1^27212 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種量測裝置，應用於冷凍空調主機上，特別 =關於一種可量測效率值之冷凍空調主機效率值量測裝置及其方 【先前技術】 冷凍空調系統主機耗能佔了全國尖峰用電的一半以上，要 =機於高效率狀態運轉，隨時掌握主機的運轉效率是相當重要 的事。—般制之轉㈣系統域係包滅賴、冷凝器、α 系統溫度’以簡化量測過程且輕易地ί測冷 而量^ 罟忐1 f 值 C0P(foefficlent of Performance 性能係數）， 、人4f成本低，並可安裝於每台冷凍空調系統主機上， 器及連接前述各裝置間的冷媒管路。欲了解冷練 的轉性能需要量測溫度、水流量或冷賊量、耗電量 點二二J過ΐ複雜、量測料及量測儀器昂貴等缺點。本發明特 ί ί統主機使用者了解目前主機sc解3 最=機等問題，提供使用者掌握保養 【發明内容】 署月3之ϋ的在於提供—種冷；東空調主機效率值量測裝 個位ϊ的S稭fΐ置的複數個溫度_點來量測主機上^ 出口處之ΐϋ發11出口處之溫飢）、壓縮機 5 1327212 C〇P=(hrh4)/(h2-hq) 細主機的性能係 ㈣，，夫者了解目别冷缞空調主機的效率。較 發!之量測裝置更包括—通訊傳輪元件，可接收或傳輸 主機的鱗及可隨解值，從而達财㈣地量測 機机2&量測裝置可裝設於冷;東空調主機上，該主 ΐϊϊΖΐ fl]li、’量測裝置可藉由溫度細點與溫度_ ^可取尸二μ或利用通訊傳輸70件接收溫度伽彳器的溫度訊號 數個溫度值並計算紐能係數，使用者可5 接—核該主機的性能並不需要隨身攜帶量測裝置。、 扣，ϊί，二本發明量測裝置可利用網路監控系統進行網路監 “詈，ϋ、ί溫度傳輸裝置，而網路監控系統可接收溫度傳 j ^傳运的溫度訊號，因此使用者可以透過網路監控系絲於 控主機的效率狀態，能增加使用者的使用性與方便性。…座 述目的與功效’本發明所制之技術手段及構造， 較佳實施例詳加說明其特徵與魏如下，俾利於 【實施方式】 媒草閱第—Α圖及第分別係為本發明實施例之冷 如、爾線圖及糸統圖圖表，圖表包括一主機冷媒管路循環曲 f人Γ冷媒之狀態飽和線2〇2，該主機冷媒管路循環曲線201係 發祕到壓縮機’再進人冷凝11，接著到達冷媒控制 二人進入蒸發器而完成一循環，其中該蒸發器與冷凝器内 ^=態冷媒220、222與氣態冷媒221、223。本發明在該主機 1官路循環曲、線201上設有五個位置的溫度，分別是基 口處之溫度(Tl)、壓縮機出口處之溫度(τ2)、冷凝器中声 6 1327212 (IC) 1 冷凝器出口處之溫度(T3)及蒸發器,中段處之溫度(Te) ’並在 蒸發器與冷凝器之液態冷媒22〇、222與氣態冷媒221、223於縱 轴作延長線，則與該冷媒之狀態飽和線2〇2相交形成四焓值，分 別為h,、h2、h；3及比。藉由上述五個位置溫度，可分別求得hi、 h2、h；j及I14，再將該四個焓值利用性能係數計算公式即可計算出 主機上的效率值。 請參閱第一 β圖係為本發明冷凍空調主機效率值的量測方 法，先分別量測主機蒸發器出口處之溫度(Τι)1〇1、壓縮機出口處 之溫度(丁2)1〇2、冷凝器中段處之溫度(Tc)1〇3、冷凝器出口處之溫 度(丁3)104及蒸發器中段處之溫度(Te)1〇5。接著，利用冷媒壓力相 對焓值之圖表，量測溫度Tc、A之溫度差可求得焓值(h2);量測溫 f Tc、Ts之溫度可求得焓值(¾);量測温度Te、A之溫度差可求 得焓=(h4);量測溫度Te、乃之溫度差可求得焓值(hi)。最後，再 將各捨值(hl、h2、h3及Μ利用性能係數COP(Coeffident of Performance性能係數)計算公式，便可計算出主機上的效率值 1〇6。此外，也可利用效率值計算其他相關的性能，例如ERR(Energy ffi^ciency Ratio能源效率比）、kw/t〇n(每噸的耗電量），各計算公式 計算如下：1^27212 IX. Description of the invention: [Technical field of the invention] The present invention relates to a measuring device applied to a refrigerating air-conditioning main unit, in particular, a refrigerating and air-conditioning main engine efficiency value measuring device capable of measuring efficiency values and The former [previous technology] The energy consumption of the main unit of the refrigerating and air-conditioning system accounts for more than half of the country's peak power consumption. It is very important to keep the operation efficiency of the main machine at all times. - The system of system rotation (four) system domain package destroy, condenser, α system temperature 'to simplify the measurement process and easily measure the cold ^ 罟忐 1 f value C0P (foefficlent of performance coefficient of performance), 4f is low in cost and can be installed on the main unit of each refrigerating and air-conditioning system, and the refrigerant line connecting the above devices. To understand the rigorous transfer performance, it is necessary to measure the temperature, water flow or the amount of cold thief, power consumption, point 22, J complex, measuring materials and measuring instruments are expensive. The host user of the present invention understands that the current host sc solves the problem of the most = machine, and provides the user with the maintenance and maintenance. [The content of the invention] The third is the provision of the cold type; the east air conditioner main engine efficiency value measurement and installation The number of temperatures in the S ΐ ΐ ΐ 量 量 量 量 量 量 量 量 量 量 量 量 量 量 量 量 量 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The performance of the fine host is (4), and the husband knows the efficiency of the air conditioner host. The measuring device further includes a communication transmission component, which can receive or transmit the scale of the main machine and the solvable value, so that the money measurement device can be installed in the cold; On the host, the main ΐϊϊΖΐ fl]li, 'measuring device can take the temperature fine point and temperature _ ^ can take the corpse two μ or use the communication to transmit 70 pieces of temperature signals receiving the temperature gamma temperature and calculate the kinetic energy coefficient The user can connect to the core to verify the performance of the host and does not need to carry the measuring device with him or her. , buckle, ϊί, two invention measuring device can use the network monitoring system for network monitoring "詈, ϋ, ί temperature transmission device, and the network monitoring system can receive the temperature signal transmitted by the temperature transmission, so use Through the network, the efficiency of the control unit can be monitored by the network, and the user's usability and convenience can be increased. The purpose and function of the present invention are described in the preferred embodiment. The characteristics and Wei are as follows, and the following is a description of the cold, the line diagram and the diagram of the embodiment of the present invention. The diagram includes a host refrigerant circuit loop. f state Γ refrigerant state saturation line 2 〇 2, the host refrigerant circuit cycle curve 201 is secret to the compressor 're-enter condensing 11 , then arrive at the refrigerant control two people into the evaporator to complete a cycle, where the evaporation In the condenser and the condenser, the refrigerant 220, 222 and the gaseous refrigerants 221, 223. The present invention has five temperatures at the main circuit cycle curve and line 201, respectively, the temperature at the base (Tl ), compressor outlet Temperature (τ2), sound in the condenser 6 1327212 (IC) 1 temperature at the outlet of the condenser (T3) and evaporator, temperature at the middle (Te) 'and liquid refrigerant 22 in the evaporator and condenser, 222 and the gaseous refrigerants 221, 223 are extended lines on the vertical axis, and intersect with the state saturation line 2〇2 of the refrigerant to form four values, which are h, h2, h; 3 and ratio, respectively. Temperature, you can find hi, h2, h; j and I14 respectively, and then use the coefficient of performance calculation formula to calculate the efficiency value on the host. Please refer to the first beta diagram for the refrigeration air conditioner of the present invention. For the measurement method of the efficiency of the main engine, first measure the temperature at the outlet of the main evaporator (Τι)1〇1, the temperature at the outlet of the compressor (D2)1〇2, the temperature at the middle of the condenser (Tc)1 〇3, the temperature at the outlet of the condenser (D3) 104 and the temperature at the middle of the evaporator (Te)1〇5. Then, using the graph of the relative pressure of the refrigerant pressure, the temperature difference between the measured temperatures Tc and A can be obtained. The enthalpy value (h2); the temperature of the measured temperature f Tc, Ts can be obtained as a 焓 value (3⁄4); the temperature difference between the measured temperatures Te and A can be obtained 焓 = (h4); Te, the temperature difference can be obtained by 焓 (hi). Finally, the values of each of the values (hl, h2, h3, and COP using the coefficient of performance COP (Coeffident of Performance Coefficient)) can be calculated on the host. The efficiency value is 1〇6. In addition, the efficiency value can also be used to calculate other related performances, such as ERR (Energy ffi^ciency Ratio), kw/t〇n (power consumption per ton), and each calculation formula. Calculated as follows:
cop^hj-i^y^-h,) ERR=COP*0.86Cop^hj-i^y^-h,) ERR=COP*0.86
kW/ton=3.516/COP 请參閱第三圖係為本發明冷凍空調主機效率值量測裝置之立 體分解圖’本發明之冷;東空調域效率值制裝置⑴包括一殼體 5，該殼體具有—前蓋1與—後蓋2，並於該前蓋1設 作面板及-顯示面板4，該操作面板具有複數個按紐6， ^ ί鈕、性能健缺。使用者可透過該複數個數字 ，鍵^數子，錄條驗餘係可顯科#結果於顯示面板4 二例如 C〇P(C〇efflcient of Perfm_^kW/ton=3.516/COP Please refer to the third figure for the perspective view of the refrigeration air conditioner main engine efficiency value measuring device of the present invention. The cold air of the present invention; the east air conditioning domain efficiency value device (1) includes a casing 5, the casing The body has a front cover 1 and a rear cover 2, and the front cover 1 is provided as a panel and a display panel 4. The operation panel has a plurality of buttons 6, ^ ü button, and the performance is lacking. The user can pass the plural number, the key ^ number, the record check can be visible, the result can be displayed on the display panel 4, for example, C〇P(C〇efflcient of Perfm_^
Effic職y RatlG能源效率比）、kw/tQn(每_耗電量）。路板$ 7 1327212 係執行該裝置之魏’並具有概個溫度制點3，該複數個 偵測點3係用以連接冷;東空調主機2〇的複數個位置上 ^ 該冷輕調主機20複數個位置上的溫度，並經由雜置 = ίϊΓί异空調主機2G的性能係數。該計算功能包^ 冷♦工駐機2G的溫度值，而該計算單元係包括各種 值22 I=a)壓力·狀圖表，依據所量測之^ “I機率值侧緣絲計算公式即可計算出冷;東 料tif :本發明之冷輕調主機效率值制裝置1G進—步地Effic job y RatlG energy efficiency ratio), kw / tQn (per _ power consumption). The road plate $ 7 1327212 is the implementation of the device's Wei ' and has a temperature point 3, the plurality of detection points 3 is used to connect the cold; the east air conditioning host 2 〇 in multiple positions ^ the cold light tone host 20 multiple locations on the temperature, and via the miscellaneous = ίϊΓ 异 different air conditioner host 2G performance coefficient. The calculation function package includes the temperature value of the cold standby machine 2G, and the calculation unit includes various values 22 I=a) pressure and shape chart, according to the measured value of the "I probability value side edge wire calculation formula" Calculate the cold; East material tif: the cold and light control host efficiency value device of the present invention 1G step by step
:通訊傳輸元件7，該通訊傳輸元C 率值⑽蚀田i=485或Ethemet，能夠接收或傳輸溫度及效 ^值减，使肖者可細該通訊傳輸元件7接收遠端 機20的溫度訊號，並經過該裝置ω = 調主機2〇的鱗值，咖達到可隨身歸之^ ^冷/東空 之示率值量職置運作 複數個位置的、、πϋ2老糟此1測該冷;東空調主機20上 ί 30i I Λ出口處之溫度300、壓縮機出口處之溫 ί器中尸itt f之溫度302、冷凝器出口處之溫度303、装 ）’並經由該冷;東空調主機效率值量測裝i 便可計算出該冷束空調主機20的性能係數 7 ^ 之冷珠空調主機效個溫度位置上，本發明 訊傳輸元件7 ====== rs:進而獲得該冷細主機==*=? :並透_ 1G的計算，便可___機2= 8 1327212 、複數广度細點3連接於該冷;東空調主機2G的冷^ 上’便可取得該冷衫触機2G的效率值。同時，細者也 上ΐ1訊傳輸元件7接收該冷;東空調主機20的溫 度及j率值讯唬，亦可取得該冷凍空調主機20的效率值。 請參閱第五圖係為本發明量測效率值之冷;東空調主 不思圖’本發明量觀率值之冷輕職機2(H純括—冷 ίΓΐΐΐΐη置1G，該冷賴勒統具有—壓縮機 補鮮署m V*膨服閥212及一蒸發器210，該量測效率 ，的裝^ ίο具有-苐-溫度制器320位於該蒸發器21〇出口 處，一弟一溫度偵測器321位於該壓縮機211出口處，一第三、、θ 度_器322位於該冷凝器213中段處，一第四溫度偵測器; 位於該冷凝器213出σ處及一第五溫度制器324位於該蒸發器 210中段處。該制效率_裝置〗㈣具有—殼體及—電路板γ， 該殼體包括-前蓋1與-後蓋2,並於贿蓋丨^置有—操作面板 與-顯示面板4 ’且於該操作面板上設置有複數健㈣，包括數 字芦、性能值气紐及：開關。該電路板5具有複數個溫度偵測點 3(第一、第二、第三、第四、第五溫度偵測點31〇、311、312 313、 314、315)分別連接該第-、第二、第三、第四、第五溫度偵測器 320、32卜322、323、324，藉由該電路板5的複數個溫度侧點 3可從該第一、第二、第三、第四、第五溫度偵測器32〇、切、 322、323、324獲得該冷凍空調主機2〇上的五個溫度值，並經由 該量測效率值的裝置10之計算便可得到該冷凍空調主機2〇的效 率值。 較佳地，該量測效率值的裝置1〇之電路板5更包括有一通訊 傳輸元件7，該通訊傳輸元件7可自該第一、第二、第三、第四、 第五溫度偵測态320、32卜322、323、324接收或傳輸溫度訊號， 1327212 =率2G上的五個溫度值，再透過該量 十异’即可獲得該冷凍空調主機20的效率 主機20上’使用者可以輕易地於冷康空調主機 m要將該冷凍空調主機效率值量測裝置1〇隨身栌；： 閱第，係為本發明量測效率值之料空調主m 主機具有-壓縮機211、一冷凝器213、機^ 么發态210，一溫度訊號傳輪裝置3〇，係裝置於 ^ =显^訊號傳輸裝置3〇具有一第一溫度制器細位於該^發哭 2」0一出口處，-第二温度_器321位於該壓縮機2ιι &口處:二 f f度偵測器322位於該冷凝器213中段處， 疑器213出口處及一第五溫度侧器 中&處，及—量測效率值的裝置1G，使顯示該主機的 ί率值。該f測效率值的裝置1。包括-殼體及-電路板5，該殼 =具有-社1及-後蓋2’並於該前蓋丨裝設有—操作面板及一 顯不面板4，且該操作面板設有複數個按妞，包括數字鈕、性 =及-關’提供使用者操作制。該電路板5係具有複數個 溫度偵測點3可連接該溫度訊號裝置3〇，自該溫度訊號裝置3〇 的第一、第二、第三、第四、第五溫度偵測器32〇、321 322、323、 324可於該複數個溫度偵測點3上獲得該主機上的五個溫度值如 此’該量測效率值職置1()便可計算出該主機的效率值並顯示於 ，顯不面板4上，使用者亦可按下多數個按鈕以觀察性能係數、、 能源效率比或每冷凍噸的耗電量。較佳地，該電路板5更包括一 ，訊傳輸元件7，可從該溫度訊號裝置3〇上的第一、第二、第三、 第四、第五溫度偵測器320、32卜322、323、324上得到該^機 的溫度值，便可計算出該主機的效率值。 請參閱第七圖係為本發明量測與傳輸冷凍空調主機的效率值 之網路系統示意圖，該網路系統包括一主機、一溫度訊號傳輪震 1327212 置及一網路監控系統400。該主機具有一壓縮機211、一冷凝器 213、一膨脹閥212及一蒸發器210 ;該溫度訊號傳輸裝置30係裝 置於該主機上，該溫度訊號傳輸裝置30具有一第一溫度偵測器 320位於該蒸發器210出口處，一第二溫度偵測器321位於該壓縮 機f 11出口處，一第三溫度偵測器322位於該冷凝器213中段處， 一第四溫度偵測器323位於該冷凝器213出口處及一第五溫度偵 測f 3=位於該蒸發器210中段處；而該網路監控系統400包括 二貢料單元40卜一分析單元4〇2、一網際網路單元4〇3及一監控 單兀404，該網路監控系統4〇〇可接收該溫度訊號傳輸裝置3〇的 溫度訊號，並將該溫度訊號傳輸3〇至該資料單元4〇1中儲存，使 =可以透侧際網路錢該主機_料，並且可利用該網 龄_進行分析或監麟域之效率變化，以達到遠端 杯上本發明之轉空調域效率值制裝置利用電路 減!^度_點4敝機概録置上的溫度，再 =運异便可計μ冷輕触機的效率值。進—步地電 :從冷康空調主機上的通訊傳輸元件 調主‘的效;值並可^身^:度t使達到可輕易地獲得冷凍空 ===;，，透過溫度娜或通訊Ϊί 情況，增域··職財作致率 11 1327212 【圖式簡單說明】 A圖係為本發明實施例之冷媒莫里爾線圖； ，二β圖係為本發明系統圖； 圖係為本發明冷凍空調主機效率值的量測方法； =三圖係為本發明冷輕齡機效雜制裝置之立 本發明冷象空調主機效率值量測裝置運作之示意圖； 本發明量測效率值之冷;東空調主機運作之示意圖； 弟2圖係為本發明量測效率值之冷凍空調主機運作另一實施例之 示思圖；及 * ^圖係為本發明量測與傳輸冷輕調域的鱗值之網路系統 不思圖。 【主要元件符號說明】 前蓋: communication transmission component 7, the communication transmission element C rate value (10) Eclipse i = 485 or Ethemet, capable of receiving or transmitting temperature and effect value reduction, so that the communication transmission component 7 can receive the temperature of the remote unit 20 Signal, and after the device ω = adjust the scale of the host 2 ,, the coffee can be returned to the ^ ^ cold / East air rate value of the job operation of multiple positions, π ϋ 2 old bad this 1 test the cold East air conditioning host 20 on ί 30i I Λ exit temperature 300, the temperature at the compressor outlet, the temperature of the body itt f 302, the condenser outlet temperature 303, installed) and through the cold; The host efficiency value measurement device i can calculate the coefficient of performance of the cold beam air conditioner host 20 by 7 ^ at the temperature position of the cold ball air conditioner host, and the present invention transmits the transmission element 7 ====== rs: Cold and fine host ==*=? : And through the calculation of _ 1G, you can ___ machine 2 = 8 1327212, the complex breadth fine point 3 is connected to the cold; the east air conditioning host 2G cold ^ on 'can get the cold The efficiency value of the 2G of the shirt. At the same time, the finer transmission signal 7 receives the cold; the temperature and the j value of the east air conditioner host 20 can also obtain the efficiency value of the refrigerating and air-conditioning main unit 20. Please refer to the fifth figure for the coldness of the measurement efficiency value of the present invention; the east air conditioner does not think about the 'the cold light duty machine 2 of the present invention. (H purely - cold Γΐΐΐΐ Γΐΐΐΐ set 1G, the cold lailer system Having a compressor refilling unit m V* expansion valve 212 and an evaporator 210, the measuring efficiency of the device has a 苐-temperature controller 320 located at the outlet of the evaporator 21, a temperature of one brother The detector 321 is located at the exit of the compressor 211, a third, θ degree_ 322 is located at the middle of the condenser 213, a fourth temperature detector; located at the sigma of the condenser 213 and a fifth The temperature controller 324 is located at the middle of the evaporator 210. The manufacturing efficiency_device (4) has a casing and a circuit board γ, and the casing includes a front cover 1 and a rear cover 2, and is disposed on the bribe cover There is an operation panel and a display panel 4' and a multi-function (four) is provided on the operation panel, including a digital reed, a performance value gas and a switch. The circuit board 5 has a plurality of temperature detection points 3 (first, The second, third, fourth, and fifth temperature detecting points 31〇, 311, 312 313, 314, 315) are respectively connected to the first, second, third, and fourth The fifth temperature detectors 320, 32, 322, 323, and 324 are detectable from the first, second, third, fourth, and fifth temperatures by the plurality of temperature side points 3 of the circuit board 5. The device 32 〇, 切, 322, 323, 324 obtains five temperature values on the refrigerating and air-conditioning main unit 2, and obtains the efficiency value of the refrigerating and air-conditioning main unit 2 via the calculation of the device 10 for measuring the efficiency value. Preferably, the circuit board 5 for measuring the efficiency value further includes a communication transmission component 7, and the communication transmission component 7 can detect from the first, second, third, fourth, and fifth temperatures. The state 320, 32 322, 323, 324 receives or transmits the temperature signal, 1327212 = the five temperature values on the 2G, and then the amount of the refrigeration air conditioner host 20 can be obtained by the user. It is easy to use the refrigeration air-conditioning main unit efficiency value measuring device 1〇; Condenser 213, machine state 210, a temperature signal transmission device 3〇, is installed in ^ = display signal transmission device 3 has a first temperature controller located at the exit of the crying 2" 0, - the second temperature _ 321 is located at the mouth of the compressor 2 ιι & 2: ff detection The device 322 is located at the middle of the condenser 213, at the outlet of the suspect 213 and at a fifth temperature side device, and the device 1G for measuring the efficiency value, so that the value of the host is displayed. The value of the device 1. comprising a housing and a circuit board 5, the housing = having a - 1 and - a rear cover 2' and being provided with an operation panel and a display panel 4 in the front cover, and the operation The panel is provided with a plurality of buttons, including a number button, a sex = and - off ' to provide a user operation system. The circuit board 5 has a plurality of temperature detecting points 3 connectable to the temperature signal device 3A, and the first, second, third, fourth, and fifth temperature detectors 32 from the temperature signal device 3〇 321 322, 323, 324 can obtain five temperature values on the host at the plurality of temperature detecting points 3, so that the measuring efficiency value is set to 1 (), and the efficiency value of the host can be calculated and displayed. On the display panel 4, the user can also press a plurality of buttons to observe the coefficient of performance, energy efficiency ratio or power consumption per ton of ton. Preferably, the circuit board 5 further includes a signal transmission component 7 from the first, second, third, fourth, and fifth temperature detectors 320, 32 322 on the temperature signal device 3 The temperature value of the machine is obtained on 323 and 324, and the efficiency value of the host can be calculated. Please refer to the seventh figure, which is a schematic diagram of a network system for measuring and transmitting the efficiency value of a refrigerating air-conditioning main unit according to the present invention. The network system includes a host, a temperature signal transmission 1327212, and a network monitoring system 400. The main unit has a compressor 211, a condenser 213, an expansion valve 212 and an evaporator 210. The temperature signal transmission device 30 is mounted on the host, and the temperature signal transmission device 30 has a first temperature detector. 320 is located at the exit of the evaporator 210, a second temperature detector 321 is located at the exit of the compressor f11, a third temperature detector 322 is located at the middle of the condenser 213, and a fourth temperature detector 323 Located at the exit of the condenser 213 and a fifth temperature detection f 3 = located at the middle of the evaporator 210; and the network monitoring system 400 includes a tributary unit 40, an analysis unit 4, 2, an internet The unit 4〇3 and a monitoring unit 404, the network monitoring system 4〇〇 can receive the temperature signal of the temperature signal transmitting device 3〇, and transmit the temperature signal to the data unit 4〇1 for storage. Make = can pass through the side of the network money the host _ material, and can use the network age _ to analyze or monitor the efficiency change of the lin domain to achieve the remote cup on the rotating air conditioning domain efficiency value device utilization circuit of the present invention !^度_点4敝Overview of the temperature set, and then = The difference between the efficiency of the μ cold light touch machine can be calculated. Step-by-step power: from the communication transmission component on the cold air conditioning host to adjust the main effect; value and ^ ^ ^: degree t to achieve easy to obtain frozen air ===;, through temperature or communication Ϊί Situation, Zengyu··Caocai production rate 11 1327212 [Simple diagram of the diagram] A diagram is the refrigerant Molier diagram of the embodiment of the invention; and the second β diagram is the system diagram of the invention; The method for measuring the efficiency value of the main unit of the refrigerating air conditioner of the present invention; = three diagrams is a schematic diagram of the operation of the cold value air conditioner main engine efficiency value measuring device according to the cold and ageing machine of the invention; the measuring efficiency value of the invention The cold; the schematic diagram of the operation of the east air conditioner host; the brother 2 diagram is a schematic diagram of another embodiment of the operation of the refrigerating air conditioner host for measuring the efficiency value of the invention; and * ^ is the measurement and transmission of the invention The network system of the scale of the domain does not reflect. [Main component symbol description] Front cover
2後蓋 3溫度偵測點 4顯示面板 5電路板 6複數個按鈕 7 10 20 30 通訊傳輸元件 冷凍空調主機效率值量測裝 冷凍空調主機 溫度訊號傳輪裝置 置 步驟101 步驟102 步驟103 步驟104 ，測主機蒸發H出口處之溫度 壓缩機出口處之溫度 冷凝器中段之表面溫度 里測主機冷凝器出口處之溫度 12 1327212 f(p筝曰修正補充 步驟105 量測主機蒸發器中段之表面溫度 步驟106 利用T,、T2、Tc、T3、Te經過運算取得主機的效2 Back cover 3 Temperature detection point 4 Display panel 5 Circuit board 6 Multiple buttons 7 10 20 30 Communication transmission component Refrigeration air conditioner Host efficiency value Measurement Freezer air conditioner host temperature signal transmission device Step 101 Step 102 Step 103 Step 104 The temperature at the outlet of the main unit evaporating H is measured. The temperature at the outlet of the compressor is measured at the surface temperature of the middle section of the condenser. The temperature at the outlet of the main condenser is 12 1327212 f (p kit correction correction step 105 measures the surface temperature of the middle part of the evaporator of the main unit Step 106: Using T, T2, Tc, T3, and Te to obtain the effect of the host through operation
201 率值 主機冷媒管路循環曲線 202 冷媒之狀態飽和線 210 蒸發器 211 壓縮機 212 膨服閥 213 冷凝器 220 蒸發器中之液態冷媒 221 蒸發器中之氣態冷媒 222 冷凝器中之液態冷媒 223 冷凝器中之氣態冷媒 300 蒸發器出口處之溫度 301 壓縮機出口處之溫度 302 冷凝器中段處之溫度 303 冷凝器出口處之溫度 304 蒸發器中段處之溫度 310 第一溫度偵測點 311 第二溫度偵測點 312 第三溫度偵測點 313 第四溫度偵測點 314 第五溫度偵測點 320 第一溫度偵測器 321 第二溫度偵測器 322 第三溫度偵測器 323 第四溫度偵測器 324 第五溫度偵測器 400 網路監控系統 13 1327212 401 資料單元 402 分析單元 403 網際網路單元 404 監控單元 竹年公月丨丨日修(更)正本 鲁 14201 rate host cooling circuit circulation curve 202 refrigerant state saturation line 210 evaporator 211 compressor 212 expansion valve 213 condenser 220 liquid refrigerant in the evaporator 221 gaseous refrigerant in the evaporator 222 liquid refrigerant in the condenser 223 The temperature of the gaseous refrigerant in the condenser 300 at the outlet of the evaporator 301 The temperature at the outlet of the compressor 302 The temperature at the middle of the condenser 303 The temperature at the outlet of the condenser 304 The temperature at the middle of the evaporator 310 The first temperature detection point 311 2 temperature detection point 312 third temperature detection point 313 fourth temperature detection point 314 fifth temperature detection point 320 first temperature detector 321 second temperature detector 322 third temperature detector 323 fourth Temperature detector 324 Fifth temperature detector 400 Network monitoring system 13 1327212 401 Data unit 402 Analysis unit 403 Internet unit 404 Monitoring unit Bamboo year 公月修修(more) 正本鲁14