雷达液位计天线分类

本文章主要介绍了：雷达液位计 伸缩磁,水滴雷达液位计探头有冷凝水,雷达液位计天线分类等信息

(雷达液位计天线分类)

·世界的真正无线导波雷达，采用经过现场实践证明的市场*技术罗斯蒙特3308无线导波雷达液位计界面变送器
·在远程和难以到达的位置进行可靠的液位和界面监测罗斯蒙特3308无线导波雷达液位计界面变送器
·降低复杂性：无线路、线槽或线管
·9年电池使用寿命，更新率为1min
·利用自组无线网络和直观的用户界面快速方便地进行调试
·内置诊断功能有助于更好地了解过程
·脏污的导波杆检测：信号质量指标
·信号强度高，功率消耗极低：直接切换技术
·可靠的无线高液位和低液位提醒：检测液位响应功能
·不受变化的过程条件影响;没有容易出现磨损或故障的移动部件
(雷达液位计天线分类)

主要接液部件
杆式探头：
304、304L、316L、PTFE、PFA
缆式探头：
304、304L、316、316L、PTFE、PFA
ASME11/2"...6"
DN50...DN100
卫生型过程连接
Tri-Clamp卡箍
传感器长度
杆式探头：4m(13ft)
缆式探头：45m(148ft)
最大测量距离
杆式探头：
4m(13ft)；最小介电常数DK>1.6
缆式探头：
25...30m(82...98ft)；最小介电常数DK>1.6；
30...45m(98...148ft)；最小介电常数DK>1.9
4...20mAHART
PROFIBUSPA
FOUNDATIONFieldbus
证书和认证
ATEX、FM、CSA、CSAC/US、IECEx、TIIS、INMETRO、NEPSI、KC、EAC
溢出保护WHG
(雷达液位计天线分类)

TI345F/28/zh/05.08/12.08ServicesPressureFlowTemperatureLiquidAnalysisRegistrationSystemComponentsLevelSolutionsMicropilotMFMR230“4AB-.3[CDKEHCDFGs“-.HHIJKe1B;HCW_Dcg56E2F901‘a2F57B;CHeGHIJKLMNG9-.O-ePN9FGpQ-RS[“e.T,-H78vTe“-.UVH_PN9FGHWXY9V-ogZ[\]H78fA923457H894Q_H_.e/‘a|eIdbcd9eRqAfgeh56b|i23jkeVl234H6K9’cjkmnCWoyoepqr.st9uoV-pvw9|782349|78234/2LE|782341/“BSPTR1/“1/NPT111222“fgXA“q56E20mA1004mA0FDLWj6_A|eRqA578B469Y2;EorGOY78STHG9“MIK*be447NY“HMIK*.J“;KK*bM,-e44h7NY“7856H9aZB*S9GKELrGKaZB5“R_‘a“0lbMbH\lchwxLL0luMbT|9\3[CD]NTCD9H7856KMZK*E/2““BRWsH56w/9dv{|H0lba/2lm“RjHEkJpck*,.a/0eeo“A*VRW56HluZ6HkZ9/EndressHauserNRF590NRF5904.20mAI/OHARTGHI45JKFieldgateY6e;i8AJK“BH78DekUyevoSE-A/CD9kCDEGAEF.GcsHeez{/IUdoJEYHCDFG5ez60E/HJR-.NTPQHIJK9dKUBH;6JK84emSCDFGHEkJK}LnNTHM9SNTPQMHIJKNO3[TD8ePQoRS*02xRoT3[Me2BC1Me2xeyze{x|}ek1eexe“feMe2re}Q*S60cT-.LUHeioRjlmRgV’c98MicropilotM*2WK*52|yzv\89Hwx6K;K2U--NAMURNE43MicropilotM32HaZBoH78Dst/AEu69YRu0YHaZBfZK9q9GKELrGKIvaZB5“R469KKL_LU|aM56.L;6JKdV|eMZ4K[\]3[a56L_LU|aM56.L;6JKdV|eMZ44.20mAHARTPROFIBUSPAManchesterMBPManchesterII31.25kB/sH1ManchesterMBPManchesterII31.25kB/sLMNABOP89;FFLDDCFFITKITK{|\G]beoLAS]be/[0JRVCR;8VFD/2JR;045_‘-y6100F5_‘-y6015_‘-y6015_‘-y64.61IT035500kk/abJK|[0b2424FMR230/231055_‘-y6100F5_‘-y6015_‘-y6015_‘-y65.0IT042000kk/abJK|[0b2424FMR240/244/24512MicropilotMEndressHauser“ABCPDczQdb}|KeQdeifi2ageO“|Lwx[\LKeQdei79i2ageO“|Lwx[\LLL5iSe23pq6KQdeO“|Lwx[\LMNGMIK*q4‘aMbMCh99F12EExiaT12EExeEExdEExia15F23316LEExiaT12QdF12Qdfi2agT23QdPBCO“i7ub0.52.5mm2jHaEFUmn56MrDSMb523.7s[t169,U4R’j,E/eei23z{9HARTRFITI241FEMCNRF590TI402F/00/enM{s7uv“s7_MImK*250_M;wwx}oPROFIBUSPAdxay/284H;K__JKaj9a]oyzo{9F“dk{|K__JKaj9a]oyzo{9F“dk{|KKKKn-|lebMnUMnU|Euu[\]3[auuM201.5EExdG/“/“NPTPROFIBUSPAM12FF7/8“112215MicropilotMEndressHauserdQd5[0be23pq.67_A16H567s.T12D47-59MicropilotM’csKScv\EwxHyz|QMIbaHH\mQdJ2/2R/Efgie“V56HM0“9600VDINEN60079-14IEC60060-18/20sMicropilotM12NFce3SQ9I10kA,102WX“]be“b60mW900mWVWXHART3.6.22mAHART11mA.R4Z4H4GMIbPROFIBUSPA“MIb13mALMNABOPFF47.125HzUss200mV500|bweHART[\U500Hz.10kHzUeff2.2mV500|bweHARTQT]UHU_‘qFISCO[0MI15mA415mAQ5MINOMI0mA*FISCO/FNICO7bqZ6Ui17.5V500mA273mA.i12NFce|IiPi5.5W.i12NFce|2W5nFCiLi0.01mH16MicropilotMEndressHauser7a8KA|rhrKp|hKE7AeC|hK-8B;7Ki_WH10m10mm10m0.140m1m10mm10m3mm10m0.0370m1m30mm1m15mm0.04FMR230FMR231FMR240FMR244FMR245;KK*bZK*b56K|K|K|K|/4.20mAFMR2301mm/0.03FMR2311mm/0.03FMR2401mm/0.03FMR2441mm/0.03C8THC8THC8THC8TH]e78HGv\wxHyz|K;KK*5ee[\]3[a6Lq|eiSA*5rr6sbLq|e56bLq|e56bKMIK*5C8TbeHr}}6q|e56bEN61298-3HARTPROFIBUSPAFFFMR24xT2mm/10K-40.80FMR230T3mm/10KFMR231T5mm/10K16mAT0.03/10KK“iSA*rrs“iSA*rrs“LB4iSA*rrs“5mm-40.8010mm-40.8015mm4mA-40.800.45KKKfgh1IijBYe42;JlkF“]b9i56ABeeUyvSoXBYeHJKdANC9uY4C/FGHbEFei,DEdMNF*978B459O6457H89GeepPYAH78}}]]9HIoTbC/FGdH78}}D9“iIij17MicropilotMEndressHauser,UpDfg1Jlee78}}oSK2aZBH89“LM9h1Un4000118588364rrrrr0.20N1barcgW_e{JoNOmnCW93vwxQdy89QR/,bK2_H1M,eer_WWMk752369Ki88}HKRQHW1015cmH100mmH15.20DN250lmK88mnlmikopEqr3CAHDEd9qQlmee‘a4bcH9Yd‘;9K‘a9267xQs81DK/[mm]1/PEQ562.116.4PPQ562.315.7Perspex5k63.113.51E31.4mm47.1mm.6IvoH6ADbdEH;DH;5/EIUHMNGbeiq[\5Ye}dhbD9KhbD6A3SkdE,H.16K9200Q;bHFM

了解更多关于：雷达油罐液位计，雷达液位计加导波管，雷达波液位计电路板，导播雷达液位计安装规范，导波雷达液位计1080p，雷达液位计一般频率是多少，雷达液位计字母，导管式雷达液位计，耐蒸汽雷达液位计，雷达液位计国门电阻，罗斯蒙特2210雷达液位计，雷达液位计安装图解，雷达液位计 精度，昊大雷达液位计接线图，导波雷达和普通雷达液位计，雷达液位计id，雷达液位计水文资质证书哪里有，vega脉冲雷达液位计，世界名牌雷达液位计，雷达液位计工作原理