steam valve (DN15), 6A, B-drain valve (DN15), 7A, B-port threeway (DN15), the 8-fixed support, the 9-hold-down screw, 10-heat(ing) coil, 11-electric heating actuator, 12-water nozzle bearing sleeve (DN15), the 13-water nozzle
14-C shape ring
The 15-locking nut
16-O RunddichtringO (market purchasing), 17-step footpath valve head (market purchasing), 18-spool (market purchasing), 19-spool bearing sleeve (market purchasing), 20-rotary handle (market purchasing), 21-rubber gasket (market purchasing), 22-packing ring (market purchasing), 23-back-moving spring (market purchasing), 24-thimble-type spool (market purchasing), 25-valve core nut (market purchasing).
The specific embodiment
A kind of floor heating intelligence water collecting and diversifying device, it comprises a water knockout drum cylinder 1, water collector cylinder 2, first, second flow control valve 3A, 3B, first, second electro- heat execution valve 4A, 4B, first, second automatic exhaust steam valve 5A, 5B, first, second drain valve 6A, 6B, first, second port threeway 7A, 7B, fixed support 8, hold-down screw 9, heat(ing) coil 10.
Its annexation is as follows with effect: water knockout drum cylinder 1 is connected with the first port threeway 7A, the first port threeway 7A is connected with the first automatic exhaust steam valve 5A, the first port threeway 7A with let out the first water valve 6A and be connected, first flow control valve 3A is connected with water knockout drum cylinder 1, the second flow control valve 3B is connected with heat(ing) coil 10, and water knockout drum cylinder 1 is connected with fixed support 8.Water knockout drum cylinder 1 is balancedly distributed to heat(ing) coil 10 by first, second flow control valve 3A, the 3B circulating hot water that will heat, and effectively regulates in the heating system heat(ing) coil circulating water flow with the heat supply efficiency of 10 of balanced each heat(ing) coils; Air in the heating system pipeline can be discharged by the first automatic exhaust steam valve 5A of water knockout drum cylinder 1 port section, eliminates the stifled phenomenon of heating circulatory system gas; Heating system can be got rid of pipeline internal memory water by the drain valve of water knockout drum cylinder port part in processes such as maintenance, pressure test.Water collector cylinder 2 is connected with the second port threeway 7B, the second port threeway 7B is connected with the second automatic exhaust steam valve 5B, the second port threeway 7B is connected with the second drain valve 6B, the first electro-heat execution valve 4A is connected with water collector cylinder 2, the second electro-heat execution valve 4B is connected with heat(ing) coil 10, and water collector cylinder 2 is connected with fixed support 8.Water collector cylinder 2 by first, second electro- heat execution valve 4A, 4B closes or open the useful space that current pass through between step footpath valve head 17 and the water nozzle bearing sleeve 12, stops or begin the heat(ing) coil hot water purpose that heats that circulates to reach.Air in the heating system pipeline can be discharged by the second automatic exhaust steam valve 5B of water collector cylinder 2 port sections, eliminates the stifled phenomenon of heating circulatory system gas; Heating system can be got rid of pipeline internal memory water by the drain valve of water knockout drum cylinder port part in processes such as maintenance, pressure test.
Wherein first, second flow control valve 3A, 3B, its annexation and effect are as follows:
First, second flow control valve 3A, 3B are mainly by water nozzle bearing sleeve 12, water nozzle 13, and C shape encircles 14, locking nut 15, O RunddichtringO 16, step footpath valve head 17, spool 18, spool bearing sleeve 19, rotary handle 20 compositions such as grade.
Wherein water nozzle 13 is connected with C shape ring 14, a water nozzle bearing sleeve 12 is housed on water nozzle 13,14 times a locking nut 15 is housed at C shape ring, locking nut 15 works the locking effect that connects. pass through to connect a spool bearing sleeve 19 on the spool 18, a rotary handle 20 is installed on spool bearing sleeve 19, rotary handle 20 can be by manually interlock spool 18 rotation controls first, the second flow control valve 3A, 3B. spool 18 bottoms connect step footpath valve head 17,17 times an O RunddichtringO 16 is installed at step footpath valve head again, O RunddichtringO 16 seals. and heat(ing) coil 10 is through locking nut 15, C shape ring 14, water nozzle 13, water nozzle bearing sleeve 12 is by screw thread, rubber seal 21 is connected with water knockout drum cylinder 1 bottom, heating source is responsible for the heat(ing) coil 10.O RunddichtringO 16 of distributing to variant pipe range through water knockout drum cylinder 1 thus by supplying water, step footpath valve head 17 and spool 18 through spool bearing sleeve 19 by screw thread, rubber seal 21 is connected with water knockout drum cylinder 1 top, match with spool 18 port draw-in grooves by rotary handle 20 inner card cages and to be connected, by 18 rotations of rotary handle 20 interlock spools, the rectangle motion thread of step footpath valve head 17 is done radially under the active force of spool 18 rotations and is moved back and forth, adjust between step footpath valve head 17 and the water nozzle bearing sleeve 12 current by the size of the useful space, to reach the purpose of adjusting reasonable distribution discharge with this.
Wherein first, second electro- heat execution valve 4A, 4B, its annexation and effect are as follows:
First, second electro- heat execution valve 4A, 4B mainly are by electric heating actuator 11, mouth bearing sleeve 12, water nozzle 13, C shape ring 14, locking nut 15, rubber gasket 21, O RunddichtringO 16, step footpath valve head 17, spool bearing sleeve 19, packing ring 22, back-moving spring 23, thimble-type spool 24, valve core nut 25 is formed.
Heating source provides 〉=30 ℃ but≤60 ℃ low-temperature water heating, be responsible for to offer water collecting and diversifying device cylinder 1 by supplying water, act as the thermal source that heating is provided.Water knockout drum cylinder 1 utilizes will the heat heat(ing) coil of distributing to variant length 10 of hot water equilibrium of first, second flow control valve 3A, 3B, and 10 of each heat(ing) coils of comprehensive balance water circulation resistance difference of being uneven in length and causing, make 10 of each heat(ing) coils of variant length all can obtain identical heat supply water cycle efficieny.Water collector cylinder 2 is collected the heating circulating hot water in each heat(ing) coil 10 by first, second electro- heat execution valve 4A, 4B, and return heating source through the circulating hot water that the heating water return person in charge will collect and heat, form the hydronic circulation of heating with this; First, second electro- heat execution valve 4A, 4B can be connected with intelligent temperature controller, heat source in conjunction with the electric heating actuator 11 of outside, realize each heat(ing) coil seven days weekly, the heating work of six time periods of every day control, the user can set in advance heating duration, the heating temperature of individual character, constitute the intelligent ground heating system of trustship, realized heating control automation, improve heating quality, and effectively saved heating operation expense 30%.Divide, the not end of water collector installs first, second automatic exhaust steam valve 5A, 5B, first, second drain valve 6A, 6B, adopt between first, second automatic exhaust steam valve 5A, 5B, first, second drain valve 6A, 6B and the person in charge to be threaded.First, second automatic exhaust steam valve 5A, 5B, first, second drain valve 6A, 6B act as the air of discharging in the heating system and discharge heating water when needs are emitted heating water.Water collecting and diversifying device and support adopt pipe clamp to be threaded, and support is fixing, and the fixedly employing expansion bolt of support and wall is fixed on the wall, support act as fixedly water collecting and diversifying device.
Claims (7)
1. floor heating intelligence water collecting and diversifying device, it comprises a water knockout drum cylinder (1), water collector cylinder (2), flow control valve (3A, 3B), electro-heat execution valve (4A, 4B), automatic exhaust steam valve (5A, 5B), drain valve 6A, 6B, port threeway (7A, 7B), fixed support (8), hold-down screw (9), heat(ing) coil (10), it is characterized in that: water knockout drum cylinder (1) is connected with the first port threeway (7A), the first port threeway (7A) is connected with first automatic exhaust steam valve (5A), the first port threeway (7A) is connected with first drain valve (6A), first flow control valve (3A) is connected with water knockout drum cylinder (1), second flow control valve (3B) is connected with heat(ing) coil (10), water knockout drum cylinder (1) is connected with fixed support (8), water collector cylinder (2) is connected with the second port threeway (7B), the second port threeway (7B) is connected with second automatic exhaust steam valve (5B), and the second port threeway (7B) is connected with second drain valve (6B), and first electro-heat execution valve (4A) is connected with water collector cylinder (2), the second electro-heat execution valve 4B is connected with heat(ing) coil (10), and water collector cylinder (2) is connected with fixed support (8).
2. a kind of floor heating intelligence water collecting and diversifying device according to claim 1, it is characterized in that: described flow control valve (3A, 3B) by water nozzle bearing sleeve (12), water nozzle (13), C shape ring (14), locking nut (15), O RunddichtringO (16), step footpath valve head (17), spool (18), spool bearing sleeve (19), rotary handle (20) is formed, (water nozzle 13) is connected with C shape ring (14), a water nozzle bearing sleeve (12) is housed on water nozzle (13), under C shape ring (14), locking nut (15) is housed, spool (18) is gone up and is connected spool bearing sleeve (19), goes up at spool bearing sleeve (19) rotary handle (20) is installed.
3. a kind of floor heating intelligence water collecting and diversifying device according to claim 2, it is characterized in that: described O RunddichtringO (16), step footpath valve head (17) and spool (18) are connected with water knockout drum cylinder (1) top by screw thread, rubber seal (21) through spool bearing sleeve (19), are connected with spool (18) port draw-in groove by rotary handle (20) inner card cage.
4. a kind of floor heating intelligence water collecting and diversifying device according to claim 1, it is characterized in that: described heat(ing) coil (10) is connected with water knockout drum cylinder (1) by screw thread, rubber seal (21) through locking nut (15), C shape ring (14), water nozzle (13), water nozzle bearing sleeve (12)
5. a kind of floor heating intelligence water collecting and diversifying device according to claim 1, it is characterized in that: described electro-heat execution valve (4A, 4B) by electric heating actuator (11), mouth bearing sleeve (12), water nozzle (13), C shape ring (14), locking nut (15), rubber gasket (21), O RunddichtringO (16), step footpath valve head (17), spool bearing sleeve (19), packing ring (22), back-moving spring (23), thimble-type spool (24), valve core nut (25) is formed, water nozzle (13) is connected with C shape ring (14), water nozzle bearing sleeve (12) is housed on water nozzle (13), C shape ring (14) is connected with locking nut (15), under C shape ring (14), locking nut (15) is housed, thimble-type spool (24) is connected with valve core nut (25), at valve core nut (25) an electric heating actuator (11) is installed.
6. a kind of floor heating intelligence water collecting and diversifying device according to claim 5, it is characterized in that: described thimble-type spool (24) is connected with spool bearing sleeve (19) by back-moving spring (23), packing ring (22), O RunddichtringO (16) successively, and rubber seal 21 is connected with water collector cylinder 2 bottoms.
7. a kind of floor heating intelligence water collecting and diversifying device according to claim 5 is characterized in that: described rubber gasket (21), step footpath valve head (17), O RunddichtringO (16), packing ring (22), back-moving spring (23), thimble-type spool (24), valve core nut (25) are connected with water knockout drum cylinder (1) by screw thread, rubber seal (21) through spool bearing sleeve (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200860924U CN201463114U (en) | 2009-05-27 | 2009-05-27 | Ground heating supply intelligent manifold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200860924U CN201463114U (en) | 2009-05-27 | 2009-05-27 | Ground heating supply intelligent manifold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201463114U true CN201463114U (en) | 2010-05-12 |
Family
ID=42390465
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200860924U Expired - Lifetime CN201463114U (en) | 2009-05-27 | 2009-05-27 | Ground heating supply intelligent manifold |
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| Country | Link |
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| CN (1) | CN201463114U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2528826A (en) * | 2014-03-18 | 2016-02-10 | V United Kingdom Ltd Sa | Fluid flow control apparatus for a hydronic distribution system |
-
2009
- 2009-05-27 CN CN2009200860924U patent/CN201463114U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2528826A (en) * | 2014-03-18 | 2016-02-10 | V United Kingdom Ltd Sa | Fluid flow control apparatus for a hydronic distribution system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20100512 |