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PRINCO雷达液位计说明书

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(PRINCO雷达液位计说明书)

技术资料I345FEN/00/en智能雷达料位变送器,非接触式连续物位测量仪表。智能雷达料位变送器,非接触式连续物位测量仪表。成本效益的成本效益的4…20mA2线技术,适用于防爆区。线技术,适用于防爆区。TMicropilotMFMR230/231/240/244/245的料位。汽的影响。?。此外,它的准确度是±3mm,导波管为水平圆柱形储罐提供方案。优优?、浮子测量方案,双线技术减使仪表容易与现有系统?非接触测量:测量与产品的特性几乎无关。?MR231)的频率。PROFIBUS/PA、FOUNDATION?线?度的杆状天线:?护安全应用,最高可达到IEC61508/IEC61511-1的SIL2功能安全要求。应用应用MicropilotM用于非接触连续测量液体、浆状物质和泥浆测量不受介质改变、温度变化、气膜或蒸?FMR230特别适合缓冲器和过程储罐的测量。?FMR231在要求化学相容性高时有它自身的优点。FMR240的小型喇叭天线(1?″)特别适用于小的容器了解决点:点:价格低廉的双线技术:取代差压少了接线费用并结合。?容易通过菜单驱动的文字数字显示器进行现场操作。?借助ToFTool操作软件容易试车、文件化和诊断。两个频率范围-约(6FMR230/F和26GHz(FMR240/244/245),每种应用有恰当的,互不相关?HART或Fieldbus协议通信。高温:适用的过程温度最高200℃,高温天的最高温度可达400℃。有无效长能够可靠地测量有冷凝水和结垢的狭长喷嘴。系统的溢出保DocuComPDFTrialwww.pdfwizard.comMicropilotM目目录录......功能和系统设计功能和系统设计.........................3运行条件:过程运行条件:过程..........................33测量原理.....................................3过程温度范围...............................33Equipmentarchitecture..........................4过程温度极限...............................33介电常数...................................33输输入入......................................9测量变量..............................9机械结构机械结构...............................34测量范围................................9设计,尺寸..................................34测量条件............................13重量.......................................04工作频率.............................13材料........................................40过程连接..................................40输出输出.........................................14密封.......................................40输出信号.....................................14天线......................................40报警信号.....................................14线性化.......................................14人机接口人机接口..............................41操作concept.................................14辅助电源辅助电源.....................................14显示元件...................................41电气连接.....................................14操作元件...................................42端子排列.....................................15现场操作...................................43负载HART...................................16远方操作...................................44电源电压.....................................16电缆套管.....................................16认证和批准认证和批准............................47功率消耗.....................................61CE认可....................................47电流消耗.....................................16Ex认证....................................47RippleHART..................................16卫生相容性.................................47最大噪音HART...............................16溢出保护...................................74过压保护器...................................16船级证书...................................47外来标准和指令.............................47性能特点性能特点.....................................17射频认可...................................47参考运行条件.................................71压力测量设备指令...........................47最大测量误差.................................17分辨率.......................................17定货信息定货信息...............................48Reactiontime..................................17MicropilotMFMR230.........................84环境温度的影响..........

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