一般气体流量计

本文章主要介绍了：一般气体流量计,旋进漩涡气体流量计选型,转子流量计能测气体体积吗,一般气体流量计等信息

E+H热式气体流量计 热式气体质量流量计65F1H 材质测量管;传感器: 不锈钢;合金C-22 过程连接: Cl.150RFSch.80法兰ANSIB16.5 密封圈: PEEKKalrez-20...+100oC 表面清洗: 基本型 标定: 工厂标定无流量调节 附加测试证书: PEDCat.III+材质证书(接液部分) 认证: ATEXII2GD+IECExZ121ExdiaIIC ExtDA21Z=区域 外壳: 一体化铝IP67 电缆入口: 螺纹NPT1/2 显示;操作: 85-260VAC2-行+按键 调整;软件特性: 1通道标准混合/单一气体 输出输入: 4-20mAHART+频率+2x继电器CPM223-MR0005 CPM223-MR0015 CPM223-MR0405 CPM223-MR1105 CPM223-MR8010 CPM223-PR0005 CPM223-PR0105 CPM253-IS0105 CPM253-MR0005 CPM253-MR0105 CPM253-MR0505 CPM253-PR0005 CPM253-PR0010 CPM253-PR0105 CPM253-PR0505 CPM253-PR0510 CPS11-1BA2GSA CPS11-1BA2GsA CPS11-1BA2GSA CPS11-2AA2ESA CPS11-2AS2ESA CPS11-2BA2ESA CPS11D-7AA21 CPS11D-7AA41 CPS11D-7AA41 CPS11D-7BA21 CPS11D-7BA41 CPS11D-7BA41 CPS12D-7NA21 CPS12D-7PA21 电导率：CondumaxWCLS12、CondumaxWCLS13、CondumaxWCLS15、CondumaxWCLS16、CondumaxWCLS19 CondumaxWCLS21、IndumaxHCLS54、SmartecSCLD132、LiquisysMCLM223-253 CLS12-A1D1A CLS12-A1D5A CLS12-A1K5A CLS12-B1K5A CLS15-A1M2A CLS19-A1A1D CLS21-C1N2A CLS21-C1N3A CLS21-C2B4A CLS21-C3B2D CLM223-CD0005 CLM223-CD0005 CLM223-CD0116 CLM223-ID8005 CLM253-CD0005 CLM253-CD0105 CLM253-CD0505 浊度：TurbimaxCUS31、TurbimaxWCUS41、LiquisysMCUM223-CUM253 溶解氧（DO）：OxymaxHCOS21、OxymaxWCOS31、OxymaxWCOS41、OxymaxWCOS61、LiquisysMCOM223-COM253 氯：CCS120、CCS140-CCS141、CCS240-CCS241、LiquisysMCCM223-CCM253、FlowfitWCCA250 COD（化学需氧量）：StamosensCSM750-CSS70 污泥界面：SludgelevelCUC101 CCM223-EK0005 CCM223-EP0405 CCM253-EK0015 CCS141-N CLA111-00A CLD132-PMV118AA1 CLD132-PMV130HB1 CLD132-PMV138AA1 CLD132-PVA118AB1 CM42-CAA000EAZ00 COA250-B COM223-DX0005 COM223-DX0105 COM223-DX0110 COM223-WX0110 COM253-DX0010 E+H热式气体流量计 E+H53W2F-HD0B1AC4AGAAL=15M E+HCYY102-A E+HRMS621-21AAA1211 E+H53P4H-EC1B1AC2AAAA E+H53P80-AA1B1AC2AAAA E+H53P1H-EC0B1BA0AGAA E+H10P50-EA1A1AA0A5AA E+H50P1F-EC0A1AA0AAAA E+H83F40-AD2SAABACAJV E+H55S40-EA1B1AC0AAAA E+H72F1H-SB0AA1CAA4AW E+H80E40-AFTSAAAABAAA E+H80M50-AS2AABAAAAA8 E+H50P65-EA1A1AA0BAAA E+H50P40-EA1A1AA0BAAA E+H50H04-A00A1AC1AAAA E+H53P1H-EC0B1BG2AGAA E+H53P1H-EC0B1BA0AGAA E+H91WA1-AA3J12ACA4AAL=60米 E+H50P2H-EC0A1AC1ABAA E+H50P1F-EC0A1AA0AAAA E+H55S40-EA1B1AC0AAAA E+HNT471-ROAO E+H83M40-AS4ABAB1BHA2 E+H50W2H-UDOB1AA0AAAW E+H50W3H-UD0B1AA0AAAW E+H50H08-DB0B1AA0ABAA E+H53H08-DA0B1AA0AAAA E+H53P15-EA0B1AA0ABAA E+H83F80-AAASAACABHAR E+H80M80-ASAAAAAABAAA E+H50P40-EA0A1BG1AAAW E+H50P50-EA0A1BG1AAAW E+H50P40-AA1A1AA0AAAA E+H80F50-BD2CAAAAAAAA E+H83I25-AD2WAAAAAHAA E+H50P65-EC0A1AA0AAAA E+H50W50-UA0A1AA0AAAA E+H83A04-ASVWAAAAAAAJ E+H50P25-EA0A1AA0AAAD E+H50P32-EA0A1AA0AAAD E+H50P40-EA0A1AA0AAAD E+H50P50-EA0A1AA0AAAD E+H50W65-HC0A1AA0AAAD E+H50W80-HC0A1AA0AAAD E+H50W2H-HC0A1AA0AAAD E+H50P65-EA1A1A10AAAH E+H50W65-UC1A1A10AAAH E+H72F1H-SE1AA1AAA4AA E+H72F25-SMOAAIDAB4AW E+H72F1H-SE0BA1AAA4AW E+H72F50-SE0BA1AAA4AW E+H72F40-SE0BA1AAA4AW E+H10W3H-UD0A1AG2A4AA E+H10W4H-UD0A1AG2A5AA E+H83125-AD2WAAAAAHAA E+H53H80-2F0B1AA0CAAA E+HRN221N-B1 E+H72W25-SD0AA1AAA4AW E+H65I-20AB1AB1AAABAA E+H80F50-AD2SAAAAAAAA E+H80F25-BD2CAAAABEAA E+H72F25-SK0AA1CAB4AW E+H10W80-HC0A1AA0A4AA E+H72F50-SE0AA1CAB4AW E+H53H80-2F0B1AA0CAAA E+H72W50-SE0AA1CAB4AW E+H72F1F-SM0AA1CEA4AA E+H80F15-ADS2SAA3AABAA E+H53W4H-HC0B1AA0BAAA E+H93PA1-AB2B10ACABAA E+H53W3F-HD0B1AA0BAAA E+H50H02-A00A1AA0AAAA E+H80F80-AD2SAACAAAAA E+H10W2H-UD0A1AA0A4AA E+H50P25-ER2A1RA0BEAW E+H80I40-AD2WABAAAAAA E+H80M40-AS2AAAAAAAAAA E+H10P25-EA1A1AA0A4AA E+H10W65-HC1A1AA0A4AA E+H10W1H-UC0A1AA0A4AA E+H10P80-EC1A1AA0A4AA E+HDT1200-A14B1A E+H72F1F-SA1AA1AAA4AA E+H50P32-EA0A1AA0ABAA E+H50P32-EA0A1AA0ABAW E+H10W2H-HC0A1AA0A0AA E+H50P40-ER2A1RA0BEAW E+H50P50-EA2A1BAOAAAW E+HRIA261-A12 E+H72F1H-SE0AA1AAA4AW E+H53H04-DB0B1AA0A8AJ E+H83F40-AACSABBABGCB E+H72F25-SK1AA1AAA4AW E+H50W25-UA0B1AA0AAAH E+H93PA1-AB2B10ACABAA E+H50P80-AC1A1AA0BAAA E+H80I08-AD2WAAAAAAAA E+H90WA0-AA3A10ACA8AA E+H50103474 E+H50H80-1F0A1AB0ABAA E+H72F1F-SE1AA1AAA4AW E+H53P15-EA0B1AC2AGAA E+H50H50-0F1A1AA0CBAA E+H53P1Z-AH0B1AA0AAAA E+H50P1Z-AH0B1AA0AAAW E+H50H50-0F0A1AA0CBAA E+H50W2H-HC0A1AA0AAAA E+H50P1Z-EH0A1AA0AAAD E+H53H40-1F0B1AC4AGJCL=15M E+H热式气体流量计
(一般气体流量计)

(一般气体流量计)

刘建华;陈光会;;用风洞实验对气体流量计进行校验标定的研究[A];中国计量协会冶金分会2007年会论文集[C];2007年
张卫民;;热式气体流量计用于低温余热发电[A];首届中国水泥企业总工程师论坛暨水泥总工联谊会成立大会文集[C];2008年
陈先中;;基于标记分子法的大管径气体流量的测量[A];第七届青年学术会议论文集[C];2005年
吴君;龚中伟;张可林;王德勇;;流量计量与检测装置的应用与改造[A];江苏省计量测试学会2005年论文集[C];2005年
张涤新;赵澜;成永军;冯焱;宋瑞海;;气体微流量测量技术的发展[A];真空工程学术交流会论文集[C];2009年
四川王珍秀;常用流量计选型指南[N];电子报;2006年
(一般气体流量计)

涡街流量计是一种体积流量计，热式气体流量计是质量流量计，两者的测量原理不同，就涡街流量计来说使用比较广，气体、液体、蒸汽都能测量，而热式只能测量气体，价格涡街要便宜多得多。涡街流量计对测量管道直管段安装有要求，一般要求前10后5，而热式质量流量计没限制。涡街流量计来说使用比较广，气体、液体、蒸汽都能测量，而热式一般只用来测量气体，或者是微小流量液体。
1、从可以测量的介质来看，
热式质量流量计只能用于测量干燥气体；
而涡街流量计可以测量气体、蒸汽和低粘度液体。
2、从测量原理来看
涡街流量计是根据卡门（Karman）涡街原理研究生产的测量气体、蒸汽或液体的体积流量、标况的体积流量或质量流量的体积流量计。
(一般气体流量计)

(一般气体流量计)

(一般气体流量计)

(一般气体流量计)

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