CN201740749U - Scale condition detecting apparatus for circulating cooling water - Google Patents
Scale condition detecting apparatus for circulating cooling water Download PDFInfo
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- CN201740749U CN201740749U CN2010202211610U CN201020221161U CN201740749U CN 201740749 U CN201740749 U CN 201740749U CN 2010202211610 U CN2010202211610 U CN 2010202211610U CN 201020221161 U CN201020221161 U CN 201020221161U CN 201740749 U CN201740749 U CN 201740749U
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Abstract
The utility model relates to a monitoring apparatus and a heating device and a detecting device of the apparatus, and discloses a scale condition detecting apparatus for circulating cooling water comprising an online scale testing and monitoring probe, an online monitoring probe heating apparatus and a monitoring probe scale detecting apparatus. The online scale testing and monitoring probe is fixed in the industrial water and is online heated through the online monitoring probe heating apparatus; the heated online scale testing and monitoring probe detects the scale condition for the circulating cooling water through the monitoring probe scale detecting apparatus. The utility model is capable of online monitoring industrial water and detecting scale condition through the monitoring probe scale detecting apparatus so that the industrial circulating water system can conveniently online monitor scale condition in the system without stopping the industrial circulating water; and the complexity of installing a monitor bypath system is made unnecessary and the field management is better controlled to make the scale detecting work more convenient and more applicable to the field situation and achieve better effects.
Description
Technical field
The utility model relates to monitoring device, its heating arrangement and pick-up unit, specifically is applied to the monitoring of corrosion and scaling situation in the service water operational system.
Background technology
The fouling tendency evaluation is current in the water quality assessment of Treatment of Industrial Water water stabilization adopts the laboratory dynamic analog test mostly or takes bypass heat exchanger installation heat-exchange tube to carry out the measurement of thermal resistivity at the water treatment scene.Guarantee that measurement data accurately must guarantee following controlled condition: 1. water is walked in the pipe, and the outer wall surface of monitoring heat exchanger tube does not produce corrosion; 2. the vapor (steam) temperature that makes in service keeps constant; 3. the constant flow rate of water, the medial temperature of water changes very little; 4. the test tube wall erosion of being stale-proof, the pipe thickness variation is little.
The principle of measuring is with stable saturated opening Steam Heating, the precondition requirement with spinner-type flowmeter with flow speed stability in the developmental tube a fixed value.In most cases, the field condition manual shift does not reach stable saturated opening steam and stable test velocity in pipes, thereby influences the accuracy of Monitoring Data.And water stabilization experiment and bypass interchanger need take on-the-spot place, need manual maintenance to regulate, and also cost is bigger.
See: ASTM (American Standard of Testing Materials) D2776-79, Chemical Industry Press's Treatment of Industrial Water technology chapter 9, Zheng Chun etc. water treatment agent and industrial circulating cooling water system analytical approach.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of recirculated cooling water fouling condition detection apparatus, he has and is fixed in the service water online fouling test monitoring probe and online heating by on-line monitoring probe heating arrangement, pass through monitoring probe dirt pick-up unit again through the online fouling test monitoring probe after the online heating, carry out the temperature rise value of the interior temperature of distilled water reservoir under fouled condition and the non-fouled condition and the record of time, carry out the fouling condition detection, thereby obtain the characteristics of fouling tendency evaluation.
For solving the problems of the technologies described above, a kind of recirculated cooling water fouling condition detection apparatus that the utility model provides is characterized in that, is included in toe-in dirt test monitoring probe, on-line monitoring probe heating arrangement and monitoring probe dirt pick-up unit,
Described online fouling test monitoring probe comprises: suspension member nut, fouling test monitoring suspension member and sealing gasket,
The middle shaft part of fouling test monitoring suspension member is divided into rod shaped structure, and the monitoring side of fouling test monitoring suspension member is positioned at the bottom of rod shaped structure, and being with the rod shaped structure is the tubular structure in axle center, and described tubular structure is provided with internal thread; Described suspension member nut is provided with external thread, the height of suspension member nut is less than described fouling test monitoring suspension member rod shaped structure height, suspension member nut middle shaft part branch has the through hole with fouling test monitoring suspension member rod shaped structure external diameter fit, and the internal diameter of the bottom external diameter of suspension member nut and fouling test monitoring suspension member tubular structure coincide; After fouling test monitoring suspension member is inserted in described sealing gasket by its rod shaped structure, pass the mesopore of suspension member nut from the bottom of described suspension member nut, be connected by the external thread of the internal thread on the fouling test monitoring suspension member tubular structure with suspension member nut bottom, the rod shaped structure of the fouling test monitoring suspension member after the connection exceeds from the top of suspension member nut;
Described on-line monitoring probe heating arrangement comprises: detected main body, main basal base, suspension member fixed by nut plate, fixed head compression set pot body, cover plate, power supply, safety locking motion, stable-pressure device and plug-in type electromagnetic heating arrangement,
Described main basal base is fixedly connected on the described detected main body, and described suspension member fixed by nut plate places in the main basal base, and seals with sealing gasket between the main basal base; Offer two threaded holes on the described suspension member fixed by nut plate, the threaded hole on the described suspension member fixed by nut plate can be threaded with the suspension member nut of described online fouling test monitoring probe; On the described monitored main body, offer two through holes below the threaded hole corresponding to suspension member fixed by nut plate, the aperture of described through hole is slightly larger than the external diameter of the tubular structure of online fouling test monitoring probe fouling test monitoring suspension member; Described fixed head compression set pot body places on the described suspension member fixed by nut plate; Described power supply, safety locking motion, stable-pressure device and plug-in type electromagnetic heating arrangement are linked in sequence, safety locking motion and stable-pressure device are set in the described cover plate, described plug-in type electromagnetic heating arrangement is arranged in the described fixed head compression set pot body, and cover plate and suspension member fixed by nut plate are fastenedly connected on the main basal base by the bolts and nuts cooperation;
Described monitoring probe dirt pick-up unit comprises: steam generator, opening steam pipeline, opening stram condenser, distilled water reservoir, temperature probe and thermometric time set,
Described steam generator and described opening steam pipeline and opening stram condenser are linked in sequence; Described distilled water reservoir is provided with the connector that the suspension member nut of threaded and described online fouling test monitoring probe matches; Described opening steam pipeline offers the connector that the suspension member nut of threaded and described online fouling test monitoring probe matches; Described temperature probe is arranged in the described distilled water reservoir; Described thermometric time set is connected with described temperature probe.
The technical scheme that is more preferably is that the condensate water output terminal of described opening stram condenser is connected with the input end of steam generator.
Advantage of the present utility model is:
1. a kind of recirculated cooling water fouling condition detection apparatus of providing of the utility model, a kind of new online fouling test monitoring probe is disclosed, he has fouling test monitoring suspension member and suspension member nut is constituted, the rod shaped structure of the fouling test monitoring suspension member after the combination has part to exceed the suspension member nut, and this rod shaped structure that exceeds is the heating end of online fouling test monitoring probe; Also disclose a kind of new on-line monitoring probe heating arrangement, this online fouling test monitoring probe has been carried out online heating; The utility model also provides a kind of new monitoring probe dirt pick-up unit, to carrying out the fouling condition detection through this online fouling test monitoring probe after the heating of on-line monitoring probe heating arrangement:
Online fouling test monitoring probe is by its hanger nut external thread, fix with on-line monitoring probe heating arrangement, the part that rod shaped structure by fouling test monitoring suspension member exceeds the suspension member nut is inserted the plug-in type electromagnetic heating arrangement and is heated, and its monitoring side is in and produces dirt with service water generation heat interchange in the service water and adheres to; Online fouling test monitoring probe after the online heating dirt of process adheres to, the online fouling test monitoring probe that monitored probe dirt pick-up unit will be fetched at the scene by the suspension member nut of online fouling test monitoring probe is fixing, the monitoring side of online fouling test monitoring probe is in the distilled water reservoir, the rod shaped structure of online fouling test monitoring probe is in the opening steam pipeline, by the constant temperature opening Steam Heating that steam generator produces, the opening steam that steam generator sends heats online fouling test monitoring probe by delivery pipe; Online fouling test monitoring probe adds distilled water in the hot distilled water reservoir after conducting heat and giving the dirt attached to testing surface, and the time the when temperature rise of distilled water is with heating in the record distilled water reservoir is carried out the fouling condition detection; Then, rise to the required time of same temperature and investigate water quality fouling tendency degree with the temperature rise value of temperature in the distilled water reservoir under fouled condition under the same test period and the non-fouled condition temperature of being divided by under income value and fouled condition and the non-fouled condition in the distilled water reservoir, thereby make industrial cycle water system on-line monitoring system fouled condition in more convenient ground under not stopping production situation, the inconvenience of the cumbersome and field management of monitoring bypath system exempt to be installed, to make the fouling monitoring simple and easy and make monitoring result more meet on-the-spot technology reality.
2. this monitoring method makes industrial cycle water-system pipeline, heat exchanger and online container more convenient ground on-line monitoring fouled condition under not stopping production situation.Exempted the manual shift of on-site steam and flow, the fouled condition of monitoring probe reaction is more directly perceived, and the fouling Monitoring Data more specifically.
3. the condensate water output terminal with the opening stram condenser is connected with the input end of steam generator, can effectively utilize existing resource.
Recirculated cooling water fouling condition detection apparatus provided by the utility model, can carry out on-line monitoring to service water, and the probe of the online fouling test monitoring behind the field monitoring carried out the fouling condition detection by monitoring probe dirt pick-up unit, thereby make industrial cycle water system on-line monitoring system fouled condition in more convenient ground under not stopping production situation, exempt the inconvenience of the cumbersome and field management that the monitoring bypath system is installed, make the fouling monitoring simple and easy and make monitoring result more meet on-the-spot technology reality, it is simple in structure, easy to make, be easy to install and operation, cost is low, result of use is good.
Description of drawings
Below in conjunction with the drawings and specific embodiments the technical solution of the utility model is further described in detail.
The suspension member nut structure synoptic diagram that Fig. 1 pops one's head in for the online fouling test monitoring that the utility model provides.
The fouling test monitoring suspension member structural representation that Fig. 2 pops one's head in for the online fouling test monitoring that the utility model provides.
The online fouling test monitoring probe one-piece construction synoptic diagram that Fig. 3 provides for the utility model that assembles.
On-line monitoring probe heating arrangement that Fig. 4 provides for the utility model and the online fouling test monitoring mounted presence synoptic diagram of popping one's head in.
The distilled water memory construction synoptic diagram of the on-line monitoring probe dirt pick-up unit that Fig. 5 provides for the utility model.
The suspension member nut interface cut-open view that the opening steam pipeline of the on-line monitoring probe dirt pick-up unit that Fig. 6 provides for the utility model and fouling test monitoring are popped one's head in.
The suspension member nut interface vertical view that the opening steam pipeline of the on-line monitoring probe dirt pick-up unit that Fig. 7 provides for the utility model and fouling test monitoring are popped one's head in.
Fig. 8 is opening steam pipeline and online fouling test monitoring probe and the triangular assembling synoptic diagram of distilled water storer.
The monitoring probe dirt pick-up unit one-piece construction synoptic diagram that Fig. 9 provides for the utility model.
Wherein, 1-suspension member nut, 2-fouling test monitoring suspension member, the 3-sealing gasket, the monitored main body of 4-, 5-sealing gasket, 6-suspension member fixed by nut plate, 7-main basal base, 8-fixed head compression set pot body, the 9-cover plate, 10-safety locking motion, 11-stable-pressure device, the 12-bolt, the 13-nut, 14-sealing gasket, 15-plug-in type electromagnetic heating arrangement, the 16-sealing gasket, 17-thermometric time set, 18-distilled water storer, 19-opening steam pipeline, the 20-valve, the 21-steam generator, 22-temperature probe, 23-opening stram condenser.
Embodiment
A kind of recirculated cooling water fouling condition detection apparatus that the utility model provides, comprise fouling test on-line monitoring probe, on-the-spot on-line monitoring probe heating arrangement and on-line monitoring probe dirt pick-up unit, as shown in Figure 4 by adopting on-the-spot on-line monitoring probe heating arrangement, it is fixing and to its online heating in monitored service water that on-line monitoring probe is tested in fouling, adopts on-line monitoring probe dirt pick-up unit shown in Figure 3 that the fouling test on-line monitoring probe of fetching from the scene is carried out the fouling condition detection afterwards again.
At first, each building block of the present utility model is described:
One, shown in the online fouling test monitoring probe one-piece construction synoptic diagram that the utility model that assembles as Fig. 3 provides, fouling test monitoring suspension member probe of the present utility model is made up of suspension member nut 1, sealing gasket 3, fouling test monitoring suspension member 2:
The structure of fouling test monitoring suspension member 2 is that middle shaft part is divided into rod shaped structure, and the monitoring side of fouling test monitoring suspension member 2 is positioned at the bottom of rod shaped structure, and being with the rod shaped structure is the tubular structure in axle center, this tubular structure band internal thread;
Fouling test monitoring suspension member 2 passes the mesopore of suspension member nut 1 from the bottom of suspension member nut 1 by its rod shaped structure, be connected with the external thread of suspension member nut 1 bottom by the internal thread on the fouling test monitoring suspension member tubular structure, fouling test monitoring suspension member 2 is inserted in sealing gasket 3 backs and is threaded with suspension member nut 1, for the selection of sealing gasket 3, preferably adopt asbestos pad.After the connection, the rod shaped structure of fouling test monitoring suspension member 2 exceeds from the top of suspension member nut, has promptly finished the assembling of online fouling test monitoring probe provided by the utility model this moment.
Two, as can be known, on-the-spot on-line monitoring probe heating arrangement provided by the utility model is made up of detected main body 4, main basal base 7, suspension member fixed by nut plate 6, fixed head compression set pot body 8, cover plate 9, power supply, safety locking motion 10, stable-pressure device 11 and plug-in type electromagnetic heating arrangement 15 with reference to Fig. 4:
Offer two threaded holes that match with the suspension member nut of online fouling test monitoring probe on the suspension member fixed by nut plate 6; Main basal base 7 is fixedly connected on the detected main body 4, and suspension member fixed by nut plate 6 places in the main basal base 7, and seals with sealing gasket 5 between the main basal base 7; On monitored main body 4, offer two through holes corresponding to the threaded hole of suspension member fixed by nut plate 6 below, the aperture of through hole is slightly larger than the external diameter of tubular structure of the fouling test monitoring suspension member of online fouling test monitoring probe; Fixed head compression set pot body 8 places on the suspension member fixed by nut plate 6; Safety locking motion 10 and stable-pressure device 11 are arranged in the cover plate 9, power supply and safety locking motion 10, stable-pressure device 11 and plug-in type electromagnetic heating arrangement 15 are linked in sequence, plug-in type electromagnetic heating arrangement 15 offers can be by the slot of the rod shaped structure insertion of the fouling test monitoring suspension member of online fouling test monitoring probe, the plug-in type electromagnetic heating arrangement is arranged in the described fixed head compression set pot body, and cover plate 9, suspension member fixed by nut plate 6 cooperate with nut 13 by bolt 12 and be fastenedly connected on the main basal base 7.
The 12-bolt, 13-nut, 14-sealing gasket, 16-sealing gasket, 17-thermometric time set, 18-distilled water storer, 19-opening steam pipeline, 20-valve, 21-steam generator, 22-temperature probe, 23-opening stram condenser.
Three, the monitoring probe dirt pick-up unit one-piece construction synoptic diagram that provides with reference to the utility model shown in Figure 9 as can be known, monitoring probe dirt pick-up unit is made up of steam generator 21, opening steam pipeline 19, opening stram condenser 23, distilled water reservoir 18, temperature probe 22 and thermometric time set 17:
Distilled water memory construction synoptic diagram as shown in Figure 5, described distilled water reservoir 18 is provided with threaded connector, this connector can be connected with the suspension member nut 1 of online fouling test monitoring probe, and shown in Fig. 8,9, temperature probe 22 is arranged in the described distilled water reservoir 18; Opening steam pipeline cut-open view as shown in Figure 6, opening steam pipeline vertical view shown in Figure 7, opening steam pipeline 19 also offer the connector that the suspension member nut of threaded and online fouling test monitoring probe matches;
With reference to opening steam pipeline shown in Figure 8 and online fouling test monitoring probe and the triangular assembling synoptic diagram of distilled water storer, after online fouling test monitoring probe is fetched from the scene, the monitoring side of online fouling test monitoring probe fouling test monitoring suspension member 2 connector from the distilled water storer is stretched in the distilled water reservoir, be threaded with distilled water storer connector by suspension member nut 1, and the rod shaped structure of the fouling test monitoring suspension member 2 of the online fouling test monitoring probe connector by opening steam pipeline 19 stretched in the opening steam pipeline 19, be threaded with opening steam pipeline connector by suspension member nut 1.
Next, on-the-spot installation of the present utility model and use-pattern are progressively illustrated:
(1) adopt welding manner that main basal base 7 is fixed on the table body of detected main body 4 during the on-the-spot stop production to overhaul of water technology.On packing washer 5 being placed at the bottom of the inner panel of main basal base 7, with online fouling test monitoring probe (probe of this moment only do sealing with) put O-ring seal 16 backs by the monitoring side of fouling test monitoring suspension member 2 down the threaded hole that passes on the suspension member fixed by nut plate 6 of order be connected and fixed by its suspension member nut 1 and threaded hole on the suspension member fixed by nut plate 6; Suspension member fixed by nut plate 6 places in the main basal base 7; Again fixed head compression set pot body 8 is placed on the suspension member fixed by nut plate 6, press suspension member fixed by nut plate 6, cooperate with nut 13 with bolt 12 fixed head compression set pot body 8 is fastened on the main basal base 7; Cover cover plate 9, and cooperate with nut 13 by bolt 12 cover plate 9 is fastened on the main basal base 7.
(2) experiment is used in the cold polishing of testing surface of the fouling test monitoring suspension member 2 of toe-in dirt test monitoring probe.
(3) treat to open cover plate 9 after the on-the-spot operation of water technology, utilizing number of patent application is that 200920087791.0 on-line monitoring probe dress opening device is packed experiment into fouling test monitoring probe.Just before utilizing this on-line monitoring probe dress opening device, the polycrystalline substance that dress in this dress opening device is opened screw rod improves: will adorn the bottom entity that dress in the opening device opens screw rod and become tubular body, make its bottom in shaft position have the cavity that is inserted in this monitoring probe rod shaped structure, other structures are constant.Rod shaped structure by fouling test monitoring suspension member exceeds the part of suspension member nut and plugs the plug-in type electromagnetic heating arrangement, connects its power lead; Cover and fix cover plate 9.
(4) power turn-on is the heating of online fouling test monitoring probe, allows the monitoring side of online fouling test monitoring probe and service water generation heat interchange to adhere to dirt.Treat that online fouling test monitoring is popped one's head at the scene and close heating power supply after monitoring a period of time under the running status, open cover plate 9, pull up the plug-in type electromagnetic heating arrangement; With online monitoring probe dress opening device online fouling test monitoring probe is taken out, and be immersed in the on-the-spot service water, send monitoring probe dirt pick-up unit to carry out the fouling condition detection at once.
Detection step for fouling test monitoring suspension member 2 fouling situations in the online fouling test monitoring probe is:
A is with the connector of distilled water reservoir 18 a certain amount of distilled water of upwards packing into, O-ring seal screws in distilled water reservoir 18 connector places gently on the online fouling test monitoring probe sheath that the scene is fetched, the monitoring side that guarantees fouling test monitoring suspension member is arranged in distilled water storer 18, and fastening back connector down.
B joins the connector of opening steam pipeline 19 and the online fouling test monitoring probe screw thread on the distilled water reservoir 18, the rod shaped structure of the fouling test monitoring suspension member 2 of online fouling test monitoring probe is in the opening steam pipeline 19, connect the line of temperature probe 22 and thermometric time set 23, regulate and stability test site environment temperature.
C starts opening steam generator 21, waits for that opening steam reaches local opening vapor (steam) temperature and stable.
D when opening steam reaches local opening vapor (steam) temperature and stable after, when flowing to distilled water reservoir 18, open the measurement of temperature and time, when reaching the setting trial value, temperature in the distilled water reservoir 18 stops to carry heating opening steam, obtain the test figure of temperature rise process, with time is horizontal ordinate, and temperature rise is that ordinate is made curve.
E takes off opening steam pipeline 19 from distilled water reservoir 18, take off the fouling monitoring probe on the distilled water reservoir 18, the fouling interface of fouling test monitoring suspension member 2 on the online fouling test monitoring probe 18 is polished or corresponding Fouling Cleaning liquid immersion gently, dispose layer of scale.
The online fouling test monitoring probe that f will dispose behind the layer of scale is equipped on the distilled water reservoir 18 again, repeats the process of b-g, obtains temperature rise process data and curve under the no dirty state.Temperature rise herein is with to rise to a certain temperature required time directly related with the fouling situation, judge according to water treatment fielded system technological requirement and determine, the test period difference that the test suspension member adheres at the on-the-spot online dirt of technology, the difference of on-the-spot water quality, the dirt adhesion amount is different, thus, it is different that probe dirt pick-up unit institute thermometric rises curve, and those skilled in the art should be able to understand its different implication of analysis.
G rises to the required time of same temperature and investigates water quality fouling tendency degree with the temperature rise value of temperature in the distilled water reservoir under fouled condition under the same test period and the non-fouled condition temperature of being divided by under income value and fouled condition and the non-fouled condition in the distilled water reservoir.
It should be noted last that, above embodiment is only unrestricted in order to the explanation the technical solution of the utility model, although the utility model is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement the technical solution of the utility model, and not breaking away from the spirit and scope of technical solutions of the utility model, it all should be encompassed in the middle of the claim scope of the present utility model.
Claims (2)
1. a recirculated cooling water fouling condition detection apparatus is characterized in that, is included in toe-in dirt test monitoring probe, on-line monitoring probe heating arrangement and monitoring probe dirt pick-up unit,
Described online fouling test monitoring probe comprises: suspension member nut, fouling test monitoring suspension member and sealing gasket,
The middle shaft part of fouling test monitoring suspension member is divided into rod shaped structure, and the monitoring side of fouling test monitoring suspension member is positioned at the bottom of rod shaped structure, and being with the rod shaped structure is the tubular structure in axle center, and described tubular structure is provided with internal thread; Described suspension member nut is provided with external thread, the height of suspension member nut is less than described fouling test monitoring suspension member rod shaped structure height, suspension member nut middle shaft part branch has the through hole with fouling test monitoring suspension member rod shaped structure external diameter fit, and the internal diameter of the bottom external diameter of suspension member nut and fouling test monitoring suspension member tubular structure coincide; After fouling test monitoring suspension member is inserted in described sealing gasket by its rod shaped structure, pass the mesopore of suspension member nut from the bottom of described suspension member nut, be connected by the external thread of the internal thread on the fouling test monitoring suspension member tubular structure with suspension member nut bottom, the rod shaped structure of the fouling test monitoring suspension member after the connection exceeds from the top of suspension member nut;
Described on-line monitoring probe heating arrangement comprises: detected main body, main basal base, suspension member fixed by nut plate, fixed head compression set pot body, cover plate, power supply, safety locking motion, stable-pressure device and plug-in type electromagnetic heating arrangement,
Described main basal base is fixedly connected on the described detected main body, and described suspension member fixed by nut plate places in the main basal base, and seals with sealing gasket between the main basal base; Offer two threaded holes on the described suspension member fixed by nut plate, the threaded hole on the described suspension member fixed by nut plate can be threaded with the suspension member nut of described online fouling test monitoring probe; On the described monitored main body, offer two through holes below the threaded hole corresponding to suspension member fixed by nut plate, the aperture of described through hole is slightly larger than the external diameter of the tubular structure of online fouling test monitoring probe fouling test monitoring suspension member; Described fixed head compression set pot body places on the described suspension member fixed by nut plate; Described power supply, safety locking motion, stable-pressure device and plug-in type electromagnetic heating arrangement are linked in sequence, safety locking motion and stable-pressure device are set in the described cover plate, described plug-in type electromagnetic heating arrangement is arranged in the described fixed head compression set pot body, and cover plate and suspension member fixed by nut plate are fastenedly connected on the main basal base by the bolts and nuts cooperation;
Described monitoring probe dirt pick-up unit comprises: steam generator, opening steam pipeline, opening stram condenser, distilled water reservoir, temperature probe and thermometric time set,
Described steam generator and described opening steam pipeline and opening stram condenser are linked in sequence; Described distilled water reservoir is provided with the connector that the suspension member nut of threaded and described online fouling test monitoring probe matches; Described opening steam pipeline offers the connector that the suspension member nut of threaded and described online fouling test monitoring probe matches; Described temperature probe is arranged in the described distilled water reservoir; Described thermometric time set is connected with described temperature probe.
2. a kind of monitoring probe dirt pick-up unit as claimed in claim 1 is characterized in that the condensate water output terminal of described opening stram condenser is connected with the input end of steam generator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202211610U CN201740749U (en) | 2010-06-10 | 2010-06-10 | Scale condition detecting apparatus for circulating cooling water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202211610U CN201740749U (en) | 2010-06-10 | 2010-06-10 | Scale condition detecting apparatus for circulating cooling water |
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| CN201740749U true CN201740749U (en) | 2011-02-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202211610U Expired - Fee Related CN201740749U (en) | 2010-06-10 | 2010-06-10 | Scale condition detecting apparatus for circulating cooling water |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102520010A (en) * | 2011-09-08 | 2012-06-27 | 赵歆治 | Condenser dirt detection method for vapor compression cycle cold water unit |
| CN105628530A (en) * | 2015-01-19 | 2016-06-01 | 重庆环际低碳节能技术开发有限公司 | Internal twisted tape testing system |
| CN107478773A (en) * | 2017-07-13 | 2017-12-15 | 河南清水源科技股份有限公司 | A kind of constant temperature antisludging test instrument |
| CN107991356A (en) * | 2017-11-24 | 2018-05-04 | 中国石油化工股份有限公司 | A kind of online fouling monitoring device of water injection pipeline |
-
2010
- 2010-06-10 CN CN2010202211610U patent/CN201740749U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102520010A (en) * | 2011-09-08 | 2012-06-27 | 赵歆治 | Condenser dirt detection method for vapor compression cycle cold water unit |
| CN105628530A (en) * | 2015-01-19 | 2016-06-01 | 重庆环际低碳节能技术开发有限公司 | Internal twisted tape testing system |
| CN107478773A (en) * | 2017-07-13 | 2017-12-15 | 河南清水源科技股份有限公司 | A kind of constant temperature antisludging test instrument |
| CN107991356A (en) * | 2017-11-24 | 2018-05-04 | 中国石油化工股份有限公司 | A kind of online fouling monitoring device of water injection pipeline |
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| C14 | Grant of patent or utility model | ||
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