CN201289467Y - Device for testing heat dispersion of radiator surface - Google Patents

Device for testing heat dispersion of radiator surface Download PDF

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Publication number
CN201289467Y
CN201289467Y CNU2008201426317U CN200820142631U CN201289467Y CN 201289467 Y CN201289467 Y CN 201289467Y CN U2008201426317 U CNU2008201426317 U CN U2008201426317U CN 200820142631 U CN200820142631 U CN 200820142631U CN 201289467 Y CN201289467 Y CN 201289467Y
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temperature
radiator
heat
temperature sensor
testing
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梁金生
薛刚
丁燕
吴晓明
董存立
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Hebei University of Technology
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Hebei University of Technology
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Abstract

本实用新型一种测试散热器表面散热性能的装置,涉及一般的物理装置,它包括:测试主体、热媒系统和温度监测分析系统,其中测试主体由两个用绝热材料制成的闭式小室和分别放置在两个闭式小室中的散热器构成,每个闭式小室的体积为(500~700)×(500~700)×(500~700)mm3,在放置散热器一侧的闭式小室壁面上开有两个直径为2~4mm的圆形开口;热媒系统由上述的两个散热器、加热器、恒温水箱、通水管道、两个流量计、水泵、减压阀门和两个调节阀门构成;温度监测分析系统由二十个温度传感器、多路温度电压转换器、多路信号转化卡和计算机及其中含带的支持测量和数据记录处理的软件系统构成。该装置在实验室或工业应用中能相对精确地测试散热器散热性能。

Figure 200820142631

The utility model relates to a device for testing the heat dissipation performance of the surface of a radiator, which relates to a general physical device, which includes: a test body, a heat medium system and a temperature monitoring and analysis system, wherein the test body consists of two closed small chambers made of heat insulating materials and radiators respectively placed in two closed chambers, the volume of each closed chamber is (500~700)×(500~700)×(500~700)mm 3 , on the side where the radiator is placed There are two circular openings with a diameter of 2 to 4 mm on the wall of the closed chamber; the heat medium system consists of the above-mentioned two radiators, heater, constant temperature water tank, water pipes, two flow meters, water pumps, and pressure reducing valves. and two regulating valves; the temperature monitoring and analysis system consists of 20 temperature sensors, multi-channel temperature-to-voltage converters, multi-channel signal conversion cards, computers and software systems that support measurement and data recording and processing. The device can relatively accurately test the heat dissipation performance of radiators in laboratory or industrial applications.

Figure 200820142631

Description

A kind of device of testing the spreader surface heat dispersion
Technical field
The technical solution of the utility model relates to the general physical device, specifically a kind of device of testing the spreader surface heat dispersion.
Background technology
The proving installation of existing radiator heat-dissipation performance all designs by GB/T 13754-92 " heating radiator heat dissipation capacity bioassay standard ".The design of these standard test fixtures is all quite complicated, requires to have building enclosure, control system, measuring system and cooling system.For example: these standard test fixtures generally adopt the airtight cell structure of air-cooled or water-cooled of steel, and its size is 4000 * 4000 * 2800 (mm), and volume is bigger; The heating agent system adopts the two-stage type of heating, and is provided with refrigeratory in the heating agent system, in order to the accuracy of dependable flow metering; Many independently temperature sensors are adopted in the operating mode dish commentaries on classics of calorimetry, and the control of operating ambient temperature adopts independently off-gauge cooling system, so moves and regulate and complex management, and cost is very high.At present, a lot of enterprises are in the research and development or process of the test of heating radiator product, do not have condition, need not in standard test fixture, carry out the test of radiator heat-dissipation performance sometimes yet, get final product and only need to carry out relatively accurate test in the laboratory or in the commercial Application.CN 2537460 discloses a kind of enterprise heating radiator thermal technology performance test stand that self check is used in pilot process, and it mainly is the temperature difference of measuring heating radiator inlet temperature and outlet temperature, estimates the heat dispersion of heating radiator with this.But the related technology of this patent is open, and whole device communicates with external environment, estimates the radiator heat-dissipation performance like this and have very mistake under the influence of external environment.In addition, do not see the report of relevant this class radiator heat-dissipation performance testing device as yet.
The utility model content
Technical problem to be solved in the utility model is: a kind of device of testing the spreader surface heat dispersion is provided, is used in the laboratory or carries out the measurement of radiator heat-dissipation performance in commercial Application, can relatively accurately test the radiator heat-dissipation performance.
The utility model solves this technical problem the technical scheme that is adopted: a kind of device of testing the spreader surface heat dispersion, comprise: test subject, heating agent system and temperature monitoring analytic system, wherein test subject is by two enclosed cells made from thermal insulation material be placed on two heating radiators in the enclosed cell respectively and constitute, and the volume of each enclosed cell is (500~700) * (500~700) * (500~700) mm 3, the circular open that to have two diameters on the enclosed cell wall of placing heating radiator one side be 2~4mm; The heating agent system is made of two above-mentioned heating radiators, well heater, constant temperature water tank, ventilating water pipe, two flowmeters, water circulating pump, pressure loading valve and two control valves; The temperature monitoring analytic system transforms card and computing machine by 20 temperature sensors, multi way temperature electric pressure converter, multiple signals and wherein contains the support measurement of band and the software systems of data recording and processing constitute; The arrangement of above-mentioned each component parts is such with being connected: in the test subject: heating radiator is placed in the little chamber interior of enclosed near the position of ventilating water pipe one end distance from enclosed cell wall 10~20cm, by the stent support made from plexiglas, two heating radiators in two the enclosed cells that are placed in want symmetry to place; In the heating agent system: the order of pressing constant temperature water tank → water circulating pump → pressure loading valve → flowmeter → control valve → heating radiator → constant temperature water tank connects with ventilating water pipe successively, and well heater places constant temperature water tank inside; In the temperature monitoring analytic system: computing machine reaches and wherein contains the support measurement of band and the software systems of data recording and processing, multiple signals transform between card and the multi way temperature electric pressure converter and connect with connecting lead, to pass two diameters that have on the enclosed cell wall be the circular open of 2~4mm to the multi way temperature electric pressure converter or directly be connected respectively on each temperature sensor with the connection lead, wherein respectively place a temperature sensor as the heat source temperature sensor at two heating radiator import and exports, each fixes a temperature sensor as the radiator temperature sensor two heating radiator outer wall centers, respectively place a temperature sensor as enclosed chamber center temperature sensor two enclosed cell geometric centers, each fixes a temperature sensor as enclosed cell wall temperature sensor in the geometric center point of two each walls of enclosed cell.
In above-mentioned a kind of device of testing the spreader surface heat dispersion, the described enclosed cell made from thermal insulation material, its used thermal insulation material is a resin.
In above-mentioned a kind of device of testing the spreader surface heat dispersion, the inside surface of described enclosed cell scribbles heat-absorbing paint, and the outside of enclosed cell is stained with foam heat-insulating board, the coefficient of heat conductivity≤0.04W/ of this foam heat-insulating board (mK).
In above-mentioned a kind of device of testing the spreader surface heat dispersion, the heat-absorbing paint that the inside surface of described enclosed cell scribbles is the heat-absorbing paint of being made by the carbon black of infrared emittance 〉=97% and particle diameter≤120 μ m.
In above-mentioned a kind of device of testing the spreader surface heat dispersion, distance between the circular open that described enclosed cell has two diameters on the horizontal central line of the enclosed cell wall of placing heating radiator one side be 2~4mm, two circular open centers of circle is 200~300mm.
In above-mentioned a kind of device of testing the spreader surface heat dispersion, described ventilating water pipe all adopts heat-resistant rubber hose, and overcoat rubber and plastic insulating tube; Pressure drop formula flowmeters such as described flowmeter employing; Described water circulating pump is the miniature supercharge pump of hot-water type.
Described rubber and plastic insulating tube is NBR rubber insulating tube or nitrile rubber insulating tube; Described flowmeter such as formula such as pressure drop such as grade is LZB-10, LZB-15 or LZB-20 spinner-type flowmeter.
In above-mentioned a kind of device of testing the spreader surface heat dispersion, described temperature sensor adopts thermal resistance or thermopair; Described multi way temperature electric pressure converter is the multiple signals logging; Described multiple signals transform card and adopt RS-232RS-545CONVERTER.
Described thermal resistance is platinum resistance Pt10 or platinum resistance Pt100; Described thermopair is an occasionally copper-constantan thermocouple of copper-Kao copper thermoelectricity.
The shape of the heating radiator in above-mentioned a kind of device of testing the spreader surface heat dispersion is tubulose or sheet mostly, other special shapes is also arranged, but all be hollow; Well heater is electric heater or other thermal source well heaters.
Above-mentioned a kind of parts involved in the device of spreader surface heat dispersion and components and parts tested all are that those skilled in the art can make or obtain by commercially available.
The beneficial effects of the utility model are:
(1) a kind of device of testing the spreader surface heat dispersion of the utility model is its size by the air-cooled or water-cooled of the designed general employing steel of national standard proving installation the enclosed cell of the volume of 4000 * 4000 * 2800 (mm) than the macrostructure complexity, changing volume into is (500~700) * (500~700) * (500~700) two enclosed cells simple in structure (mm), the enclosed cell is made with transparent thermal insulation material, inside surface scribbles heat-absorbing paint, outside surface is stained with warming plate, volume is little, simple in structure, cost is low, satisfies the requirement of using in laboratory and commercial Application fully.
(2) the heating agent system in the utility model device adopts the single-stage heating, does not establish cooling system and refrigeratory, also is not provided with the high water stage case.
(3) the temperature detection analytic system in the utility model device is measured central temperature, enclosed chamber center temperature, heating radiator outside wall temperature and the heating radiator out temperature of two each walls of enclosed cell simultaneously, draw out little room temperature change curve in time by the temperature data that is write down, and calculate the heat dissipation capacity of heating radiator, and then determine the radiating effect of heating radiator according to this.
(4) add pressure loading valve in the utility model device, alleviated the working pressure of water pump.
Therefore, characteristics simple in structure, reliable, that cost is low, function is many, dirigibility is high that the utility model device has can satisfy the request for utilization of test spreader surface heat dispersion in laboratory and industry fully.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified, but the scope of the utility model claim protection is not limited to following drawings and Examples.
A kind of formation synoptic diagram of testing the device of spreader surface heat dispersion of Fig. 1 the utility model.
Fig. 2 the utility model is a kind of tests the skeleton view of the enclosed cell in the device of spreader surface heat dispersion.
1. enclosed cells among the figure, 2. heating radiator, 3 attemperaters, 4. well heater, 5. water pump, 6. pressure loading valve, 7. flowmeter, 8. control valve, 9. temperature sensor, 10. multi way temperature electric pressure converter, 11. multiple signals transform card, 12. reaching, computing machine wherein contains the support measurement of band and the software systems of data recording and processing, 13. ventilating water pipes, 14. supports.
Embodiment
From embodiment illustrated in fig. 1 as seen, a kind of formation of testing the device of spreader surface heat dispersion of the utility model comprises: two enclosed cells (1), two tubular coolers (2), two supports (14), well heater (4), constant temperature water tank (3), ventilating water pipe (13), two flowmeters (7), water pump (5), pressure loading valve (6), two control valves (8), 20 temperature sensors (9), multi way temperature voltage transitions pipe (10), multiple signals transform card (11) and computing machine and wherein contain the support measurement of band and the software systems (12) of data recording and processing.
In the embodiment shown in fig. 1, tubular cooler (2) is placed on inner close ventilating water pipe (13) one end distances of enclosed cell (1) on the position of enclosed cell (1) wall 10cm, supported by support (14), two tubular coolers (2) in two enclosed cells (1) want symmetry to place; Use ventilating water pipe (13) to connect successively by the order of constant temperature water tank (3) → water pump (5) → pressure loading valve (6) → flowmeter (7) → control valve (8) → tubular cooler (2) → constant temperature water tank (3), well heater (4) places constant temperature water tank (3) inside; Computing machine reaches and wherein contains the support measurement of band and the software systems (12) of data recording and processing, multiple signals transform between card (11) and the multi way temperature electric pressure converter (10) and connect with connecting lead, multi way temperature electric pressure converter (10) passes two circular opens that have on enclosed cell (1) wall with the connection lead or directly is connected respectively on each temperature sensor (9), wherein respectively place a temperature sensor (9) as the heat source temperature sensor at the import and export of two tubular coolers (2), each fixes a temperature sensor (9) as the radiator temperature sensor in two tubular coolers (2) outer wall center, respectively place a temperature sensor (9) as enclosed cell (1) central temperature sensor in two enclosed cells (1) geometric center, each fixes a temperature sensor (9) as enclosed cell wall temperature sensor in the geometric center point of each wall of two enclosed cells (1).
Four heat source temperature sensors (9) are measured the temperature of two tubular coolers (2) intake-outlet respectively; Two radiator temperature sensors (9) are measured two tubular coolers (2) wall temperature respectively; Two enclosed chamber center temperature sensors (9) are measured the air themperature at two enclosed cells (1) center respectively; 12 enclosed cell wall temperature sensors (9) are measured the central point temperature of each wall of two enclosed cells (1) respectively.
Two enclosed cells (1) and the tubular cooler (2) that is placed on respectively in two enclosed cells (1) constitute test subject; Tubular cooler (2), well heater (4), constant temperature water tank (3), ventilating water pipe (13), two flowmeters (7), water pump (5), pressure loading valve (6) and two control valves (8) constitute the heating agent system; 20 temperature sensors (9), multi way temperature voltage transitions pipe (10), multiple signals transform card (11) and computing machine and wherein contain the support measurement of band and software systems (12) the formation temperature monitoring analytic system of data recording and processing.
In the present embodiment, enclosed cell (1) is made with the thermal insulation material resin, and inside surface scribbles the heat-absorbing paint that the carbon black of infrared emittance 〉=97% and particle diameter≤120 μ m is made, and outside surface is stained with the warming plate of coefficient of heat conductivity≤0.04W/ (mK); Support (14) is made with plexiglas; Used well heater (4) is an electric heater; Used ventilating water pipe (13) all adopts heat-resistant rubber hose, and overcoat NBR rubber insulating tube or nitrile rubber insulating tube; Used flowmeter (7) adopts LZB-10, LZB-15 or LZB-20 spinner-type flowmeter; Used water pump (5) is the miniature supercharge pump of hot-water type; Used temperature sensor (9) all adopts occasionally copper-constantan thermocouple of platinum resistance Pt10, platinum resistance Pt100 thermal resistance, copper-Kao copper thermoelectricity; Used multi way temperature electric pressure converter (10) is the multiple signals logging; It is RS-232RS-545CONVERTER that used multiple signals transform card (11); Used computing machine and wherein contain the support measurement of band and the software systems (12) of data recording and processing are known product.
The process of testing the spreader surface heat dispersion with the device of the test spreader surface heat dispersion of present embodiment shown in Figure 1 is such: hot water from constant temperature water tank (3) after electric heater (4) heating, at first enter water pump (5) by ventilating water pipe (13), for the pressure that reduces ventilating water pipe (13) has been installed pressure loading valve (6), enter two flowmeters (7) by ventilating water pipe (13) shunting then, respectively through entering two tubular coolers (2) behind two control valves (8) respectively, last hot water is got back to constant temperature water tank (3) through ventilating water pipe (13) backwater again; Connect the power supply of electric heater (4) in the constant temperature water tank (3), water temperature is set at 80 ℃, the initial temperature of regulating two enclosed cells (1) is to consistent, open by 20 temperature sensors (9), multi way temperature voltage transitions pipe (10), multiple signals transform card (11) and computing machine and wherein contain the support measurement of band and the temperature monitoring analytic system of software systems (12) formation of data recording and processing, open water pump (5) after writing down 10 minutes clear data, regulate the both sides flow to 80L/h, in process of the test, temperature monitoring analytic system continuous recording tubular cooler (2) surface temperature, enclosed cell (1) perisporium and central point temperature and tubular cooler (2) are imported and exported water temperature, test duration is 120 minutes, draw out the time dependent curve of enclosed cell (1) temperature by the temperature data that is write down, and calculate the heat dissipation capacity of tubular cooler (2), and then determine tubular cooler (2) radiating effect according to this.
As seen, the volume of each enclosed cell (1) is (500~700) * (500~700) * (500~700) mm from embodiment illustrated in fig. 2 3, the circular open that to have two diameters on enclosed cell (1) the wall horizontal central line of placing tubular cooler (2) one sides be 2~4mm, the distance between two circular open centers of circle is 200~300mm.The purposes of circular open is to allow the connection lead pass enclosed cell (1) wall, so that is connected with lead between each temperature sensor (9) of settling in multi way temperature electric pressure converter (10) and the enclosed cell (1), thereby two positions of circular open on enclosed cell (1) wall and unrestrictedly.

Claims (9)

1.一种测试散热器表面散热性能的装置,其特征在于该装置包括:测试主体、热媒系统和温度监测分析系统,其中测试主体由两个用绝热材料制成的闭式小室和分别放置在两个闭式小室中的散热器构成,每个闭式小室的体积为(500~700)×(500~700)×(500~700)mm3,在放置散热器一侧的闭式小室壁面上开有两个直径为2~4mm的圆形开口;热媒系统由上述的两个散热器、加热器、恒温水箱、通水管道、两个流量计、循环水泵、减压阀门和两个调节阀门构成;温度监测分析系统由二十个温度传感器、多路温度电压转换器、多路信号转化卡和计算机及其中含带的支持测量和数据记录处理的软件系统构成;上述各个构成部件的安置和连接是这样的:测试主体中:散热器安置在闭式小室内部靠近通水管道一端距离闭式小室壁面10~20cm的位置处,由用树脂玻璃做成的支架支撑,分置于两个闭式小室中的两个散热器要对称放置;热媒系统中:按恒温水箱→循环水泵→减压阀门→流量计→调节阀门→散热器→恒温水箱的顺序依次用通水管道连接,加热器置于恒温水箱内部;温度监测分析系统中:计算机及其中含带的支持测量和数据记录处理的软件系统、多路信号转化卡和多路温度电压转换器之间用连接导线连接,多路温度电压转换器用连接导线穿过闭式小室壁面上开有的两个直径为2~4mm的圆形开口或直接分别连接到各个温度传感器上,其中在两个散热器进出口处各放置一个温度传感器作为热源温度传感器,在两个散热器外壁中心位置各固定一个温度传感器作为散热器温度传感器,在两个闭式小室几何中心各放置一个温度传感器作为闭式小室中心温度传感器,在两个闭式小室每个壁面的几何中心点各固定一个温度传感器作为闭式小室壁温传感器。1. A device for testing the surface heat dissipation performance of radiators, characterized in that the device includes: a test body, a heat medium system and a temperature monitoring and analysis system, wherein the test body consists of two closed chambers made of heat-insulating materials and placed respectively The radiator is composed of two closed cells, the volume of each closed cell is (500~700)×(500~700)×(500~700)mm 3 , the closed cell on the side where the radiator is placed There are two circular openings with a diameter of 2 to 4mm on the wall; the heat medium system consists of the above-mentioned two radiators, a heater, a constant temperature water tank, a water pipe, two flow meters, a circulating water pump, a pressure reducing valve and two The temperature monitoring and analysis system is composed of 20 temperature sensors, multi-channel temperature-voltage converters, multi-channel signal conversion cards, computers and software systems that support measurement and data recording and processing; the above components The installation and connection are as follows: In the test body: the radiator is placed inside the closed chamber close to the end of the water pipe at a position 10-20cm away from the wall of the closed chamber, supported by a bracket made of resin glass, and placed in The two radiators in the two closed chambers should be placed symmetrically; in the heat medium system: in the order of constant temperature water tank→circulating water pump→pressure reducing valve→flow meter→regulating valve→radiator→constant temperature water tank, they are connected with water pipes in sequence , the heater is placed inside the constant temperature water tank; in the temperature monitoring and analysis system: the computer and its software system that supports measurement and data recording and processing, the multi-channel signal conversion card and the multi-channel temperature-voltage converter are connected by connecting wires, The multi-channel temperature-voltage converter uses connecting wires to pass through two circular openings with a diameter of 2 to 4mm on the wall of the closed chamber or directly connect to each temperature sensor respectively, and place them at the inlet and outlet of the two radiators. One temperature sensor is used as the heat source temperature sensor, one temperature sensor is fixed at the center of the outer wall of the two radiators as the radiator temperature sensor, and one temperature sensor is placed at the geometric center of the two closed cells as the center temperature sensor of the closed cell. A temperature sensor is fixed at the geometric center point of each wall of each closed chamber as the wall temperature sensor of the closed chamber. 2.按照权利要求1所述的一种测试散热器表面散热性能的装置,其特征在于:所述用绝热材料制成的闭式小室,其所用的绝热材料为树脂。2. A device for testing the heat dissipation performance of a radiator surface according to claim 1, characterized in that: said closed chamber made of heat insulating material, the heat insulating material used is resin. 3.按照权利要求1所述的一种测试散热器表面散热性能的装置,其特征在于:所述闭式小室的内表面涂有吸热涂料,闭式小室的外面粘有泡沫保温板,该泡沫保温板的导热系数≤0.04W/(m·K)。3. The device for testing the surface heat dissipation performance of a radiator according to claim 1, characterized in that: the inner surface of the closed cell is coated with heat-absorbing paint, and the outside of the closed cell is glued with a foam insulation board, the The thermal conductivity of the foam insulation board is ≤0.04W/(m·K). 4.按照权利要求3所述的一种测试散热器表面散热性能的装置,其特征在于:所述闭式小室的内表面涂有的吸热涂料,是由红外辐射率≥97%和粒径≤120μm的炭黑制成的吸热涂料。4. according to a kind of device for testing the surface heat dissipation performance of radiator according to claim 3, it is characterized in that: the heat-absorbing coating that the inner surface of described closed chamber is coated with is made of infrared radiation rate ≥ 97% and particle diameter Heat-absorbing paint made of carbon black ≤120μm. 5.按照权利要求1所述的一种测试散热器表面散热性能的装置,其特征在于:所述闭式小室在放置散热器一侧的闭式小室壁面的水平中线上开有两个直径为2~4mm的圆形开口,两个圆形开口圆心之间的距离为200~300mm。5. according to a kind of device for testing the surface heat dissipation performance of radiator according to claim 1, it is characterized in that: said closed chamber has two diameters on the horizontal midline of the closed chamber wall on one side where radiator is placed. For circular openings of 2 to 4 mm, the distance between the centers of the two circular openings is 200 to 300 mm. 6.按照权利要求1所述的一种测试散热器表面散热性能的装置,其特征在于:所述通水管道均采用耐热橡胶管,并外套橡塑保温管;所述流量计采用等压降式流量计;所述循环水泵为热水型微型增压泵。6. A device for testing the heat dissipation performance of a radiator surface according to claim 1, wherein: said water pipes are made of heat-resistant rubber tubes, and covered with rubber and plastic insulation tubes; said flowmeter adopts equal pressure Down flow meter; the circulating water pump is a hot water type micro booster pump. 7.按照权利要求6所述的一种测试散热器表面散热性能的装置,其特征在于:所述橡塑保温管是NBR橡胶保温管或丁腈橡胶保温管;所述等压降式流量计是LZB-10、LZB-15或LZB-20转子流量计。7. according to the device of a kind of test radiator surface heat dissipation performance described in claim 6, it is characterized in that: described rubber-plastic insulation pipe is NBR rubber insulation pipe or acrylonitrile-butadiene rubber insulation pipe; It is LZB-10, LZB-15 or LZB-20 rotameter. 8.按照权利要求1所述的一种测试散热器表面散热性能的装置,其特征在于:所述温度传感器采用热电阻或热电偶;所述多路温度电压转换器为多路信号巡检仪;所述多路信号转化卡采用RS-232RS-545CONVERTER。8. The device for testing the heat dissipation performance of the surface of a radiator according to claim 1, wherein the temperature sensor adopts a thermal resistor or a thermocouple; the multi-channel temperature-voltage converter is a multi-channel signal inspection instrument ; The multi-channel signal conversion card adopts RS-232RS-545CONVERTER. 9.按照权利要求8所述的一种测试散热器表面散热性能的装置,其特征在于:所述热电阻是铂电阻Pt10或铂电阻Pt100;所述热电偶是铜-考铜热电偶或铜-康铜热电偶。9. A device for testing the surface heat dissipation performance of a radiator according to claim 8, wherein the thermal resistance is a platinum resistance Pt10 or a platinum resistance Pt100; the thermocouple is a copper-copper thermocouple or a copper - Constantan thermocouple.
CNU2008201426317U 2008-10-22 2008-10-22 Device for testing heat dispersion of radiator surface Expired - Fee Related CN201289467Y (en)

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Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102175714A (en) * 2010-12-23 2011-09-07 烟台富耐克散热器有限公司 Heat radiator and fan performance testing system
CN103487459A (en) * 2013-10-15 2014-01-01 北京大学 Test system and method for cooling performance of microscale liquid cooler
CN105352188A (en) * 2015-08-14 2016-02-24 浙江大学 Multi-parameter fuzzy control method and system for semi-conductor thermostatic water tank
CN106324335A (en) * 2016-08-10 2017-01-11 联德精密材料(中国)股份有限公司 Method and device for detecting heat dissipation power of heat radiator
CN107796849A (en) * 2017-11-23 2018-03-13 宁波迪奥机械有限公司 A kind of radiator test system and method for testing
CN109765069A (en) * 2019-01-28 2019-05-17 晶晨半导体(深圳)有限公司 Radiator test method and system
CN111781234A (en) * 2020-07-02 2020-10-16 西安交通大学 A power electronic integrated module layered cold plate performance test platform and test method
CN116068015A (en) * 2021-11-01 2023-05-05 瞻博网络公司 Test system for evaluating thermal performance of heat sink

Cited By (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102175714A (en) * 2010-12-23 2011-09-07 烟台富耐克散热器有限公司 Heat radiator and fan performance testing system
CN103487459A (en) * 2013-10-15 2014-01-01 北京大学 Test system and method for cooling performance of microscale liquid cooler
CN103487459B (en) * 2013-10-15 2016-04-06 北京大学 A kind of microscale liquid cooling appts heat dispersion test macro and method of testing thereof
CN105352188A (en) * 2015-08-14 2016-02-24 浙江大学 Multi-parameter fuzzy control method and system for semi-conductor thermostatic water tank
CN105352188B (en) * 2015-08-14 2018-05-25 浙江大学 The multi-parameter fuzzy control method and system of a kind of semiconductor constant reservoir
CN106324335A (en) * 2016-08-10 2017-01-11 联德精密材料(中国)股份有限公司 Method and device for detecting heat dissipation power of heat radiator
CN106324335B (en) * 2016-08-10 2020-03-06 联德精密材料(中国)股份有限公司 Method and equipment for detecting heat dissipation power of radiator
CN107796849A (en) * 2017-11-23 2018-03-13 宁波迪奥机械有限公司 A kind of radiator test system and method for testing
CN109765069A (en) * 2019-01-28 2019-05-17 晶晨半导体(深圳)有限公司 Radiator test method and system
CN109765069B (en) * 2019-01-28 2021-09-07 晶晨半导体(深圳)有限公司 Radiator test method and system
CN111781234A (en) * 2020-07-02 2020-10-16 西安交通大学 A power electronic integrated module layered cold plate performance test platform and test method
CN116068015A (en) * 2021-11-01 2023-05-05 瞻博网络公司 Test system for evaluating thermal performance of heat sink

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