詳細(xì)介紹
E+H電磁流量計(jì)是由直接接觸管道介質(zhì)的傳感器和上端信號(hào)轉(zhuǎn)換器兩部分構(gòu)成。它是基于法拉第電磁感應(yīng)定律工作的,用來測量電導(dǎo)率大于5μs/cm的導(dǎo)電液體的流量,是一種測量導(dǎo)電介質(zhì)流量的儀表。除了可以測量一般導(dǎo)電液體的流量外,還可以用于測量強(qiáng)酸、強(qiáng)堿等強(qiáng)腐蝕性液體和均勻含有液固兩相懸浮的液體,如泥漿、礦漿、紙漿等。 電磁流量計(jì)及檢定合格證
E+H電磁流量計(jì)特別設(shè)計(jì)了帶背光寬溫的中文液晶顯示器,功能齊全實(shí)用、顯示直觀、操作使用方便,可以減少其他電磁流量計(jì)英文菜單所帶來的不便。另外我們*設(shè)計(jì)4-6多電極結(jié)構(gòu),進(jìn)一步保證了測量精度并且任何時(shí)候無需接地環(huán),減輕了儀表體積和安裝維護(hù)的麻煩?!‰姶帕髁坑?jì)在滿足現(xiàn)場顯示的同時(shí),還可以輸出4~20mA電流信號(hào)供記錄、調(diào)節(jié)和控制用,現(xiàn)已廣泛地應(yīng)用于化工、環(huán)保、冶金、醫(yī)藥、造紙、給排水等工業(yè)技術(shù)和管理部門。
e+h電磁流量計(jì)的工作原理是基于法拉第電磁感應(yīng)定律。在電磁流量計(jì)中,測量管內(nèi)的導(dǎo)電介質(zhì)相當(dāng)于法 拉第試驗(yàn)中的導(dǎo)電金屬桿,上下兩端的兩個(gè)電磁線圈產(chǎn)生恒定磁場。當(dāng)有導(dǎo)電介質(zhì)流過時(shí),則會(huì)產(chǎn)生感應(yīng)電壓。管道內(nèi)部的兩個(gè)電極測量產(chǎn)生的感應(yīng)電壓。測量管道通過不導(dǎo)電的內(nèi)襯(橡膠,特氟隆等)實(shí)現(xiàn)與流體和測量電極的電磁隔離。
E+H電磁流量計(jì),德國E+H,E+H,E+H 主要技術(shù)數(shù)據(jù):
整機(jī)和傳感器技術(shù)數(shù)據(jù)
執(zhí)行標(biāo)準(zhǔn) | JB/T 9248—1999 | ||||
公稱通徑 | 15、20、25、32、40、50、65、80、100、125、150、200、250、300、350、400、450、500、600、700、800、900、1000、1200、1400、1600、1800、2000、2200、2400、2600、2800、3000 | ||||
zui高流速 | 15m/s | ||||
精確度 | DNl5~DN600 | 示值的:±0.3%(流速≥1m/s);±3mm/s(流速<1m/s) | |||
DN700—DN3000 | 示值的±0.5%(流速≥0.8m/S);±4mm/s(流速<0.8m/S) | ||||
流體電導(dǎo)率 | ≥5uS/cm | ||||
公稱壓力 | 4.0MPa | 1.6MPa | 1.0MPa | 0.6MPa | 6.3、10MPa |
DNl5~DN150 | DNl5~DN600 | DN200~DN1000 | DN700~DN3000 | 特殊訂貨 | |
環(huán)境溫度 | 傳感器 | —25℃—十60℃ | |||
轉(zhuǎn)換器及一體型 | —10℃—十60℃ | ||||
襯里材料 | 聚四氟乙烯、聚氯丁橡膠、聚氨酯、聚全氟乙丙烯(F46)、加網(wǎng)PFA | ||||
zui高流體溫度 | —體型 | 70℃ | |||
分離型 | 聚氯丁橡膠襯里 | 80℃;120℃(訂貨時(shí)注明) | |||
聚氨酯襯里 | 80℃ | ||||
聚四氟乙烯襯里 | 100℃;150℃(訂貨時(shí)注明) | ||||
聚全氟乙丙烯(F46) | |||||
加網(wǎng)PFA | |||||
信號(hào)電極和接地電極材料 | 不銹鋼0Crl8Nil2M02Ti、哈氏合金C、哈氏合金B(yǎng)、鈦、鉭、鉑/銥合金、不銹鋼涂覆碳化鎢 | ||||
電極刮刀機(jī)構(gòu) | DN300—DN3000 | ||||
連接法蘭材料 | 碳鋼 | ||||
接地法蘭材料 | 不銹鋼1Crl8Ni9Ti | ||||
進(jìn)口保護(hù)法蘭材料 | DN65—DNl50 | 不銹鋼1Crl8Ni9Ti | |||
DN200~DNl600 | 碳鋼十不銹鋼1Crl8Ni9Ti | ||||
外殼防護(hù) | DNl5~DN3000分離型橡膠或聚氨酯襯里傳感器 | IP65或IP68 | |||
其他傳感器、——體型流量計(jì)和分離型轉(zhuǎn)換器 | IP65 | ||||
間距(分離型) | 轉(zhuǎn)換器距離傳感器一般不超過100m |
*供德國E+H *E+H E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型
PMD235智能差壓變送器
CPA450-2G110
CPA472-A1A1A2A1
CPS11D-7AA21
CLM253-CD0010,
72W40-SEOAA1DAB4AW
TMT162R-H3A51N31XO L=200MM E+H
72W40-SEOAA1DAB4AW E+H
TMT162R-H3A51N31XO L=200MM E+H
TMT162-E111AAAAA E+H
CPA450-2G110
72W40-SEOAA1DAB4AW E+H
TMT162R-H3A51N31XO L=200MM E+H
TMT162-E111AAAAA E+H
PMC131-A11F1D140-400mbar/4-20mA G1/2,IP65 E+H
PMD235-KB4C1EA1A E+H
PMD75-AAJC111AAA E+H
PMD235-KB4C1EA1A E+H
RMS621-21BCB1211 E+H
PMD75-AAJ7C111AAA E+H
PMD230-KF1B2ED1A E+H
PMD230-KH1B2ED1A E+H
PMC41-RE25H1R11T E+H
PMC41-RE11P2A11M E+H
PMD70-ACB7B2DAAK E+H
CLM253-CD0010 E+H
COS41-4F E+H
COM253-DX0005 E+H
COA110-50 E+H
50W4H-HC0A1AA0AAAA E+H
CLM223-CD0010 E+H
TR10-AAD1BGSC23000 E+H
80F25-AFTSAAAAAAAA E+H
50W25-UL1B1AA0BAAW
PMC531-D50A2A6Y2V E+H
FMD633-KB4G2AC13 E+H
72F1F-SEOAA1AAA4AA E+H
FTR325-A1E1 E+H
PMP75-ABA1P22B3AAA E+H
50P32-EA1A1AA0BAAW E+H
50P80-EA1A1AA0BAA E+H
80M50-AS2AABAAAAA8 E+H
PMP75-ABA1P22B3AAA E+H
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 電磁流量計(jì) COS31-A2F1 E+H
COS41-2F E+H
COS61-A1F0 E+H
COM253-DX0005 E+H
CLD132-PMV130AA E+H
CPS71-D E+H
CPS71-1BB2ESA E+H
PMP75-5AA1P21B4GAAA E+H
50P80-EA1A1AA0BAA E+H
FDU80-RG2A E+H
72F25-SE0AA1DAA0AW E+H
80A04-ASVWAAAAAAAD E+H
S8JC-03524 FOR OEZ
CPM253-PR0005 E+H
CPM253-PR0005 E+H
CPS11-2BA2ESA E+H
CPM253-PR0105 E+H
COM253-DX0005 E+H
COS31-A2S1 E+H
FMP40-1AA2GRJB11AA E+H
VU331 E+H
10W1Z-UCGA1AA0A4AA E+H
50P80-EC1A1AA0AAAW E+H
CPS11-2BA2ESA E+H
CPM253-PR0105 E+H
COM223-DX0005 E+H
COM253-DX0005 E+H
PMD75-ABC7L21DAAA 0-16Mpa E+H
FMU230E-AA32 E+H
PMP41-RE13P2J11M1 0-1000Kpa E+H
PMC131-a12f1a1r E+H
CPS11-1AA2GSA E+H
CPS11-2AA2ESA E+H
72W50-SE0AA1AAA4AW E+H
FTL51-AGM2BB4G7A BB=150MM E+H
80F40-AFMWAAAAA7AA E+H
FTL51-AGM2BB4G7A E+H
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 FTL51-YYY9BB4G4A E+H
FTL51-ADN2BB4G4A E+H
TST410-X2FB1B3 PT100 L=120mm,溫度:-50。c-500。C E+H
FTL51-AGR2BB4F 5A E+H
10W50-UA0A1AG2B4AA E+H
10W3H-HB0A1AN2B4AA E+H
FMU860-R1A1A1A E+H
PMC41-RE11P3J11M1 E+H
PMP46-RC23M1H1DLA E+H
PMP46-RE13P1A1ALA E+H
FDU81-RG1A E+H
FDU81-RG2A E+H
FMU862-R1E1A1 E+H
FMU860-R1E1A1 E+H
53W8H-UCOA1AK1A2CA E+H
FDU81-RG1A E+H
電磁流量計(jì) FDU81-RG2A E+H
50P50-EF0A1AA0AAAA E+H
TMT162R-H3A51N31XO L=500MM E+H
TMT162R-H3A51N31XO L=500MM E+H
FTL260-0020 E+H
50P65-EC0A1AA0AAAW E+H
FTC51-AG1AA51C4 L=1000MM E+H
50P50-EF0A1AA0AAAA E+H
PMP45-RK13H3A1DBF E+H
CUM253-TU0005 E+H
CUS31-W2A E+H
PMP71-1BA1P111AAAA E+H
72F1F-SBOBA1AAA4AW E+H
FMU230E-AA32 E+H
FMU231E-AA32 E+H
50P1F-AC0A1AAOAAAA E+H
CLM253-CS0015 E+H
FTL51-AGQ2DB4G7A E+H
50W3H-HDOA1AAOA5AA E+H
50P50-EF0A1AA0AAAA E+H
PMC131-A31F1A1V E+H
PMC131-A31F1A1S E+H
PMC131-A31F1A1S E+H
50P50-EAOA1AAOAAAW E+H
FDU86-PN2
FMU860-U1A2A1
FTC260-AB4D1
CPA111-10A
COS61-A1F0
CYH101-D
CPK9-NAA1A
CPM253-PR0110
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 PMC131-A15F1A1V
PMC131-A11F1A1T
PMC131-A15F1A2K
FTL260-0020
FMI51-A1BGEJB2A1A
CPS11-2FA2ESA
FTL026-0020
PMC131-A11F1A1W
PMC131-A11F1A1Q
PMC131-A11F1A1S
80F25-AD2SAABACAAA
FMU230E-AA32
FMU230E-AA31
COM253-DS0115
COM253-DS0005
COM253-DS0005
電磁流量計(jì)10P系列 PMD75-AAA7F21DAAA
PMD75-AAA7F21DAAA
83F40-AD4SAAHAAGAA
80F25-AABSAADACAAA
83A04-ASVWAARABBA2
83F08-A999AARABBA2
FMU862-R1A2A1
FDU81-RG5A
50W1H-UC0A1AA0AAA
50W7H-UC0A1AA0AAAA
50W8H-UC0A1AA0AAAA
72f50-SE1AA1AAA6AH
CLS21-C1E4A
CLA111-00B
CLM253-CD0010
80I08-AD2WAAADAAJB
FMU231E-AA32
50W1H-HC0A1AA0AAAA
CLS12-A1D1A
CLM253-CD0005
CLS12-A1D1A
CLM253-CD0005
50W50-UA0A1AA0AAAA
COM253-DX0005
C0S41-2F
CLS12-A1K5A
PMC71-AAA1S2GEMU
FMU40-ANG2A2
FMU860-R1A1A1
FMU861-R1B1A1
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 FMU862-R1A1A1
FDU81-RG1A
FDU81-RG2A
FDU81-RG3A
FDU81-RG4A
FMU230E-AA32
FMU231E-AA32
FMU40-ARB2A2
FMU40-ANB1A2
FMU232E-AA42
FMU40-ANB2A2
FDU80-RG2S
FMU231A-AA31
FMU860-R1EB1
電磁流量計(jì)10P系列 FDU83-RN3
FDU80-RG2A
FMU41-ARB2A2
FDU80-RG1A
FMU40-KRB2A2
FMU40-APH2A2
FMU41-ARB1A2
FMU43-APH1A2
FDU81F-RG2A
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 FTM260-010
FTL260-0010
FTL260-0020
FTM260-G1B
FTM260-G2B
FTL51-AGR2BB2G5A L=142MM
FTM260-G4D
FTM30-A4AA1
FTM30-A4BA1
FTM30-A4CA1
FTM30-A4DA1
FTM30-A4FA1
FTM30-A4GA1
FTM30-A4HA1
FTM30-A42A1
FTM30-A43A1
FTM30-A44A1
FTM260-N1B
FTL51-AGR2BB1G5A L=700MM
FTL51-IBG2BB4G7A
FTL51-ABGKBKE4AA
FTL50-YJE2AA4G7A
FTC231-K11B4 L=500MM
FTC260-AA4D1
FTC51-AG1AA51C4
L1=1000MM L2=100MM
FTL51-AGQ2DB4G7A
FTM30-B1DA1
FTL51-AGR2DB4G5A
FTL51-FGR2BB4G5A L=1100MM
FTL51-IAC2BB4E7A L=300MM
FTL51-IAC2BB4E7A L=3000MM
FMU232E-AA42
FTM50-4GG2A232AA L=155MM
FTC260-AB4D1
FTM31D-H4KPID
FTL50-YTE2AA4G7A
FTL51C-ABGKBKE411
"FTM51-AGG2L4A13AA L=1500MM
電磁流量計(jì)10P系列 50W2H-H50A1A10A7AW DN=200
50W3H-H50A1A10A7AW DN=300
50W1F-H50A1A10B7AW
50P50-AA1A1AA0AAAA
80I50-AD2WAAAAA4AD
FMC671Z-A0E1A1 DC24V
PMP635-R43L9M1AEU1
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型50P40-EA2A1AA0AAAA
92TA1-AA
72F50SF0-AA12AA4AW
80F40-AD2SAAAAAA
83F40-AD2SAAAANB
50P80-EA1A1AA0BAAA
80F50-AD2SAAAABAABA
DTI200-ABB22A
50W65-HA0A1A0AAAW
50W80-HA0A1A1AAAW
50W2F-HC0A1A1AAAW
50W25-UAOA1AA0A4AA
53H04-KA0B1AC1AAHAJ
53H08-KA0B1AC1AAHAJ
50W40-UA0A1AA0AAAA
50W50-UA0A1AA0AAAA
50W25-UA0A1AA0AAAA
72F80SE0-AA1AAA4AAA
72F50SE0-AA1AAA4AAA
83F50-AFTSAAAAAAA
53H80-A00B1AA0ABAB
53H40-A00B1AA1ABAB
53H15-A001AA0AAAB
50H40-UF0B1AA0AAAD
50P40-EA2A1AA0BAAA
50P50-EA2A1AA0BAAA
50P80-EA2A1AA0BAAA
80M50-AS2AABAAAAA8
50W4H-HC0A1AA0AA4AA
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 50P1F-AA1A1A0AAAA
65F15-AE2AG1AABAA
65F25-AE2AG1AABAA
50W3H-HD0A1AA0A5AA
65F15-AE2AG1AAAAA
80E08-AD2SAABAAAAA
80E08-AD2SAABAABAA
72F50-SE0AA1DAA4AA
72F40-SE0AA1DAA4AA
72F1F-SE0AA1DAA4AA
50P1F-EC0A1AACZAAAA
72F40-SE1AA1AAA4AW
72F15-SE1AA1AAA4AW
50W25-UA0A1AA0A4AA
72W50-SE0AAA1AAC4AA
50P25-EA0A1A0AAAA
80F80-AD2SAAAAAA
80F25-AD2SAAAAAA
83F80-AD2SAAAAAA
83F25-AD2SAAAAAA
50W1F-UC0A1AA0A4AA
50W1H-HC0A1AA0AAAA
E+H電磁流量計(jì)測量原理,E+H電磁流量計(jì)工作原理,E+H電磁流量計(jì)選型 E+H電磁流量計(jì)測量原理:根據(jù)法拉第電磁感應(yīng)定律,在磁感應(yīng)強(qiáng)度為B的均勻磁場中,垂直于磁場方向放一個(gè)內(nèi)徑為D的不導(dǎo)磁管道,當(dāng)導(dǎo)電液體在管道中以流速v流動(dòng)時(shí),導(dǎo)電流體就切割磁力線.如果在管道截面上垂直于磁場的直徑兩端安裝一對(duì)電極則可以證明,只要管道內(nèi)流速分布為軸對(duì)稱分布,兩電極之間產(chǎn)生感生電動(dòng)勢:
e=KBDv (3-36)
式中,v為管道截面上的平均流速,k為儀表常數(shù)。由此可得管道的體積流量為:
qv= πeD/4KB (3-37)
由上式可見,體積流量qv與感應(yīng)電動(dòng)勢e和測量管內(nèi)徑D成線性關(guān)系,與磁場的磁感應(yīng)強(qiáng)度B成反比,與其它物理參數(shù)無關(guān).這就是電磁流量計(jì)的測量原理.
需要說明的是,要使式(3—37)嚴(yán)格成立,必須使電磁流量計(jì)測量條件滿足下列假定:
①磁場是均勻分布的恒定磁場;
②被測流體的流速軸對(duì)稱分布;
③被測液體是非磁性的;
④被測液體的電導(dǎo)率均勻且各向同性。