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SR489-P5-LO-A20-E GE SR系列繼電器用于感應(yīng)同步發(fā)電機(jī)

 489-45-O-A20是GE莫林為489系列制造的發(fā)電機(jī)管理繼電器。該繼電器具有5A相位CT次級(jí)。LO控制功率為20-5OVDC，20-48Hz時(shí)為48-52'VAC，該繼電器的模擬輸出為4至20mA。該繼電器具有基本顯示。這件商品的裝運(yùn)重量為10千克(近似值)，尺寸為21.6厘米(長) ×.22.4厘米(寬)×252厘米(高)。前面板包括多個(gè)狀態(tài)LED，并具有輸入按鈕、數(shù)字犍盤、輸入端口和用于讀取設(shè)備位置信息的LCD屏幕。頒率參數(shù)的范圍為0.0到90.0 H比z。零線電壓(第3個(gè))參數(shù)的范圍為0至250V。平均電壓參數(shù)的范圍為額定電壓的0.00至1.50×。功率因數(shù)參數(shù)的范圍為0.01至1.0超前/滯后。無功功率(Mvar)參數(shù)的范圍是額定電壓的-2Q至2.0倍。實(shí)際功率參數(shù)的范圍為顏定電壓的-2.00至2.00倍。視在功庫參數(shù)的范圍為額定電壓的000至2.00倍。模擬輸入1至4參數(shù)的范圍為-500至+500。轉(zhuǎn)速表參數(shù)的范圍為0到7200RPM。已用熱容顯參數(shù)的范圍為0到100%?！爱?dāng)前需求”參數(shù)的范圍為0.到20.00 xFLA。Mvar需求參數(shù)的范圍為額定電壓的0.00至2.00倍,MW Demand參數(shù)的范圍是額定電壓的000至2.00倍。MVA需求參數(shù)的范圍是額定電壓的0.00至2.00倍。

電池生產(chǎn)涉及使用不同的原材料對(duì)電極進(jìn)行涂布。鈷、鐵、鎳或福都被研磨得很細(xì)后進(jìn)行混合，然后使用炭黑進(jìn)行涂布，以優(yōu)化諸能單元的能量輸出、容顯和充電速度。必須使用正確的機(jī)器按照正確的順序來完成干燥、研磨、混料和涂布等工序SR489-95-LO-A20-E發(fā)電機(jī)管理繼電器因?yàn)檠心ザ取⒒旌媳壤推渌^程參數(shù)會(huì)因電池類型和質(zhì)量等級(jí)的不同而異。

用戶獲益

采用—站式解決方案，不會(huì)有接口沖突

oPC UA集成可實(shí)現(xiàn)從現(xiàn)場(chǎng)到ERP的無縫數(shù)據(jù)傳輸做好未來按照OPC-UA實(shí)施云技術(shù)的準(zhǔn)備

無縫IP67解決方案保證高可用性

通過識(shí)別初級(jí)產(chǎn)品來提高過程可靠性

對(duì)初級(jí)產(chǎn)品使用的容器進(jìn)行自動(dòng)識(shí)別，SR48945-L0O-A20-E發(fā)電機(jī)管理繼電器可確保所有工序都采用正確的設(shè)備按照預(yù)期的順序進(jìn)行。使用RFD技術(shù)進(jìn)行識(shí)別，并對(duì)所有工序進(jìn)行記錄，以便進(jìn)行相關(guān)的檢查，保障生產(chǎn)過程的準(zhǔn)確無誤。另外，這還可確保和驗(yàn)證容器已經(jīng)按照預(yù)定方式進(jìn)行了清潔。

The 489-45-O-A20 is a generator management relay manufactured by GE Morin for the 489 series. The relay has 5A phase CT secondary. The LO control power is 20-5OVDC, 48-52'VAC at 20-48Hz, and the analog output of this relay is 4 to 20mA. The relay has a basic display. The shipment weight of this article is 10 kg (approximate) and the dimensions are 21.6 cm (L)×.22.4 cm (W)×252 cm (H). The front panel includes multiple status leds and has input buttons, digital discs, input ports, and an LCD screen for reading device position information. The rate parameter ranges from 0.0 to 90.0H to z. The neutral line voltage (3rd) parameter ranges from 0 to 250V. The average voltage parameter ranges from 0.00 to 1.50 x of the rated voltage. The power factor parameters range from 0.01 to 1.0 lead/lag. Reactive power (Mvar) parameters range from -2Q to 2.0 times the rated voltage. The actual power parameters range from -2.00 to 2.00 times the face voltage. The apparent power bank parameters range from 000 to 2.00 times the rated voltage. The analog input parameters 1 to 4 range from -500 to +500. The tachometer parameters range from 0 to 7200RPM. The range of parameters used for heat capacity display is 0 to 100%. The Current Demand parameter ranges from 0. To 20.00xFLA. The Mvar Demand parameter ranges from 0.00 to 2.00 times the rated voltage, and the MW Demand parameter ranges from 000 to 2.00 times the rated voltage. MVA requirements range from 0.00 to 2.00 times the rated voltage.

Battery production involves coating electrodes with different raw materials. Cobalt, iron, nickel, or Fufu are finely ground and mixed, then coated with carbon black to optimize the energy output, capacitance, and charging speed of the energy unit. Drying, grinding, mixing and coating must be done in the right order using the right machine SR489-95-LO-A20-E generator Management relay because grinding, mixing ratio and other process parameters vary depending on battery type and quality level.

User benefit

With a - station solution, there is no interface conflict

oPC UA integration enables seamless data transfer from the field to ERP to prepare for future cloud implementations based on OPC-UA

Seamless IP67 solution ensures high availability

Improve process reliability by identifying primary products

Automatic identification of containers used in primary products, SR48945-L0O-A20-E generator management relays ensure that all processes are carried out in the desired sequence with the correct equipment. RFD technology is used to identify and record all processes in order to carry out relevant checks and ensure the accuracy of the production process. In addition, this ensures and verifies that the container has been cleaned as intended.