TR201711552A2 - MOBILE COUNTER FAULT TEST DEVICE - Google Patents
MOBILE COUNTER FAULT TEST DEVICE Download PDFInfo
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- TR201711552A2 TR201711552A2 TR2017/11552A TR201711552A TR201711552A2 TR 201711552 A2 TR201711552 A2 TR 201711552A2 TR 2017/11552 A TR2017/11552 A TR 2017/11552A TR 201711552 A TR201711552 A TR 201711552A TR 201711552 A2 TR201711552 A2 TR 201711552A2
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- 238000012360 testing method Methods 0.000 title claims abstract description 39
- VJYFKVYYMZPMAB-UHFFFAOYSA-N ethoprophos Chemical compound CCCSP(=O)(OCC)SCCC VJYFKVYYMZPMAB-UHFFFAOYSA-N 0.000 title description 2
- 238000004891 communication Methods 0.000 claims abstract description 47
- 230000005611 electricity Effects 0.000 claims abstract description 40
- 230000003287 optical effect Effects 0.000 claims abstract description 38
- 238000005259 measurement Methods 0.000 claims abstract description 30
- 244000261422 Lysimachia clethroides Species 0.000 claims abstract description 15
- 239000000853 adhesive Substances 0.000 claims abstract description 4
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- 239000000523 sample Substances 0.000 claims description 5
- 238000001816 cooling Methods 0.000 claims description 2
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- 238000012546 transfer Methods 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000010295 mobile communication Methods 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 239000013078 crystal Substances 0.000 description 1
- 238000013480 data collection Methods 0.000 description 1
- 230000001939 inductive effect Effects 0.000 description 1
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R35/00—Testing or calibrating of apparatus covered by the other groups of this subclass
- G01R35/04—Testing or calibrating of apparatus covered by the other groups of this subclass of instruments for measuring time integral of power or current
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R21/00—Arrangements for measuring electric power or power factor
- G01R21/06—Arrangements for measuring electric power or power factor by measuring current and voltage
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R22/00—Arrangements for measuring time integral of electric power or current, e.g. electricity meters
- G01R22/06—Arrangements for measuring time integral of electric power or current, e.g. electricity meters by electronic methods
- G01R22/061—Details of electronic electricity meters
- G01R22/063—Details of electronic electricity meters related to remote communication
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R22/00—Arrangements for measuring time integral of electric power or current, e.g. electricity meters
- G01R22/06—Arrangements for measuring time integral of electric power or current, e.g. electricity meters by electronic methods
- G01R22/061—Details of electronic electricity meters
- G01R22/068—Arrangements for indicating or signaling faults
Abstract
Bu buluş, optik port (O), klemens (K) ve pulse LED?i (L) içeren elektrik sayaçlarının (S) hatalı ölçüm yapıp yapmadıklarının test edilmesini sağlayan ve en temel halinde bir el terminali (6) ve bu terminale kablosuz olarak bağlanabilen bir elektronik yük (2), pulse sensörü (3), bir optik haberleşme sensörü (4) ve bir enerji sensörü (5) içeren bir mobil sayaç test cihazı (1) ile ilgilidir. Buluş konusu mobil sayaç test cihazındaki (1) pulse sensörü (3), bir ucunda çift taraflı yapışkan (3.4) veya kıskaç (3.5) bulunan bir kaz boynu (3.1) içermektedir. Böylece pulse sensörünün (3) birbirinden farklı modellerdeki elektrik sayaçların (S) farklı yerlerinde bulunan pulse LED?lerine (L) doğru kolaylıkla ayarlanabilmesi sağlanabilmektedir.The present invention provides a hand terminal (6) and wireless connection to this terminal, which enables testing of electric meters (S) containing optical port (O), terminal (K) and pulse LED (L) whether they have made erroneous measurement or not. It relates to a mobile meter tester (1) comprising an electronic load (2), a pulse sensor (3), an optical communication sensor (4) and an energy sensor (5). The pulse sensor (3) in the mobile meter tester (1) of the present invention comprises a goose neck (3.1) with a double-sided adhesive (3.4) or a clip (3.5) on one end. Thus, the pulse sensor (3) can be easily adjusted to the pulse LEDs (L) located in different places of the electricity meters (S) in different models.
Description
TARIFNAME MOBIL SAYAÇ HATA TEST CIHAZI Teknik Alan Bu bulus, hatali ölçüm yapan farkli marka ve modelde elektrik sayaçlarini sebeke baglantisini sökmeden belirleyebilen, mobil olarak kullanilmak üzere tasarlanmis portatif, hafif ve hassas ölçüm yapan bir cihaz ile ilgilidir. Önceki Teknik EV, is yeri vb. yerlerde elektronik Cihazlarin tükettikleri elektrik enerjisinin ölçülmesi için çok çesitli marka, model ve sayida elektrik sayaçlari kullanilmaktadir. Söz konusu elektik sayaçlari, yapilarina göre elektromekanik ve elektronik sayaçlar olmak üzere ikiye ayrilmaktadir. DESCRIPTION MOBILE COUNTER ERROR TESTER Technical Area This invention provides electricity meters of different brands and models that make erroneous measurements. designed for mobile use, capable of identifying without disconnecting It is about a portable, light and precise measuring device. Prior Art EV, workplace etc. electrical energy consumed by electronic devices in places A wide variety of brands, models and numbers of electricity meters for measuring is used. The electric meters in question are classified according to their structure as electromechanical and It is divided into two as electronic meters.
Elektronik tipteki elektrik sayaçlarin, diger adiyla akilli sayaçlarin üzerinde genellikle bir gösterge ekrani, optik port, klemensler, RS 485 çikis portu ve aktif/reaktif pulse (darbe) LED”leri (light emitting diyod - isik yayan diyot) bulunmaktadir. Above electronic type electricity meters, also known as smart meters usually a display screen, optical port, terminals, RS 485 output port and active/reactive pulse (pulse) LEDs (light emitting diode - light emitting diode) are available.
Söz konusu elektrik sayaçlari ölçümledikleri aktif, endüktif, kapasitif enerjiyi, sayaç sabiti ile belirlenen belirli bir degere ulastiginda, dis dünyaya, ilgili pulse LED,inin ürettigi isik darbesi olarak görünür hale getirmektedir. Isik darbesinin olusum sikligini da sayaç sabiti denilen ve birimi impulse/kWh olan deger belirlemektedir. Söz konusu pulse”lar gerçek zamanli olustugu için, genellikle sayaç ölçümünü anlamak için en iyi yol, pulse sikligini kullanmaktir. The electricity meters in question measure the active, inductive, capacitive energy, When it reaches a certain value determined by the counter constant, the corresponding pulse is sent to the outside world. It makes it visible as the light pulse produced by the LED. light pulse The frequency of occurrence is also called the counter constant and its unit is impulse/kWh. determines. Since the said pulses occur in real time, it is usually The best way to understand counter measurement is to use the pulse frequency.
Söz konusu elektrik sayaçlar zamanla bozulup hatali ölçümler yaptigindan, bu sayaçlardaki hatalarin test edilmesi gerekmektedir. Hatali ölçüm yapan sayaçlar, 29780.02 bulundugu yerden sökülerek bir laboratuvarda test edilebilmektedir. Ancak tüm bu sayaçlarin test edilebilmesi için yeterli sayida laboratuvar imkâni bulunmamakta, sadece büyük zarar görmüs sayaçlar ya da müsterilerden sikâyet gelen sayaçlar test edilebilmektedir. Dolayisiyla hatali sayaçlarin test edilebilmesi için, tasinabilir olarak kullanilan ve sayaçlarin ölçüm hatalarini belirleyen mobil Söz konusu mobil sayaç test cihazlari (el teminalleri), test için sayaç üzerine monte edilen bir pulse sensörü ile kablolu olarak haberlesmekte olup, bu pulse sensörü sayaçlara monte edilmesi ardindan, sayaçlarin tükettikleri enerjiye göre, belirli araliklarla yanip sönen pulse LED”lerinden ne kadar enerji ölçümü yapildigini belirlemektedir. Bu islem sirasinda ayni zamanda sayacin akim ve gerilim bilgileri el terminali ile elektrik sayaçlari arasinda kurulan kablolu baglanti vasitasiyla alinarak enerji hesabi yapilmaktadir. Test sonucunda enerji ölçümü ve sayacin ölçüm bilgisi karsilastirilmakta ve böylece sayacin hatali ölçüp ölçmedigi anlasilmaktadir. Since the electricity meters in question deteriorate over time and make erroneous measurements, this Errors in the meters need to be tested. Incorrect measuring meters, 29780.02 It can be disassembled and tested in a laboratory. However, all sufficient number of laboratory facilities to test these meters There are no counters, only heavily damaged meters or complaints from customers. counters can be tested. Therefore, testing of faulty meters mobile device that is used as a portable and determines the measurement errors of the meters. These mobile meter test devices (hand-held devices) are placed on the meter for testing. It communicates with a mounted pulse sensor wired and this pulse After the sensor is mounted on the meters, according to the energy consumed by the meters, how much energy is measured from pulse LEDs that flash at regular intervals determines what has been done. During this process, the meter's current and voltage information is wired between the handheld terminal and the electricity meters. The energy calculation is made by taking it through the connection. Energy as a result of the test measurement and the measurement information of the meter are compared so that the meter measures incorrectly. It is understood that it does not measure.
Teknigin bilinen durumunda, mevcut mobil test cihazlarinin pulse sensörleri farkli tip sayaçlara monte edilmesi imkânsiz olabilmektedir. Çünkü farkli model ve boyuttaki sayaçlarin yan yana gelmesi, pulse sensörlerinin montajini engellemektedir (bakiniz KRlOOSO3OS4Bl-Sekill). Yine bu uygulamalarda elektrik sayaçlarinin pulse LED”leri sayaç marka ve model çesitliliginden dolayi çok farkli yerlerde bulunabilmektedir. Dolayisiyla mevcut tasarimlar elektrik sayaçlarina monte edildiginde, pulse sensörünün sayacin pulse LED'ine denk getirilmesi zordur. Yine bu uygulamalarda, mobil sayaç test cihazlari ile sayaç arasindaki veri transferi kablolar ile saglandigindan, bu durum mobil test Cihazlarinda kablo kalabaligina neden olmaktadir. Bu kablolarin el terminaline takilmasi/çikarilmasi... vb. islemler zaman kaybi yarattigindan, operatörler tarafindan birim zamanda yapilacak sayaç testi sayisinin azalmasina ve sayaçlarin hatali ölçümleriyle olusan enerji kayiplarinin bir süre daha devam etmesine neden olmaktadir. 29780.02 Bulus ile Çözülen Sorunlar Bulus konusu mobil sayaç test cihazi çalismakta olan sayaçlara, baglantilarini sökmeden disaridan baglanan, sayaçlarin akim-gerilim bilgilerini kullanarak enerji ölçümü alan bir cihazdir. Hesaplanan güç ve enerji bilgilerini sayacin ölçtügü enerji bilgileri ile karsilastirarak sayacin hatali ölçüp ölçmedigini ortaya çikartmaktadir. In the state of the art, the pulse sensors of the existing mobile test devices are different. It may be impossible to be mounted on type meters. Because different model and size counters side by side, installation of pulse sensors (see KR100OSO3OS4B1-Sekill). Again in these applications The pulse LEDs of electricity meters are due to the variety of meter brands and models. can be found in many different places. Therefore, current designs are electrical When installed in counters, the pulse sensor is equivalent to the pulse LED of the counter. difficult to bring. Again in these applications, mobile meter test devices and meter Since the data transfer between It causes cable clutter in your devices. to the hand terminal of these cables. attaching/removing...etc. Since the operations are time consuming, operators decrease in the number of meter tests to be performed by the cause energy losses caused by faulty measurements to continue for a while. is happening. 29780.02 Problems Solved with Invention The mobile meter test device, which is the subject of the invention, connects the meters to the running meters. Using the current-voltage information of the meters, which are connected from the outside without disassembling, energy It is a measuring device. The calculated power and energy information is measured by the meter. By comparing it with the energy information, it is revealed whether the meter measures incorrectly or not. is taking off.
Bulus konusu mobil sayaç test cihazi, test yapacak personelin sahada kolayca kullanabilecegi, hafif, kullanici dostu bir üründür. Bu ürün ile sayaçlar çok daha kolay test edilebilmekte ve sayaçlarin hatali ölçümleriyle olusan enerji kayiplari en aza indirilebilmektedir. Bulusta el terminalinin kullanici arayüzü her saha çalisaninin kullanabilecegi basitliktedir. Dagitim sektöründe yaygin sekilde kullanilabilecektir. The mobile meter test device, which is the subject of the invention, can easily be used by the test personnel in the field. It is a lightweight, user-friendly product that you can use. With this product, the counters are much more It can be tested easily and energy losses caused by faulty measurements of the meters can be minimized. The user interface of the handheld terminal in Bulusta It is simple for the employee to use. Widely used in the distribution industry can be used.
Tasarlanan cihaz, panolara monte sayaçlarin çalismasini gözlemlemek için sensörlere ve elektronik yüke ihtiyaç duymaktadir. Panodaki sayaca entegre edilecek bu birimler, Bluetooth haberlesmesi yapmakta ve okuma-yazma bilgilerini el terminaline aktarmaktadirlar. The designed device is used to observe the operation of the meters mounted on the panels. It needs sensors and electronic load. Integrated into the counter on the dashboard These units, to be installed, make Bluetooth communication and read-write. they transfer their information to the hand terminal.
Mobil sayaç test cihazinin pulse sensörünün mekanik tasarimi her sayacin üzerine geçici olarak yapistirilabilen kaz boynu (gooseneck) tipi kolayca hareket ettirilip sabitlenebilen bir sekilde yapilmistir. Bu sayede çok farkli sayida marka ve modelde sayacin test edilebilmesi saglanabilmektedir. The mechanical design of the pulse sensor of the mobile meter tester is placed on each meter. Temporarily adhesive gooseneck type can be easily moved and It is made in a fixed way. In this way, many different brands and In the model, it is possible to test the meter.
Mobil sayaç test cihazi, sayaçlarin klemens noktalarina voltaj probe”lari yardimiyla baglanak gerilim bilgisini alir. Ayrica akim bilgisini de sayaca bagli kablolara baglanan kelepçe (clamp) tipi akim trafolariyla ölçer. Mobile meter tester, voltage probes to the terminal points of the meters With its help, the connection receives the voltage information. In addition, current information depends on the meter. It measures with clamp type current transformers connected to the cables.
Mobil sayaç test cihazinda bluetooth ile haberlesen ve kablosuz olarak tasarlanmis bir optik haberlesme sensörü bulunmaktadir. Test sirasinda mevcut mobil test 29780.02 cihazlarinin aksine sayaca ait tüm bilgiler optik haberlesme sensöründen alinip enerji ölçümü yapilabilmektedir. Kullanicilar el terminalinden testi baslatabilmekte ve testin sonucunu görebilmektedir. It is designed as wireless and communicating with bluetooth in the mobile meter tester. It has an optical communication sensor. Mobile testing available during testing 29780.02 Unlike other devices, all information about the meter is taken from the optical communication sensor. energy can be measured. Users test from hand terminal can start and see the result of the test.
Mobil Sayaç Test Cihazi ile saha operatörlerinin ölçüm dogrulugunu görmesi amaçlanmistir. Ayrica yapilan her test için arka planda ayrintili bir rapor hazirlanmaktadir. Bu raporda testin gerçeklestirildigi sayacin seri numarasi, testin gerçeklestirildigi zaman gibi farkli degerler de bulunmaktadir. Bu kabiliyet daha kolay veri toplanabilmesini ve toplanan verilerin sayaç ölçüm sonuçlariyla bir arada saklanabilmesini saglamaktadir. Field operators can see the measurement accuracy with the Mobile Meter Tester is intended. In addition, a detailed background report for each test performed. is being prepared. In this report, the serial number of the meter on which the test is performed, There are also different values such as when it is performed. This ability is more easy data collection and a combination of the collected data with the meter measurement results. It allows it to be stored in between.
Bulusun Ayrintili Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen bir mobil sayaç test cihazi, ekli sekillerde gösterilmis olup bu sekiller; Sekil 1. Mobil sayaç test cihazinin görünüsüdür. Detailed Description of the Invention To achieve the aim of this invention, a mobile meter tester realized, attached shown in the figures and these figures; Figure 1. The view of the mobile meter tester.
Sekil Za. Elektronik yükün önden görünüsüdür. Figure Za. Front view of the electronic load.
Sekil Zb. Elektronik yükün perspektif görünüsüdür. Figure Zb. It is a perspective view of electronic load.
Sekil 33. Pulse sensörünün yandan görünüsüdür. Figure 33. Side view of the pulse sensor.
Sekil 3b. Pulse sensörünün alttan görünüsüdür. Figure 3b. Bottom view of the pulse sensor.
Sekil 3c. Pulse sensörünün üstten görünüsüdür. Figure 3c. Top view of the pulse sensor.
Sekil 3d. Bulusun alternatif bir uygulamasinda kullanilan pulse sensörünün alttan görünüsüdür. Figure 3d. The bottom of the pulse sensor used in an alternative embodiment of the invention is the view.
Sekil 3e. Sekil 3d5de gösterilen pulse sensörünün alttan görünüsüdür. Figure 3e. The bottom view of the pulse sensor shown in Figure 3d5.
Sekil 43. Optik haberlesme sensörünün perspektif görünüsüdür. Figure 43. Perspective view of the optical communication sensor.
Sekil 4b. Sekil 4a7da gösterilen optik haberlesme sensörünün önden görünüsüdür. Figure 4b. Shown in Figure 4a7 is the front view of the optical communication sensor.
Sekil 4c. Optik haberlesme sensörünün bir diger açidan perspektif görünüsüdür. Figure 4c. Another perspective view of the optical communication sensor.
Sekil Sa. Enerji sensörünün önden görünüsüdür. Figure Sa. Front view of the energy sensor.
Sekil Sb. Enerji sensörünün perspektif görünüsüdür. Figure Sb. Perspective view of the energy sensor.
Sekil 621. El terminalinin önden görünüsüdür. 29780.02 Sekil 61). El terminalinin alttan görünüsüdür.Figure 621. Front view of the handheld terminal. 29780.02 Figure 61). This is the bottom view of the handheld terminal.
Sekil 6c. El terminalinin sagdan görünüsüdür.Figure 6c. It is the right side view of the handheld terminal.
Sekil 6d. E] terminalinin soldan görünüsüdür. Figure 6d. E] is the left view of the terminal.
Sekil 6e. Sarj yuvasinin önden görünüsüdür. Figure 6e. Front view of the charging port.
Sekillerdeki parçalar tek tek numaralandirilmis olup, bu numaralarin karsiligi asagida verilmistir. 1. Mobil sayaç test cihazi 2. Elektronik yük 2.1. Baglanti arayüzü 2.2. Açma/kapama anahtari 2.3. Tutamak 2.4. Fan 3. Pulse sensörü 3.1. Kaz boynu 3.2. Isik sensörü 3.3. Taban 3.4. Yapiskan 3.5. Kiskaç 4. Optik haberlesme sensörü 4.1. Optik okuyucu 4.2. Miknatis . Enerji sensörü .1. Veri giris arayüzü .2. Bildirim alani .3. Açma/kapama butonu 6. El terminali 6.1. Ekran 6.2. Tus takimi 6.3. Sarj giris portu 29780.02 WFOFNEÜH Sarj yuvasi Elektrik sayaci . Sayaç ekrani . Pulse LED,i . Optik port RS-485 çikis portu . Klemens Bulusun tercih edilen bir uygulamasinda, optik port (O), klemens (K) ve pulse LED”i (L) içeren elektrik sayaçlarinin (S) hatali ölçüm yapip yapmadiklarinin test edilmesini saglayan bir mobil sayaç test cihazi (1); elektrik sayacinin (S) çikis klemenslerine (K) bir kablo ile baglanmasi için bir baglanti arayüzü (2.1); bir kontrol birimi; bir rezistif yük; bir kapasitif yük ve bir kablosuz veri iletisim modülü içeren bir elektronik yük (2), bir ucundan sabitlenmesi ve diger ucundan pulse LED”ine (L) hizalanmasi için esnek bir kaz boynu (3.1); kaz boynunun (3.1) bir ucuna sabitlenmis olan bir ana gövdede bulunan, pulse LEDsinden (L) yayilan isigi algilayan bir isik sensörü (32); pulse LED”inden (L) yayilan isigin sikligina göre enerji ölçümü yapmasi ve bir kablosuz veri iletisim modülü üzerinden iletmesi için uyarlanmis bir kontrol birimi; ve bir batarya içeren bir pulse sensörü (3), optik porttan (0) elektrik sayacina (S) ait bilgilerin alinmasini saglayan bir optik okuyucu (4.l); optik okuyucu (4.1) tarafindan alinan verileri bir kablosuz veri iletisim modülü üzerinden iletmesi için uyarlanmis bir kontrol birimi; ve bir batarya içeren bir optik haberlesme sensörü (4), elektrik sayacina (S) ait akim ve voltaj bilgilerinin akim trafolari ve voltaj probe*lari yardimiyla alinmasi için bir veri giris arayüzü (5.l); veri giris arayüzünden (5.1) alinan akim ve voltaj bilgisine göre enerji ölçümü yapmasi ve bir kablosuz veri iletisim modülü üzerinden iletilmesi için uyarlanmis bir kontrol birimi; ve bir batarya içeren bir enerji sensörü (5), elektronik yük (2), pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) ile kablosuz veri iletisimi kurmasi için bir kablosuz veri iletisim 29780.02 modülü; pulse sensörü (3) ve enerji sensöründen (5) gelen ölçüm verilerini karsilastirip, elektrik sayacinin (S) hatali ölçüm yapip yapmadigini belirlemesi için uyarlanmis bir kontrol birimi; kontrol birimi tarafindan olusturulan hata sonuçlarinin gösterilmesi için bir ekran (6.1), bir batarya ve bir tus takimi (6.2) içeren bir el terminali (6) içermektedir. The parts in the figures are numbered one by one and the corresponding numbers are given below. 1. Mobile meter tester 2. Electronic load 2.1. connection interface 2.2. on/off switch 2.3. handle 2.4. Fan 3. Pulse sensor 3.1. goose neck 3.2. light sensor 3.3. Base 3.4. Sticky 3.5. Clamp 4. Optical communication sensor 4.1. Optical reader 4.2. Magnet . energy sensor .one. Data entry interface .2. notification area .3. on/off button 6. Handheld terminal 6.1. Screen 6.2. Keyboard 6.3. Charge input port 29780.02 WFOFNEÜH charging dock Electric meter . counter display . Pulse LED . optical port RS-485 output port . terminal In a preferred embodiment of the invention, the optical port (O), terminal (K) and pulse Testing whether the electricity meters (S) containing the LED (L) make erroneous measurements. a mobile meter tester (1), which enables for connecting the electricity meter (S) to the output terminals (K) with a cable. connection interface (2.1); a control unit; a resistive load; a capacitive load and an electronic load (2) containing a wireless data communication module, to be fixed at one end and aligned to the pulse LED (L) at the other end a flexible gooseneck (3.1); fixed to one end of the goose neck (3.1) a light on the main body that detects the light emitted from the pulse LED (L). sensor (32); Energy measurement according to the frequency of the light emitted from the pulse LED (L) to make and transmit over a wireless data communication module. an adapted control unit; and a pulse sensor (3) comprising a battery, It is a device that provides information about the electricity meter (S) from the optical port (0). optical reader (4.l); the data received by the optical reader (4.1) A control adapted for transmitting via a wireless data communication module. unit of; and an optical communication sensor (4) comprising a battery, Current transformers and voltage information of current and voltage information of electricity meter (S) a data input interface (5.l) for receiving with the aid of probes; data entry Energy measurement according to the current and voltage information received from the interface (5.1) and a device adapted for transmission over a wireless data communication module. control unit; and an energy sensor (5) comprising a battery, electronic load (2), pulse sensor (3), optical communication sensor (4) and energy a wireless data communication device to establish wireless data communication with the sensor (5). 29780.02 module; the measurement data from the pulse sensor (3) and the energy sensor (5). by comparing and determining whether the electricity meter (S) is measuring incorrectly or not. a control unit adapted for; error generated by the controller a display (6.1), a battery, and a keypad for displaying results (6.2) and a hand terminal (6).
Sekil l,de gösterilen mobil sayaç test cihazinda (l) bulunan elektronik yük (2), el terminali (6), aktif-reaktif pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) tek bir cihaz gövdesi içerisinde konumlandirilmamis, bunun yerine farkli görevleri olan bu bilesenler fiziksel olarak da birbirinden ayirilmis olup, el terminali (6) ile bu bilesenler arasindaki veri haberlesmesi kablosuz olarak saglanmaktadir. The electronic load (2) in the mobile meter tester (l) shown in figure 1, hand terminal (6), active-reactive pulse sensor (3), optical communication sensor (4) and The energy sensor (5) is not located in a single device body, its These components, which have different tasks instead, are physically separated from each other. and the data communication between the hand terminal (6) and these components is wireless. is provided as.
Sekil 2a ve 2b”de gösterilen söz konusu elektronik yük (2), elektrik sayacindan (S) yeterli enerji çekilmedigi durumda, bir ucu elektrik sayacinin (S) çikis klemenslerine (K) diger ucu ana gövde üzerindeki baglanti arayüzüne (2.1) baglanan bir kablo kullanilarak, elektrik sayaci (S) ile baglantisi saglanmaktadir.The electronic load (2) shown in Figures 2a and 2b is calculated from the electricity meter. In case (S) does not draw enough energy, one end of the electricity meter (S) is output. terminals (K) and the other end to the connection interface (2.1) on the main body. It is connected to the electricity meter (S) using a connected cable.
Söz konusu elektronik yük (2) üç faz ya da tek faz olarak kullanilabilmekte ve degisken sayaç sabitlerine göre test süresince üç impulse olusturabilecek sekilde tasarlanmistir. Elektronik yükün (2) çalismasi için gereken güç sebekeden alinmakta, dolayisiyla üzerinde herhangi bir batarya bulunmamaktadir. Said electronic load (2) can be used as three-phase or single-phase and According to the variable counter constants, three impulses can be generated during the test. is designed. The power required for the operation of the electronic load (2) comes from the mains. is taken, therefore there is no battery on it.
Bulusun bir uygulamasinda elektronik yükün (2) ana gövdesi üzerinde ayrica, operatör tarafindan ana gövdenin tasinabilmesi için bir tutamak (2.3), ana gövde içerisindeki donanimlarin sogutulmasi için bir fan (2.4) ve elektronik yükün (2) açilip kapanmasi için bir açma/'kapama anahtari (2.2) bulunmaktadir. In one embodiment of the invention, on the main body of the electronic charge (2), a handle (2.3) for the operator to carry the main body A fan (2.4) and electronic load (2) for cooling the equipment inside There is an on/off switch (2.2) to turn it on and off.
Sekil 33-3e7de gösterilen aktif-reaktif pulse sensörü (3), elektrik sayaçlarinin (S) Pulse LED°lerinde (L) olusan pulseslarin sikligindan yararlanarak test süresince elektrik sayacinin (S) ne kadarlik bir enerjiyi ölçtügünü al gilamaktadir. 29780.02 Bulusun bir uygulamasinda pulse sensöründe (3) bulunan isik sensörü (3.2), kolaylikla kivrilabilen, bükülebilen, katlanabilen özellikte kolaylikla sekil alabilen esnek bir gövdeye sahip olan kaz boynunun (3.1) (gooseneck) bir ucuna sabitlenmis olup, kaz boynunun (3.1) diger ucunda bulunan bir tabanin (3.3) altinda ise çift tarafli bir yapiskan (3.4) bulunmaktadir. Söz konusu kaz boynu (3.1) sayesinde pulse sensörü (3) düz bir zemine (örnegin sayaç üzerine) geçici olarak yapistirilarak, kolayca hareket ettirilebilmekte ve birbirinden farkli modellerdeki elektrik sayaçlarin (S) farkli yerlerinde bulunan pulse LED°1erine (L) dogru istenildigi gibi ayarlanabilmektedir (Sekil 3a-3c). The active-reactive pulse sensor (3), shown in Figure 33-3e7, is connected to the electricity meters (S) During the test, taking advantage of the frequency of pulses occurring in the Pulse LEDs (L) It detects how much energy the electricity meter (S) measures. 29780.02 In one embodiment of the invention, the light sensor (3.2) located in the pulse sensor (3), that can be easily folded, bent, folded and easily shaped to one end of the gooseneck (3.1) (gooseneck), which has a flexible body fixed, and a base (3.3) located at the other end of the goose neck (3.1) There is a double-sided adhesive (3.4) underneath. The goose neck in question (3.1), the pulse sensor (3) is temporarily placed on a flat surface (for example, on the counter). can be easily moved and different from each other to the pulse LEDs located in different parts of the electricity meters (S) in the models. (L) can be adjusted as desired (Figures 3a-3c).
Bulusun bir diger uygulamasinda söz konusu kaz boynunun (3.1) bir ucuna pulse sensöründe (3) bulunan isik sensörü (3.2) sabitlenmis olup, diger ucu bir kiskaç (3.5) seklinde tasarlanmistir. Böylece kaz boynu (3.1) ve dolayisiyla da pulse sensörü (3), belirli bir et kalinligina sahip düzlemlere (örnegin elektrik panolarinin üst/alt/yan duvarina) tutturularak sabitlenmesi ve birbirinden farkli modellerdeki elektrik sayaçlarin (S) farkli yerlerinde bulunan pulse LED”1erine (L) dogru istenildigi gibi ayarlanabilmesi saglanmaktadir (Sekil 3d-3e). In another embodiment of the invention, a pulse is attached to one end of said goose neck (3.1). The light sensor (3.2) in the sensor (3) is fixed and the other end is a clamp. It is designed as (3.5). Thus, the goose neck (3.1) and therefore the pulse The sensor (3) is mounted on planes with a certain wall thickness (for example, in electrical panels). to the top/bottom/side wall) and to be fixed in different models towards the pulse LEDs (L) located in different parts of the electricity meters (S). It can be adjusted as desired (Figure 3d-3e).
Sekil 4a-4clde gösterilen optik haberlesme sensörü (4); sahip oldugu optik okuyucu (4.1) sayesinde elektrik sayaçlarinin (S) optik portundan (0) elektrik sayacinin (S) hafiza biriminde depolanan elektrik sayacina (S) ait tüm bilgileri (endeks bilgisi, seri numarasi, sayaç sabiti, tarih saat bilgisi, testin gerçeklestirildigi zaman bilgisi, sistem pil durumu, maksimum demant ölçü araligi, gövde kapagi açilma bilgisi, tarife bilgileri vb.) almak için kullanilmaktadir. Alinan ölçüm verileri ve elektrik sayacina (S) ait veriler ise kontrol birimi sayesinde kablosuz veri iletisim modülü üzerinden el terminaline (6) iletilmektedir. Optical communication sensor (4) shown in Figures 4a-4cl; optics it has electricity from the optical port (0) of the electricity meters (S) thanks to the reader (4.1). All information of the electricity meter (S) stored in the memory unit of the meter (S). (index information, serial number, counter constant, date-time information, test when it is performed, system battery status, maximum demand measurement range, body cover opening information, tariff information, etc.) is used. If the measurement data taken and the data of the electricity meter (S) to the hand terminal via the wireless data communication module thanks to the control unit. (6) is transmitted.
Elektrik sayaçlarinin (S) genellikle optik portlari (O) metal kullanilarak tasarlandigindan, söz konusu optik haberlesme sensörü (4). bir miknatis (4.2) yardimiyla optik porta (O) tutunmaktadir. Söz konusu miknatis (4.2) optik 29780.02 haberlesme sensörünün (4) ana gövdesinin içerisine veya ön kismina sabitlenmis olabilmektedir. Electric meters (S) usually have optical ports (O) using metal. the optical communication sensor (4) in question. a magnet (4.2) It is attached to the optical port (O) with its help. The magnet (4.2) in question is optical 29780.02 fixed inside or on the front of the main body of the communication sensor (4) can happen.
Sekil 5a ve 5b,de gösterilen enerji sensörü (5), elektrik sayacinin (S) baglantilari sökülmeden akim ve gerilim bilgilerini alarak test süresince bir elektrik sayaci (S) gibi enerji ölçen bir ölçüm birimidir. Enerji sensörü (5) üzerinde bulunan bir açma/kapama butonu (5.3) vasitasiyla enerji sensörünün (5) baslatilip durdurulmasi saglanabilmektedir. Enerji sensörü (5). ana gövdesinin tercihen ön yüzünde bir veri giris arayüzü (5.1) bulunmaktadir. Elektrik sayacinin (S) akim bilgisi, bir ucu elektrik sayacina (S) bagli kablolara baglanan, diger ucu veri giris arayüzüne (5.1) baglanan kelepçe tipi akim trafolari kullanilarak, gerilim bilgisi de bir ucu elektrik sayaçlarinin (S) klemens (K) noktalarina diger ucu veri giris arayüzüne (5.1) baglanan voltaj probeilari yardimiyla alinmaktadir. Ana gövde içerisinde bulunan kontrol birimi, söz konusu akim trafolari ve voltaj probe,lari yardimiyla alinan akim ve voltaj bilgilerini kullanilarak enerji ölçüm hesabi yaptiktan sonra, hesaplanan enerji bilgisini kablosuz veri iletisim modülü üzerinden el terminaline (6) aktarmaktadir. Connections of energy sensor (5), electricity meter (S) shown in figures 5a and 5b an electricity meter (S) during the test by taking current and voltage information without being disassembled. It is a unit of measurement such as energy. One on the energy sensor (5) by means of the on/off button (5.3) the energy sensor (5) is started and can be stopped. Energy sensor (5). preferably the front of the main body It has a data entry interface (5.1) on its face. Current of the electricity meter (S) information, one end of which is connected to the cables connected to the electricity meter (S) and the other end is data input. voltage information is obtained by using clamp type current transformers connected to the interface (5.1). One end is to the terminal (K) points of the electricity meters (S) and the other end is for data entry. It is taken with the help of voltage probes connected to the interface (5.1). Chassis The control unit inside, the current transformers and voltage probes in question Energy measurement calculation using current and voltage information obtained with the help of After doing this, the calculated energy information is sent to the wireless data communication module. transfers it to the hand terminal (6) via
Bulusun bir uygulamasinda enerji sensörü (5) üzerinde bir RS-485 portu da bulunmakta olup, RS-485 çikis portu (P) içeren elektrik sayaçlarinin (S) RS-485 çikis portuna (P) kablolu baglanti yapilarak optik port (O) araciligiyla ulasilan elektrik sayaci (S) kayitlarina/bilgilerine ulasilabilmekte ve bu bilgiler kontrol birimi vasitasiyla kablosuz veri iletisim modülü üzerinden el terminaline (6) aktarilabilmektedir. In one embodiment of the invention, an RS-485 port on the energy sensor (5) is also included. RS-485 of electricity meters (S) with RS-485 output port (P). It can be accessed via optical port (O) by making a wired connection to the output port (P). electricity meter (S) records/information can be accessed and this information is controlled. to the hand terminal (6) via the wireless data communication module via the can be transferred.
Bulusun bir uygulamasinda enerji sensörü (5) üzerinde bir bildirim alani (5.2) bulunmakta olup, bu bildirim alaninda (52), arkadan LED°ler ile isiklandirilmis açik-kapali/batarya/kablosuz baglanti vb. durumlari simgeleyen semboller bulunmaktadir. Böylece kullaniciya, cihazin açik olmadigi, içerisindeki bataryanin durumu. kablosuz baglanti kurulup kurulmadigi vb. bildirimler görsel olarak yapilabilmektedir. 29780.02 Sekil 6a-6d7de gösterilen el terminali (6), pulse sensöründen (3) gelen sayaç ölçüm verisi ve enerji sensörü (5) vasitasiyla elde edilen gerçek ölçüm verisinin kablosuz olarak alinip, karsilastirildigi birimdir. Teste el terminali (6) üzerindeki tus takimi (6.2) kullanilarak baslatilmakta, durduru1makta ve kontrol birimi tarafindan üretilen test sonuçlari el terminalinin (6) ekrani (6.1) üzerinden gösterilmektedir. El terminali (6) test baslangicinda aldigi komutlara göre (örn. elektronik yük (2) bagli mi degil mi) ilgili birimlerle kablosuz baglanti kurmakta ve testi baslatmaktadir. In one embodiment of the invention, a notification area (5.2) on the energy sensor (5) This notification area (52) is illuminated with LEDs from the back. on-off/battery/wireless connection etc. symbols representing situations are available. Thus, the user is informed that the device is not turned on, that the battery inside status. whether a wireless connection is established, etc. notifications visually. can be done. 29780.02 The handheld terminal (6) shown in Figure 6a-6d7, the counter from the pulse sensor (3) measurement data and the actual measurement data obtained via the energy sensor (5). It is the unit with which it is received and compared wirelessly. On the test hand terminal (6) It is started and stopped using the keypad (6.2) and the controller The test results produced by the hand-held terminal (6) are displayed on the screen (6.1). is shown. Hand terminal (6) according to the commands it receives at the beginning of the test (eg. Is the electronic load (2) connected or not) establishing a wireless connection with the relevant units? and starts the test.
Bulusun bir uygulamasinda, el terminali (6) ile elektronik yük (2), pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) arasindaki veri haberlesmesi için kullanilan kablosuz veri iletisim modülü, tercihen bir Bluetooth modüldür. Bulusun alternatif bir uygulamasinda kablosuz veri iletisim modülü WiFi (Wireless Fidelity - Kablosuz Baglanti A1ani) modül, GSM (Global System for Mobile Communications - Mobil Iletisim Için Küresel Sistem) modül, GPRS (General Packet Radio Service- Genel Paket Radyo Servisi), 3G (3rd generation - 3. jenerasyon) modül, 4G (4th generation - 4. jenerasyon) modül... vb. modülleri içeren bir gruptan seçilebilir. In one embodiment of the invention, the handheld terminal (6) and the electronic load (2), the pulse sensor (3), the data between the optical communication sensor (4) and the energy sensor (5) The wireless data communication module used for communication, preferably a Bluetooth is a module. In an alternative embodiment of the invention, the wireless data communication module WiFi (Wireless Fidelity - Wireless Connection Network) module, GSM (Global System) for Mobile Communications - Global System for Mobile Communications) module, GPRS (General Packet Radio Service), 3G (3rd generation - 3rd generation) module, 4G (4th generation - 4th generation) module... etc. modules can be selected from a group containing
Test sürecinde, pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) el terminali (6) ile kablosuz haberlesme kurarak ölçümlerini aktarmaktadir.During the test process, the pulse sensor (3), the optical communication sensor (4) and the energy sensor (5) transmits its measurements by establishing wireless communication with the hand terminal (6).
Elektrik sayacindan (S) yeterli enerji çekilmedigi durumda ayrica elektrik sayacinin (S) çikis klemenslerine (K) elektronik yük (2) baglanmaktadir. Testin sonunda el terminali (6) içerisindeki kontrol birimi söz konusu ölçümleri karsilastirilarak, elektrik sayaçlarinin (S) hata orani yüzde (%) olarak hesaplamakta ve bu hata oranini el terminalinin (6) ekrani (6.1) üzerinden göstermektedir. Bunun yaninda, söz konusu ölçüm verileri ve sayaç bilgileri de kullanilarak el terminalinin (6) kontrol birimi tarafindan arka planda yapilan testlerin ayrintili olarak raporu da hazirlanmaktadir. Bu raporda; testin gerçeklestirildigi sayacin seri numarasi, testin gerçeklestirildigi zaman, sayacin 29780.02 seri numarasinin hatali olup olmadigi, sayacin tarih ve saatinin hatali olup olmadigi, sistem pilinin bos olup olmadigi, maksimum demant ölçü araliginin hatali olup olmadigi, gövde kapaginin daha önce açilip açilmadigi, tarife bilgilerinde bozulma olup olmadigi, ölçüm devresinin hatali olup olmadigi, besleme devresinin hatali olup olmadigi, LCD (Liquid Crystal Display - Sivi Kristal Ekran) ekran durumu ve sayaç fiziki durumunun hatali olup olmadigi gibi farkli bilgiler de bulunmaktadir. Bunun yani sira, yük deneyi sirasinda ölçülen aktif güç, reaktif güç, görünen güç, pulse sensör ölçüm degerleri ve hata orani da gösterilmektedir. In case that sufficient energy is not drawn from the electricity meter (S), there is also electricity. The electronic load (2) is connected to the output terminals (K) of the counter (S). your test Finally, the control unit inside the handheld terminal (6) measures the said measurements. By comparison, the error rate of electricity meters (S) is in percent (%) calculates this error rate on the screen (6.1) of the handheld terminal (6). shows. In addition, the measurement data and meter information in question are also made in the background by the control unit of the handheld terminal (6) using A detailed report of the tests is also being prepared. In this report; your test the serial number of the meter on which the test was performed, 29780.02 whether the serial number is wrong, whether the date and time of the meter are wrong whether the system battery is empty, whether the maximum demand measurement range whether it is faulty, whether the body cover has been opened before, whether there is any corruption in the information, whether the measurement circuit is faulty, whether the supply circuit is faulty or not, LCD (Liquid Crystal Display - Liquid) Crystal Display) screen status and whether the physical state of the meter is incorrect. There is also different information. In addition, measured during the load test active power, reactive power, apparent power, pulse sensor measurement values and error rate. is shown.
Bulusun bir uygulamasinda el terminalinin (6) ana gövdesinin alt kisminda bir sarj giris portu (6.3) bulunmakta olup, söz konusu el terminali (6) bir sarj yuvasina (7) (Charging dOCk) oturtularak, ana gövde içerisindeki batarya sarj edilebilmektedir. In one embodiment of the invention, there is a charge in the lower part of the main body of the handheld terminal (6). There is an input port (6.3) and the said hand terminal (6) is connected to a charging socket (7). (Charging dOCk), the battery in the main body can be charged.
Bulusun bir uygulamasinda, el terminali (6), pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) içerisinde bulunan batarya, sarj edilebilir bir batarya olup, bu bilesenler üzerinde bulunan bir adaptör girisi, bir USB girisi vb. bir sarj giris arayüzü sayesinde, söz konusu bataryalar bu bilesenlerin ana gövdelerinin içerisinden çikarilmadan da sarj edilebilmektedir.In one embodiment of the invention, the handheld terminal (6), the pulse sensor (3), the optical communication The battery inside the sensor (4) and the energy sensor (5) is a rechargeable It is a battery, an adapter port, a USB port, etc. on these components. Thanks to a charging input interface, the batteries in question are the main components of these components. It can also be charged without taking it out of its body.
Bulusun bir uygulamasinda, el terminali (6), pulse sensörü (3), optik haberlesme sensörü (4) ve enerji sensörü (5) içerisinde bulunan kontrol birimi bir mikroislemci, mikrodenetleyici vb. bir islemci olabilmektedir.In one embodiment of the invention, the handheld terminal (6), the pulse sensor (3), the optical communication The control unit inside the sensor (4) and the energy sensor (5) is a microprocessor, microcontroller etc. can be a processor.
SEKIL i E' n :i 1117-5. ra GÜÇ .3 :a altili. ra mm.FIGURE i E'n:i 1117-5. RA POWER .3 :a hex. ram mm.
SEKIL iii SEKILJ-d SEKILJH: SEKIL :la SEKILIH: SEKILSa SEEIL si: FIGURE iii SEKILJ-d SEKILJH: SHAPE: a SEKILIH: SHAPE SEEIL:
Claims (1)
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
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| TR2017/11552A TR201711552A2 (en) | 2017-08-04 | 2017-08-04 | MOBILE COUNTER FAULT TEST DEVICE |
| CN201880050738.5A CN110998351A (en) | 2017-08-04 | 2018-08-03 | Mobile instrument error testing device |
| PCT/TR2018/050413 WO2019103711A2 (en) | 2017-08-04 | 2018-08-03 | Mobile meter error test device |
| SK50005-2020A SK289153B6 (en) | 2017-08-04 | 2018-08-03 | Mobile device for testing electricity meter errors |
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| TR2017/11552A TR201711552A2 (en) | 2017-08-04 | 2017-08-04 | MOBILE COUNTER FAULT TEST DEVICE |
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| TR201711552A2 true TR201711552A2 (en) | 2017-12-21 |
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| CN (1) | CN110998351A (en) |
| SK (1) | SK289153B6 (en) |
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| CN112557998B (en) * | 2019-09-26 | 2023-09-22 | 深圳电蚂蚁数据技术有限公司 | Ammeter box convenient for checking errors and error checking method |
| CN112557995B (en) * | 2019-09-26 | 2023-09-22 | 深圳电蚂蚁数据技术有限公司 | Ammeter box convenient for checking errors and error checking method |
| CN112557999B (en) * | 2019-09-26 | 2024-01-19 | 深圳电蚂蚁数据技术有限公司 | Multiuser electric energy meter convenient for checking errors and error checking method |
| CN112671476B (en) * | 2020-12-18 | 2021-12-28 | 南方电网电力科技股份有限公司 | Wireless pulse-per-second transmission method and system with fixed time delay |
| CN114325551B (en) * | 2021-11-23 | 2023-10-17 | 云南电网有限责任公司 | Multipath error synchronous test electric energy meter verification error calculator |
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2018
- 2018-08-03 CN CN201880050738.5A patent/CN110998351A/en active Pending
- 2018-08-03 SK SK50005-2020A patent/SK289153B6/en unknown
- 2018-08-03 WO PCT/TR2018/050413 patent/WO2019103711A2/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| CN110998351A (en) | 2020-04-10 |
| SK289153B6 (en) | 2024-01-24 |
| SK500052020A3 (en) | 2020-05-04 |
| WO2019103711A3 (en) | 2019-08-08 |
| WO2019103711A2 (en) | 2019-05-31 |
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