Electromagnetic Flowmeter FXE4000

Transcription

1 ata Sheet ield IT Electromagnetic lowmeter XE000 The Electromagnetic lowmeter (EM) can be used to accurately measure the flowrate of liquids which have an electrical conductivity greater than µs/cm (0 µs/cm for demineralized water). The OP-XE is a flow measurement system in a ompact esign. The M-XE flow measurement system consists of a flowmeter primary and a remote mounted µp-converter Stainless Steel lowmeter Primary (Series 000) The basic flowmeter body is installed using threaded adapters which are matched to the pipeline connections: Weld stubs ood Industry fittings per IN 111 Tri-lamps Wafer and fixed flange designs ertificates EHE, ML, lowmeter Primary with luminum Housing (Series 000) lange and wafer designs VW Test Report ertifiable for old and Waste Water and luids other than Water onverter ommunication PROIUS P, HRT-Protocol, OUNTION ieldbus, PROIUS P, SII Pulse output, configurable (active/passive) ata secured in a plug-in EEPROM raphic display P R O I PROESS IEL US U S Intelligent ompact and Effective

2 >V 0 l/min >V 0 m Electromagnetic lowmeter XE000 Overview, lowmeter Primary and onverter esigns: XE000 (OP-XE) N -0 : 1/ - N - N 0 1/ -1¼ N - N 0 1/ - 1 1/ N 0 - N 0 - N 1-00 : -1 Weld Stubs Tri-lamp IN 7 N 0-00 : 1-0 N -0 : 1/ - N -0 : 1/ - N 0-N 0 : - ood. Ind. ittings Ext. Threads IN 111 Others upon request ixed lange Wafer esign ixed lange Wafer esign Variable onnections Housing Material luminum Housing Series 000 Stainless Steel Housing Series 000 Primary Model Number E EW E EW E-R,-S,-T,-E ccuracy 0. % of rate N PN N PN N PN N PN N PN Wafer esign - -0:1/ :1/ langes IN langes NSI 1/ -0 L / - L ood Ind. fittings IN :1/ - Weld stubs :1/ - Tri-lamp per IN :1/ - Ext. thds. ISO /IN :1/ -1 Liner Hard/soft rubber P (N - P P P PTE, P 1/ -/1 ) PTE (N -0 / - ) (vacuum tight) (vacuum tight) (vacuum tight) onductivity > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) Electrodes SS 1.71[1Ti], 1.9, Hastelloy /, Platinum-Iridium, Tantalum, Titanium Process onnection Material Steel, 1.71[1Ti] [1Ti] - 1.0[1L] Protection lass IP 7 IP 7 IP 7 IP 7 IP 7 luid Temperature * - to to to to to +10 pprovals EEx esign TÜV 97, TEX 117X (see separate data sheet) ertifiable old- and Waste Water, Liquids other than Water Press. Equip. ir. 97//E onformity Evaluation per ategory III, luid roup 1 ertificates, ML, EHE (leanability) onverter Supply Power - V /1.-. V / V urrent Output 0/-m, 0- m, 0/-0 m, 0/-/1-0 m Pulse Output ctive V pulse or passive optocoupler Ext. Zero Return Optocoupler input Ext. Totalizer Reset Optocoupler input orward/reverse Metering Signal over optocoupler output Empty Pipe etector from N : /, signal over optocoupler output Self Monitor yes Local isplay / Totalization yes Housing onverter housing made of luminum (standard), converter made of stainless steel (option) ommunication PROIUS P, PROIUS P, HRT-Protocol, OUNTION ieldbus, SII-Protocol (RS) *) - for stainless steel process connections - for steel process connections

3 >V 0 l/min >V 0 m T STEP /E ENTER Electromagnetic lowmeter XE000 Overview, lowmeter Primary and onverter esigns: XE000 (M-XE) N -0 : 1/ - N 1-00 : -1 N -N 0 1/ -1¼ N - N 0 N 0 - N 0 1/ - 1 1/ - Weld Stubs Tri-lamp IN 7 ood Ind. ittings Ext. Threads IN 111 Others upon request N 0-00 : 1-0 N -N 0 : 1/ - N -N 0 : 1/ - N 0-N 0 : - ixed lange Wafer esign ixed lange Wafer esign Variable onnections Housing Material luminum Housing Series 000 Stainless Steel Housing Series 000 Primary Model Number E1 E1W E1 E1W E1-R,-S,-T,-E ccuracy 0. % of rate N PN N PN N PN N PN N PN Wafer esign - -0:1/ :1/ langes IN langes NSI 1/ - 0 L / - L ood. Ind. itting IN :1/ - Weld stubs :1/ - Tri-lamp per IN :1/ - Ext. thds. ISO /IN :1/ -1 Liner Soft/hard rubber, PTE, P P(N-:1/ -/1 ) PTE(N-0:/ - ) P (vacuum tight) P (vacuum tight) P (vacuum tight) onductivity > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) > µs/cm (0 µs/cm for demineralized water) Electrodes SS 1.71[1Ti], 1.9, Hastelloy /, Platinum-Iridium, Tantalum, Titanium Process onnection Steel, 1.71[1Ti] [1Ti] - 1.0[1L] Material Protection lass IP 7, IP (Option) IP 7, IP (Option) IP 7, IP (Option) IP 7, IP (Option) IP 7, IP (Option) luid Temperature * - to to to to to +10 pprovals EEx esign TÜV 97, TEX 117X (see separate data sheet) ertifiable old- and Waste Water, Liquids other than Water Press. Equip. ir. 97//E onformity Evaluation per ategory III, luid roup 1 ertificates, ML, EHE (leanability) onverter Supply Power - V /1.-. V / V urrent Output 0/-m, 0- m, 0/-0 m, 0/-/1-0 m Pulse Output ctive V pulse or passive optocoupler Ext. Zero Return Optocoupler input Ext. Totalizer Reset Optocoupler input orward/reverse Metering Signal over optocoupler output Empty Pipe etector from N : /, signal over optocoupler output Self Monitor yes Local isplay / Totalization yes Housing ield mount housing, 19 -Insert, Panel mount housing, Rail mount housing ommunication PROIUS P, PROIUS P, HRT-Protocol, OUNTION ieldbus, SII-Protocol (RS) *) - for stainless steel process connections - for steel process connections M-XE

4 ccuracy, Reference onditions and Principles of Operation Reference onditions per EN 9 luid Temperature 0 ± K mbient Temperature 0 ± K Supply Power Line voltage per Name Plate U N ± 1 % and requency f ± 1 % Installation onditions Upstream >xn straight section ownstream >xn straight section = lowmeter primary size. Warm Up Phase 0 min nalog Output Effects Same as pulse output plus ± 0.1 % of rate. Standard alibration (Pulse Output): Q>0.07 Range max ± 0. % of rate Q<0.07 Range max ± Range max Range max = maximum flowrate for the flowmeter size at m/s Principle of Operation The araday Laws of Induction, which state that a voltage is generated in a conductor when it moves through a magnetic field, form the basis for the electromagnetic flowmeter measurements. This measurement principle is applied to a conductive fluid which flows in a pipe in which a magnetic field is generated perpendicular to the flow direction (see Schematic). The voltage which is induced in the fluid is measured at two electrodes located diametrically opposite to each other. This signal voltage U E is proportional to the magnetic induction, the electrode spacing and the average fluid velocity v. Since the magnetic induction and the electrode spacing are constant values the signal voltage U E is proportional to the average flow velocity v. The equation for calculating the volumetric flowrate shows that the signal voltage U E is linear and proportional to the volumetric flowrate. The induced signal voltage is converted into scaled, analog and digital output signals in the converter. Magnet coil Meter tube in electrode plane ccuracy ± % v.m. 1 Standard calibration 0. % of rate Signal electrode % low Velocity Q Range max v [m/s] Signal voltage U E = Signal voltage = Magnetic induction = Electrode spacing v = verage flow velocity qv = Volume flowrate U E ~ v π qv = v U E ~ qv ig. 1: lowmeter System ccuracy XE000 ig. : Electromagnetic lowmeter Schematic

5 Installation Requirements and rounding In- and Outlet Pipe Sections The metering principle is independent of the flow profile as long as standing eddies do not extend into the metering section, such as may occur after double elbows, tangential inflow or partially open gate valves upstream of the flowmeter. It is recommended that flow control devices be installed downstream from the flowmeter primary. It is essential to assure that the meter tube is always completely filled with fluid. Our experience indicates that in most installations, straight inlet sections x long and straight outlet sections x long are sufficient. Installation in Larger Size Pipelines The flowmeter primary can readily be installed in larger pipeline sizes by utilizing reducers (e.g. flanged reducers IN 1). The pressure drop which results from the reduction can be determined from the Nomograph ig.. The pressure drop is determined in the following manner: 1. alculate the diameter ratio d/.. etermine the flow velocity from the low Range Nomograph ig... Read the pressure drop on the Y-xis in ig.. or test stands the reference conditions in EN 9 are to be maintained. or certified instruments, there are special in- and outlet length requirements (see Page 7). langed reducer Electrode xis The meter can be installed in vertical, horizontal or sloped pipelines. The electrode axis should be horizontal, if at all possible. vertical electrode axis orientation should be avoided. n ideal installation is shown in ig.. d V d = EM Inside diameter = Pipeline inside diameter v = low velocity [m/s] p = Pressure drop [mbar] Electrode axis Pressure rop Nomograph for EM with langed Reducers α = 0 v=m/s 7m/s m/s m/s ig. : Electrode xis rounding The grounding of the flowmeter primary is essential not only for safety reasons, but also of importance to assure trouble free operation of the electromagnetic flowmeter. The ground screws on the flowmeter primary are to be brought to ground potential. or technical reasons this potential should be identical to the potential of the metering fluid, if possible. or plastic or insulated lined pipelines the fluid is grounded by installing ground plates. When there are stray potentials present in the pipeline, a ground plate is recommended on both ends of the meter primary. Pressure rop p [mbar] 1 m/s m/s m/s or flowmeter primaries with hard or soft rubber liners, sizes N 1/ and larger, a conductive element is incorporated in the liner. This assures that the fluid is grounded. 1m/s To comply with the EM- and Low Voltage Regulations the connection box/converter must be grounded in addition to the meter tube of the flowmeter primary. The green/yellow cable, included with the shipment, should be used to make this connection. onnection examples are shown in the Section Interconnection iagrams starting on Page iameter Ratio d/ ig. : Nomograph for EM Pressure rop eterminations

6 lowmeter Sizes, Pressure Ratings, low Range Nomograph Meter Size N Inch 1/ / 1/ /1 / 1 1/ 0 / 1 1-1/ 0 1-1/ 0-1/ Std. Press. Rating PN /1 /1 /1 /1 /1 /1 Min. low Range low Velocity 0 to 0. m/s 0 to 0. l/min 0 to 0. l/min 0 to 1 l/min 0 to 1. l/min 0 to. l/min 0 to.0 l/min 0 to 7. l/min 0 to l/min 0 to 0 l/min 0 to 0 l/min 0 to m /h 0 to m /h 0 to 9 m /h 0 to 1 m /h 0 to 1 m /h 0 to 0 m /h 0 to m /h 0 to 90 m /h 0 to 10 m /h 0 to 1 m /h 0 to m /h 0 to 00 m /h 0 to 0 m /h 0 to 0 m /h 0 to 0 m /h 0 to 900 m /h 0 to 100 m /h 0 to 10 m /h Max. low Range low Velocity 0 to m/s 0 to l/min 0 to l/min 0 to 0 l/min 0 to 0 l/min 0 to l/min 0 to 0 l/min 0 to 10 l/min 0 to 00 l/min 0 to 00 l/min 0 to 00 l/min 0 to 0 m /h 0 to 10 m /h 0 to 10 m /h 0 to 0 m /h 0 to 0 m /h 0 to 00 m /h 0 to 0 m /h 0 to 100 m /h 0 to 00 m /h 0 to 00 m /h 0 to 00 m /h 0 to 000 m /h 0 to 00 m /h 0 to 900 m /h 0 to 100 m /h 0 to 1000 m /h 0 to 000 m /h 0 to 7000 m /h lowrate Nomograph The volumetric flowrate is a function of both the flow velocity and the flowmeter size. The low Range Nomograph shows the flowrates which can be metered with a specific flowmeter size and also which flowmeter sizes are suitable for a specific flowrate. Example: lowrate = 7 m /h (maximum value = flow range end value). Suitable are flowmeter primary sizes N 0 : / to N : -1/ for flow velocities between 0. and m/s. lowrate Example l/min 1 m /h N 00 N 900 N 00 N 700 N 00 N 00 N 0 N 00 N 0 N 00 N 0 N 00 N 10 N 1 N 0 N 0 N N 0 N 0 N N N 0 N 1 N N N N l/s m/s ig. : low Range Nomograph N to N 00 : 1/ to 0

7 gency pproved EM pprovals The design of the measurement instrument Electromagnetic Volume lowrate Totalizer with Electrical ounter has been approved by the National Institute for Science and Technology (Physikalisch-Technischen undesanstalt) in raunschweig, ermany. The following approvals have been granted for the Volume lowrate Totalizer which consists of a flowmeter primary and a converter:.1 Electromagnetic Volume lowrate Totalizer 7.1 with a lass Electrical ounter for old Water and Waste Water.71 Electromagnetic Volume lowrate Totalizer 7.0 with Electrical ounter for Liquids other than Water ppendix (EO) or ppendix (EO) of the ertification Regulations of 19 apply to the Electromagnetic Volume lowrate Totalizer with Electrical ounter. ertification The Electromagnetic Volume lowrate Totalizer is certified on the test stands in öttingen, ermany which have been approved for certification calibrations. fter the calibration has been completed, the parameters which impact the ertification Regulations, can only be changed in the presence of a ertification gent. pproved lowmeter Sizes for old Water and Waste Water Meter Size N Inch 1 1-1/ 0 1-1/ 0-1/ Min. llow. low Range End Value (approx. m/s) 0 to. m /h 0 to m /h 0 to 9 m /h 0 to 1 m /h 0 to m /h 0 to m /h 0 to m /h 0 to m /h 0 to 1 m /h 0 to 0 m /h 0 to 0 m /h 0 to 00 m /h 0 to 700 m /h 0 to 900 m /h 0 to 10 m /h 0 to 000 m /h 0 to 00 m /h 0 to 00 m /h 0 to 00 m /h 0 to 00 m /h Max. llow. low Range End Value (approx. m/s) 0 to 1 m /h 0 to m /h 0 to m /h 0 to 70 m /h 0 to 10 m /h 0 to 10 m /h 0 to 0 m /h 0 to 0 m /h 0 to 0 m /h 0 to 10 m /h 0 to 100 m /h 0 to 00 m /h 0 to 00 m /h 0 to 00 m /h 0 to 70 m /h 0 to 000 m /h 0 to 1000 m /h 0 to 1000 m /h 0 to 000 m /h 0 to 000 m /h pproved lowmeter Sizes for Liquids other than Water lowmeter Size and Maximum llowable lowrates N Inch Q max Liter/min 1 1-1/ 0 1-1/ 0-1/ N Inch 1 1-1/ 0 1-1/ 0-1/ 0 0 select between0 and 00 in steps of select between0 and 00 in steps of select between10 and 70 in steps of 0 select between0 and 00 in steps of 0 select between00 and 000 in steps of 0 select between700 and 000 in steps of 0 select between900 and 00 in steps of 0 select between000 and 000 in steps of Min. flow range: approx.. m/s. Max. flow range:approx. m/s. Minimum lowrates and luids Minimum lowrate l/min luid eer, Milk, Syrup eer, Milk, Syrup eer, Milk eer, Wort The actual flow ranges must be in accord with the values listed in the Tables. Subsequent range changes require a new calibration on an agency certified test stand. Installation Requirements for Volume lowrate Totalizers The following installation requirements are to be observed: or old Water and Waste Water the lengths of the straight pipeline sections must be at least times the flowmeter size upstream and at least times downstream. or Liquids other than Water (milk, beer, wort, brine) the values listed in the brackets in ig. apply. or flow metering in both directions (forward and reverse) straight sections are required on both sides of the flowmeter primary with a length of at least times the flowmeter size for old Water and Waste Water approved flowmeters and at least times for Liquids other than Water approved flowmeters. The piping system must always be completely full. The signal cable length may not exceed 0 m. d Milk, Wort, eer Milk, Wort, eer rine, Wort rine x N ( x N) x N ( x N) x N ( x N) or forward and reverse flow metering ig. : Pipeline Installation, Reductions as Required 7

8 Specifications: langed esign Models E1/E, Wafer esign Models E1W/EW! ttention Llimits 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 Load urves for Model E1/E (langed esign) Max. Temperature 90 for hard/soft rubber liners Max. Temperature 10 for PTE/P liners ruck / Pressure (PS) [bar] PN 0 PN PN 1 PN Temperatur / Temperature (TS) [ ] ig. 7: IN-langes SS 1.71[1TI] to N 00 Max. Temperature 90 for hard/soft rubber liners Max. Temperature 10 for PTE/P liners ig. : ruck / Pressure (PS) [bar] lb/l lb /L Temperatur / Temperature (TS) [ ] NSI-langes SS1.71[1TI] to 1 (L10/00), to 0 (L10) Max. Temperature 90 for hard/soft rubber liners Max. Temperature 10 for PTE/P liners ruck / Pressure (PS) [bar] 0 PN 0 0 PN 0 1 PN 1 PN Temperatur / Temperature (TS) [ ] ig. 9: IN-langes Steel to N 00 Max. Temperature 90 for hard/soft rubber liners Max. Temperature 10 for PTE/P liners ig. : ruck / Pressure (PS) [bar] lb/l lb/l Temperatur / Temperature (TS) [ ] NSI-langes Steel to 1 (L10/00), to 0 (L10) JIS K- langes SS 1.71[1Ti] or Steel Meter Size Material PN TS [ ] PS [bar] N Inch / - SS 1.71[1Ti] - to / - Steel - to +10 Liner: PTE, hard/soft rubber (limited to 90 ) Max. Temperature 90 for hard/soft rubber liners ruck / Pressure (PS) [bar] Temperatur / Temperature (TS) [ ] ig. 11: IN-langes SS 1.71[1Ti} N 700-N 00 Max. Temperature 90 for hard/soft rubber liners ruck / Pressure (PS) [bar] N 700 PN 1 N 900 PN 1 N 00 PN 1 N 00 PN 1 N 900 PN N 00 PN N 700 PN N 00 PN N 700 PN N 900 PN 1 N 00 PN 1 N 00 PN N 900 PN N 00 PN N 700 PN N 00 PN Temperatur / Temperature (TS) [ ] ig. 1: IN-langes Steel N 700-N 00

9 Material Load urves for Models E1W/EW (Wafer esign) (P-Liner, Wafer esign) l N Inch TS max [ ] TS min [ ] PS max [bar] 0 1/ (L10) eneral Specifications Min. allow. Pressure as a function of luid Temperature Liner Meter Size P Operate at T Operate N Inch mbar abs. Hard rubber 1-0 1/ - 0 < 90 KTW approved < 90 Soft rubber < 90 KTW approved < 90 PTE - 00 / - 70 < 0 00 < 10 P - 0 1/ - 0 < 10 Other meter sizes, press. ratings and Temp. lasses upon request Max. llowable leaning Temperature IP-leaning Liner T max t max T mb. Primary Minutes Steam cleaning PTE, P 10 0 Liquid cleaning PTE, P 10 0 If the ambient temperature >, then the difference must be subtracted from the max. cleaning temperature. T max - where = T mb - ) Max. allow. luid Temperatures as a unction of the mbient Temperatures for lowmeters with Steel langes ig. 1 mbient Temperature luid Temperature -0 Temperature range for OP-XE Temperature range for M-XE omment: Max. allowable fluid temperature for Hard/soft rubber liner 90 Max. allowable fluid temperature for PTE/P 10 Max. allow. luid Temperatures as a unction of the mbient Temperatures for lowmeters with Steel langes Max. allow. luid Temperature as a unction of the mbient Temperature for lowmeters with SS langes Materials, lowmeter Primary Liner Signal and ground electrodes for hard rubber, soft rubber PTE P Part Standard Options PTE, P, hard rubber, soft rubber round plate for flanged and wafer design flowmeters SS 1.71 [1Ti] Hast. - (.) SS 1.71 [1Ti] Process onnection Materials Protection lass per EN 09 IP 7 IP (only for M-XE flowmeter primary) Pipeline Vibrations Maximum allowable 1 m/s ( - 10 Hz) Hast. - (.17), Hast. -, Titanium, Tantalum, Platinum-Iridium SS 1.71 [1Ti] Hast. - (.17) Titanium, Tantalum Platinum-Iridium Upon request Protection plate SS 1.71 [1Ti] Upon request Part Standard Options langes N - 1 : 1/ -1/ N 0-00 : / -1 SS 1.71 [1Ti] (standard) Steel (galvanized) 1.71[1Ti] N 0-00 : 1-0 Steel (painted) 1.71[1Ti] Housing N - N 00 1/ - 1 N Part Standard Options onnection box Two piece housing ast lum., painted, Paint coat, 0 µm thick RL 900 Welded steel construction, painted Paint coat, 0 µm thick RL 900 ast lum., painted, Paint coat 0 µm thick rame: dark gray, RL 701 over: light gray, RL 900 Meter tube SS 1.01 [0] Pg-onnector Polyamide PV esigns The flanged flowmeters comply with the installation lengths defined in VI/VE 1, ISO 19 or VW (Working Paper W0, esign WP, ISO 0 short). mbient Temperature luid Temperature -0 Temperature range for OP-XE Temperature range for M-XE omment: Max. allowable fluid temperature for Hard/soft rubber liner 90 Max. allowable fluid temperature for PTE/P 10 ig. 1: Max. allow. luid Temperature as a unction of the mbient Temperature for lowmeters with Stn. Stl. langes 9

10 Specifications: Stn. Stl. lowmeter, Mod. E1_ or E_, N to N 0 : 1/ to Material Loads for Model E1_ or E_, (with variable process connections) Process onnections Meter Size Liner P N Inch Wafer esign - 0 1/- -0 ½- Material Loads urves for langed lowmeters Model E1/E Liner: P Liner: P PS max. [bar] TS max. [ ] TS min. [ ] 0(L00) 10* 1(L10) 10* Weld stubs per ISO * Weld stubs per IN -0 /- 10* Weld stubs per IN /- 10* ood Ind. ftgs per IN /- 10 Tri-lamp per IN 7-0 1/- 11 External threads ISO - 1/-1 10* ruck / Pressure (PS) [bar] PN 0 PN 1 PN 1 PN *) Temperatur / Temperature (TS) [ ] ig. 1: IN-langes SS 1.71 [1Ti] to N 0 ruck / Pressure (PS) [bar] lb/L00 10lb/L *) Temperatur / Temperature (TS) [ ] ig. 1: SME-langes SS 1.71 [1Ti] to JIS K- langes SS 1.71 [1Ti] or Steel Meter Size Material PN TS [ ] PS [bar] N 0 SS 1.71[1Ti] - to +10* 1 - Steel - to +10* Material Loads urves for Wafer esign lowmeters Model E1_/E_ Liner: P ruck / Pressure (PS) [bar] ig. 17: *10 Temperatur / Temperature (TS) [ ] JIS K- Wafer esign Meter Size Material PN TS [ ] PS [bar] N 0 1-1/ - SS 1.0[1L] SS 1.[1L] SS 1.01[0] Minimum llowable bsolute Pressure Maximum llowable leaning Temperature IP-leaning Liner T max T max T mb Minutes Steam cleaning P 10 0 Liquid cleaning P 10 0 If the ambient temperature >, then the difference must be subtracted from the max. cleaning temperature. T max -, where = (T mb - ). Maximum llowable Temperature Shock PN 0/L00 PN PN 1/L10 PN to +10 Liner Meter Size P Operate mbar abs at T Operate P N 0 1/ * Liner Temp. Shock Temp. radient max. Temp. iff. /min P any any *) Higher temperatures are allowed for IP/SIP cleaning for limited time periods, see Table Maximum llowable leaning Temperature.

11 Temperature iagram mbient Temperature 0 asket Material Process onnections Wafer esign Weld stubs, ood Ind. ittings, Tri-lamp, External Threads Housing flat gasket asket Material None EPM (Ethylene-Propylene) std. with -pproval, Silicone with -pproval (Option) Silicone Temperature range for OP-XE Temperature range for M-XE 10 luid Temperature Protection lass per EN 09 IP 7 Standard IP (only for M-XE flowmeter primary) Pipeline Vibrations Maximum allowable 1 m/s ( - 10 Hz) ig. 1: Maximum llowable mbient Temperatures as a unction of the luid Temperature for Stn. Stl Process onnections and Wafer esigns luid Temperatures - to +10, IP-cleanable, see Temperature iagram and Max. llowable leaning Temperature. Storage Temperature -0 to +70 Materials, lowmeter Primary Liner Material P Electrode Material Electrodes esign Standard Options Standard Options Hast.- (1.9 for ood Ind. fittings & Tri-lamp Hast.- SS 1.9 SS1.71[1Ti] Tantalum, Titanium, Platinum-Iridium lat head Pointed head ( N / Process onnection Materials langes per IN Wafer esign Weld stubs ood Ind. ittings per IN 111 Tri-lamp per IN 7 External threads Standard SS 1.71 [1Ti] None SS 1.0 [1L] SS 1.0 [1L] SS 1.0 [1L] SS 1.0 [1L] onnection ox Standard Option OP-XE ast lum., painted, Paint colors rame: dark gray, RL 701 over: light gray, RL 900 onverter housing made completely of Stn. Stl [0] M-XE SS 1.01 [0] Meter Tube SS 1.01 [0] P-onnector Polyamide PV Housing, eep drawn housing SS 1.01 [0] lowmeter Primary 11

12 imensions lowmeter Primary langes per IN and NSI, Mod. E1 & E M-XE OP-XE M-XE OP-XE E Tolerance: L* +0 - L* N - 0 : 1/ - IN langes imensions Weight appr. kg N PN 1) L )) E ompact esign Remote Primary NSI langes imensions Weight ompact esign Remote Primary L 10 L 00 L )) L 10 L 00 L 10 L 00 N Inch ISO 19 (old lay length) appr. kg appr. kg appr. kg appr. kg - ) 1/-/1 ) / ) / / / 1 1/ / or dimensions,, E see Table IN langes 1) Other pressure ratings upon request ) If one ground plate (mounted on one flange) is installed, the dimension L increases as follows: N - 0:1. - by mm. ) If one protection plate (mounted on one flange) is installed, the dimension L increases as follows: N - 0:1. - by mm. ) If two protection flanges (mounted to each NSI flange, old lay length) are installed the dimension L increases as follows: 1/ - by 0 mm, and larger by mm ) onnection flange N ) onnection flange 1/ ll dim s in mm ISO Projection Method E ig. 19: imensions lowmeter Primary N :1/ to N 0:, langes per IN and NSI 1

13 imensions lowmeter Primary langes per IN and NSI, Mod. E1 & E M-XE OP-XE M-XE OP-XE >V 0 l/min >V 0 m Tolerance: L* N 1-00 : L* ; N 0-00 : N 1-00 : - 1 H IN langes imensions Weight appr. kg N PN 1) L 1 H ompact esign Remote Primary NSI langes imensions Weight ompact esign Remote Primary L 10 L 00 L ) L 10 L 00 L 10 L 00 N Inch ISO 19 (old lay length) 1 appr. kg appr. kg appr. kg appr. kg or dimensions with NSI langes see Table IN langes ) Other pressure ratings upon request ) If two protection flanges (mounted to each NSI flange, old lay length) are installed the dimension L increases as follows: and larger by mm ll dim s in mm ISO Projection Method E ig. 0: imensions lowmeter Primary N 1: to N 00:1, langes per IN and NSI 1

14 imensions lowmeter Primary langes per IN and NSI, Mod. E1 & E M-XE OP-XE M-XE OP-XE L* N 0-00 : 1-0 Tolerance: L* N 0-00 : ; N : IN langes imensions 1) Other pressure ratings upon request Weight ompact esign Remote Primary N PN 1) L 1 appr. kg appr. kg NSI langes imensions Weight ompact esign Remote Primary L 10 L 00 L L 10 L 00 L 10 L 00 N Inch ISO 19 (old lay length) 1 appr. kg appr. kg appr. kg appr. kg or dimensions with NSI flanges see Table IN langes. ll dim s in mm ISO Projection Method E ig. 1: imensions lowmeter Primary N 0:1 to N 00:0, langes per IN and NSI 1

15 imensions lowmeter Primary Wafer esign, Mod. E1W & EW M-XE OP-XE M-XE OP-XE N - 0 : 1/ - Process onnections N Inch PN L E Weight ompact esign appr. kg Weight Remote Primary appr. kg Wafer esign - 1/-/ / / / / ll dim s in mm ISO Projection Method E ig. : imensions lowmeter Primary N :1/ to N 0:, Wafer esign 1

16 imensions Stainless Steel lowmeter Primary langes per IN and NSI, Mod. E1 & E M-XE OP-XE M-XE OP-XE >V 0 l/min >V 0 m Tolerance: L* +0 - L* N - 0 : 1/ - 1½ langes per IN 01 imensions Weight ompact esign Remote Primary N PN L 1 d appr. kg appr. kg NSI langes imensions Weight ompact esign Remote Primary L 10 L 00 L 10 L 00 L 10 L 00 N Inch L 1 appr. kg appr. kg appr. kg appr. kg - 1) 1/-/1 ) / ) / / ¼ ½ or dimension, d and see Table IN langes. 1) onnection flange N ) onnection flange 1/ If one ground plate is required, L + mm, material upon request. The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page ll dim s in mm ISO Projection Method E ig. : imensions Stn. Stl. lowmeter Primary N :1/ to N 0:1½, langes per IN and NSI 1

17 imensions Stainless Steel lowmeter Primary langes per IN and NSI, Mod. E1 & E M-XE OP-XE M-XE OP-XE >V >V 0 l/min 0 m 10 d 7 Tolerance: L* +0 - L* N 0-0 : - langes per IN 01 imensions Weight ompact esign Remote Primary N PN L 1 d appr. kg appr. kg NSI langes imensions Weight ompact esign Remote Primary L 10 L 00 L 10 L 00 L 10 L 00 N Inch L 1 appr. kg appr. kg appr. kg appr. kg ½ or dimension, d and see Table IN langes. If one ground plate is required, L + mm, material upon request. The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page ll dim s in mm ISO Projection Method E ig. : imensions Stn. Stl. lowmeter Primary N 0: to N 0:, langes per IN and NSI 17

18 imensions Stainless Steel lowmeter Primary Wafer esign, Mod. E1W & EW M-XE OP-XE M-XE OP-XE i E 7 N - : 1/ - /1 * L N - 0 : 1/ - 1½ i 1. N Inch PN L 1) * i E 1 OP-XE() Wgt.~kg M-XE(1) Wgt.~kg 1/ / 1/ / / / L 10/ 1 0 / L / / ) If one ground plate is required, L + mm The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page ll dim s in mm ISO Projection Method E ig. : imensions Stn. Stl. lowmeter Primary N :1/ to N 0:1½, Wafer esign 1

19 imensions Stainless Steel lowmeter Primary Wafer esign, Mod. E1W & EW M-XE OP-XE M-XE OP-XE i 1 E 7 * L N 0-0 : - N Inch PN L 1) * i E 1 OP-XE() Wgt.~kg M-XE(1) Wgt.~kg 0-0 L10/ / L ) Installation length with ground plates L + mm The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page ll dim s in mm ISO Projection Method E ig. : imensions Stn. Stl. lowmeter Primary N 0: to N 0:, Wafer esign 19

20 imensions lowmeter Primary Variable Process onnections, Mod. E1_ & E_ M-XE OP-XE M-XE OP-XE E N - 0 : 1/ - 1½, Mounting racket (option) N Inch PN E * * 1* M-XE OP-XE() Weight appr. kg 1) M-XE(1) Weight appr. kg 1) - 1/-/ / / / / The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page * The dimensions, 1 and increase by. mm when a mounting bracket is used Installation lengths with the variable process connections see Page 1) Plus proceess connection adapter weight see Page ll dim s in mm ISO Projection Method E ig. 7: imensions lowmeter Primary N :1/ to N 0:1½, Variable Process onnections 0

21 imensions lowmeter Primary Variable Process onnections, Mod. E1_ & E_ M-XE OP-XE M-XE OP-XE E, 0 Mounting racket (option) N 0-0 : - 1 N 0 : N -0 : ½ - N Inch PN E * * 1* M-XE OP-XE () Weight appr. kg 1) M-XE (1) Weight appr. kg 1) / The above dimensions for OP-XE are for the design with an investment cast lum. converter housing. imensions for stn. stl. converter housing see Page * The dimensions, 1 and increase by. mm when a mounting bracket is used Installation lengths with the variable process connections see Page 1) Plus process connection adapter weight see Page ll dim s in mm ISO Projection Method E ig. : imensions lowmeter Primary N 0: to N 0:, Variable Process onnections 1

22 imensions Stainless Steel lowmeter, dapters for Variable Process onnections, Mod. E1_ & E_ Meter Size Weld Stubs N Inch ISO 07 IN 110 IN i a L Wgt./kg i a L Wgt./kg i a L Wgt./kg - 1/-/ / / / / / Meter Size ood Ind. ittings Tri-lamp N Inch IN 111 IN 7 Rd. Wgt. L Wgt./kg i L Wgt./kg - 1/-/ x 1/ / x 1/ / x 1/ x 1/ / x 1/ / x 1/ x 1/ / 9 x 1/ x 1/ x 1/ i a Rd-Thd. i L L L Weld stubs per IN 110 or ISO 07 or IN ood Ind. ittings per IN 111 Tri-lamp per IN 7 Meter Size N Inch External Threads ISO / IN 999 R a L Weight kg 1) - 1/-/ / / 1/ / / R a L External threads ig. 9: imensions Stn. Stl. lowmeters N :1/ to N 0:, dapters for Variable Process onnections ll dim s in mm ISO Projection Method E

23 imensions onverter omplete, Made of Stainless Steel for Mod. E_ able connector M0 x ig. 0: imensions Stn. Stl. esign OP-XE Model E_ ll dim s in mm ISO Projection Method E Wafer esign ccessories for Model E1W, EW, E1W, EW The following accessories are available as a function of the meter size and the pressure rating: olts, nuts, lock washers, centering elements askets are not included in the accessories. Material: SS Meter Size Pressure Rating Part Number N to PN - 0 1LU0 1/ to / L 10 1LU0 L 00 1LU0 N 1 PN - 0 1LU0 1/ L 10 1LU0 L 00 1LU0 N 0 PN - 0 1L7U0 / L 10 1L7U0 L 00 1L7U0 N PN - 0 1LU0 1 L 10 1LU0 L 00 1LU0 N PN - 0 1L9U0 1-1/ L 10 1L9U0 L 00 1L9U0 N 0 PN - 0 1L70U0 1-1/ L 10 1L70U0 L 00 1L70U0 N 0 PN - 0 1L9U0 L 10 1L9U0 L 00 1L9U0 N PN - 1 1L97U0-1/ L 10 1L97U N 0 PN - 0 1L9U0 L 10 1L9U09 N 0 PN - 1 1L99U07 L 10 1L99U09

24 Ordering Information langed lowmeters, Mod. E and E1 In addition to the Ordering Number please provide the following information: luid, fluid temperature, operating pressure, flow range, pipeline type, (ground plate, ground electrodes) OP-XE M-XE Ordering Number E E1 Liner Hard rubbern 1-001/ - 0 Soft rubbern H S H S PTE N - 00/ - T T P N - 01/ - P P Meter Size N 1/ N / N 1/ N /1 N / N 1 1/ N 0 / N 1 N 1-1/ N 0 1-1/ N 0 N -1/ N 0 N 0 N 1 N 10 N 00 N 0 N 00 1 N 0 1 N 00 1 N 0 1 N 00 0 N 00 N 700 N 00 N 900 N 00 0 Signal/round Electrode Material 1) SS (1.71[1TI])/ none (std. for hard/soft rubber) Hastelloy - (.17)/ none Hastelloy - (.)/ none (standard tor PTE/P) Titanium/ none Tantalum/ none SS (1.9)/ none Platinum-Iridium/ none SS (1.71)/ with Hastelloy - (.17)/ with Hastelloy - (.)/ with Titanium/ with Tantalum/ with SS (1.9)/ with Platinum-Iridium/ with Pressure Rating PN PN 1 PN PN H 1Q 1 H H H H H 7H H 9H 1T JIS K (only up to N 0: ) NSI L 10old installation length (only for replacements) NSI L 00old installation length (only for replacements) NSI L 10ISO installation length NSI L 00 ISO installation length S H M T P E N O I Q R Process onnection Material Steel (standard from N 0:/ ) 1.71[1Ti] Std.N-1:1/ -1/ 1 1) round electrodes available in meter sizes N - 00:1/ - 1 conductive ground element in integrated in the hard/soft rubber liners in meter sizes N 1-00: - 0 as standard. round electrodes not required. ontinued on next Page E K P Q R S H 1Q 1 H H H H H 7H H 9H 1T S H M T P E N O I Q R E K P Q R S 1

25 OP-XE Ordering Number E E1 ccessories None Protection plates 1.71[1Ti] (both sides) round plate 1.71[1Ti] (one side ) Protection flanges 1.71[1Ti] (both sides ) M-XE Temperature Range Standard temperature < 10 S S ertificates Standard (none) Material ertificate.1 per EN0 & Press. Test per -000 Pressure Test per -000 Inspection Test Report per EN0.1 alibration ertificates None ertified for old/waste Water (N - 00:1-0 ) ertified for Liquids other than Water Protection lass Supply Power IP 7 (able connector threads see Section pplication ) High voltage - V Low voltage 1. -.V / V isplay Magnet Stick operation and lighted display In-/Output Options urrent outp. +Pulse outp. active +ontact inp. +ontact outp. urrent outp. +Pulse outp. active +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact outp. +RS Pulse outp. passive +ontact outp. +PROIUS P PROIUS P.0 OUNTION ieldbus PROIUS P.0 (with M1 plug) pplication onverter housing with threads for cable connector M 0 x 1. (standard) onverter housing with threads for cable connector NPT 1/ onverter housing with threads for cable connector P 1/ ) ground plate one side mounted on flange (only available for flowmeter primaries N 00:1 ) ) Only in combination with NSI-langes (old installation length) none ertifiable old/wastewater(n-00:1-0 ) ertifiable Liquids other than Water IP 7 (thds. for cable connector M0 x1.), std. IP (thds. for cable connector P 1.) IP 7 (thds. for cable connector NPT 1/ ) IP 7 (thds. for cable connector P 1/ ) K dditional Ordering Information to be provided in writing. Name Plate Excitation requency erman N - 00:1/ -0 / 1/ Hz (0 Hz line) English N - 0:1/ - /1 1/ Hz (0 Hz line) rench N - 00:1/ -0 /7 1/ Hz (0 Hz line) N - 0:1/ - /1 Hz (0 Hz line) Electrode esign Standard Pointed head (from N//, SS1.9), for high grease content

26 Ordering Information for Wafer esign lowmeters, Mod. EW and E1W In addition to the Ordering Number please provide the following information: luid, fluid temperature, operating pressure, flow range, pipeline type, (ground plate, ground electrodes) OP-XE M-XE Ordering Number EW E1W Liner PTE P Meter Size N 1/ N / N 1/ N /1 N / N 1 1/ N 1 N 1-1/ N 0 1-1/ N 0 N -1/ N 0 N 0 Signal/round Electrode Material 1) SS (1.71[1Ti]) / none Hastelloy - (.17) / none Hastelloy - (.) / none (standard) Titanium / none Tantalum / none SS (1.9) / none Platinum-Iridium / none SS (1.71) / with Hastelloy - (.17) / with Hastelloy - (.) / with Titanium / with Tantalum / with SS (1.9) / with Platinum-Iridium / with T P H S H M T P E N O I Q R Pressure Rating PN 1 NSI L 10 P P ertificates Standard (none) Mat l ertificate.1 per EN0 & Press. Test per -000 Pressure Test per -000 Inspection Test Report per EN0.1 alibration ertificates None ertified for old/waste Water (N - 00:1-0 ) ertified for Liquids other than Water Protection lass Supply Power IP 7 (threads for cable connector see section pplication ) High voltage - V Low voltage V / V isplay Magnet Stick operation and lighted display 1) round electrodes available in flowmeter sizes N - 0 : 1/ - ontinued on next Page T P H S H M T P E N O I Q R IP 7 (thds. for cable connector M0 x1.) std. IP (thds. for cable connector P 1.) IP 7 (thds. for cable connector NPT 1/ ) IP 7 (thds. for cable connector P 1/ ) K

27 OP-XE Ordering Number EW E1W In-/Output Options urrent outp. +Pulse outp. active +ontact inp. +ontact outp. urrent outp. +Pulse outp. active +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact outp. +RS Pulse outp. passive +ontact outp. +PROIUS P PROIUS P.0 OUNTION ieldbus PROIUS P.0 (with M1 plug) pplication onverter housing with threads for cable connector M 0 x 1. (standard) onverter housing with threads for cable connector NPT 1/ onverter housing with threads for cable connector P 1/ M-XE dditional Ordering Information to be provided in writing. Name Plate Excitation requency erman N - 00:1/ -0 / 1/ Hz (0 Hz line) English N - 0:1/ - /1 1/ Hz (0 Hz line) rench N - 00:1/ -0 /7 1/ Hz (0 Hz line) N - 0:1/ - /1 Hz (0 Hz line) Electrode esign Standard Pointed head (from N:/, SS1.9), for high grease content Note: Wafer esign accessories (bolts, nuts, lock washers) see Page 7

28 Ordering Information Stainless Steel langed lowmeter esigns N - N 0 : 1/ - In addition to the Ordering Number please provide the following information: luid, fluid temperature, operating pressure, flow range, pipeline type, (ground plate, ground electrodes) OP-XE M-XE ompact OP-XE E E1 Liner Material P P P Meter Sizes N 1/ N / N 1/ N /1 N / N 1 1/ N 0 / N 1 N 1-1/ N 0 1-1/ N 0 N -1/ N 0 N 0 Signal/round Electrode Material 1) SS 1.71[1Ti] /none Hastelloy - (.17) /none Hastelloy - (.) /none Titanium /none Tantalum /none SS 1.9 /none (ood Ind. application.) Platinum-Iridium /none SS 1.71[1Ti] /with Hastelloy - (.17) /with Hastelloy - (.) /with Titanium /with Tantalum /with SS 1.9 /with (ood Ind. application.) Platinum-Iridium /with Pressure Rating PN 1 (only N 0: ) PN 0 (N - 0:1/ - ) JIS K NSI L 10 (ISO installation length) NSI L 00 (ISO installation length) H S H M T P E N O I Q R K P Q Process onnection Material SS 1.71[1Ti] ccessories None Protection plates 1.71[1Ti] (both sides) round plate 1.71[1Ti] (one side) Temperature Range Standard temperature < 10 S S ertificates: Standard (none) Material ertificate.1 per EN0 & Press. Test per -000 Pressure Test per -000 Inspection Test Report per EN0.1 alibration ertificates None ertified for old/waste Water (N - 00:1-0 ) ertified for Liquids other than Water Protection lass IP 7 (threads for cable connector see Section pplication ) 1) round electrodes available in flowmeter sizes N - 0 : 1/ - ontinued on next Page H S H M T P E N O I Q R K P Q IP 7 (Thds. for cable conn. P1.) IP (Thds. for cable conn. P1.)

29 OP-XE ompact OP-XE E E1 Supply Power High voltage - V Low voltage 1. -.V / V isplay Magnet Stick operation and lighted display In-/Output Options urrent outp. +Pulse outp. active +ontact inp. +ontact outp. urrent outp. +Pulse outp. active +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact outp. +RS Pulse outp. passive +ontact outp. +PROIUS P PROIUS P.0 OUNTION ieldbus PROIUS P.0 (with M1 plug) pplication onverter housing, luminum with threads for cable connector M0 x 1. onverter housing, stn. stl. with threads for cable connector M0 x 1. onverter housing, luminum with threads for cable connector NPT 1/ onverter housing, luminum with threads for cable connector P 1/ K M-XE dditional Ordering Information to be provided in writing. Name Plate Excitation requency erman N-0:1/ - / 1 1/ Hz (0 Hz line) English N-0:1/ - / 1 Hz (0 Hz line) rench Electrode esign Standard Pointed head (from N :/, Material 1.9), for high grease content asket Material EPM with pproval Silicone with pproval 9

30 Ordering Information Stainless Steel lowmeter N - N 0 : 1/ - OP-XE ompact OP-XE E E1 Process onnections: External threads ISO (only N-:1/1-1 ) Weld stubs n. ISO 07 (only N-0:1 - ) Weld stubs per IN Weld stubs per IN 110 ood Ind. fittings per IN 111 Tri-lamp per IN 7 No adapter (for replacement orders) Wafer esign Others E P Q R S T V W Z Liner Material P P P Meter Sizes N 1/ N / N 1/ N /1 N / N 1 1/ N 0 / N 1 N 1-1/ N 0 1-1/ N 0 N -1 N 0 N 0 Signal / round Electrode Material 1) SS 1.71[1Ti]/none Hastelloy - (.17)/none Hastelloy - (.)/none standard Titanium/none Tantalum/none SS 1.9/none (ood Ind. application.) Platinum-Iridium/none SS 1.71[1Ti]/with Hastelloy - (.17)/with Hastelloy - (.)/with standard Titanium/with Tantalum/with SS 1.9/with (ood Ind. application.) H S H M T P E N O I Q R E P Q R S T V W Z M-XE Platinum-Iridium Pressure Rating PN Standard for Tri-lamp, external threads, ood Ind. fittings PN 1 (Wafer esign N - 0:1/ - ) PN 0 (Wafer esign N - 0:1/ - ) NSI L 10 (Wafer esign N - 0:1/ - ) NSI L 00 (Wafer esign N - 0:1/ - ) 1) round electrodes available in flowmeter sizes N - 0 : 1/ - ontinued on next Page P Q H S H M T P E N O I Q R P Q 0

31 OP-XE ompact OP-XE E E1 Process onnection Material None (only Wafer esign) SS 1.0 [ 1L] Others ccessories None Mounting bracket 0 9 M-XE Temperature Range Standard temperature< 10 S S ertificates Standard (none) Material ertificate.1 per EN0 & Press. Test per -000 Pressure Test per -000 Inspection Test Report per EN0.1 alibration ertificates None ertified for old/waste Water (N - 00:1-0 ) ertified for Liquids other than Water Protection lass IP 7 (threads for cable connector see Section pplication ) IP 7 (Thds. for cable conn. P1.) IP (Thds. for cable conn. P1.) Supply Power High voltage - V Low voltage V / V isplay Magnet Stick operation and lighted display In-/Output Options urrent outp. +Pulse outp. active +ontact inp. +ontact outp. urrent outp. +Pulse outp. active +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. urrent outp. +Pulse outp. passive +ontact inp. +ontact outp. +HRT-Protocol urrent outp. +Pulse outp. passive +ontact outp. +RS Pulse outp. passive +ontact outp. +PROIUS P PROIUS P.0 OUNTION ieldbus PROIUS P.0 (with M1 plug) pplication onverter housing, luminum with threads for cable connector M0 x 1. onverter housing, stn. stl. with threads for cable connector M0 x 1. onverter housing, luminum with threads for cable connector NPT 1/ onverter housing, luminum with threads for cable connector P 1/ K dditional Ordering Information to be provided in writing. Name Plate Excitation requency erman N - 0: 1/ - /1 1/ Hz (0 Hz line) English N - 0: 1/ - /1 Hz (0 Hz line) rench Electrode esign Standard Pointed head (from N :/, Material 1.9), for high grease content asket Material a) EPM with pproval b) Silicone with pproval Note: Wafer esign accessories (bolts, nuts, lock washers) see Page 1

32 Specifications onverter for OP-XE and M-XE Plugable EEPROM Sensors for Magnet Stick Operation isplay Includes a lighted display. ata can be entered using the keypad buttons or, without opening the housing, by using the Magnet Stick. x1-character full graphic L-dot matrix-display. The internal flow is totalized separately for each flow direction in one of 1 different direct reading engineering units. The flowrate is displayed in percent or in one of different direct reading engineering units. The converter housing can be rotated by 90. The display can be installed in positions assuring optimal readability. In multiplex operation, in addition to the display selections for the 1st and nd line, the flowrate can be displayed in %, direct reading engineering units, or as a bargraph, the totalizer value for the forward or reverse directions, the T No. or current output value i. onverter Housing esign Options ig. 1: onverter Keypad and isplay Operator uttons low Range ontinuously adjustable between 0. and m/s ccuracy 0. % of rate Reproducibility 0.1 % of rate Minimum onductivity µs/cm (0 µs/cm for demineralized water) Response Time or a step change 0-99 % (corresponds to τ ) 1 s Supply Power High voltage : - V Low voltage : 1.-. V Low voltage : V, ripple: < % Magnetic ield Supply 1/, 7 1/ Hz 1½ Hz, 1 Hz (0/0 Hz supply power line frequency ) Power 1 V for supply power (flowmeter primary incl. converter) W for supply power (flowmeter primary incl. converter) mbient Temperature -0 to +0 see Temperature iagram Page 9 Electrical onnections Spring loaded screwless terminals Protection lass per EN 09 IP 7, IP (only M-XE flowmeter primaries) orward/reverse low Metering low direction is indicated by direction arrows in the display and signalled over the optocoupler output (ext. contact output). or Model OP XE ompact esign with converter housing made of cast light metal, painted, paint coat 0 µm thick, rear section RL 701 dark gray, front section (cover) RL 900 light gray Option: onverter housing made of stainless steel or Model M-XE a) ield mount housing made of cast light metal, painted paint coat 0 µm thick, rear section RL 701 dark gray, front section (cover) RL 900 light gray b) 19 Insert c) Panel mount housing d) Housing for rail mounting Weight: OP-XE: see imensions section M-XE: ield mount housing:. kg 19 Insert: 1. kg Rail mount housing: 1. kg Panel mount housing 1. kg Signal able (only for M-XE) The maximum cable length between the flowmeter primary and the converter is 0 m. Each flowmeter system is shipped with a m long signal cable. If a length longer than m is required, it should be ordered using Part No. 1701U0.

33 isplay % 0 m Pulse /m The instantaneous flowrate in % of the flow range setting or direct reading engineering units is displayed. The value of the integrated flowrate is displayed in the nd line (including units). The pulse factor, which can be set between and 00, is a multiplier for the values displayed. Unit l/s Qmax Pulse width ms The pulse width can be set between 0.1 ms and 000 ms and is automatically checked. Unit m Totalizer Language English The flowrate can be displayed in percent or one of different direct reading engineering units. The flow totals can be displayed in one of 1 different units including liters, gallons, cubic meters, tons (if a density has been entered). In addition it is possible to configure user defined units. amping.000 s There are a number of languages available for the display. Error register utomatic self monitoring with a display of the error diagnostics and a signal over the contact output. ll detected errors are stored in the error register. Low flow cutoff % unction test Iout The low flow cutoff can be set between 0 and % of max. (applies to the current and pulse outputs and the displayed values). The individual subassemblies in the converter can be tested. ll outputs can be simulated for start-up and test purposes.