SITRANS F flowmeters

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SITRANS F flowmetersSITRANS F MSystem information MAGFLOelectromagnetic flowmeters© Siemens AG 2007Please see Product selectoron the Internet, since someconstrains might be relatedto some of the featuresMAG 5000 MAG 6000 MAG 6000 I MAG 6000 IEx dMAG 6000 +Ex barriereMAG 6000 +Cleaning unitTransmag 2 MAG 80004Approvals:Custody transferCold water -●●DANAK TS 22.36.001Cold water - OIML R 49 ● ● ●Cold water PTB ● ● ●Hot water - OIML R 75 ● ●Hot water - PTB ● ●Other media than water -●●OIML R 117Other media than water - PTB ● ●Hazardous areasATEX - zone 1 ● ( ● )ATEX - zone 2 ● 1)FM - class 1, div 2 ● ● ●UL / cUL - general safety ● ● ● ●OtherC - tick (Australia ) ● ● ● ●GOSS / GOST (Russia ) ● ● ● ● ● ● ●Other national approvals, seeinternetMAGFLO Verificator compatible● ● pending● = available1)Compact version only■ Practical examples of orderingSITRANS F M compact installationSITRANS F M remote installation+ =+ =MAG 6000 transmitter MAG 3100 sensor MAG 6000 compactmounted on aMAG 3100 sensorExampleSensor7ME6310-3TC11-1AA1Pipe size DN 100LinerNeopreneElectrodes SS 316Flanges EN 1092-1, PN 16Transmitter 7ME6920-1AA10-0AA0Accuracy 0.25%Supply230 V ACNote:Transmitter and sensor are shipped in separate boxes.In orderto get a compact unit, it is necessary to order transmitter andsensor separately. These will be delivered individually packedand the final assembly takes place during installation at thecustomer's place.Please also see www.siemens.com/SITRANSForderingfor practical examples of orderingWall bracket MAG 6000+ =MAG 3100 2 x cable MAG 3100 remoteinstallationExampleSensor7ME6310-3TC11-1AA1Pipe size DN 100LinerNeopreneElectrodes SS 316Flanges EN 1092-1, PN 16Transmitter7ME6920-1AA10-0AA0Accuracy 0.25%Supply230 V ACWall mounting kit FDK-085U1018Cable coils, 10 m FDK-083F0121Cable electrodes, 10 m FDK-083F01214/16 Siemens FI 01 · 2007
■ FunctionAll electromagnetic flowmeters are based on Faraday’s law of induction:U M = B ⋅ v ⋅ d ⋅ kU M = Measured voltage induced in the medium perpendicular tothe magnetic field and the flow direction. The voltage is tappedat two point electrodes.B = Magnetic flux density which permeates the flowing mediumperpendicular to the flow direction.v = flow velocity of mediumd = internal diameter of metering tubek = proportionality factor or sensor constant© Siemens AG 2007SITRANS F flowmetersSITRANS F MSystem information MAGFLOelectromagnetic flowmetersMAGFLO diagnosticsThe diagnostic functions are all internal tools in the meter:• Identification in clear text and error log• Error categories: function; warning; permanent and fatalerrors• Transmitter self-check including all outputs and the accuracy• Sensor check: coil and electrode circuit test• Overflow• Empty pipe: partial filling; low conductivity; electrode foulingMAGFLO VerificatorThe MAGFLO Verificator is an external tool designed for allMAGFLO products to verify the entire product, the installationand the application.The goal is to improve the operation, reduce downtime andmaintain measurement accuracy as long as possible.Thus we have developed the SIEMENS MAGFLO Verificator ahighly advanced instrument to carry out the complex verificationand performance check of the entire flowmeter system, accordingto unique SIEMENS patented principles. The whole verificationtest is automated and easy to operate so there is no opportunityfor human error or influence. The system is traceable tointernational standards and tested by WRc (Water ResearchCouncil).4Function and measuring principle of electromagnetic measurementAn electromagnetic flowmeter generally consists of a magneticallynon-conducting metering tube with an internal electricallynon-conducting surface, magnet coils connected in series andmounted diametrically on the tube, and at least two electrodeswhich are inserted through the pipe wall and are in contact withthe measured medium. The magnet field coils through which thecurrent passes generate a pulsed electromagnetic field with themagnetic flux density B perpendicular to the pipe axis.This magnetic field penetrates the magnetically non-conductingmetering tube and the medium flowing through it, which musthave a minimum electrical conductivity.According to Faraday’s law of induction, a voltage U M is generatedin an electrically conducting medium, and is proportional tothe flow velocity v of the medium, the magnetic flux density B,and the distance between the electrodes d (internal diameter ofpipe).The signal voltage U M is tapped by the electrodes which are incontact with the medium, and passed through the insulatingpipe wall. The signal voltage U M which is proportional to the flowvelocity is converted by an associated transmitter into appropriatestandard signals such as 4 to 20 mA.MAGFLO VerificatorThe MAGFLO Verificator consists of:• a stand alone Verificator to measure a number of selected parametersin the flow sensor and a transmitter which affects theintegrity of the flow measurement• a Windows based PC programme enabling printing and managementof verification reports.Verification - StepsVerification of a SITRANS F M MAGFLO flowmeter consists of thefollowing test routines1. Transmitter test2. Flowmeter and cable insulation test3. Sensor magnetism testSiemens FI 01 · 20074/17
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