Field IT Electromagnetic Flowmeter FSM4000

Transcription

1 ata Sheet 1S7U Field IT Electromagnetic Flowmeter FSM Level : Information Function Electromagnetic flowmeters can be used to accurately measure the flowrate of liquids, slurries, pastes and sludges with an electrical conductivity of at least µs/cm (opt.. µs/cm). Applications The SM is specially designed to measure liquids in the pulp & paper and food & beverage industry. It can be used to measure pulp stocksflows, fast changing process, two phase liquids, mining slurries and pulsating flows (pist on pump application). Instrument Advantages igital Signal Processing (SP) assures long term stability and accuracy in both flow directions with absolute zero stability. Integrated diagnostic tools including system monitoring with the error analysis displayed and signalled over a contact output for increased operational reliability. Easy to use menu-driven operating structure for application the configuration. Easy to read the full-graphic display is backlighted. Important Instrument Features flowmeter primary designed per PE-Guideline 97/ EC diameter range from N 1 to N [1/ to ] accuracy < ±. of rate fluid temperatures - C to 1 C (opt. 1 C) Hygienic Certification A, FML, EHEG liners, PFA, PTFE, hard rubber standardized installation lengths for IN or ANSI flanges Power supply voltage AC/C

2 Electromagnetic Flowmeter FSM 1S7U Accuracy, Reference Conditions and Operating Principle Reference Conditions per EN 9 Fluid Temperature C ± K Ambient Temperature C ± K Supply Power Nominal voltage per name plate U N ± 1 % Reference installation conditions Upstream > x, ownstream > x, = nominal size of the flowmeter primary Warm-up Time min Analog Output Effects Same as pulse output plus ±.1 % of rate ±.1 ma Accuracy % Pulse Output Q>. Range max ±. % of rate Q<. Range max ±. Range max % Q Range max m v s Operating Principle Faraday s Laws of Induction form the basis for the electromagnetic flowmeters. It states that a voltage is induced in a conductor as it moves through a magnetic field. This principle is applied to a conductive fluid which flows through a magnetic field generated perpendicular to the flow direction (see Schematic). The voltage induced in the fluid is maesured at two electordes, installed diametrically opposed. This signal voltage U E is proportional to the magnetic induction B, the electrode spacing and the average flow velocity v. Noting that the magnetic induction B and the electrode spacing are constants, a proportionality exists between the signal voltage U E and the average flow velocity v. The equation for the volume flow shows that the signal voltage U E is linear and proportional to the volume flowrate. The induced signal voltage is processed in the converter into scaled, analog and digital signals. Magnet Coil Meter Tube in Electrode Plane U E B v q v Signal electrode U E Signal voltage y B E = Signal voltage = Magnetic induction = Electrode spacing = Average flow velocity = Volume flowrate v x U E ~ B v q v = π v U E ~ q v z Fig. 1 Accuracy Fig. Electromagnetic Flowmeter Schematic

3 Electromagnetic Flowmeter FSM 1S7U Overview, Flowmeter Primary and Converter esign Variable Connections Connection Types Rigid Flanges Wafer esign Rigid Flanges Weld stubs N N 1/ 1-1/ Pipe fitting Food industry fitting N N 1/ 1-1/ Tri-Clamp N N External threads Additional, see imensions, upon request N N Accuracy. % of rate Flowmeter primary hsg. material Complete stainless steel housing Series Alum. Series Flowmeter Primary Model Number SE1* SE1F SE1W SE1F Process Connections N Inch PN * N PN N Inch PN PN Wafer esign 1/- W 1/- -1/ Flanged IN 1 1/ F N N Flanged ASME B. 1/- F 1/ 1 CL/JIS - 1/- CL/JIS 1/ CL1 - -1/- CL1/JIS 1/ 1 CL Food Industry Fitting IN 111 1/-1 1/ S,, S, 1/, S Weld stubs IN 11 1/-1 1/ R,, R, 1/, R Weld stubs IN 1/-1 1/ Q,, Q, 1/, Q Weld stubs ISO / P,, P, 1/, P Tri-Clamp IN 7 1/- T, 1/- T External threads ISO 1/-1 E 1/ Sanitary connectors 1 1/-1/1 B Liner PEEK, Torlon (<N [1/ ]) PFA (>N [1/1 ]) PFA PFA Hard rubber, soft rubber, PTFE, PFA, others Conductivity µ S/cm Option. µs/cm Electrodes SST No [Ti], 1.9, Hastelloy B-/C-, Platinum-Iridium, Tantalum, Titanium Process connection material SST1.[L] SST No [Ti] Steel,SSTNo.1.71[Ti] Protection Class per EN 9 IP 7/ IP IP 7 / IP IP 7/ IP IP 7 / IP Fluid temperature - to 1 C - to 1 C - to 1 C - to 1 C / 1 C Approvals Hygienic & sterile requirements CIP/SIP-capable FML, A, EHEG CIP-capable Converter Model Number S Supply power V AC, V AC/C Current output standard / ma, / ma Pulse output, 1-channel std. active ( V), optocoupler ( ma) Ext. Zero return yes Ext. Totalizer reset yes Forward/reverse metering yes Communication HART-Protocol (PROFIBUS PA, FF in preparation) Fluid monitor std. yes, from N [/ ] and µ S/cm etection empty pipe yes Local indicator/totalizer yes Auto. density correction yes, manual entry (totalize and indicate in mass units) Protection Class / EN 9 IP 7, NEMA X Housing Field mount housing

4 Electromagnetic Flowmeter FSM 1S7U Specifications: Flowmeter Primary Flow Ranges, Meter Sizes and Pressure Ratings Meter Size n Inch 1 1/ 1. 1/17 1/1 1/ / 1/ / / 1 1/ / 1 1-1/ 1-1/ -1/ Std. Pressure Rating PN / / / / / Cl1 Min. Flow Range Flow Velocity to. m/s to. l/min to. l/min to.1 l/min to. l/min to. l/min to 1 l/min to 1. l/min to. l/min to l/min to 7. l/min to l/min to l/min to l/min to m /h to m /h to 9 m /h to 1 m /h to 1 m /h to m /h to m /h to 9 m /h to 1 m /h to m /h to m /h to m /h to m /h to m /h to m /h to 9 m /h to 1 m /h to 1 m /h Max. Flow Range Flow Velocity to m/s to. l/min to 1. l/min to l/min to l/min to l/min to l/min to l/min to l/min to l/min to 1 l/min to l/min to l/min to l/min to m /h to 1 m /h to 1 m /h to m /h to m /h to m /h to m /h to 1 m /h to m /h to m /h to m /h to m /h to m /h to 9 m /h to 1 m /h to 1 m /h to m /h to 7 m /h Information: When a preamplifier is installed for low conditivity applications and the fluid has a high εr (e.g. demineralized water εr = 7) the fluid velocity is limited < 1 m/s. Flange esigns and Pressure Ratings Meter Size Flanges Material Press. Rating PE 1/ 1 1-1/ 1-1/ -1/ Other meter sizes, press. ratings, temperature classes upon request. esigns IN ASME JIS IN ASME JIS IN ASME JIS IN ASME JIS IN ASME JIS IN ASME JIS IN ASME JIS IN ASME IN ASME IN ASME IN ASME IN ASME IN ASME SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel SS1.71[Ti] or Steel Meter tube Stainless steel No. 1.1 [] N to N [1/ to 1 ] Two piece housing: Cast Alum., painted 1) bar CL 1, CL bar bar CL 1, CL bar bar CL 1, CL bar bar CL 1, CL bar, bar CL 1, CL bar bar CL 1, CL bar, bar CL 1, CL bar, bar CL 1, CL, bar CL 1, CL,,, bar CL 1, CL,,, bar CL 1, CL,,, bar CL 1, CL,,, bar CL 1 SEP Art. Par. Conformity Evaluation per Category III, Module B1 +, Fluid Group 1 Flanges Steel, zinc plated, standard Stn. stl 1.71[Ti] ( N1[1/ ] standard) N to N [1 to ] Steel, welded design, painted 1) Flanges Steel, painted, standard, stn. stl. 1.71[Ti] Connection Box Body: RAL 71 ) Cover: RAL 9 1) 1) Paint coat µm thick, RAL 9 (white grey), painting see page ) Paint coat µm thick, RAL 71 (Basalt grey)

5 Electromagnetic Flowmeter FSM 1S7U Installation Length, Flanged (Short esign) Meter sizes N N [/ ] correspond to IN/ANSI Flanged design VE/VI 1 and the installation lengths defined in VGW Working Paper, W f (Water Totalizers, esign WP ISO Short as well as ISO 19). ANSI CL 1/CL With PFA, installation length, flanged to ISO 19 with PTFE, Hard/soft rubber Installation length, flanged to ISO 19 or ABB (Installation length Series ) Pipeline Vibrations Max. allow. 1 m/s ( 1 Hz) Temperature iagram - Fig. Ambient Temperature C - Standard Flanges Stn. Stl. may be used for the entire range 1 1 Fluid Temp. C High Temperature esign Note: Max. measuring temperature for hard-/soft rubber 9 C Fluid Temperature as a Function of the Ambient Temperature Max. Allowable Cleaning Temperatures PTFE, PFA esigns CIP-Cleaning Steam cleaning PTFE, PFA, 1 PEEK, Torlon Liquid cleaning PTFE, PFA, PEEK, Torlon If the ambient temperature > C, the difference must be subtracted from the max. cleaning temperature. T max C. C = (T Amb. - C [-1 F]) Weight See imensions Liner Primary T max C t max Minutes T Amb. C Min. allowable Pressure and Fluid Temperature Liner material Meter size T Operation at T Operation mbar abs N inch C F Hard rubber 1 1/ < 9 < 19 Soft rubber < 9 < 19 PTFE / 7 < < < 1 < PFA 1/ < 1 < Other meter sizes, pressure ratings and Temperature Classes upon request Material strength for Model SE1F Attention: Limits for the allowable fluid temperature (TS) and allowable pressure (PS) are a function of the liner and flange materials of the flowmeter (see instrument Name Plate). Material Strength Curves Liner: PTFE, hard/soft rubber (limited to 9 C, 19 F) ruck / Pressure (PS) [bar] 1 PN PN PN PN Temperatur / Temperature (TS) [ C] Liner: PTFE, hard/soft rubber (limited to 9 C, 19 F) High temperature range Fig. IN-Flanges SST No. 1.71[Ti] to N [ ] ruck / Pressure (PS) [bar] 1 lb 1lb High temperature range Temperatur / Temperature (TS) [ C] - F 1 F F F 1 F 1 F 19 F F F F F 7 F.1 bar = 1 kpa Fig. ANSI-Flanges SST No. 1.71[Ti] to N [ ] Liner: PTFE, hard/soft rubber (limited to 9 C, 19 F) High temperature range PN PN 1 PN PN Temperatur / Temperature (TS) [ C] ruck / Pressure (PS) [bar] Fig. IN-Flanges Steel to N [ ] 1 7. psi

6 Electromagnetic Flowmeter FSM 1S7U Liner: PTFE, hard/soft rubber (limited to 9 C, 19 F) ruck / Pressure (PS) [bar] 1 lb 1lb JIS K-B Flanges SS No [Ti] or Steel Meter Size Material PN TS [ C] PS [bar] N Inch 1-1/ - SST 1.71[Ti] - to / - Steel - to +1 Liner: PTFE, hard/soft rubber (limited to 9 C) P/T-Ratings Temperatur / Temperature (TS) [ C] Liner: Hard/soft rubber 9 C ( 19 F) Hochtemperaturbereich High temperature range - F 1 F F F 1 F 1 F 19 F F F F F 7 F Fig. 7 ANSI-Flanges Steel to N [ ] ruck / Pressure (PS) [bar] Fig..1 bar = 1 kpa Temperatur / Temperature (TS) [ C] IN-Flange SST No [Ti] N 7 [ ] N [ ] psi N 7 PN N 9 PN N PN N PN N 9 PN N PN N 7 PN N PN Liner: Hard/soft rubber 9 C ( 19 F) N 7 PN 1 11 N 9 PN N PN N PN 9 N 9 PN 7 N PN N 7 PN N PN Temperatur / Temperature (TS) [ C] ruck / Pressure (PS) [bar] Fig. 9 IN-Flanges Steel N 7 [ ] N [ ] Specifications: Stainless Steel Flowmeter Primaries, Model SE1_, N 1 to N [1/ to ] Connection Overview Series Meter Size Model: SE1 B E T R Q P S F W Process Connections 1/ -Sanitary Connectors External Threads Tri-Clamp IN 7 Weld Stubs IN 11 Weld Stubs IN Weld Stubs ISO 7 Food Industry Fitting IN 111 Flange Wafer esign N 1 1/ x PE N 1/1 x N 1/ x x x x x x N / x x x x x x N 1/ x x x x x x N / x x x x x x N / x x x x x x N 1 1/ x x x x x x N / x x x x x x N 1 x x x x x x x N 1-1/ x x x x x x N 1-1/ x x x x x x N x x x x x x N -1/ x x x x x x N x x x x x x N x x x x x x SEP Art., Par. Conformity. Evaluation per Category III Module B1+, Fluid Group 1 Material Strength Curves for Flanged Flowmeters Model SE1F Liner: PFA ruck / Pressure (PS) [bar] 1 PN PN PN PN *) Temperatur / Temperature (TS) [ C] Fig. IN-Flanges SS 1.71 [Ti] to N,

7 Electromagnetic Flowmeter FSM 1S7U Liner: PFA ruck / Pressure (PS) [bar] lb 1lb *) Temperatur / Temperature (TS) [ C] Ambient Conditions Ambient Temperature - C to + C [-1 F to + F] Fluid Temperature N - C to +1 C, CIP-capable, see Temperature iagram and max. allowable cleaning temperature. The maximum allowable ambient temperature as a function of the fluid temperature for stainless steel process connections and the Wafer esign Ambient Temperature C Fig. 11 ANSI-Flanges SS 1.71 [Ti] to N, Material Strength Curve for Wafer esign Model SE1W Liner: PFA ruck / Pressure (PS) [bar] 1 JIS K-B Wafer esign Meter Size N 1-1/ - Material PN TS [ C] PS [bar] 1.[L] 1.[L] 1.1[] P/T-Ratings 1 psi PN /CL - to +1 - to + F PN PN /CL 1 PN *) Temperatur / Temperature (TS) [ C] Fig F psi 1 psi Fig. 1 Fluid Temperature N 1 [1/ 1/1 ] - C to +1 C [1 F to F], CIP-capable to max. 1 C. Storage Temperature - C to +7 C [-1 F to +1 F] Minimum Allowable Absolute Pressure Liner - 1 *) Fluid - Temp. C Temperature iagram Meter Size N Inch P Operate mbar abs Maximal Allowable Fluid Temperature and Pressure at T Operate C PFA 1/- 1*) Peek/Torlon 1 1/-1/1 1 Process Connections Meter Size Liner PFA N Inch Wafer esign 1/ -1/ Weld stubs 1/ 1 1/,,, 1/, Tri-Clamp 1/ 1/ Food Industry fittings 1/ 1 1/,,, 1/, PS bar at TS C 1*) 1*) 1*) 1*) 1*) *) 1*) 1*) External threads 1/ 1 1*) 1/ -Sanitary connectors Liner Peek/Torlon 1 1/ 1/1 1 Process Connections *) Higher temperature are allowed for CIP/SIP cleaning for limited time periods, see Table Maximum Allowable Cleaning Temperature N 1 [1/ 1/1 ] 1/ -Sanitary connectors with grounding electrodes in the same material as the signal electrodes, standard N [1/ ] Wafer esign, Tri-Clamp, Food Industry Fittings, External threads. upon request 7

8 Electromagnetic Flowmeter FSM 1S7U Maximal Allowable Cleaning Temperature CIP-Cleaning Liner T max C Steam Liquid cleaning PFA/Peek PFA/Peek/Torlon If the ambient temperature > C, the difference must be subtracted from the max. cleaning temperature. Tmax - C, C = (T Amb. - C) [-1 F]. Maximal Allowable Temperature Shock Specifications Flowmeter Primary 1 T max Minutes T Amb C Liner Temp.-Shock Temp.-Gradient max. Temp.-iff. C C/min PFA, Peek, Torlon arbitrary arbitrary Specification for painting Type of painting Epoxy powder coating Priming coat No priming coating Preparing of the surface Cleaning in a high alkaline bath, Alodine procedure - conversion layer for a better adherion of the painting Thickness of painting µm Color RAL 9 (White grey) RAL 71 (Basalt grey) Flowmeter Primary Materials Liner Materials PFA, Peek, Torlon Electrode Materials Electrode esign Standard Standard Hast.-C Hast.-B Flat head Conical (1.9 for SST 1.9 head Food Ind. SST 1.71[Ti] ( N fittings and Tantalum, Titanium, [/ ]) Tri-Clamp) Platinum-Iridium SST No. 1.9 Process Connection Materials Standard Option Flange SST 1.71 [Ti] upon req. Wafer esign none Weld stubs SST 1. [L] upon req. Food Ind. fittings SST 1. [L] upon req. Tri-Clamp SST 1. [L] upon req. External threads SST 1. [L] upon req. 1/ -Sanitary connectors SST 1.71 [Ti] POM, Brass, PVC Connection Box Stainless Steel Meter tube SST 1.1 [] Cable connector Polyamide PVF Primary housing eep drawn housing SST No. 1.1[] Process Connection Material Wafer esign, Weld stubs, Food Ind. fitting Tri-Clamp External threads Flat housing gaskets Gasket Materials none EPM (Ethylene-Propylene) std. with FA-Approval (CIP capable, no oil or grease) Silicone with FA-Approval (option, suitable for oil and grease) Silicone (suitable for oil and grease) Protection Class IP 7 Standard IP with connector Pg 1. and PU resin compound Pipeline Vibration Maximum allowable 1 m/s ( 1 Hz)

9 Electromagnetic Flowmeter FSM 1S7U Specifications: Flowmeter Primary, Flowrate Nomographs Flowrate Nomograph l/min m /h l/s Example N N N N N N N N N 1 N N N N N N N 1. N l/min m /h... 1 N N 9 N N 7 N N N N N N N N N 1 N 1 m/s l/s... 1 m/s Fig. 1 Flowrate Nomograph N 1 to N [1/ to ] Fig. 1 Flowrate Nomograph N 1 to N [ to ] Flowrate Nomographs The volume flowrate is a function of the flow velocity and the flowmeter size. The Flowrate Nomographs, Fig. 1 and Fig. 1 indicate the flowrate range for a specific flowmeter size and which flowmeter sizes are suitable for a specific flowrate. Example: Flowrate = 7 m /h (Maximum value = range end value). Suitable are flowmeter sizes N to N [/ to -/1 ] for a flow velocity between. and m/s. 9

10 Electromagnetic Flowmeter FSM 1S7U Specifications: Flowmeter Primary, Installation Requirements and Grounding Up- and ownstream Straight Sections Flowmeter installation is the key to an accurata flow measurement system. As a rule of thump, generally pipe diameters uystream and pipe diameters downstream are sufficient. Other upstream obstructions however, such as double elbows out of plane, control valves and nonconcentric pipe reducers etc. may require longer lengths. Grounding Grounding the flowmeter primary is necesary not only for safety reasons but also to assure proper opration of the electromagnetic flowmeter. The grouding screws on the flowmeter primary, which correspond to VE, Part, are to be connected to earth potential. For measurement reasons this potential should be identical to the fluid potential if at all possible. In applications using plastic or insulating lined pipelines the ground connections are made utilizing grouding plates or grounding electrodes. If stray currents are present in the pipeline, grounding plates up- and downstream of the flowmeter primary are recommended. Electrode Axis Neither electrode should be positioned at the highest pont in the pipeline in horizontal installations. Gas bubbles, which may be present in the fluid, could interrupt the electrical connection between the electrodes and the fluid. An ideal installation is shown in Fig.. Assure that the meter tube is always completely filled with fluid. Instrument designs with removable electrodes for cleaning are available upon request. Installations in Larger Size Pipelines The flowmeter can be installed in larger size pipelines without problems using reducer sections. The pressure drop when reducers are used can be determined from the Nomograph Fig. 17. The procedure for determining the pressure drop is as follows: 1. etermine the diameter ratio d/.. Calculate the flow velocity as a function of the flowmeter size and the flowrate: Q (flowrrate) v = Primary Constant The flow velocity can also be determined from the Flowrate Nomographs, Fig. 1 and Fig. 1.. In Fig. 17 read the Pressure drop value, y-axis, at the intersection of the iameter Ratio, x-axis, and the Flow Velocity curve. d v p d = EMF inside diameter = Pipe inside diameter = Flow velocity in m/s = Pressure drop in mbar Flanged Reducer Pressure rop Nomograph for EMF Flanged reducers with α/ = Electrode Axis v=m/s Pressure rop p [mbar] 1 7m/s m/s m/s m/s m/s m/s Fig. Electrode Axis iameter Ratio d/ Fig. 17 Pressure rop Nomograph

11 Electromagnetic Flowmeter FSM 1S7U imensions: Flowmeter Primary N to N [1/ 1 ], IN Flanges Model SE1F Cable Connector M x 1. Cable Connector M x 1, Number of Holes N d d F E G Number of Holes N A L* b k H Tolerances L* N 1/ N Flange imensions Instrument imensions Weight N PN 1) /H d b k d N A L* L ) L ) E ) F G ) kg lb (pound) ) Other pressure ratings upon request. ) Standard with one grounding plate mounted on one flange SST No [Ti]. Other materials upon request. See also Information Grounding. N L + mm, N 1 L + mm. ) With protection flanges. Protection flanges replace grounding plates. N L + mm, N 1 L + mm. Series (for replacement only) also available with protection flanges, imensions see page. ) For high temperature design + 1 mm Fig. 1 Flowmeter Primaries N to N [1/: to 1 ] All dim s in mm Projektion nach ISO Methode E 11

12 Electromagnetic Flowmeter FSM 1S7U imensions: Flowmeter Primary N to N [1/ 1 ], ANSI Flanges Model SE1F Cable Connector M x 1. Cable Connector M x 1. Number of Holes N d d F E G Number of Holes N d E F G k A L* b k H Tolerances L* N 1/ N Meter Instrument imensions ANSI CL 1/CL Flange imensions Flange imensions Weight Size ANSI CL 1 ANSI CL L 1)) * N Inch A ISO 19 ABB E ) F G /H d b k d N /H d b k d N kg lb, / / /, 1/ / 1 1 1/ 1 1/ 1/ (Ser.) CL1/ /11 7/99 1) Standard with one grounding plate mounted on one flange SST No. 1.71[Ti]. Other materials upon request. See also Information Grounding. N L + mm, N 1 L + mm ) With protection flanges. Protection flanges replace grounding plates. N L + mm, N 1 L + mm Series ( for replacement only) also available with protection flanges, imensions see page. ) For high temperature design + 1 mm / 9 (pound) / All dim s in mm Projektion nach ISO Methode E Fig. 19 Flowmeter Primaries N to N [1/: to 1 ], ANSI Flanges 1

13 Electromagnetic Flowmeter FSM 1S7U imensions: Flowmeter Primary N to N [1 ], IN Flanges Model SE1F Cable Connector M x 1. Number of Holes N d F d G E b A L* Tolerances L* d k N 1 N IN Flange imensions Instrument imensions Weight N PN 1) k d d N b A L * L ) L ) G E F appr. kg lb (pound) ) Other pressure ratings upon request. ) One grounding plate mounted on one flange SST No. 1.71[Ti]. Other materials upon request. L + mm. ) With protection plates mounted on both flanges, grounding plate not required L + mm. Series (for replacement only) also available with protection flanges, imensions see page All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N to N [1 to ], IN Flanges 1

14 Electromagnetic Flowmeter FSM 1S7U imensions: Flowmeter Primary N to N [1 ], ANSI Flanges Model SE1F Cable Connector M x 1. Number of Holes N d F d G E b A L* Tolerances L* d k N 1 N Meter Size Instrument imensions Flange imensions ANSI CL 1 1) L )) * N Inch A ISO ABB (ser.) E F G k d d N b ) Other pressure ratings upon request. ) One grounding plate mounted on one flange SST No. 1.71[Ti]. Other materials upon request. L + mm. ) With protection plates mounted on both flanges, grounding plate not required L + mm. Series (for replacement only) also available with protection flanges, imensions see page appr. kg CL Weight appr. lb (pound) All dim s in mm Projektion nach ISO Methode E Fig. 1 Flowmeter Primaries N to N [1 to ], ANSI Flanges 1

15 Electromagnetic Flowmeter FSM 1S7U Ordering information: Flanged Instruments, Model SE1F In addition to the Ordering Number please supply the following information: Fluid, fluid temperature, operating pressure, flow range, pipeline type (grounding plate, grounding electrodes) 1) Ordering Number SE1F Liner Material Hard rubber (N1-N [1/ - ]) KTW approved H Soft rubber (N-N [ - ]) S PTFE (N-N [/ - ]) FA approved T PFA (N-N [1/ -/ ]) FA approved P Z Meter Size Inch N 1/ N / N 1/ N / N / N 1 1/ N / N 1 N 1-1/ N 1-1/ N N -1/ N N N 1 N 1 N N N 1 N 1 N N 1 (only ANSI Cl1/ ISO 19 Installation length) N N N 7 N N 9 N Measuring Grounding Electrode Material ) SST No. 1.71[Ti] none Hastelloy B- none Hastelloy C- none standard Titanium none Tantalum none SST No. 1.9 ) none Platinum-Iridium none SST No. 1.71[Ti] with Hastelloy B- with Hastelloy C- with Titanium with Tantalum with SST No. 1.9 ) with Platinum-Iridium with Pressure Rating IN PN IN PN IN PN IN PN JIS K ANSI CL 1 (Installation length Series only for replacement) ANSI CL (Installation length Series only for replacement) ANSI CL 1 (ISO 19 Installation length) ANSI CL (ISO 19 Installation length) 1 1H 1Q 1F H F H F H F H H 7H H 9H 1T Continued on next page 1) If a grounding plate is required (see Part No.) The standard grounding plate is made of SST No. 1.71[Ti]. upon request. ) From N 1 [ ] a conductive grounding surface is integrated in the hard/soft rubber liners, standard. ) For Food Industry applications. S B H M T F P E N O I Q R G Z C E F K P Q R S Z 1

16 Electromagnetic Flowmeter FSM 1S7U Ordering Number Flange Material Steel (standard from N [/ ]) SS No. 1.71[Ti] (standard for N-N1[1/ -1/ ], option from N [/ ]) upon request Flange Accessories None Protection plates SST 1.71[Ti] (mounted one side) Grounding plate SST 1.71[Ti] (mounted one side) Protection flanges SST 1.71[Ti] (mounted both sides) ) Temperature Range Standard (see Specifications, Liner Materials) 1 C High temperature design 1 C (only PTFE/PFA) Preamplifier Typ B = > µs/cm = >, µs/cm Max. cable lenght without preamplifier m Max. cable lenght with preamplifier m (Empty pipe detection not possible) Additional Ordering Information may be provided in writing: Name Plate (also available in Stainless Steel, option) German English French Electrode esign Standard Conical head (from N [/ ] material SST No. 1.9 used for high grease content fluids) Only PTFE/PFA Only PTFE/PFA Only PTFE Certifications None Material certified per EN Par..1B and pressure test per A- Inspection Certificate EN -.1B Pressure test per A- Calibration Certificates Standard Protection Class per EN 9 IP 7 (connection box with M x 1. cable connector) IP (connection box with M x 1. cable connector) and PU resin compound IP 7 (connection box with NPT-threads) esign ) Without preamplifier (Standard N [/ ] to N [ ]) Preamplifier Typ A (Standard N [1/ ] to N [/ ]) Preamplifier Typ B ) Only with Installation Length Series Short and ANSI/IN-Flanges. Installation length N [] L + mm, from N [ ] L + mm. ) Notes on design esign Minimum Conductivity N [1/ ] to N [/ ] N [/ ] to N [ ] without preamplifier not possible = > µs/cm Preamplifier Typ A = > µs/cm = > µs/cm 1 9 A B C S H A F G Z A Z 9 1

17 Electromagnetic Flowmeter FSM 1S7U imensions: Stainless Steel Flowmeter Primaries N to N [1/ to 1-1/ ], Flanged Model SE1F Cable Connector Pg 1. 1 F E d G G Number of Holes N d F E A L b k IN Flange imensions Liner PFA Weight Connections N PN L 1) A k d d b E F G appr. kg appr. lb (pound) 1/ / /, 1/, / / / ANSI Flange imensions Liner PFA Weight Connections N PN L 1) A k d d b E F G appr. kg appr. lb (pound) 1/ / /, 1/, / CL / / / / /, 1/, / CL / / ) If a grounding plate is required, L + mm, materials upon request. With grounding plates (protection plates) L + mm, materials upon request. All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N to N [1/ to 1-1/ ] 17

18 Electromagnetic Flowmeter FSM 1S7U imensions: Stainless Steel Flowmeter Primaries N to N [ to ], Flanged Model SE1F Cable Connector Pg 1. 1 Number of Holes N G E d d E G A L b IN Flange imensions Liner PFA ANSI Flange imensions 1) If a grounding plate is required, L + mm, materials upon request. With grounding plates (protection plates) L + mm, materials upon request. Weight N PN L 1) A k d d N b E G appr. kg appr. lb (pound) Liner PFA Weight Meter Size PN L 1) A k d d N b E G appr. kg appr. lb (pound) / CL / CL All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N to N 1

19 Electromagnetic Flowmeter FSM 1S7U Ordering Information: Stainless Steel Flowmeter Primaries N to N [1/ to ], Flanged In addition to the Ordering Number please supply the following information: Fluid, fluid temperature, operating pressure, flow range, pipeline type (grounding plate) 1) Ordering Number SE1F Liner Material: PFA P Meter Size Inch N 1/ N / N 1/ N / N / N 1 1/ N / N 1 N 1-1/ N 1-1/ N N -1/ N N Signal Electrode / Grounding Electrode Material SST No. 1.71[Ti] / none Hastelloy B- / none Hastelloy C- / none Titanium / none Tantalum / none SST No. 1.9 / none (Food Ind. applications) Platinum-Iridium / none SST No. 1.71[Ti] / with Hastelloy B-s / with Hastelloy C- / with Titanium / with Tantalum / with SST No. 1.9 / with (Food Ind. applications) Platinum-Iridium / with Pressure Rating PN Standard N [ ] PN Standard N [1/ ] JIS K ANSI CL 1 (ISO 19 Installation length) ANSI CL (ISO 19 Installation length) Process Connection Materials SST No. 1.71[Ti] Flange Accessories 1) None Protection Plates SST No (mounted both sides) Grounding Plate SST No (mounted one side) Temperature Range Standard design 1 C ( F) S Continued on next page 1) Protection plates ( grounding plates) mounted on both sides and grounding plate mounted on one side to flange, material SST No [Ti]. upon request. 1 1H S B H M T F P E N O I Q R G Z F K P Q Z 9 A B C Z 19

20 Electromagnetic Flowmeter FSM 1S7U In addition to the Ordering Number please supply the following information: Fluid, fluid temperature, operating pressure, flow range, pipeline type (grounding plate)) 1) Ordering Number SE1F Certifications None A Material certified per EN Par..1B and pressure test per A- Inspection Certificate EN -.1B F Pressure test per A- G Z Calibration Certificates Standard A Z Protection Class IP 7 (connection box with Pg 1. cable connector) IP (connection box with Pg 1. cable connector) and PU resin compound IP 7 (connection box with NPT-Adapter) esign 1) Without preamplifier (Standard N [/ ] to N [ ]) 1 Preamplifier Typ A (Standard N [1/ ] to N [/ ]) Preamplifier Typ B 1) Notes on design esign Minimum Conductivity N [1/ ] to N [/ ] N [/ ] to N [ ] without preamplifier not possible = > µs/cm Preamplifier Typ A = > µs/cm = > µs/cm Preamplifier Typ B = > µs/cm = >, µs/cm Max. cable lenght without preamplifier m Max. cable lenght with preamplifier m (Empty pipe detection not possible) Additional Ordering Information may be provided in writing: Name Plate (also available in Stainless Steel, option) German English French Electrode esign Standard Conical head (from N [/ ] material SST No. 1.9 used for high grease content fluids)

21 Electromagnetic Flowmeter FSM 1S7U imensions: Stainless Steel Flowmeter Primaries, N to N [1/ to ], Wafer esign Model SE1W Cable Connector Pg 1. 1 C G E N N [1/ / ] F A i B A* L C # i 1. Meter Size N Inch 1/ / 1/ / / 1 1/ PN CL 1/ CL JIS L 1) A* A B C C i E F G Weight appr. kg 7 Weight appr. lb (pound) / / / / CL JIS ) Installation length with grounding plates L + mm # Mounting bracket optional All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N to N [1/ to ], Wafer esign 1

22 Electromagnetic Flowmeter FSM 1S7U imensions: Flowmeter Primary, Variable Process Connections, N to N [1/ to ] Model SE1_ N N [1/ 1-1/ ] Cable Connector Pg 1. A B C # Cable Connector Pg 1. Number of Holes N G E F G E F L Rohr N N [ ] B C # A 1/ N N Meter Size N Inch A B C E F ) G ) N Weight appr. kg 1) Weight appr. lb 1) (pound) 1/ / / / / / / For installation lengths with process connections, see Pages. 1) For additional weight due to process connections, see Pages. ) With mounting bracket G and F +. mm # Mounting bracket optional All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N to N [1/ to ], Variable Process Connections

23 Electromagnetic Flowmeter FSM 1S7U imensions: Stainless Steel Flowmeter Primaries, Adapters for Various Process Connections Model SE1_ Meter Size Weld Stubs ISO 7 IN 11 IN N Inch Weight 1) Weight 1) Weight 1) i a L i a L i a L kg lb kg lb kg lb - 1/-/ / / / / / Meter Size Food Industry Fittings Tri-Clamp IN 111 IN1-1 (Form B) IN 7 N Inch Weight 1) Weight 1) Weight 1) Rd. Thds. L Rd. Thds. L i L kg lb kg lb kg lb - 1/-/ x 1/ x 1/ / x 1/ x 1/ / x 1/ x 1/ x 1/ x 1/ / x 1/ 1..9 x 1/ / x 1/ x 1/ x 1/ x 1/ / 9 x 1/.. 9 x 1/ x 1/ x 1/ x 1/ x 1/ ) Weight per pair i a i Rd-Wgt. L Weld Stubs per IN 11 or ISO 7 or IN L Tri-Clamp per IN 7 L Food Industry Fitting per IN 111 All dim s in mm Projektion nach ISO Methode E Fig. imensions N to N [1/ to ], Adapters for Variable Process Connections

24 Electromagnetic Flowmeter FSM 1S7U Model S1 Meter Size Weld Stubs Food Industry Fittings Weight 1) Weight 1) IN 11 IN 111 L kg lb L kg lb N Inch 1/ / / / / / / i L IN 11, ISO 7 L Weld Stubs Food Industry Fitting Meter Size External Threads ISO / IN 999 Weight 1) R a L N Inch kg lb 1/ / / / 1/ / / ) Weight per pair R a IN 111 L External Threads All dim s in mm Projektion nach ISO Methode E Fig. 7 imensions, Model SE1, N to N [1/ to ], Adapters for Variable Process Connections

25 Electromagnetic Flowmeter FSM 1S7U imensions: Stainless Steel Flowmeter Primaries, 1/ -Sanitary Connectors, N 1 to N [1/ to 1/1 ] Model SE1B Cable Connector Pg x. (1) 9 Note: 1 Connection dimension for G 1/ coupling, internal threads Mounting bracket optional Information: Grounding electrodes are integrated in the flowmeter primary as standard and are made of the same material as the signal electrodes. Process Connections N Inch PN Weight kg lb 1/ Sanitary connection 1) 1-1/ - 1/ ) For hose x mm All dim s in mm Projektion nach ISO Methode E Fig. Flowmeter Primaries N 1 to N [1/ to 1/1 ]

26 Electromagnetic Flowmeter FSM 1S7U Ordering Information: Stainless Steel Flowmeter Primaries In addition to the Ordering Number please supply the following information: Fluid, fluid temperature, operating pressure, flow range, pipeline type (grounding plate, grounding electrode) 1) Ordering Number Process Connections Wafer esign N [1/ ] Weld stubs IN 11 N [1/ ] Weld stubs IN N [1/ ] Weld stubs ISO 7 N [1 ] Food Industry fitting IN 111 N [1/ ] Tri-Clamp IN 7 N [1/ ] External threads ISO /IN 999 N [1/ -1 ] No adapter 1/ -Sanitary connectors N 1- [1/ -/ ] Liner Material PFA (N - [1/ - ]) Peek (N 1- [1/ -1/1 ]) Torlon (N 1- [1/ -1/1 ]) Meter Size Inch N 1 1/ N 1. 1/17 N 1/1 N 1/ N / N 1/ N / N / N 1 1/ N / N 1 N 1-1/ N 1-1/ N N -1/ N N SE1 Measuring Electrode /Grounding Electrode Material ) SST No. 1.71[Ti] /none Hastelloy B- /none Hastelloy C- /none standard Titanium /none Tantalum /none SST No. 1.9 /none (Food Industry applications) Platinum-Iridium /none SST No. 1.71[Ti] /with Hastelloy B- /with Hastelloy C- /with Standard Titanium /with Tantalum /with SST No. 1.9 /with (Food Industry applications) Platinum-Iridium /with Pressure Rating PN Tri-Clamp (N ); external threads, Food Ind. fitting, weld stubs (N, ) PN Wafer esign, Tri-Clamp N ( ); Food Ind. fitting, weld stubs N, ) PN Wafer esign (N ); Food Ind. fitting, weld stubs (N ) JIS K Wafer esign N [1/ - ] ANSI CL 1 Wafer esign N [1/ - ] ANSI CL Wafer esign N [1/ - ] Continued on next page 1) Only required for Wafer esign and pipelines with insulating liners. ) N 1 [1/ 1/1 ] always order with same material as signal electrodes, standard. W R Q P S T E V B Z P K N 1 1S 1 1H S B H M T F P E N O I Q R G Z C F K P Q Z

27 Electromagnetic Flowmeter FSM 1S7U Ordering Number SE1 Process Connection Materials None (only Wafer esign) SST No [Ti] (only N 1 [1/ 1/1 ]) SST No. 1. [L] standard POM (N 1 [1/ 1/1 ]) Instrument Mounting Bracket None With Temperature Range Standard design 1 C (N 1 [1/ -1/1 ] max. 1 C) Certifications None Material certified per EN Par..1B and pressure test per A- Inspection Certificate EN -.1B Pressure test per A- Calibration Certificates Standard Protection Class IP 7 (connection box with Pg 1. cable connector) IP (connection box with Pg 1. cable connector) and PU resin compound IP 7 (connection box with NPT-Adapter) esign 1) Without preamplifier (Standard N [/ ] to N [ ]) Preamplifier Typ A (Standard N [1/ ] to N [/ ]) Preamplifier Typ B 9 A C Z S A F G A Z 1 1) Notes on design esign Minimum Conductivity N [1/ ] to N [/ ] N [/ ] to N [ ] without preamplifier not possible = > µs/cm Preamplifier Typ A = > µs/cm = > µs/cm Preamplifier Typ B = > µs/cm = >, µs/cm Max. cable lenght without preamplifier m Max. cable lenght with preamplifier m (Empty pipe detection not possible) Additional Ordering Information may be provided in writing: Name Plate (also available in Stainless Steel, option) German English French Electrode esign Standard Conical head (from N [/ ] material SST No. 1.9 used for high grease content fluids) Gasket Materials EPM with FA-Approval (CIP capable, no oil or grease) Silicone with FA-Approval (suitable for oil and grease) PTFE (Teflon) None 7

28 Electromagnetic Flowmeter FSM 1S7U Installation Accessories Chemical Applicationd (Grounding) For plastic pipelines or pipelines with insulating liners, protection/ grounding plates made of conductive PTFE (patent applied for), replace the expensive special materials (Platinum, Tantalum etc.) presently used. Succesfully tested in numerous applications. di N Holes at scale d R R. k l1 ±. Fig. 9 Protection Plates/Grounding Plates Fig. 1 PTFE Protection/Ground Plates The loose grounding plates are installed between the flowmeter flange and the mating flange. Available for sizes N N [1/ ]. Mat. SS 1.71[Ti] other materials upon request. N (inch) PN T=Thick 1/ 1, 1 1, 1, 1 A B T Protection Flanges C. Grounding Plate, Loose (Centered by Mounting Bolts) Ground connection 1) Protection flanges protect the liner from abrasive fluids and are centered in the pipeline using a groove or spring. Protection flanges are available in thicknesses and are mounted on the intrument. Added installation length for Series and IN/ANSI flanges N [ ] L + mm, from N [ ] L + mm. Gaskets for Protection Plates/Grounding Plates Ground connection 1) 1) Attach ground cable with a M screw, lock washer and nut to the plate. B = Inside diameter of the lining ) Grounding plate mounted directly on the instrument N to N [/ to ] Material: Stn. stl [Ti] Thickness N [ ] = mm, N 1 [ ] = mm B = Inside diameter of the lining Fig. Grounding plate Only one gasket at the mating flange is required for PTFE/PFA lined instruments installed with metal grounding plates. A gasket should be placed on either side of the grounding plate for hard/soft rubber lined instruments. Commercially available gaskets made of a material (rubber, lt, PTFE, etc) compatible with the fluid and the operating temperatures should be used. R, R R B Protection Plate/Grounding Plate Mounted on Flowmeter ) R Nennweite (inch) PN Thickness N / mm < N upon request Wafer esign Accessories for Model SE1W The following accessories are available as a function of the meter size and the pressure rating: Bolts, nuts, lockwasher, centering elements Gaskets are not included ion the accessories. Material: SS Meter Size Pressure Rating Part Number N to PN - 1LU 1/ to / 1 lb 1LU lb 1LU N 1 PN - 1LU 1/ 1 lb 1LU lb 1LU N PN - 1L7U / 1 lb 1L7U lb 1L7U N PN - 1LU 1 1 lb 1LU lb 1LU N PN - 1L9U 1 1/ 1 lb 1L9U lb 1L9U N PN - 1L7U 1 1/ 1 lb 1L7U lb 1L7U N PN - 1L9U 1 lb 1L9U lb 1L9U N PN - 1L97U 1/ 1 lb 1L97U N PN - 1L9U 1 lb 1L9U9 N PN - 1L99U7 1 lb 1L99U9

29 Electromagnetic Flowmeter FSM 1S7U Specifications: Converter Protection Class per EN 9 IP 7 for field mount housing and NEMA X Fig. Converter FSM-S esign Field Mount Housing made of cast Alum. per IN 17, painted. Paint coat µm thick. Lower section (RAL 71), upper section (RAL 9). imensions Page. Weight appr.. kg (7. pound). Electrical Connections Cable entry M x 1., NPT, PF with adapter (upon request), screw terminals amping Selectable from.1 to 99. s Zero Return Selectable from to % of range end value Signal Cable Max. cable length between flowmeter primary and converter is: m for the standard design and versions with automatic zero return, from N [/ ] and from µs/cm. m for designs with preamplifiers. A m long signal cable is included with flowmeter. If a longer cable is required, see Footnote on Page, Ordering Information, Converter. Magnet Coil Supply Cable Is required for connecting the flowmeter primary to the converter. For EMC-reasons the wire cable is shielded. A m long cable is included with flowmeter. If a longer cable is required, see Footnote on Page, Ordering Information, Converter. Flow Range Any flow range whose % value corresponds to a flow velocity between. m/s and m/s can be selected. Minimum Conductivity µs/cm standard N [1/ ] µs/cm with preamplifier N > [ / ]. µs/cm with preamplifier N [/ ] Reproducibility ±. % of rate Response Time 1τ = 7 ms ( %) in Operation mode Fast 1τ = ms ( %) in Operation mode (Standard) Supply Power U nom = 11 V / Hz U rat = V / Hz / Hz ± %,, V AC,, 1, V C Ripple % Power S VA (flowmeter primary including converter) Forward/Reverse Flow Metering The flow direction is indicated in the display by direction arrows. It is also possible to transmit the flow direction information over the contact output. isplay -line, lighted, graphic display. To improve the readability, the flow information can be displayed on two lines with larger characters. The individual flowrate and output values can be displayed. Non-switching dot-matrix display with max. x characters. An clear text error diagnosis is displayed when the system monitor detects an error condition. The alarm condition can also be signaled over the alarm output. ata Security All data is stored in a FRAM (Ferroelectric Nonvolatile Random Access Memory) for a year period without requiring power during a power outage or when the main supply power is turned off. Additional security is provided by a serial FRAM installed in the converter and on the external connection board in which the parameter settings and process information are stored. The data in the external FRAM can be uploaded into the converter. Thereby an easy converter exchange is possible - without reconfiguration - by simply uploading the stored data from the external FRAM into the new converter. Ambient Temperature - to + C [- to + F] Storage Temperature - to + C [- to +17 F] Relatively humidity Acc. to IEC --1 Vibration Acc. to IN EN -- ( Hz: amplitude =.1 mm) 9

30 Electromagnetic Flowmeter FSM 1S7U Flow Totalization The flow is totalized in engineering units. The pulse factor, pulses per unit, can be set between.1 and. The totalizer values for the forward and reverse flow directions can be displayed simultaneously. isplay selections are made in the submenu "isplay". Parameter Settings Entries are made using menus displayed in a number of languages (German, English, French, Finnish, Swedish, Italian, Spanish and utch) using keys in dialog with the display or by communication over a data link, using a PC, HART-Protocol or Profibus (in preparation). A Magnet Stick can be used for configuration without opening the front door. Position the Magnet Stick over the magnet symbols on the cover over the display. Alarm Signals The converter can incorporate a max-/min-alarm. The alarm limits can be set anywhere within the range of % of the flow range end value. When the flowrate is outside of the alarm limits set, an error message is displayed in the upper line. It is also possible to transmit a signal over the contact output. Upgrade The converter with all its functions can also be used with older model electromagnetic flowmeters. The appropriate model number must be selected in the converter. It is also possible to use the converter with flowmeters Model 1. A special converter version is required when updating an older model (see Ordering Information, Converter) and is applicable to the meter size range N to N [1/" to "] only in the low voltage design. Isolation In-/Output The current output, pulse output and the contact input and contact output are galvanically isolated from the input circuit and from each other. In-/Output Signals Current Output (terminals 1, ) The following functions are available in the software: to ma load Ohm to ma load Ohm to ma load 11 Ohm to ma load 11 Ohm Contact Output (terminals 1,) The following functions are available in the software: Forward/reverse flow direction signal Flowrate alarm (max. or min.) General alarm Empty pipe The output contact can be configured as normally open or normally closed. Optocoupler specifications V U CEH V, ma I CEL ma Scaled Pulse Output (terminals 1, ) Maximum count frequency khz. Pulse factor per engineering unit from.1 to /unit selectable in the software. The pulse width can be set from. ms to ms. The design (active, passive) can be selected using jumpers. Active Voltage pulse V rectangular, Load 1 Ohm, Pulse width ms, count frequency Hz, Load Ohm, Pulse width.1 ms, max. count frequency: khz. Passive Optocoupler "closed ": V U CEL V, ma I CEL ma "open": V U CEH V, ma I CEH ma Contact Input (terminals 1/) Passive contact (normally open). The following functions are available in the software: External Zero Return When the pipeline empties all output signals can be turned off. The current output can be set to ma or / ma dependent on the current output range selection. External Totalizer Reset Resets the internal totalizer value in the display and the pulse counter for both flow directions. esign Passive (optocoupler) ON : V U KL V OFF : V U KL V Ri: kω

31 Electromagnetic Flowmeter FSM 1S7U Converter - ma R min = Ohm b HART Bell Modem Box Flowmeter Primary PC Hand Terminal Fig. HART-Protocol HART -Protocol Version.x The HART -Protocol provides for communication between a process control system, Hand Terminal and the EMF field instrument. The communication signals, which are superimposed as an AC voltage on the current output, do not affect any other instruments connected to the current output. This option is only available with a - ma current output. Transmission Type FSK-Modulation on the current output - ma per Bell Standard. Baudrate 1 Baud Format Logic 1: 1 Hz Logic : Hz System Connections In conjunction with the TM (evice Type Manager) available of the instrument (Software Revision from B.) the communication (Configuration, Parameter Settings) can be activated using the appropriate applications per FT.9 or 1. (SMART VISION.1 R). AMS in preparation PROFIBUS PA in preparation FOUNATION Fieldbus FF in preparation Cable Max. 1 m AWG twisted and shielded Max. Signal Amplitude 1. ma pp Load Current Output min.: Ω, max.: Ω The digital communication on the current output does not affect any other connected instruments. To configure using SmartVision a TM (evice Type Manager) is required. 1

32 Electromagnetic Flowmeter FSM 1S7U Connection Examples for Peripherals Scaled Pulse Output active Scaled Pulse Output passive, optocoupler internal external internal external + V C 1 1 R B * + V C - Current Output active with/without HART-Protocol ( ) ma internal external / ma / ma +1 - Contact output for system monitor, max.-min.-alarm, empty pipe or forward/reverse flow direction signal. Function software selectable Contact input for external totalizer reset and external zero return Function software selectable internal 1 external R B * +U V + V C internal R I 1 external + V C V * R B U CE I CE Fig. Connection Examples for Peripherals

33 Electromagnetic Flowmeter FSM 1S7U Interconnection iagram: Flowmeter Primary N 1 to N [1/ ], Converter Field Mount Housing Converter S Field Mount Housing ) U+ U- V + - S 1 1S M M1 N - 1+ L Functional Earth 7) ) ) ) ) ) 1) Attention! SE S 1 1S SE U+ 1 U- Flowmeter Primary M M1 SE M M1 SE With preamplifier (always at N1[1/ ] - N [/ ]) Functional Earth Is the flowmeter primary includes a preamplifier either for low conductivity applications or for flowmeter sizes N 1 to N [1/ to / ], the supply voltage ± 1 V C must be connected to terminals U+ and U- at both the flowmeter primary and at the converter. 1) Supply power High voltage: Low voltage: Frequency: U rat = V AC to V AC / U nom = 11 to V AC Terminals L, N,. to. V AC,. to 1. V C Terminals 1+, -, 7 Hz f Hz; Hz Supply power Hz f Hz, Hz Supply power ) Magnet coil supply: Shielded x 1 mm² CE Type 7 TEC 7 ABB Part No. 1717U1 m included with shipment standard ) Current output: Function: ) Contact output: Function: ) Contact input: Function: ) Pulse output: Function: Software selectable Active / ma, / ma, Ω R B Ω Terminals: 1, Software selectable Passive closed : V U CEL V, ma I CEL ma open : V U CEH V, ma I CEH ma Terminals: 1, Software selectable Passive On : V U KL V Off : V U KL V R i = kω Terminals: 1, Selectable Active/Passive fmax: khz, pulse width.1 ms ms Setting range:.1 pulses/units closed : V U CEH V, ma I CEH ma open : V U CEL V, ma I CEL ma Terminals: 1, 7) Shielded signal cable: ABB Part No. 171U, m included with shipment. ) Shielded signal cable: Voltage supply for flowmeter primary with preamplifier Terminals +U, -U instead of on S and 1S in the standard instrument. Comment: We recommend that the output cables be shielded with the shield at one end connected to functional earth. Fig. Interconnection Converter S