E+H智能型导波雷达液位计FMP40资料

E+H智能型导波雷达液位计FMP40资料

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2018-09-04 10:01 1044阅读次数

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E+H智能型导波雷达液位计FMP40是一款用于连续测量液体、固体料位的智能型物位仪表，适用于爆炸危险区域。液体密度，固体物料的疏松程度，温度以及加料时的粉尘都无法影响到这款E+H智能型导波雷达液位计FMP40实际测量的精度。由此可以看到它对环境的要求不高，而且，如果在测量液体的时候，看到液体表面有泡沫，也不用担心，因为这个对测量结果也是没有影响的。下面我给大家介绍一下E+H智能型导波雷达液位计FMP40的参考工作条件:

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E+H智能型导波雷达液位计FMP40资料

E+H智能型导波雷达液位计FMP40是一款用于连续测量液体、固体料位的智能型物位仪表，适用于爆炸危险区域。液体密度，固体物料的疏松程度，温度以及加料时的粉尘都无法影响到这款E+H智能型导波雷达液位计FMP40实际测量的精度。由此可以看到它对环境的要求不高，而且，如果在测量液体的时候，看到液体表面有泡沫，也不用担心，因为这个对测量结果也是没有影响的。下面我给大家介绍一下E+H智能型导波雷达液位计FMP40的参考工作条件:[详细]
2018-09-04 10:01
产品样册
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E+H FMP40系列导波雷达液位计技术资料

E+HFMP40系列导波雷达液位计技术资料德国E+HE+H总代理E+H上海特价E+H原装E+H总部位于瑞士的E+H公司在过去的十年里不断发展，如今成为专业为过程工业自动化提供传感器的制造商，为整个过程行业提供自动化解决方案和各种类型传感器的国际化领导厂商。公司成立54年后的今天，E+H在全部六大洲都设有分支机构，范围内拥有7,000多名员工，共同为市场上Z复杂的工业传感器系列提供广泛的生产、销售和服务。欢迎来电或发传真咨询E+H恩格斯豪斯详细信息！72W80-SD0AA1AAA4AW83I41-AD2WAAABAGAA音叉液位开关FTL50-AGQ2AA2G4A压力变送器PMC45-RE11P2JIAL451506784恩德斯豪斯（E+H）压力开关PTC31-A1A1ZH1AD1APTC35-A1A13P1PL4AFMU41-4RB2C2恩德斯豪斯（E+H）质量流量计80M40-AS2AAAAAAAA880M50-AS2AAAAAAAA880I50-AD2WAAAAAAA880I40-AD2WAAAAAAA8FTI56-AAD1RV143A1AL=800MMFTI56-AAD1RV143A1AL=1100MM音叉液位开关FTL20-3325RMA421-A21A2AFTR325-A1E1压力变送器PMC131-A15F1A1S恩德斯豪斯（E+H）溶解氧测量变送器COM253-DX0005恩德斯豪斯（E+H）溶解氧传感器COS41-2FCYA611-0A恩德斯豪斯（E+H）雷达物位计FMR240-A5E1GGJAA2F恩德斯豪斯（E+H）超声波物位变送器FMU90-J11CA212AA3AE+H传感器FDU91-RG8AAL=40ME+H探头FMU90-R22CA112AA3AE+H型号FMX167-A3BMC1A3E+H雷达适配器FXA195-G1E+H液位开关PMC731R0~40MPaE+HFTL50-AGR2AA4GE+H压力变送器PMC71-AAA1M2GHAAAE+H液位变送器FMU42-APB2A22AE+HPMC71-1AA1PBGPAMTU0~400kpaE+H压力变送器PMC71-AAC2CBRHAAA0-20mbarE+H压力变送器PMC131-A11F1D20压力变送器E+H质量流量计80F50-BD2CAAAAAAAAE+H防爆一体式非防爆一体式80F08-AD2SAABABBAAFDU95-J1G1A50H15-KB1A1AA0AAAADB50-AC22BB12EG2A音叉液位开关FTL51-AGR2DB1G涡街流量计72W1F-SBOAA1AAA4AW涡街流量计72F15-SEOBA1AAA4AWDN=20FMU41-ARB2A250W65-UA0A1AA0ABAW50W2H-UC0A1AA0ABAW压力变送器PMC71-ABA1E2GHAAA涡街流量计72F25-SE0AA1AAA4AW72F50-SE0AA1AAA4AWFMP40-ABB2CMJB21AA,L=6000mmFMR250-A5E1GGJBA2K53H50-2HOB1AAOAGAJFMU231E-AA42音叉液位开关FTL51-AGR2DB1G4AFTW360-G1XJD1FMI51-A1BTDJB3A1AL=500MM恩德斯豪斯（E+H）导波雷达物位计FMP451C－AKCGKB21A2AL=1900mm50W1F-UC0A1AA0AAAAFMD77-ABA7H22FBAAA80M50-AS2AAAAAAAAACPF201-C1A恩德斯豪斯（E+H）PH/ORP电极CPS11-1AA2GSACPF201-A1A电源板50096745CUM253-TU8005恩德斯豪斯（E+H）PH测量变送器CPM253-PR8005PMP41-RE13S2J11T1FMP40-1AA2CQJB21AAL=10500MM音叉料位开关FTM51-AGG2L4A12AAL=500MM80F25-AD2SAAAAAAAA静压式液位计FMB70-ABA1M12TKCAAFHX40-A1A83F25-AD2SAABABHAA静压式液位计FMX167-A2ABE1C3PMC41-RG25M2J11R1恩德斯豪斯（E+H）音叉料位开关FTM50-AGJ2A4A32AA恩德斯豪斯（E+H）音叉料位开关FTM52-AGG2B4A32AAL=4000MM恩德斯豪斯（E+H）音叉料位开关FTM51-AGG2L4A32AAL=300MMCPM253-PR8010FTS20FMU43-AMD2A5FMU40-AND2A5COM253-DX0305COS41-2F恩德斯豪斯（E+H）测量变送器CUM253-TU0305恩德斯豪斯（E+H）浊度分析仪CUS41-W280F80-AD2SAACABBAA恩德斯豪斯（E+H）温度变送器TMT122-A31AA80F80-AD2SAP4ABBAA电源模块52006197FMR250-A6E2CMJBA2K80M50-AS2AAAAAAAAA恩德斯豪斯（E+H）音叉料位开关FTM50-AGG2A4A32AA80F40-BD4CAAAAAAAAFMU42-APB2A22A二线制0-10米量程带表头电极支架CPA111-41C80F40-BD2CAAAAAAAA80M40-AS2AAAAAAAA支架CPA111-OOA支架CPA111-30C电极线:CPK9-NAA1APH电极:CPS11-2AS2ESA80F40-AD2SAAAAAA80F50-AD3SAAAAAA80F40-AD4SAAAAAAAAPMP71-AAA1M21GPNAAA80M40-AS2AAAAAXXXX83F50-AAASABBABAC2FMI51-A2AGEJB3A1A,L3=100mm,L1=800mm50P40-AF1A1AA0BAAW83F25-AD2SAAAAAAAA50P40-AF1A1AA0BAAW10W25-UA0A1AA0A4AAFMX167-A2AMF1C350P80-ECOA1AA0AAAAFMR250-A4E1GGJAA4MCPS11D-7BA41CPS11-1BA2GSAFMP45-AAARGJG31A4AL=35M恩德斯豪斯（E+H）压力变送器PMC131-A15F1A1SCYK10-G881L=7mCPA240-30AB110CM42-MGA000EAZ00CYK10-G101L＝10米CLS21-C1N2ACPA640-C11150P1H-EC0APAA0AA50P1H-ECOAPAAOAAPMC41-RE11P1A11M1FMU230A-AA32FMU40-ARG2A283F1H-AD1SAAAAAAAAFMG60-31D1T1B1A80F50-AD3SAABAAAAA80I50-AD2WABAAAAAACPS71-1BB2ESA/CPS71D-7BB21E+HCPS42-0PB2ESS/CPS42D-7PB2B1E+HCPS41-2BC2ESS/CPS41D-7BC2B1E+HCPS11-2AA2ESA/CPS11-2BA2ESAE+HCPS11D-7BA21/CPS11D-7AA21E+HCPS12-OPA2ESA/CPS12D-7NA21E+HCPS72D-7PB21/CPS72-0PB2ESAE+HCPS91D-7BO21/CPS91-1BO2ESAE+HCPF81-LH11C2/CPF81-NN11C2E+HCPF82-PA11A2/CPF82-PA31A2E+HCLS12-A1D1A/CLS12-A1K1AE+HCLS13-A1D1A/CLS13-A1K1AE+HCLS15-A1A1A/CLS15-B1A1AE+HCLS16-3F1A1R/CLS16-3G1A1RE+HCLS19-A1A1A/CLS19-B1A1AE+HCLS21-C1E4A/CLS21-L1E4AE+HCLS30-D1C4A/CLS30-D1F4AE+HCLS50-A1A1/CLS50-G1A2E+HCCS140-N/CCS141-NE+HCCS240-N/CCS241-NE+HCUS31-A2A/CUS41-A2E+HCOS21-1K0/COS21-2K0E+HCOS31-A0F1/COS31-A2F1E+HCOS41-2F/COS41-4FE+HCOS61-A0F0/COS61-A1F0E+HCOS71-A0F/COS71-A0SE+HCOM253-DX0005/COM253-DS0005E+HCUM253-TU0005/CUM253-TB0005E+HCCM253-EK0005/CCM253-ES0005E+HCLM253-CD0005/CLM253-CS0005E+HCPM253-PR0005/CPM253-MR0005E+HCPK9-NAA1A/CPK9-NBA1AE+HCYK10-A051/CYK10-A101E+HCPA250-A00/CYA611-0AE+H温度变送器TST310-A7B1A3F3C1A温度变送器TMT122-A31AA音叉液位开关FTL50AGQ2AA4GTL51AGR2BB2G,L=148mmCLD132-PMV118AB2CLD132-PMV118AB250W6H-UD0A1AA0AAAWTR25-AA21XC3000L=180mmFMU90-R11CA161AA3A恩德斯豪斯（E+H）超声波物位传感器FDU91-RG1AAFTL50-AGR2AA4G恩德斯豪斯（E+H）电磁流量计53H08-KA0B1AC1AHAJCPS11-2AS2ESA恩德斯豪斯（E+H）质量流量计80M08-AS2CAADAA8AAE+HFMP40系列导波雷达液位计技术资料德国E+HE+H总代理E+H上海特价E+H原装E+H[详细]
2018-11-16 10:01
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E+H雷达液位计FMR231选型资料

MicropilotFMR231特别适用于在化工行业和防爆危险区域中使用MicropilotFMR231用于在需要满足高化学兼容性的测量场合中测量。带屏蔽段的杆式天线：在狭窄安装短管中可靠测量，即使安装短管中有冷凝和粘附。FMR231用于液体、浆料、泥浆和固体的连续、非接触式物位测量。测量不受介质变换、温度变化、气体层或蒸汽的影响。优势非接触式测量：测量几乎不受介质属性的影响经济的两线制技术：差压仪表和平衡浮子的优良替代品。两线制技术降低了接线成本，易于集成至现有系统中使用Endress+Hauser调试工具，调试、文档编制和诊断过程简便有效菜单引导式的图文显示模式，便于现场操作物位监控(低限(MIN)、高限(MAX))可达SIL2安全等级，符合IEC61508/IEC61511-1标准HART、PROFIBUSPA或基金会现场总线(FF)通信可选：气密馈通，提升了过程安全性应用领域MicropilotM用于液体、浆料、泥浆和固体的连续、非接触式物位测量。测量不受介质变换、温度变化、气体层或蒸汽的影响。FMR231用于在需要满足高化学兼容性的测量场合中测量。[详细]
2018-11-14 10:00
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导波雷达液位计说明及选型

导波雷达液位计测量原理接触式雷达是基于时间行程原理的测量仪表。雷达波以光速运行，运行时间可以通过电子部件被转换成物位信号。传感器发射出脉冲并沿缆式或杆式传导，当脉冲波遇到物料表面时反射回来被仪表内的接收器接收并将距离信号转化为物位信号。导波雷达液位计输入反射的脉冲信号沿缆式或杆式传至仪表电子线路部分，微处理器对信号进行处理，识别出微波脉冲在物料表面所产生的回波。正确的回波信号识别由智能软件完成，距离物料表面离D与脉冲的时间行程T成正比：D=C×T/2其中C为光速因空罐的距离E已知，则物位L为：L=E-D导波雷达液位计输出通过输入空罐高度E（=零点），满罐高度F（=满量程）及一些应用参数来设定，应用参数将自动使仪表适应测量环境。对应于4－20mA输出。[详细]
2018-09-03 10:00
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LFP Cubic通用型导波雷达液位计选型手册

LELI乐利系LOLLY集团在ZG香港注册的投资公司乐利（ZG）有限公司联合相关资本于2012年8月在ZG上海设立，依托LOLLY集团成熟的供应链体系、专业背景及资本后盾，向ZG地区客户提供数百万种MRO工业品，仪器仪表产品，并发展上述部分产品成套业务专业MRO服务商（工业品在线采购平台）是乐利ZG有限公司联合众多国际知名品牌产品ZG**dai理商共同组建的一个工业品在线采购平台。通过B2B网络技术实现商品查询，询价，报价，订货，分销，数据同步和为联盟商友开通分网站等功能。集合优势产品资源，致力于和广大MRO分销商及知名品牌厂家结为战略联盟。[详细]
2018-10-09 10:00
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E+H雷达液位计的应用与维护

液位仪表是石油化工领域中中不可缺少的重要仪表。液位仪表的种类繁多，根据介质和现场条件的不同，各类液位计各具优势，形成一个多元化的局面。罐区储罐由于其容积较大，要求液位计的精度较高，过去大多浮子液位计，伺服式和差压式也有一定应用量。浮子液位计安装复杂，可靠性较低，差压式液位计受介质密度和温度影响很大，为消除这些影响，一套完善的静压测量系统其价格也很；伺服式液位计精度较高，但由于其有机械传动机构，不可避免带来磨损问题，同时价格也偏高。近年来出现的光纤液位计、磁致伸缩液位、超声波液位计以及放射性液位计各具其优缺点，光纤液位计可以做到现场无电检测，安全性好，这是其突出的优势，缺点是仍然有很多机械传动部件，故障率就会增加，安装也复杂些。磁致伸缩液位精度较高，但由于其接触的测量方式和较高的安装、维护要求导致市场普及不广。[详细]
2018-09-04 10:01
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西克SICK通用型导波雷达液位计选型手册（中文版）

西克SICK通用型导波雷达液位计产品描述：LFPCubic液位传感器使用TDR（时间域反射测量）技术，因此无需校准即可在油或水介质的液体中使用。LFP的导向雷达采用了飞行时间技术测量电磁脉冲。其通过计算发射脉冲与反射脉冲之间的时间差来测量液位高度，计算结果既可以是连续值（模拟输出），也可以是可随意定位的开关点（开关量输出）。由于LFP的探针十分灵活，既可更换，也可切割，故能够将传感器快速集成至任何应用。LFPCubic也可用于沉积性液体或泡沫性液体。该传感器通过四个按钮和一个显示屏可直观地完成设置，使用快速、方便。除了可输出离散信号和模拟信号外，LFP还配备IO-Link接口，可向控制端传输其他有用的处理数据。西克SICK通用型导波雷达液位计规格参数：[详细]
2018-11-16 10:00
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德国西克通用型导波雷达液位计选型手册（中文版）

产品描述LFPCubic液位传感器使用TDR（时间域反射测量）技术，因此无需校准即可在油或水介质的液体中使用。LFP的导向雷达采用了飞行时间技术测量电磁脉冲。其通过计算发射脉冲与反射脉冲之间的时间差来测量液位高度，计算结果既可以是连续值（模拟输出），也可以是可随意定位的开关点（开关量输出）。由于LFP的探针十分灵活，既可更换，也可切割，故能够将传感器快速集成至任何应用。LFPCubic也可用于沉积性液体或泡沫性液体。该传感器通过四个按钮和一个显示屏可直观地完成设置，使用快速、方便。除了可输出离散信号和模拟信号外，LFP还配备IO-Link接口，可向控制端传输其他有用的处理数据。概述：无机械活动部件?可手动切割和更换单探针，长度200mm至2000mm?不受沉积影响?过程温度可高达100°C，过程压力可高达10bar?盲区小，非常适用于小型箱体?即使更换液体类型也可极ng确测量?3合1：集成显示、模拟输出（符合NAMURNE43标准）和二进制输出?IP67的高防护等级，外壳可旋转客户获益：?采用坚固设计，延长使用寿命?单探针既可切割，又可更换，具有极大的灵活性?可输出多种信号，节约成本：同一系统可同时用于液位探测和连续液位监控?维护需求低，调试快速，极大地节省了时间和成本?无需校准或多次校对即可进行调试，节约时间与成本?配备紧凑的可旋转外壳，可灵活安装?多个传感器以相互靠近的方式进行安装时，不会相互串扰?先进技术确保实现油与水介质液体的免调节测量探针极具灵活性[详细]
2018-11-16 10:00
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E+H液位计选型资料

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2018-11-16 10:01
产品样册
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电子尺-E+H 液位开关 E+H液位计资料

电子尺-E+H液位开关E+H液位计资料常用型号：FMU230E-AA32，FMU231E-AA32E+H公司是一家世界的专业生产工业自动化仪表的跨国集团公司，公司大多数产品的市场份额在同类产品中名列前茅，是世界范围内自动化工业领域的之一。超声波物位计是利用超声波反射原理检测常压或低压容器内液体液位或固体料位的非接触式物位测量仪表，可广泛应用于化工、电力、冶金、轻工、水处理等工业或民用部门的各种液体或固体物位测量，并可以对明渠、堰中的流量进行测量。ProsonicTFMU230A智能型一体化非接触式连续物位测量仪，适用于各种过程控制系统。ProsonicT适用于对液体及颗粒料位进行非接触式连续物位测量的一体化仪表。有两种不同测量范围的变送器可供选择。FMU230固体测量范围：2m液体测量范围：4mFMU231固体测量范围：3.5m液体测量范围：7m两种变送器都配有一体化的温度传感器，用于对时间行程测量原理的补偿。产品性能螺纹连接G1?，1?NPT或G2，2NPT可旋转外壳LED发光显示能快速监测操作状态两线制供电，带可选现场显示，按钮操作简便ProsonicTFMU231A智能型一体化非接触式连续物位测量仪，适用于各种过程控制系统。ProsonicT适用于对液体及颗粒料位进行非接触式连续物位测量的一体化仪表。有两种不同测量范围的变送器可供选择。FMU230固体测量范围：2m液体测量范围：4mFMU231固体测量范围：3.5m液体测量范围：7m两种变送器都配有一体化的温度传感器，用于对时间行程测量原理的补偿。产品性能螺纹连接G1?，1?NPT或G2，2NPT可旋转外壳LED发光显示能快速监测操作状态两线制供电，带可选现场显示，按钮操作简便E+H超声波物位计德国E+HFMU230/231系列超声波物位计FMU230FMU231进口超声波物位计欧洲超声波物位计德国超声波物位计E+H超声波液位计德国E+HFMU230/231系列超声波液位计FMU230FMU231进口超声波液位计欧洲超声波液位计德国超声波液位计FMU90-R12CA232AA3A，FDU91-RG2AA，FMU90,FDU83,FMU41,FMU40,FMU90-R21CA232AA3AFDU96-RG2AFDU91-RG1AAFMU90-R11CA111AA3AFMU42-APB2A22AFMU41-ANB2A4FMU42-4VB2C23AFDU93-RG1AFMU43-AMH2A2FMU41-ARB2A2FMU40-ARB2A2FMU90-R11CA111AA3AFDU91-RG2AAFTU231E-AA32FMU90-R11CA133AA3AFMU41-ARB2A2FMU42-AMB2A22AFMU230E-AA32FMU90-J11CB111AA3AFDU92-EN1AFMU40-4NB2C4FMU41-4NB2C4FMU230E-AA32FMU230E-AA33FMU40-ANG2A2FMU42-ATG2A22AFMU42-ATG2A22A　FMU90-R11CA111AA1AFDU91-RG1AAFMU40-ANB2A2FMU231E-AA42FMU90-R11CA131AA3AFDU91-RG2AAFMU90-R11CA212AA3AFDU92-RG3AFMU90-R11CA232AA3AFDU91-RG2AAFMU41-ARB2A4FDU86-EN1FMU40-4RB1C4FMU860-R1A1A1FDU83-UN3FDU80-RN2APMC71-ABA1H2GAAAAFDU81-JG4BFDU83-RN3FDU91-RG2AAFDU91-RG1AAFMU90-R21CA232AA3AFDU80-JG1BFMU230E-AA22FMU42-APB2A22AFMU231E-AA32FMU41-1RB2A2FMU41-ARH2A2FMU90-R21CA111AA3AFDU91-RG2AAFMU90-R11CB131AA3AFDU81-RG1BFMU90-R12EA232AA3AFDU91-RGAFMU40-1NB3A4FAU70A-2452FHX40-11BFDU91-RG2AAFDU91-RG1AAFMU90-R11CA111AA3AFDU91-RG2AAFMU90-R11CA111AA3AFMU40-1RB2A2FMU90-R12CA232AA3AFMU90-R12CA131AA3AFDU91-JG1AAFMU90-J11CA111AA3AFDU81-RG2AFDU82-RG3FMU90-R21CA111AA1AFMU40-ARB1A3FDU93-RG4AFDU83-RG2FMU40-NNB2A4[详细]
2018-09-18 10:00
产品样册
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德国E+H_雷达液位计资料一览

德国E+H_雷达液位计资料一览ProsonicFlo道式流量计通过两侧的传感器对测量管道内流经介质的流量，传感器对呈一定角度分别安装在流量计的相对侧，即其中一侧的传感器处于另一侧的下游位置处。声波信号在传感器对间传播，计算每组信号的运行时间可以测得介质的流量信号。顺流方向上声波的传播速度高于逆流方向上的声波传播速度。因此，会产生声波信号运行时间差(ΔT)。基于时间差(ΔT)，可计算出传感器对间介质的流速。综合考虑每对传感器测得的介质流速、管道横截面积和流体动态性能，测量系统计算流体的体积流量。即使将流量计安装在典型的流场干扰因素(例如：单向或多向弯头)之后，传感器的结构设计和安装位置确保仅需要很小的直管段长度。高级数字信号处理功能用于流量测量过程验证，降低多相流测量的不确定性，增加了测量的可靠性。测量系统测量系统包括一台变送器和一个传感器。两种结构类型供用户选择：?一体式结构：变送器和传感器组成一个整体机械单元?分体式结构：变送器和传感器均为单独的机械单元，需分体安装变送器[详细]
2018-09-22 10:00
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E+H恩德斯豪斯雷达液位计的维护

E+H恩德斯豪斯雷达液位计注意了以下几点正常下就不需要特殊维护：1、E+H恩德斯豪斯雷达液位计更换密封圈。传感器的密封圈必须定期更换，特别是当使用铸造的密封防腐结构时，更换的周期取决于清洁的频率及测量环境和清洗时的温度。2、E+H恩德斯豪斯雷达液位计外部清洁。当清洁仪表外部时请使用不会损坏外壳表面及密封圈的清洗剂。E+H恩德斯豪斯雷达液位计的维修：1、E+H恩德斯豪斯产品的维修是假设测量设备采用模块化设计并且用户用有能力自行进行的情况下的维修。在配备的工具箱中包含有备用件，还包括相应的更换指导。2、E+H恩德斯豪斯维修有防爆认证的仪表：根据说明书进行修理。完成修理后，应进行指定的检测。必须遵守相关标准，国家防爆规范，安全指南（XA）及认证。将所有的修理工作和改变进行记录，形成文件。只能使用Endress+Hawser提供的备件。只有Endress+Hawser服务部门才能将一种认证的仪表改装成另一种认证。当定购备件时，请注意铭牌上的仪表标识。只能更换相同的部件。三、E+H恩德斯豪斯雷达液位计的更换。在更换过电子模块或整个仪表后，可以通过通信接口将参数下载到仪表中。其前提是已经事先将数据通过ToFTool/CommuwinI上传到计算机中。在这种情况下，可无须重新设置即可进行测量;可能需要激活线性化，可能需要重新记录干扰YZ图（见基本设定）更换天线或电子组件后必须重新进行标定。此篇内容全方面从E+H恩德斯豪斯维护、维修及更换几个点，我们的信息还是有售后保障。[详细]
2018-09-04 10:01
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LFP Inox卫生型西克导波雷达液位计选型手册（中文版）

西克SICK导波雷达液位计LFP系列是一种卫生级流体液位传感器。该传感器采用TDR技术，通过电磁波的飞行时间进行液位测量。计算发出脉冲与反射脉冲之间的时间差换算成液位信号，计算结果既可以是连续值（模拟输出），也可以是可随意定位的开关（开关输出）。LFP采用坚固且符合FDA标准的材料（如EHEDG认证的不锈钢），确保Zyou的性能，并且可以任意冲洗，甚至可以用于卫生要求Z高的应用。LFP具有模块化连接系统，能够简单、灵活地安装于各类应用。凭借出众的耐高温和耐高压性能，LFP在配备CIP和SIP条件下使用时不受任何限制。通过lO-Link与上位机进行通信，让传感器性能更加趋于wan美。西克SICK导波雷达液位计优势：采用坚固设计，可提高使用寿命高灵活性：探针可伸缩，连接器可互换多种信号输出，节省成本：只需一套系统即可完成点式液位测量或连续液位测量无需维护，可实现快速调试，节省时间和成本无需校准或重新校准即可进行调试，节约时间与成本LFPInox卫生型西克SICK导波雷达液位计技术参数：LFP0400-G1NMB1052069LFP0500-G1NMB1052070LFP0600-G1NMB1052071LFP0700-G1NMB1052072LFP0800-G1NMB1052073LFP0900-G1NMB1052074LFP1000-G1NMB1052075LFP1100-G1NMB1052076LFP1200-G1NMB1052077LFP1300-G1NMB1052078LFP1400-G1NMB1052079LFP1500-G1NMB1052080LFP1600-G1NMB1052081LFP1700-G1NMB1052082LFP1800-G1NMB1052083LFP1900-G1NMB1052084LFP2000-G1NMB1052085[详细]
2018-11-16 10:00
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E+H导波雷达物位计FMP51系列选型资料

E+H导波雷达物位计FMP51系列选型资料E+H导波雷达物位计特点1、通用性强：可测量液位及料位，可满足不同温度、压力、介质的测量要求，Z高测量温度可达800℃，Zda压力可达5MPa，并可应用于腐蚀、冲击等恶劣场合。2、防挂料：独特的电路设计和传感器结构，使其测量可以不受传感器挂料影响，无需定期清洁，避免误测量。3、免维护：测量过程无可动部件，不存在机械部件损坏问题，无须维护。4、抗干扰：接触式测量，抗干扰能力强，可克服蒸汽、泡沫及搅拌对测量的影响。5、准确可靠：测量量多样化，使测量更加准确，测量不受环境变化影响，稳定性高，使用寿命长。E+H导波雷达物位计FMP51系列优点：可靠的测量:-可用于动态液面和泡沫液面的液位测量-可用于变化中的介质测量实用性强内置数据存储器工厂预标定直观的菜单引导式操作，多种语言可选便于集成到控制或资产管理系统中极ng确的测量和过程诊断，便于快速决策E+H导波雷达物位计FMP51系列应用领域FMP51-液体液位和界面测量的仪表.测量范围Zda45m(148ft)过程连接尺寸Z小3/4"螺纹或法兰温度范围:-40～+200°C(-40～+392°F)压力范围:-1～40bar(-14.5～580psi)具有下列系统集成通信接口:　　　　-4-20mAHART模拟接口　　　　-PROFIBUSPA接口用于物位监测时，符合SIL2要求，由TüV进行独立评估，符合IEC61508标准恩格斯豪斯导波雷达物位计是依据时域反射原理(TDR)为基础的雷达料位计，雷达料位计的电磁脉冲以光速沿钢缆或探棒传播，当遇到被测介质表面时，雷达料位计的部分脉冲被反射形成回波并沿相同路经返回到脉冲发射装置，发射装置与被测介质表面的距离同脉冲在其间的传播时间成正比，经计算得出液位高度。[详细]
2018-09-26 10:00
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E+H导波雷达物位仪,FMP54用于加热器水位监测

E+H导波雷达物位仪,FMP54用于加热器水位监测德国E+H导波雷达物位仪应用工况介绍介质：水/蒸汽Z高温度：450℃Zda压力：8MPa面临的主要问题，客户痛点先前采用差压变送器测量液位，误差大；替换某品牌的导波雷达后：大误差依然存在，且曾出现因过程连接处泄漏导致停车的情况。德国E+H导波雷达物位仪客户痛点分析差压变送器是基于压力差值变化测量液位的，容易受到以下因素的影响：?容器内的温度变化会使介质的密度发生变化，影响测量精度；?容器内压力的突变，会对容器内的水的密度产生影响；?沸腾的气泡和凝结的水汽同样会对基于压力原理进行测量的仪表带来干扰；?高低位的两个开孔对密封要求高；?采用平衡容器的差压变送器测量，测量精度不高，且维护工作量较大。?旁通管设计安装不合理以及高温高压环境下普通导波雷达测量误差大。高压给水加热器是燃煤发电厂回热系统中的重要设备，它是利用汽轮机的抽汽来加热锅炉给水，使其达到所要求的给水温度，从而提高电厂的整体热效率并保证机组出力。加热器在运行过程，水位是重要监测参数之一，而水位的变化受负荷变化、抽汽变化、给水流量、温度等因素的影响。传统差压测量方式，因其测量原理限制，容易受压力、温度的变化而引起虚假水位，是设备安全运行的重大挑战。导波雷达以其先进的测量原理，很好的克服了差压引起的虚假水位的难题，同时在应用中，节省了现场维护工作量，提高了机组运行安全性和效率，得到客户的认可。解决方案介绍FMP54带动态气相误差补偿功能，确保测量误差小于设计要求；独特的气密馈通密封结构，确保安全可靠运行。竞争对手分析某品牌的导波雷达存在测量误差大的原因在于：在高温高压的蒸汽环境中，电磁波的传播速度会相对减慢，该品牌导波雷达不具备相应的动态气相补偿功能。德国E+H导波雷达物位仪使用情况总结目前，机组#1、2、3高压加热器共安装6台Endress+Hauser公司FMP54导波雷达。产品于2012年11月5日安装并投入运行，使用至今，液位测量稳定，准确。客户反馈导波雷达从测量原理上优于差压，辅以气相补偿技术，在高温高压环境下可实现高加液位极ng确测量，同时在现场安装时，需配套规范的旁通管一体化方案，确保仪表达到**测量效果。E+H导波雷达物位仪,FMP54用于加热器水位监测E+H导波雷达物位仪,FMP54用于加热器水位监测[详细]
2018-09-21 10:00
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E+H导波雷达物位计下载

我们在德国有公司，美国有公司，能够以**手的价格采购到欧美品牌产品。因为我们公司能够自己报关，所以能够更好的掌握产品的进度以及在您急需期货产品的时候帮您加急采购到全新原装。我们的宗旨就是帮助客户以***的价格，Z短的货期，**的服务帮助您采购到您所需要的全新原装进口产品。我们公司进口气动液压工控产品都有销售。公司目前主要优势品牌有：FESTO费斯托（加急5-7天可到货），HAWE哈威,ASCO阿斯卡,BURKERT宝德，BOSCH-REXROTH博世力士乐，IFM易福门，TURCK图尔克，PF倍加福，BALLUFF巴鲁夫，SICK施克，STEIMEL施特梅尔泵，HIRSCHMAN赫斯曼，MURR穆尔，HYDAC贺德克，GSR，CROUZET高诺斯，EH恩格斯豪斯，PILZ皮尔兹，MAHLE马勒，海隆HERION,NORGREN诺冠，SCHMERSAL施迈赛，SIEMENS西门子，STAUFF西德福，NEGELE耐格，EMG，UNIVER,ATOS阿托斯,KACON凯昆，VICKERS威格士，MAC,PARKER派克，MOOG穆格，AB,FAIRCHILD仙童，DENISON丹尼逊，ROSS，UE,MTS等。公司还有代理部分日本品牌如下：CKD喜开理，黑田精工，太阳铁工，SUNX神视，TOYOOKI丰兴，NACHI不二越，DAIKIN大金，TACO。本公司坐落于东莞Z有名的地方宏远大厦，欢迎新老客户前来参观考察。测量原理导波雷达料位计是依据时域反射原理(TDR)为基础的雷达料位计，雷达料位计的电磁脉冲以光速沿钢缆或探棒传播，当遇到被测介质表面时，雷达料位计的部分脉冲被反射形成回波并沿相同路经返回到脉冲发射装置，发射装置与被测介质表面的距离同脉冲在其间的传播时间成正比，经计算得出液位高度。2安装指南下述的安装指南适用于缆式和杆式探头测量固体颗粒料和液体物体。同轴管式探头只适用于液体物体。E+H导波雷达物位计下载安装位置尽量远离出料口和进料口。对金属罐和塑料罐，在整个量程范围内不碰壁。如果是金属罐，物位仪表不要安装在罐的ZY。建议安装在料仓直径的1/4处。缆式探头或杆式探头离罐壁Z小距离不小于30厘米。探头底部距罐底大约30mm。探头距罐内障碍物Z小距离不小于200mm。如果容器底部是锥型的，传感器可以安装罐顶ZY，这样可以一直测量到罐底。E+H导波雷达物位计下载输入反射的脉冲信号沿缆绳传导至仪表电子线路部分，微处理器对此信号进行处理，识别出微波脉冲在物料表面所产生的回波。正确的回波信号识别由智能软件完成，距离物料表面的距离D与脉冲的时间行程T成正比：D=C×T/2导波雷达物位计[1]其中C为光速因空罐的距离E已知，则物位L为：L=E-DE+H导波雷达物位计下载输出通过输入空罐高度E（=零点），满罐高度F（=满量程）及一些应用参数来设定，应用参数将自动使仪表适应测量环境。对应于4－20mA输出。3测量范围说明H----测量范围L----空罐距离B----顶部盲区E----探头到罐壁的Z小距离顶部盲区是指物料Z高料面与测量参考点之间的Z小距离。底部盲区是指缆绳Z底部附近无法极ng确测量的一段距离。顶部盲区和底部盲区之间是有效测量距离。E+H导波雷达物位计下载注意：使用导波雷达物位计只有物料处于顶部盲区和底部盲区之间时，才能保证罐内物位的可靠测量。4导波雷达物位计测量液体时的安装指导下述安装指导适用于杆式和缆式探头的导波雷达物位计，管式探头测量与安装方式无关。安装位置距离罐壁的距离建议为罐直径的1/6－1/4(至少300mm，混凝土罐至少400mm)不要安装在金属罐中间不要装在下料口处选择探头长度时，注意探头底部距罐底约大于30mm注意介质温度罐内障碍物安装时注意探头距离障碍至少200mm干扰的祛除干扰回波YZ：软件可实现对干扰回波的YZ，从而达到理想测量效果旁通管及导波管（仅适用于液体）对于粘度不打于500cst，可采用旁通管，导波管或管式来避免干扰。液体标准安装对于粘度≤500cst且不易产生粘附的介质，管式探头是**方案，其特点如下：zhuo越的可靠性可用于介电常数大于等于1.4的任何介质，测量与介质的导电性无关罐内障碍物及短管尺寸不影响测量比杆式探头能承受的横向压力高对于高粘度的介质，建议使用杆式探头仪表在卧罐及立罐上的安装管式探头及杆式探头Z长可到6米对于测量距离超过6米的罐，可选用8mm缆式探头安装及固定方式同固体粉仓测量对距罐壁的距离无限制，只要避免探头接触罐壁即可如果罐内障碍物比较多或过于靠近探棒时，请选用管式探头腐蚀性介质测量如果测量腐蚀性介质，可选用杆式探头的导波雷达物位计套一个塑料套管进行测量5导波雷达物位计的技术参数参数：工作频率:100MHZ-1.8GHZ测量范围：缆式：0-30m；杆式、同轴式：0-6m重复性：±3mm分辨率：1mm采样：回波采样55次/s响应速度：>0.2S（根据具体使用情况而定）输出电流信号：4-20mA精度：<0.1%通讯接口：HART通讯协议过程连接:G1-1/2法兰DN50，DN80，DN100，DN150过程压力:-1-40bar电源：24VDC(±10%),纹波电压：1Vpp耗电量：max22.5mA环境条件：温度-40℃～+80℃外壳防护等级：IP68防爆等级：EXiaIICT6两线制接线：仪表供电和信号输出共用一根两芯屏蔽电缆线电缆入口：2个M20×1.5(电缆直径5--9mm)6导波雷达物位计产品性能测量不受以下因素影响：液体密度物料的电气特性液体表面的湍流和泡沫的对测量无影响四行文本显示，简单菜单引导式现场操作通过所提供的ToFTool软件可方便地实行远程操作、诊断和测量点的文件编制可提供远程操作及显示通过现场包络线显示进行诊断电子设备可在不打开储罐的情况下进行更换在要求安全作用达到SIL2时，根据IEC61508/IEC61511-1提供安全连锁系统（溢出保护）认证：欧洲：ATEX，EHEDG(FMP41C)，PED(FMP45)，WHG北美：FM，CSA;燃气锅炉条例（FMP45）7导波雷达物位计特点1、通用性强：可测量液位及料位，可满足不同温度、压力、介质的测量要求，Z高测量温度可达800℃，Zda压力可达5MPa，并可应用于腐蚀、冲击等恶劣场合。2、防挂料：独特的电路设计和传感器结构，使其测量可以不受传感器挂料影响，无需定期清洁，避免误测量。3、免维护：测量过程无可动部件，不存在机械部件损坏问题，无须维护。4、抗干扰：接触式测量，抗干扰能力强，可克服蒸汽、泡沫及搅拌对测量的影响。5、准确可靠：测量量多样化，使测量更加准确，测量不受环境变化影响，稳定性高，使用寿命长。[详细]
2024-09-13 06:44
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德国VEGA雷达料位计、VEGA雷达液位计

上海维特锐特价供应德国VEGA雷达料位计、VEGA雷达液位计、VEGA超声波料位计、VEGA雷达导波料位计、VEGA射频导纳料位计、VEGA料位开关等产品。德国VEGA公司是世界上一家的物位及压力测量仪表的制造商，其主要产品有：VEGAPULS68，VEGASON超声波料位计、超声波液位计，VEGAFLEX导向微波式，VEGACAL电容式，VEGAVIB振棒式料位开关，VEGASWING液位开关，VEGABAR压力变送器等。德国VEGA的优点主要表现为：采用非接触式测量，不受介质特性影响（高温、高压、真空、粉尘、蒸汽及测量腐蚀性极强或混合度高的介质）；可测量液体或固体介质，且混合或更换介质对于测量结果都没有影响，也不需要重新调试仪表；由于采用非接触式测量，VEGASON的维护保养非常简单。多年来，德国VEGA为冶金、矿产、建材、石化、能源、电力、化工、水处理、食品、医药、造纸、造船、机械制造等领域提供了优质的产品和服务。德国VEGA公司是世界上的物位测量仪表生产厂家。主要产品有雷达物位计，料位计，导波料位计，液位计，超声波料位计，振动液位开关，振动料位开关，电容式料位开关，雷达料位计，导波液位计，超声波液位计等。VEGASON64、VEGASON65、VEGASON66可以通过万向节安装对准介质表面。对于VEGASON64…66可以有四种不同的安装类型:VEGAA型:一体式，发兰型VEGA型:一体式，安装万向节VEGAC型:分体式，安装万向节VEGAD型:分体式，螺纹安装PULS61.XXAGPHAMXX（此系列量程0...20米，温度：-40℃...80℃，压力-1...30bar）PULS62.XXDAM5HKNAX（此系列量程0...35米，温度-40...200℃,压力-1...40bar）PS63.XXPAKHKMXX（此系列量程0...20米，温度-200℃...150℃,压力-1...16bar）PS65.CXLGDHAMXX（此系列量程0...35米，温度-40℃...150℃，压力-1...16bar）PULS66.XXHFK2VDMXX（此系列量程0...35米，温度-40℃...400℃，压力-1...160bar）PS67.XXBXCHAMXX（此系列量程0...15米，温度-40℃...80℃,压力-1...3bar）PULS68.XXEGD2HKMAX（此系列量程0...70米，温度-40℃...200℃,压力-1...40bar）SON61.XXAGHKNAX（此系列量程液体0.25...5米/固体0.25...2米，温度-40℃...80℃,压力-0.2...2bar）SON62.XXAGHKNAX（此系列量程液体0.4...8米/固体0.4...3.5米，温度-40℃...80℃,压力-0.2...2bar）SON63.XXAXHKMAX（此系列量程液体0.6...15米/固体0.6...7米，温度-40℃...80℃,压力-0.2...1bar）SON64.GXALPVDMAX（此系列量程液体1...25米/固体1...15米，温度-40℃...80℃,压力-0.2...0.5bar）SON65.XXBASVDMX（此系列量程液体0.8...45米/固体0.8...25米，温度-40℃...80℃,压力-0.2...0.5bar）FLEX61.XXCGD2HAMAX（此系列量程线缆可测范围0...32米，探杆可测0...4米，温度-40℃...150℃,压力-1...40bar）FLEX62.XXAGDIHDMX（此系列量程线缆可测范围0...60米，探杆可测0...6米，温度-40℃...150℃,压力-1...40bar）FLEX63.XXBFDFKMAX（此系列量程线缆可测范围0...32米，探杆可测0...4米，温度-40℃...150℃,压力-1...16bar）VEGA产品主要用于物位测量,压力测量,温度测量等，优点在于：-通过调制解调器(模拟,ISDN,GSM)或以太网(TCP/IP)远程询问/远程诊断-通过VisualVEGA或网页浏览器显示(比如：InternetExplorer)-通过其调整功能对信号进行分析处理，可以针对容器形状进行线性化处理，刻度可选-监控限定值，可以通过e-mail或SMS报警-通过e-mail或SMS在规定的时间自动传送物位数据-功能监控(输入端短路或断路，仪表故障)-导轨安装35x7.5符合EN50022,包括插座-调整显示元件带背光灯(可以远程设定plics?-传感器)-通过安装调试软件PACTwareTM的计算机调试(连接通过接口VEGACONNECT或RS232/以太网接口)-通过WEB-VV进行数据交换传感器输入：Multidrop方式的5个防爆的或15个HART传感器；继电器输出：1x故障信号；保护方式：IP30；工作电压：20…250VAC,DC[详细]
2018-10-09 10:00
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E+H雷达料位计维护资料下载

E+H雷达料位计的基本原理：雷达波是一种特殊形式的电磁波，E+H雷达料位计利用了电磁波的特殊性能来进行料位检测。电磁波的物理特性与可见光相似，传播速度相当于光速。其频率为300MHz-3000GHz。电磁波可以穿透空间蒸汽、粉尘等干扰源，遇到障碍物易于被反射，被测介质导电性越好或介电常数越大，回波信号的反射效果越好。有些工况下所使用的E+H雷达料位计，因为E+H传感器安装位置不当及条件所致，出现了一些问题，下面将对一些使用中的问题提出解决方案,供大家参考。1．探头结疤和频繁故障的解决方法**个办法是将探头安装位置提高，但是有时候安装条件限制，不能提高的情况下，就应采用将料位测量值与该槽的泵联锁的办法，解决这一难题：将Z高料位设定值减小0.5m左右，当料位达到该Z高值时，即可停进料泵或开启出料泵。2．E+H雷达料位计被淹相应的改进办法解决这种问题的办法是将雷达料位计改为导波管式测量。仍在原开孔处安装导波管式雷达料位计，导波管高于排汽管0.2m左右，这样一来，即使出现料浆从排汽管溢出的恶劣工况，也不会使料位计天线被料浆淹没，而且避免了搅拌器涡流的干扰及大量蒸汽从探头处冒出，减少了对探头的损害，同时由于导波管聚焦效果好，接收的雷达波信号更强，取得了很好的测量效果。使用导波管测量方式，可以改善表计测量条件，提高仪表测量性能,具有很高的推广应用价值。3．关于泡沫对测量的影响：干泡沫和湿泡沫能将雷达波反射回来，对测量无影响；中性泡沫则会吸收和扩散雷达波，因而严重影响回波的反射甚至没有回波。当介质表面为稠而厚的泡沫时，测量误差较大或无法测量，在这种工况下，雷达料位计不具有优势，这是其应用的局限性。4．对于天线结疤的处理：介电常数很小的挂料在干燥状态下对测量无影响，而介电常数很高的挂料则对测量有影响。可用压缩空气吹扫（或清水冲洗），且冷却的压缩空气可降低法兰和电器元件的温度。还可用酸性清洗液清洗碱性结疤，但在清洗期间不能进行料位测量。E+H雷达料位计适用于酸碱储罐、浆料储罐、固体颗粒、小型储油罐。各类导电、非导电介质、腐蚀性介质。如煤仓、灰仓、油罐、酸罐等。[详细]
2018-10-16 10:00
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E+H导波雷达传物位仪用于液体和固体测量

E+H导波雷达传物位仪用于液体和固体测量德国E+H恩格斯豪斯导波雷达测量：测量原理Levelflex使用高频雷达脉冲工作，脉冲沿探头发射和传播。脉冲触及介质表面，介电常数值(相对介电常数)的变化导致部分发射脉冲被反射。仪表测量和分析脉冲发送和接收间的行程时间，直接测量过程连接和介质表面间的距离。E+H导波雷达传物位仪优势可靠测量：不受介质表面和罐体内部装置或挡板的影响底部回波算法(EoP)使得测量更加安全在加料过程中也能安全测量导波雷达物位仪特别适用于液体和固体的物位测量。反射波安全传输使得介质表面条件影响甚微。扰动液体表面或泡沫形成，以及不同弯曲表面或熔炉出口不会影响测量。导波雷达是界面测量的优选。E+H导波雷达传物位仪导波雷达物位测量E+H导波雷达传物位仪导波雷达传物位仪在液体和固体中进行连续物位测量在导波雷达物位测量中，Levelflex自顶向下安装，满足所有行业应用要求。导波雷达调试简单、无故障操作方式，节省时间和成本。应用广泛：可以在简单储罐中，在腐蚀性介质中或严重粉尘应用中测量。点击以下按钮查看更多Levelflex导波雷达物位仪。E+H导波雷达传物位仪导波雷达物位测量E+H导波雷达传物位仪使用产品筛选，帮助您快速寻找合适的测量仪表、软件或系统组件。而Applicator则可通过应用参数，方便您完成特定产品的选型和计算。E+H导波雷达传物位仪用于液体和固体测量E+H导波雷达传物位仪用于液体和固体测量[详细]
2018-09-21 10:00
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国产高精度雷达液位计样本

国产高精度雷达液位计样本[详细]
2024-09-28 00:53
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该会员其他资料: 德国FESTO费斯托电磁阀供应MFH系列现货; 日本SMC气动执行元件工作原理@日本真空发生器样本与手册下载; 德国西克（SICK）智能传感器#IME电感式接近开关产品选型; 德国SICK电子样本工业传感器; 日本小金井气缸资料下载@小金井笔形选型手册技术资料; ATOS电磁阀#意大利阿托斯电磁阀; 五一特价HAWE哈威r系列径向柱塞泵; ATOS//ATOS电磁阀//ATOS比例阀; 派克parker柱塞泵简单资料; MOOG伺服阀东莞总代理

E+H智能型导波雷达液位计FMP40资料

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