E+H液位计选型资料

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2018-11-16 10:01 3709阅读次数

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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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• 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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• 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

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• E+H电容液位计FMI/FTI系列选型资料

  E+H电容液位计FMI/FTI系列选型资料FMI51电容物位计产品应用：LiquicapM一体化变送器用于液体的连续物位测量，且当液体的电导率达100μS/cm时测量与介电常数（DK）无关。因此可用于测量多种液体，且无须重复标定。FMI51电容物位计产品性能“：当介质电导率达100μS/cm时无须标定适用于测量界面多种证书和认证，能够在各种场合下应用符合IEC61508功能安全SIL2的要求，可应用于安全系统中接触过程的部分材质为耐腐蚀性材质，接触介质部分为FDA-listed材质测量值响应时间短，为0.3s更换电子插件后无须重新标定电子插件自监视功能多种过程连接，也可用于卫生场合产品简介：智能变送器，用于连续物位测量，经济型4...20mA两线制技术，适用于危险区域FMI52电容物位计产品应用：LiquicapM一体化变送器用于液体的连续物位测量，且当液体的电导率达100μS/cm时测量与介电常数（DK）无关。因此可用于测量多种液体，且无须重复标定。FMI52电容物位计产品性能：当介质电导率达100μS/cm时无须标定适用于测量界面多种证书和认证，能够在各种场合下应用符合IEC61508功能安全SIL2的要求，可应用于安全系统中接触过程的部分材质为耐腐蚀性材质，接触介质部分为FDA-listed材质测量值响应时间短，为0.3s更换电子插件后无须重新标定电子插件自监视功能多种过程连接，也可用于卫生场合内置补偿一体化电容式物位探头，全绝缘、部分绝缘杆式探头及缆式探头FTI51电容物位计应用：LiquicapM探头主要用于对液体物料和轻质固体物料进行限位探测。探杆或探缆及外部绝缘管材料均具有很强的耐蚀能力，可对强腐蚀性物料进行测量。锥形子密封的机械结构确保了探头可承受100bar压力。特殊的密封剂绝缘材料使探头适用于-80℃...200℃应用场合。FTI51电容物位计性能和优点：仪表获取了多项证书和认证，因而应用范围十分广泛含有抗冷凝管，使其工作更加可靠限位探测过程中，探头具有主动物料粘结补偿能力，使得探头在粘结严重场合下亦能维持稳定、极ng确的开关点，无须对其进行清洗或重复标定与介质接触部分由防腐材料和FDA认证的材料制成更换电子插件无需重新标定仪表自动监控电子插件的状态一体化电容式物位探头，全绝缘、部分绝缘杆式探头及缆式探头FTI52电容物位计应用：LiquicapM探头主要用于对液体物料和轻质固体物料进行限位探测。探杆或探缆及外部绝缘管材料均具有很强的耐蚀能力，可对强腐蚀性物料进行测量。锥形子密封的机械结构确保了探头可承受100bar压力。特殊的密封剂绝缘材料使探头适用于-80℃...200℃应用场合。FTI52电容物位计性能和优点：仪表获取了多项证书和认证，因而应用范围十分广泛含有抗冷凝管，使其工作更加可靠限位探测过程中，探头具有主动物料粘结补偿能力，使得探头在粘结严重场合下亦能维持稳定、极ng确的开关点，无须对其进行清洗或重复标定与介质接触部分由防腐材料和FDA认证的材料制成更换电子插件无需重新标定仪表自动监控电子插件的状态E+H物位计E+H液位计E+H电容物位计E+H电容液位计德国E+HE+H总代理E+H办事处E+H物位计E+H液位计E+H电容物位计E+H电容液位计德国E+HE+H总代理E+H办事处FTI52电容物位计E+H物位计E+H液位计E+H电容物位计E+H电容液位计德国E+HE+H总代理E+H办事处FTI51电容物位计E+H物位计E+H液位计E+H电容物位计E+H电容液位计德国E+HE+H总代理E+H办事处FMI52电容物位计E+H物位计E+H液位计E+H电容物位计E+H电容液位计德国E+HE+H总代理E+H办事处[详细]

  2018-11-14 10:00

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• E+H液位计FMR230/231/240/244/245选型资料

  E+H液位计FMR230/231/240/244/245选型资料德国E+HE+H上海E+H总代理现货E+H50P50-AA1A1AA0AAAA80I50-AD2WAAAAA4AD50W3H-H50A1A10A7AW50W50-UA0A1AA0AAAA50W2H-H50A1A10A7AW50W50-ULOA1AAOAAAA50H80-UF0B1AA0AAAD83F40-AD4SAAHAAGAA80F25-AD2SAABACAAA65F25-AE2AG1AARAAAA50P65-AC0A1A0AAAW50P2H-ED2A1AAOAAAW50P1F-ECOA1AC1AAAW65F15-AE2AG1AABAAA65F15-AE2AG1AABAAA65F25-AE2AG1AABAAA83E25-AFTSAAAAAAJD83E40-AFTSAAAAAAAD83F25-AD4SAA3JA8AA83F25-AD4SAA3JA8AA72F1F-SE0AA1DAA4AA72F40-SE0AA1DAA4AA80F50-AD2SAAAAAA83F50-AD4SAABAAAAA50P1H-EC1A1A10A7AA72F1F-SEOAA1AAA4AA72W1HSDOBA1AAA4AW72F40-SP2AA1FAA4AW72F40-SP2AA1FAA4AW83E25-AFTSAAAAAAJD83E40-AFTSAAAAAAAD50P2H-ED2A1AAOAAAW50P1F-ECOA1AC1AAAWFMR230-A4KALJKA2A50W1F-UC0A1AA0A4AA53W8H-UCOA1AK1A2CA80F15-AD2SAAAAAAAA50W2F-HD0B1AA0AAAW50W80-UCOA1AAOAAAW50W32-UA0A1AA0AAAA50W40-UA0A1AA0AAAA65I-20AB1AD1AAAACA10P1F-EL1A1AG4B4AA50W80-UC0A1AA0AAAW53H04-KA0B1AC1AAAA50W80-UC0A1AA0AAAW50W2H-UD0A1AA0AAAW50W1F-UC0A1AA0AAAW50W2F-UC0A1AA0AAAW53H40-1F0B1AB0AHAA53H40-1F0B1AA0AHAA10W1F-HC0A1AA0AA10W1H-HC0A1AA0A4AA50W1H-HC0A1BA0AAAA53H04-KA0BIACIAHAA53H08-DBOBIAA0ABAJ80A04-ASVWAAAAAAAA72W2S-SD0AAIAAA6AH72W40-SB0AA1AAA4AW72W50-SB0AA1AAA4Aw50W1H-HA0A1A1AAAW72F1H-SB0AA1AAA4AW50H1H-UF0A1AA0AAAW10W80-UAOA1AAOA4AA10W80-UCOA1AAOA4AA10W25-UAOA1AAOA4AA72F50-SEOAA1AAA4AA50P50-EA1A1AA0AEAW83A04-ASVWAAAAAAAADK5GD-1HBEADK5GD-40BEA80F80-AD2SAP4ABBAA电源模块5200619780M50-AS2AAAAAAAAA80F40-BD4CAAAAAAAA80F40-BD2CAAAAAAAA80M40-AS2AAAAAAAA80F40-AD2SAAAAAA80F50-AD3SAAAAAA80F40-AD4SAAAAAAAAPMP71-AAA1M21GPNAAA80M40-AS2AAAAAXXXX83F50-AAASABBABAC250P40-AF1A1AA0BAAW83F25-AD2SAAAAAAAA50P40-AF1A1AA0BAAW10W25-UA0A1AA0A4AA50P80-ECOA1AA0AAAA50P1H-EC0APAA0AA50P1H-ECOAPAAOAA10H65-UF0A1AA0A4AA50H1H-1F0A1AA0ABAH50H40-1F0A1AA0ABAH50H50-1F0A1AA0ABAH50H80-1F0A1AA0ABAH53H1H-1F0B1AA0ABAH50P100-3C0A1AA0A4AA50P1H-EC0A1AA0ABAH50P1H-ECGA1AA0AAAW50P2H-EC0A1AA0ABAH50P50-EA0A1AA0AAAA80F80-AD2SAACABBAA80F80-AD2SAP4ABBAA80M50-AS2AAAAAAAAA80F40-BD4CAAAAAAAA80F40-BD2CAAAAAAAA80M40-AS2AAAAAAAA80F40-AD2SAAAAAA80F50-AD3SAAAAAA80F40-AD4SAAAAAAAA80M40-AS2AAAAAXXXX83F50-AAASABBABAC250P40-AF1A1AA0BAAW83F25-AD2SAAAAAAAA50P40-AF1A1AA0BAAW10W25-UA0A1AA0A4AA50P80-ECOA1AA0AAAA50P1H-EC0APAA0AA50P1H-ECOAPAAOAA83F1H-AD1SAAAAAAAA80F40-AD4SAABABAA80F50-AD3SAABAAAAA80I50-AD2WABAAAAAA80F40-AAASAABABAAA涡街流量计电源板50086771涡街流量计放大器板5009351072F25-SE0AA1AAA4AA50P25-EA2A1AA0AAAA50W32-UA0A1AA0AAAA50W40-UA0A1AA0AAAA83F08-AD2SAA31AAAFDK5HA-H8AAC1E+H特价80M50-AS2AABAAAAAA80F40-AD2SAAAAAAAA10W40-UA0A1AA0A480A04-ASVWAAAAAAAA83M25-ASAAABABBAAB10H50-5F0A1AA0AA80I40-AD2WABAAAAAA72F1H-SE0AA1AAA4AW83F50-AAASABBABAC283I50-AD2WAAAAAGAA80F15-AD2SAAAAAAAA72F25-SK0AA1CAB4AW53H02-KAOB1AC1AHAA50P40-AA1A1AA0AAAA80F50-BD2CAAAAAAAA50P40-AA1A1AA0AAAA72F1H-SE1AA1AAA4AW72W1F-SBOAA1AAA4AW72W1F-SBOAA1AAA4AW72F15-SEOBA1AAA4AWDN=2050W80-UCOA1AAOAAAW80F15-AD2SAAAAAAAA50W2F-HD0B1AA0AAAW50W50-UA0A1AA0AAAA50P50-EF0A1AA0AAAA53W8H-UCOA1AK1A2CA72F1F-SEOAA1AAA4AA72W1HSDOBA1AAA4AW72F40-SP2AA1FAA4AW72F40-SP2AA1FAA4AW83E25-AFTSAAAAAAJD83E40-AFTSAAAAAAAD50P2H-ED2A1AAOAAAW50P1F-ECOA1AC1AAAW50W1F-UC0A1AA0A4AA83F50-AD4SAABAAAAA50P1H-EC1A1A10A7AA80F50-AD2SAAAAAAE+H恩格斯豪斯72F40-SE0AA1DAA4AA83F25-AD4SAA3JA8AA83F25-AD4SAA3JA8AA83E25-AFTSAAAAAAJD83E40-AFTSAAAAAAAD65F15-AE2AG1AAAAAA65F15-AE2AG1AABAAA65F15-AE2AG1AABAAA65F25-AE2AG1AABAAA50P65-AC0A1A0AAAW83F40-AD4SAAHAAGAA80F25-AD2SAABACAAA65F25-AE2AG1AARAAAA73F25-SE4AA1AAA6AH50H80-UF0B1AA0AAAD50W80-HA0A1A10AAAA50W50-ULOA1AAOAAAA50W1F-H50A1A10B7AW50P50-AA1A1AA0AAAA80I50-AD2WAAAAA4AD50P40-EA2A1AA0AAAA72F50SF0-AA12AA4AW80F40-AD2SAAAAAA83F40-AD2SAAAANB50P80-EA1A1AA0BAAA80F50-AD2SAAAABAABA50W65-HA0A1A0AAAW50W80-HA0A1A1AAAW50W25-UAOA1AA0A4AA50W2F-HC0A1A1AAAW53H04-KA0B1AC1AAHAJ53H08-KA0B1AC1AAHAJ50W40-UA0A1AA0AAAA50W50-UA0A1AA0AAAA50W25-UA0A1AA0AAAA72F80SE0-AA1AAA4AAA72F50SE0-AA1AAA4AAA83F50-AFTSAAAAAAA53H80-A00B1AA0ABAB53H40-A00B1AA1ABAB53H15-A001AA0AAAB50H40-UF0B1AA0AAAD50P40-EA2A1AA0BAAA50P50-EA2A1AA0BAAA50P80-EA2A1AA0BAAA80M50-AS2AABAAAAA850W4H-HC0A1AA0AA4AA50P1F-AA1A1A0AAAA65F15-AE2AG1AABAA65F25-AE2AG1AABAA65F15-AE2AG1AAAAA80E08-AD2SAABAAAAA80E08-AD2SAABAABAA72F50-SE0AA1DAA4AA72F40-SE0AA1DAA4AA72F1F-SE0AA1DAA4AA50P1F-EC0A1AACZAAAA72F40-SE1AA1AAA4AW72F15-SE1AA1AAA4AW50W25-UA0A1AA0A4AA72W50-SE0AAA1AAC4AA50P25-EA0A1A0AAAA80F80-AD2SAAAAAA80F25-AD2SAAAAAA83F80-AD2SAAAAAA83F25-AD2SAAAAAA50W1F-UC0A1AA0A4AA50W1H-HC0A1AA0AAAA50H50-UF0A1AA0ABAA53H15-DA0B1AB0ABAH50W1H-HC0A1AA0AAAA50H50-UF0A1AA0ABAA10H50-5FOA1AAOAA80I25-ADAD2WAAAAAAAA80I50-ADAD2WAAAAAAAA72F25-SE1AA1CEB4AW80f50-ad2saaaaaaaa50p25-ea0a1aa0aaad50p32-ea0a1aa0aaad50p40-ea0a1aa0aaad50p50-ea0a1aa0aaad50w2h-ea0a1aa0aaad50W65-HA0A1AA0AAAD50W80-HA0A1AA0AAD50W65-HC0A1AA0AAAD50W80-HC0A1AA0AAD65I-20AB1AD1AAABAA50W40-UA0A1AA0AAAA53P65-EH01AA0AGAA150P65-EAHA1AA0AAAA50P65-EAHB1AA0AAAA50H40-UF0B1AA0AAAD53H40-2F0B1AA0AGAA53H15-2F0B1AA0AGAA80I25-ADAD2WAAAAAAAA80I50-ADAD2WAAAAAAAA65I-20AB1AD1AAABAA50W40-UA0A1AA0AAAA53P65-EH01AA0AGAA150P65-EAHA1AA0AAAA50P65-EAHB1AA0AAAA50H40-UF0B1AA0AAAD72F1F-SE1AA1AAA4AAW50W3H-HD0A1AA0AA65F15-AE2AG1AAAAA80E08-AD2SAABAAAAA80E08-AD2SAABAABAA72F50-SE0AA1DAA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  2018-11-16 10:01

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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

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• E+H液位传感器选型资料

  如何选择合适的E+HE+H液位传感器在自动化生产过程中，液位检测和监控一直扮演着较为重要的角色，如食品饮料、日化品、医药、半导体等行业的生产，各种机器的冷却和润滑等，液位的监控直接影响着产品的质量，甚至关系到生产过程是否能够顺利进行。同时随着自动化程度的增加，为了保障产品质量的一致性，生产过程直接由人工监控和干预的时代亦已远去，传感器的重要性亦越加明显，并且越来越多地参与至程序系统的设计中，不再是简单的机械式、粗略式的监控;故其要求除了检测的可靠性、稳定性，同时要求安装、调试简单化、尺寸紧凑化、应用多样化等。另外，由于液位检测环境的复杂性和多变性，也为传感器的应用带来了不同挑战。例如：高粘度液体高度检测、含杂质的废水液位监控、带泡沫的液位高度测量、高腐蚀性液体高度报警等等。目前，市场上针对不同的应用，提供了多种有效的解决方案，但如何选择合适、性价比高的传感器一直是让工程师们头痛的问题。常见的液位检测方式：为了选择**的E+H液位传感器，我们不但需要了解被测液体的属性和状态，同时，也要知道不同的检测方式的优点与局限性，从而才能选出Z合适的传感器。以下为目前市场上Z常见的检测技术。激光测量：激光类传感器基于光学检测原理，通过物体表面反射光线至接收器进行检测，其光斑较小且集中，易于安装、校准，灵活性好，可应用于散料或液位的连续或者限位报警等;但其不适合应用于透明液体(透明液体容易折射光线，导致光线无法反射至接收器)，含泡沫或者蒸汽环境(无法穿透泡沫或者容易受到蒸汽干扰)，波动性液体(容易造成误动作)，振动环境等。TDR(时域反射)/导波雷达/微波原理测量：其名称在行业内有多种不同的叫法，其具备了激光测量的好处，如：易于安装、校准，灵活性好等，另外其更优于激光检测，如无需重复校准和多功能输出等，其适用于各种含泡沫的液位检测，不受液体颜色影响，甚至可应用于高粘性液体，受外部环境干扰相对小，但其测量高度一般小于6米。超声波测量：由于其原理为通过检测超声波发送与反射的时间差来计算液位高度，故容易受到超声波传播的能量损耗影响。其亦具备安装容易、灵活性高等特点，通常可安装于高处进行非接触式测量。但当使用于含蒸汽、粉层等环境时，检测距离将会明显缩短，不建议使用在吸波环境，如泡沫等。音叉振动测量：音叉式测量仅为开关量输出，不能用于连续性监控液体高度。其原理为：当液体或者散料填充两个振动叉时，共振频率改变时，依靠检测频率改变而发出开关信号。其可用于高粘度液体或者固体散料的高度监控，主要为防溢报警、低液位报警等，不提供模拟量输出，另外，多数情况下需要开孔安装于容器侧面。光电折射式测量：该检测方式通过传感器内部发出光源，光源通过透明树脂全反射至传感器接受器，但遇到液面时，部分光线将折射至液体，从而传感器检测全反射回来光量值的减少来监控液面。该检测方式便宜，安装、调试简单，但仅能应用于透明液体，同时只输出开关量信号。静压式测量：该测量方式采用安装于底部的压力传感器，通过检测底部液体压力，转换计算出液位高度，其底部液体压力参考值为与顶部连通的大气压或者已知气压。该检测方式要求采用高精度、齐平式压力传感器，同时换算过程需要不断进行校准，其优点为可检测不受液位高度限制，但高度越高，传感器精度要求越高，长时间使用或者更换液体时需要重复校准。电容式测量：电容式测量主要通过检测由于液面或者散料高度变化而导致的电容值变化来测量料位高度。其具有多种类型，有可输出模拟量的电容式液位计，液位电容式接近开关，电容式接近开关可以安装于容器侧面进行非接触检测。当选择必须注意，电容传感器容易受到不同的容器材质和溶液属性影响，如塑料容器和挂料情况容易影响模拟量输出的电容传感器。浮球式检测：该方式为Z简单、Z古老的检测方式，价格相对便宜。主要是通过浮球的上下升降来检测液面的变化，其为机械式检测，检测精度容易受浮力影响，重复精度差，不同液体需要重新校准。不适用于粘稠性或者含杂质液体，容易造成浮球堵塞，同时，不符合食品卫生行业的应用要求。如何选择**的测量方式当我们了解了不同检测方式的优缺点以后，对于E+H液位传感器的选择也逐渐有了清晰的概念。(具体可参考下图表格)首先，在开始选择之前，必须先清楚我们需要传感器达到哪些功能?是属于开关量输出还是模拟量输出?通常开关量/数字量输出用于报警或者保护作用，例如灌装时防溢报警、低液位防泵空转保护等;模拟量输出主要用于过程控制，包括灌装容量、液位显示、加料速度控制等。大家应该都知道怎么选用了吧，如果还不知道的请来电咨询我！[详细]

  2018-10-16 10:00

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• 下载E+H液位计分类大全

  下载E+H恩德斯豪斯液位计分类大全1、浮力方式浮力方式类型的液位计均有一个浮子（浮球或浮筒），浮子在静止液面上处于平衡状态，当液面变化时浮子随液面发生位移，电子元件以一定的方式获取浮子的位移，进而转换为液位的变化。由于电子元件接收浮子位移方式的不同，浮力方式液位计分为磁翻板液位计、浮筒液位计、磁致伸缩液位计等。1.1磁翻板液位计。磁翻板液位计由磁性浮子、圆柱型容器、标尺和变送器组成。浮子在容器内随液面移动，浮子的磁场作用在传感器上，传感器是一条封在不锈钢管内与被测液位等长的胶木条，上面间隔焊有众多的干簧管，当干簧管与浮子在同一高度时闭合，否则开路，变送器接收干簧管所连接电阻的多少产生电流信号，转换为液面高度。浮子移动在标尺上显示为红、白珠的翻转，指示液位。1.2浮筒液位计。浮筒液位计有浮筒、弹簧、磁钢室和指示器组成，根据阿基米德定律和磁耦合原理设计。浮筒的位移导致磁钢室磁场发生变化，指示器内的磁传感器极ng确测量周围磁场变化，与液位对应从而反映出液位变化。1.3磁致伸缩液位计。磁致伸缩液位计主要由浮子、波导管和变送器组成。变送器的电子部件产生低压电流脉冲，开始计时，产生磁场沿磁致伸缩线向下传播，浮子随着液位变化沿测量竿移动，浮子内磁铁也产生磁场，两个磁场相遇，磁致伸缩线扭曲形成扭应力波脉冲，脉冲速度已知，计算脉冲传播时间即对应液位极ng确变化。2、压力方式压力方式的液位计即通过其测压元件测量液体压力的方式反映液面高度的液位计。一般由变送器、传感器和压力探头组成。传感器是内置毛细软管的特殊金属杆或电缆，探头构造是一个不锈钢筒芯，底部带有膜片。探头侵入液体中，测试受到的液体静压与实际大气压之差，压差随液位变化，电子元件接收压差信号反映液位的变化。根据传感器材质的不同分为杆式和缆式两种。2.1杆式压力液位计。杆式压力液位计的传感器是金属杆。其一般技术参数为，测量范围一般0~5m，输出信号：（4~20）mA，测量精度一般0.5%。2.2缆式压力液位计。由于传感器是电缆，可以弯曲，方便搬运和装卸，所以缆式压力液位计的量程可以很大，有100m，甚至300m，其测量精度一般为1.0%。2.3差压液位计。差压液位计也是通过检测压力差来测量液位的。液位计有气相和液相两个取压口。气相取压点处压力为设备内气相压力；液相取压点处压力除受气相压力作用外，还受液柱静压力的作用，液相和气相压力之差，就是液柱所产生的静压力，转换成液面高度。3、导电方式导电方式的液位计基于电学原理，通过测量电容或电阻的方式测量液位。这类液位计主要包括电容液位计、射频导纳液位计、电阻液位计。3.1电容液位计。电容液位计采用测量电容的变化来测量液面的高低。由一根金属棒插入液体容器内，金属棒作为电容的一个极，容器壁作为电容的另一极。两电极间的介质即为液体及其上面的气体。由于液体的介电常数和液面上气体的介电常数不同，通过两电极间的电容量的变化来测量液位的高低。3.2射频导纳液位计。射频导纳液位计是电容液位计的升级版，可以理解为用高频无线电波测量导纳，。仪表工作时，仪表的传感器与灌壁及被测介质形成导纳值，物位变化时，导纳值相应变化，电路单元将测量导纳值转换成物位信号输出，实现液位的测量。3.3电阻液位计。电阻液位计通过电极接触导电液体，在电极间施加低频电压，当电极从断开状态变为串接液体电阻时，形成导电通路，也就是用液体的导电性来测量液位，用多个定点的测量电阻就可以进行水位的连续测量。4、反射方式目前反射方式的液位计主要有雷达液位计和超声波液位计两种。它们的原理基本相同，都是通过发射-反射-接收超声波或电磁波（雷达波）的方式测量液面高度的。4.1雷达液位计。雷达液位计的天线发射出电磁波，这些波经被测对象表面反射后，再被天线接收，电磁波从发射到接收的时间与到液面的距离成正比，雷达液位计记录脉冲波经历的时间，而电磁波的传输速度为常数，则可算出液面到雷达天线的距离，从而计算出液面的液位。4.2超声波液位计。超声波液位计是由微处理器控制的数字物位仪表。在测量中脉冲超声波由传感器（换能器）发出，声波经液体表面反射后被同一传感器接收，转换成电信号。并由声波的发射和接收之间的时间来计算传感器到被测液体的距离。5、结语[详细]

  2018-09-04 10:01

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• E+H液位计技术手册FMB70-AAA1C321GCAA

  E+H静压液位测量液位计FMB70-AAA1C321GCAA，运用在液体的液位、体积和质量测量和所有过程领域、过程测量技术、制药行业和食品行业中液体和浆料的静压测量。主要特性如下：液体中的液位，体积或质量测量液体，气体和糊状介质在所有工艺过程中的压力测量工程，过程测量技术，制药和食品行业重复性好，长期稳定性好通过独特的冷凝水CONTITE测量，Zda限度地提高工厂安全性细胞高参考精度高达0.075％用于根据SIL3认证的过程等级和压力监控TV南德意志集团的IEC61508运行期间的高度安全性，由于功能监控测量电池到电子设备通过HistoROM/M-DAT保证易于电子更换差压，流体静力和压力的统一平台（DeltabarS-DeltapilotS-CerabarS）实用的用户导航，可快速方便的调试广泛的诊断功能用于饮用水[详细]

  2018-11-22 10:00

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• FMX系列E+H静压液位计操作指南资料下载

  FMX系列E+H静压液位计产品描述采用陶瓷测量单元的可靠、耐用型静压液位计用于净水、废水及海水介质液位测量的一体化型物位测量仪表HART通信方式FMX系列E+H静压液位计优点强抗过载能力和强抗介质腐蚀能力高精度高长期稳定性的陶瓷测量单元内置全密封电子插件和大气压补偿系统确保了液位计的强环境适应性4...20mAHART输出信号可选配一体化温度传感器Pt100,同时完成介质的液位和温度测量FMX系列E+H静压液位计精度-参考精度±0.2%-铂金型±0.1%饮用水认证:KTW,NSF,ACS防爆认证:ATEX,FMandCSA船级认证:GL,ABS,LR,DNV系列配套附件能为用户提供全方位的测量解决方案FMX系列E+H静压液位计应用领域WaterpilotFMX21是一款静压液位计,Endress+Hauser提供三种不同结构类型的WaterpilotFMX21供用户选择:采用不锈钢外壳,外径为22mm(0.87in)的FMX21:标准型,适用于饮用水及抽水井、深井等小管径测量场合中介质的静压液位测量采用不锈钢外壳,外径为42mm(1.66in)的FMX21:重型,齐平式膜片安装方式,清洗十分方便,废水及污水处理厂中的介质静压液位测量的理想解决方案采用涂层外壳,外径为29mm(1.15in)的FMX21:强抗腐蚀型,适用于海水及船上设备(如压载水舱)中介质的静压液位测量[详细]

  2018-10-06 10:00

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• 德国E+H电磁流量计选型资料

  德国E+H电磁流量计选型资料E+H公司恩德斯豪斯是一家世界着名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。作为过程自动化领域的，Endress+Hauser致力于为化工、石油和天然气、食品与饮料、水与污水处理、能源、冶金、造纸、造船与环境检测等广泛的行业领域提供zhuo越的产品和服务。凭借Z完整的自动化仪表生产线，Endress+Hauser可为客户量身定做Z合适的自动化解决方案。1953年2月1日，瑞士工程师GeorgH.Endress先生与德国银行家LudwigHauser先生在德国Lrrach创建了L.HauserKG公司即今天Endress+Hauser公司的前身。公司Z开始是销售一种英国产的新型电容式物位传感器，今天我们可以称之为“车库公司"，尽管它当初的办公室只是由一间卧室改建的。德国E+H电磁流量计选型资料这种新型传感器很快取得了成功，公司的两位创始人迅速地开始构建他们自己的生产设施，从此，销售额持续增长。这时的销售范围，已经由早期主要集中在德国南部扩展到整个德国以及周边国家。他们开始经营电容式以外的其他不同原理的物位传感器产品。后来，其他测量领域的产品也开始研发、生产和销售，比如压力、流量、温度等等。销售和服务开始遍及整个西欧，并于20世纪70年代在美国和日本成立了首批海外办事处。20世纪80年代，公司开始致力于应对“微电子技术"的挑战，并取得了技术上的领xian优势。随着过程自动化由“信号导向"转向“信息导向"，驱使E+H积极参与不同现场总线协议的研发，今天，它已经在该领域成为的之一。1995年，71岁的h.c.GeorgH.Endress博士正式将公司的管理权移交给他的长子KlausEndress先生，在这之前，KlausEndress就已经担任公司的Z高执行总裁。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。德国E+H电磁流量计选型资料[详细]

  2018-10-06 10:01

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• E+H质量流量计80E选型资料

  E+H质量流量计80E选型资料E+H质量流量计E系列流量计采用科氏力测量原理，节约成本，赢得了良好的声誉。带Promass80变送器，用于液体与气体流量的极ng确测量，应用范围广泛。优势模块化的设备与操作概念，带来更高的效率。可选择批量测量与浓度测量软件作为扩展功能。带诊断功能与数据备份，提升过程质量。一体化多变量流量测量仪表。平衡的双管测量系统设计，抗震性好。坚固的设计，不受外部管道作用力影响。无需进出口直管段，安装简便。应用领域科氏力质量流量测量原理与流体的物理性质无关，例如粘度和密度。性能特征质量流量（液体）：±0.20%o.r.质量流量（气体）：±0.75%o.r.过程温度Z高可达+140°C(+284°F)安全隔膜（可选）提供保证的产品质量，符合CIP/SIP卫生标准低保养成本坚固的现场（铝）外壳，具有67年知识产权的du家ZL食品/卫生行业/部门的相关审批E+H质量流量计80E系列ZG总代理E+H质量流量计80E08-AD2SAAHACFA8热式气体质量流量计65F15-AE2AG1AAABBAE+H质量流量计80E选型资料间接式间接式质量流量计有3种主要型式:速度式流量计与密度计的组合，节流式（或靶式）流量计与容积式流量计的组合，节流式（或靶式）流量计与密度计组合。还有一种根据流体的工作压力、温度将容积流量计的测量值换算成标准状态下的容积流量。但是，当介质的种类或成分改变时，它不能给出准确的质量流量。严格说来，它不属于质量流量计。输出密度、比重、体积流量、质量流量、质量能量流量等，兼有指示、模拟量输出、打印、越限报警、仪器故障报警等多种功能。质量流量计热式热式质量流量计的基本原理是利用外部热源对管道内的被测流体加热，热能随流体一起流动，通过测量因流体流动而造成的热量（温度）变化来反映出流体的质量流量。当流体成分确定时，流体的定压比热为已知常数。因此由上式可知，若保持加热功率恒定，则测出温差便可求出质量流量；若采用恒定温差法，即保持两点温差不变，则通过测量加热的功率也可以求出质量流量。由于恒定温差法较为简单、易实现，所以实际应用较多。这种流量计多用于较大气体流量的测量。为避免测温和加热元件因与被测流体直接接触而被流体玷污和腐蚀，可采用非接触式测量方法，即将加热器和测温元件安装在薄壁管外部，而流体由薄壁管内部通过。非接触式测量方法，适用于小口径管道的微小流量测量。当用于大流量测量时，可采用分流的方法，即仅测量分流部分流量，再求得总流量，以扩大量程范围。质量流量计差压式差压式质量流量计是以马格努斯效应为基础的流量计，实际应用中利用孔板和定量泵组合实现质量流量测量。常见的有双孔板和四孔板与定量泵组合两种结构。双孔板结构形式如图6所示，在主管道上安装结构和尺寸完全相同的两个孔板A和B，在分流管道上装置两个流向相反、流量固定为的定量泵，差压计连接在孔板A入口和孔板B出口处。质量流量计科里奥利科里奥利质量流量计（简称科氏力流量计）是一种利用流体在振动管中流动而产生与质量流量成正比的科里奥利力的原理来直接测量质量流量的仪表。E+H质量流量计80E选型资料[详细]

  2018-10-06 10:02

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• E+H PH支架选型资料

  E+HPH支架选型资料产品名称：CPA475支架CPA475支架产品描述伸缩式支架，用于在消毒场合的储罐或管道中的pH/ORP测量.产品应用化工行业造纸业废水/工业用水发电厂垃圾焚化炉产品性能及优势一体化设计球阀切断可保证安全可靠的过程测量无需中断过程就可对电极进行清洗和标定，因此延长了电极的寿命在过程进行中也可简单的对电极进行移......产品名称：CPA474支架CPA474支架产品描述一体化可回收支架，用于储罐或管道中pH/氧化还原电极的安装一体化可回收支架可对电极进行自动清洗和标定，当储罐被充满或低于过程压力条件10bar时可更换电极。接触介质材质为塑料。产品应用化工行业废水/工业用水发电厂垃圾焚化炉产品性能及优势一体化设计球阀切断可保证安全可靠的过......产品名称：CPA472D支架CPA472D支架产品描述一体化可伸缩pH/ORP电极的安装支架一体化可伸缩式支架可以在满罐或压力达6bar的过程下对探头进行自动清洗、标定和更换。接液部分的材料是不锈钢。产品应用化工行业污水行业厂建储罐和过程罐管路产品性能及优势一体化设计无需中断过程就可对电极进行清洗和标定，因此延长了电极的寿......产品名称：CPA473支架CPA473支架产品描述一体化可回收支架，用于储罐或管道中pH/氧化还原电极的安装一体化可回收支架可对电极进行自动清洗和标定，当储罐被充满或低于过程压力条件10bar时可更换电极。接触介质材质为不锈钢。产品应用化工行业造纸业废水/工业用水发电厂垃圾焚化炉产品性能及优势一体化设计球阀切断可保证安......产品名称：CPA472支架产品描述一体化可伸缩pH/ORP电极的安装支架一体化可伸缩式支架可以在满罐或压力达6bar的过程下对探头进行自动清洗、标定和更换。接液部分的材料是不锈钢。产品应用化工行业污水行业厂建储罐和过程罐管路产品性能及优势一体化设计无需中断过程就可对电极进行清洗和标定，因此延长了电极的寿命中止栓......产品名称：PA450支架PA450支架产品描述pH/氧化还原电极可伸缩支架，可安装于管道和储罐产品应用pH/氧化还原测量，经常需要清洗或标定电极。CPA450专为此而设计，使得电极过程中安装和拆卸或维护都变得简单、安全。化工行业中的pH/氧化还原测量储罐和过程罐管路纤维状或有气泡的介质电站产品性能及优势安装和拆卸p......产品名称：CYA611支架CYA611支架产品描述沉入式支架，适用于溶解氧、浊度探头及一体化pH/氧化还原电极CPF10产品应用沉入式支架CYA611带有G1和NPT3/4螺纹，适用于明渠、储液池和罐区中简单安装探头。污水处理厂注水和出水的监测污水管的监测活性污泥池中溶解氧/固体含量的测量脱氮系统中氧化还原测量沉淀药剂pH测量污水中和......产品名称：CPA111支架CPA111支架产品描述浸入式支架，适用于敞口或密封罐，带DN100法兰和卡口式传感器安装口产品应用DipFitLCPA111不仅可以应用于净水/污水处理领域，还可应用于过程。还可带电极清洗系统Chemoclean，可选配件：喷洗头、安装支架产品性能及优势采用环保型聚丙烯材料滑动法兰使浸入深度可调；卡口安装可方便的安装/拆......产品名称：CPA471支架CPA471支架产品描述一体化可伸缩pH/ORP电极的安装支架一体化可伸缩式支架可以在满罐或压力达6bar的过程下对探头进行自动清洗、标定和更换。接液部分的材料是不锈钢。产品应用化工行业污水行业厂建储罐和过程罐管路产品性能及优势一体化设计无需中断过程就可对电极进行清洗和标定，因此延长了电极的寿......产品名称：CPA140支架CPA140支架产品描述浸入式支架，带过程需要法兰和卡口式传感器安装产品应用污水处理造纸化工行业过程产品性能及优势卡口式安装便于拆卸即使在含有固体的介质中测量，也可以起到良好的密封适用于高温高压场合（可达10bar/145psi，150℃/302°F）浸入深度500...2500mm/20...98带有Goretex......[详细]

  2018-11-14 10:00

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• E+H雷达物位计FMR245选型资料

  E+H雷达物位计FMR245选型资料E+H雷达物位计FMR245产品描述连续的非接触式物位测量仪表。经济的4-20mA两线制技术，适用于危险区域。E+H雷达物位计FMR245优点经济的两线制技术:是差压、浮子和浮筒式物位计的可靠替代品。采用两线制技术，有效的降低布线成本，且易于实现与现有系统的集成.非接触式测量测量几乎不受介质特性影响.通过数文引导式菜单轻松进行现场操作.通过Endress+Hauser的操作软件便于进行仪表调试、文件编制和故障诊断频率范围采用K波段支持HART或PROFIBUSPA以及FF基金会现场总线协议.耐高温:适用于过程温度高达200°C(392°F)的测量场合用于物位监测(MIN,MAX)，符合IEC61508/IEC61511-1标准的要求，通过了SIL2认证选项:气密性电缆入口，提高过程的安全性E+H雷达物位计FMR245应用领域MicropilotM可用于对液体、浆料、淤泥和固料进行连续的非接触式物位测量。测量不受介质改变，温度变化，气层或蒸汽的影响。FMR245-可用于温度高达200°C(392°F)的测量场合，易于清洗。[详细]

  2024-09-13 06:44

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• 德国E+H液位计FMB52-AA非防爆

  德国E+H液位计FMB52-AA非防爆FMB52-AA21JA1FGD15CFJB3A+AKE+H公司创建于1953年，总部位于瑞士，在世界各地有40多个分支机构，有超过7,000名员工在进行研究、开发、生产、销售和维护工作。在瑞士、德国、法国、美国、日本等世界工业国成立了规模庞大的生产ZX.德国E+H液位计FMB52-AA非防爆FMB52-AA21JA1FGD15CFJB3A+AK1995年，71岁的h.c.GeorgH.Endress博士正式将公司的管理权移交给他的长子KlausEndress先生，在这之前，KlausEndress先生就已经担任公司的Z高执行总裁。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。[详细]

  2018-09-04 10:00

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• 德国E+H质量流量计选型资料整理

  E+H超声波流量计管段式小管径测量经济又方便，测量精度高；手持式超声波流量计F601/G601的技术参数如下：测量测量原理:时差相关原理流速:0.01~25m/s分辨率:0.025cm/s重复性:0.15%读数，视应用而定精度:（流场充分发展且径向对称）体积流量:±1%读数，视应用而定±0.5%读数，经过标定流速:±0.5%读数，视应用而定可测介质:所有导声流体,且气泡或固体颗粒的体积含量<10%主机外壳重量:~1.9kg；可测量的介质测量介质流速、仪表量程与口径测量一般的介质时，超声波流量计的满度流量可以在测量介质流速0.512m/s范围内选用，范围比较宽。低电压多脉冲原理，保证可靠运行。两路0.1%精度的模拟输入，接入温度传感器电流信号，即变成热量计！选择仪表规格（口径）不一定与工艺管道相同，应视测量流量范围是否在流速范围内确定，即当管道流速偏低，不能满足流量仪表要求时或者在此流速下测量准确度不能保证时，需要缩小仪表口径，从而提高管内流速，得到满意测量结果。防护等级:IP65（根据EN60529）；材质:铝合金，粉末涂层尺寸:（226x213x59）mm（WxHxD）通道:2危险区:Zone2电源:充电电池（6V/4Ah）;外接电源（100~240）VAC电池工作时间:>14h显示:2x16字符,点阵,带背光工作温度:-10~60℃功耗:<6W信号平均:（0~100）s,可调测量速率:（100~1000）Hz（1通道）响应时间:1s（1通道）,70ms可选.测量功能测量量:体积/质量流量,流速,能量流量（需温度输入）累积量:它的高可靠性是积8年的制造经验加上博采众长，通过不断完善提高得到的；是由于采用了Zxin的诸如Philips、Tl、美国国家半导体公司超声波流量计的新型高性能集成元器件加上先进的SMD贴装器件生产线大规模生产实现的。40皮秒（40×10E-12秒）的时间分辨率，0.5%的线性度。体积,质量,能量（可选）计算功能:平均值,差值,总和工作语言:捷克语,丹麦语,德语,英语,法语,荷兰语,挪威语,波兰语,西班牙语数据记录可记录的参数:所有测量量及累积量容量:>100000条测量量通讯接口:RS232,RS485（可选）可通讯的参数:实测值,记录值,ZR系列超声波流量计采用的是时差法测量原理。实现中文显示，软件开放式设计，所有参数用户皆可设定；硬件元件参数无关化设计，无需调整即能确保每一台流量计具有完全相同的性能。E+H超声波流量计正确选型才能保证电磁流量计更好的使用。选用什么种类的超声波流量计应根据被测流体介质的物理性质和化学性质来决定?使超声波流量计的通径、流量范围、衬里材料、电极材料和输出电流等?都能适应被测流体的性质和流量测量的要求。精密功能检查精度等级和功能根据测量要求和使用场合选择仪表精度等级，做到经济合算。比如用于贸易结算、产品交接和能源计量的场合，应该选择精度等级高些，如1.0级、0.5级，或者更高等级;用于过程控制的场合，根据控制要求选择不同精度等级;有些仅仅是检测一下过程流量，无需做极ng确控制和计量的场合，可以选择精度等级稍低的，如1.5级、2.5级，甚至4.0级，这时可以选用价格低廉的插入式超声波流量计。E+H超声波流量计，E+H质量流量计，德国E+H流量计，上海E+Hdai理商，价格具有优势，欢迎您的询价！[详细]

  2018-09-16 10:00

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• e+h涡街流量计72F系列选型资料

  Prowirl72F涡轮流量计产品描述涡街流量测量系统气体、蒸气和液体的可靠流量测量Prowirl72F涡轮流量计优点Prowirl系列传感器历经100000个次试验和测试，具有下列优点:不受以下因素影响:-振动(在所有方向上超过1g)-温度冲击(>150K/s)-污染流体介质-水锤冲击免维护、无可动部件、无零点漂移（“生命周期”标定）软件初始化设置，节省时间和运行成本Prowirl72F涡轮流量计应用领域用于气体、蒸气和液体的通用体积流量测量Prowirl72F涡轮流量计应用范围:流体温度范围-200...+400°C(-328...+752°F)压力等级可达PN250/Class1500传感器自带缩径管(R型=1级,S型=2级)可选双传感器型流量计（Dualsens型），用于冗余测量，带两个传感器和两套电子模块防爆认证:ATEX,FM,CSA,TIIS,NEPSI,IEC与过程控制系统的连接接口:HART,PROFIBUSPA,FF基金会现场总线安全性:压力设备指令SIL2[详细]

  2018-09-26 10:00

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• E+H压力变送器PMC71系列选型资料

  E+H压力变送器PMC71系列选型资料E+H压力变送器PMC71产品描述PressuretransmitterwithceramicsensorOverload-resistantandfunction-monitored;CommunicationviaHART,PROFIBUSPAorFOUNDATIONFieldbusE+H压力变送器PMC71优点：Highpurityceramicsensor(99.9%Al2O3)Verygoodreproducibilityandlong-termstabilityHighreferenceaccuracy:upto±0.075%,asPLATINUMversion:±0.05%Turndown100:1,higheronrequestUsedforprocesspressuremonitoringuptoSIL3,certifiedaccordingtoIEC61508byTVSDHistoROM/M-DATmemorymoduleFunction-monitoredfromthemeasuringcelltotheelectronicsContinuousmodularityfordifferentialpressure,hydrostaticandpressure(DeltabarS,DeltapilotS,CerabarS),e.g.-replaceabledisplay-universalelectronicQuickcommissioningthankstoquicksetupmenuMenu-guidedoperationExtensivediagnosticfunctionsE+H压力变送器PMC71应用领域TheCerabarSpressuretransmitterisusedforthefollowingmeasuringtasks:Absolutepressureandgaugepressureingases,steamsorliquidsinallareasofprocessengineeringandprocessmeasurementtechnologyLevel,volumeormassmeasurementinliquidsHighprocesstemperature-withoutdiaphragmsealsupto150°C(302°F)Internationalusagethankstoawiderangeofapprovals[详细]

  2018-09-26 10:00

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• E+H超声波液位计FMU30系列选型资料

  E+H超声波液位计FMU30系列选型资料E+H超声波液位计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。E+H超声波液位计优势特性:是FMU230、FMU231的理想升级替代品,并且备有大量现货,防护等级好，性价比,菜单引导功能，轻松实现现场操作FMU30系列超声波液位计详细参数液体量程：0-5M；0-8M分辨率：1mm精度：±3mmor0.2%盲区：25cmor35cm供电：24VDC（标准）；220VAC（可选）显示：清晰的多行文本图解显示、包络线显示输出：4-20mA过程连接：1-1/2”（5m）,2”（8m）外壳材质：F16塑料透明显示盖防护等级：IP68E+H超声波流量计超声波流量计E+H质量流量计e+h电磁流量计[详细]

  2018-09-26 10:00

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• E+H温度传感器TR10系列选型资料

  TR10热电阻温度传感器产品描述配有带螺纹过程连接的RTD支架，热套管和可更换的芯子，PCP（4...20mA），HART或PROFIBUS-PA电子部件产品应用TR10OmnigradM温度传感器为热电阻温度计，用于精细化工工业或一般应用。传感器由带有保护套的测量探头和一个接线盒组成，其中包含了用于各种测量之间转换的变送器。采用符合DIN43772标准（2G/3G）的模块化设置和结构，可以适用于几乎所有的工业过程应用。产品性能及优势接液部分材质为SS316L/1.4404，SS316Ti/1.4571和哈C合金过程连接为标准的螺纹连接，也可按照要求定制用户自定插入长度表面粗糙度Ra<0.8m热套管尾端有一段直径缩小的部分可以加快响应时间不锈钢，铝制或塑料外壳，防护等级IP65到IP67可更换的矿物绝缘芯子PCP（4...20mA,可改进精度）HART和PROFIBUS-PA2线制变送器A级精度（DINEN60751）或1/3DINB的Pt100传感元件Pt100绕线（-200...600℃）或薄膜（-50...400℃）冗余的双Pt100Pt1004线制连接，双Pt1003线制ATEX1GDEExia认证材料认证（3.1.B）压力测试EA标定认证[详细]

  2018-09-26 10:00

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