System-c instrumentation

Hybrid Ultrasonic Flow Meter DXN Portable Ultrasonic Flow and Energy Meter HYB-DS-00086-EN-07 (September 2019) Product Data Sheet DESCRIPTION The DXN Portable Ultrasonic Flow and Energy Meter is a true hybrid instrument, capable of measuring liquid flow with multiple technologies, including: Doppler, transit time and liquid thermal (heat energy) flow. Easy to install by clamping onto the outside of the pipe, the DXN measures flow using non-invasive ultrasonic sensors. Compatible with a pipe wall thickness gauge, inside pipe diameter can be verified to ensure accurate ultrasonic measurements when piping details are unknown or unavailable. The DXN has a number of advanced features including a touchscreen interface, full-color graphing, wizard-based start-up configuration, USB connectivity, and Modbus TCP/IP connectivity. These features make it easy for technicians to obtain accurate readings while capturing flow surges and high-speed batch operations. The DXN captures and displays multiple user-defined and application parameters at once and can record the data with an easy-to-use data logging function. The ability to monitor and record several parameters at once allows technicians to verify and troubleshoot permanent flow installations with ease. OPERATION Transit time flow meters measure the time difference between the travel time of an ultrasound wave going with the fluid flow and then against the fluid flow. This time difference is used to calculate the velocity of the fluid traveling in a closed-pipe system. The transducers used in transit time measurements operate alternately as transmitters and receivers. Transit time measurements are bi-directional and are most effective for fluids that have low concentrations of suspended solids. Doppler flow meters operate by transmitting an ultrasonic wave from a transducer through the pipe wall and into the moving liquid. The sound wave is “reflected” by suspended particles or bubbles moving with the liquid and ultimately gathered by the receiving transducer. A frequency shift (Doppler effect) will occur that is directly proportional to the speed of the moving particles or bubbles. This shift in frequency is interpreted by the digital signal processor (DSP) and converted to a fluid velocity measurement. Using its built-in hybrid technology, the DXN will automatically choose which type of flow measurement to read based on signal quality during operation. Regardless of the method used to determine velocity, multiplying the pipe’s cross-sectional area by the fluid velocity produces a volumetric flow rate. The measurement also presumes that the pipe is completely full during the measurement cycle. When used in conjunction with flow measurement, temperature measurements can yield energy usage readings in the form of heat flow. To find the net heat loss or gain, energy usage is calculated by multiplying the flow rate of the heat transfer fluid by the change of heat content in the fluid after it has done some kind of work An ultrasonic meter equipped with heat flow capabilities measures the rate and quantity of heat delivered or removed from devices such as heat exchangers. The instrument measures the volumetric flow rate of the heat exchanger liquid, the temperature at the inlet pipe and the temperature at the outlet pipe. Rate of Heat Delivery = Q * (T In - T Out) * C * ? Where… Q = Volumetric flow rate TIn = Temperature at the Inlet TOut = Temperature at the Outlet C = Heat Capacity ? = Density of fluid By applying a scaling factor, this heat flow measurement can be expressed in the units of your choosing (Btu, Watts, Joules, Kilowatts and so on). Specifications Page 2 September 2019 HYB-DS-00086-EN-07 SPECIFICATIONS System Measurement Type Flow: Ultrasonic transit time and Doppler (reflection of acoustic signals); hybrid operation; liquid thermal energy Pipe wall thickness: Ultrasonic transit time of acoustic signals Liquid Types Liquid dominant fluids, acoustically conductive Velocity Range Transit Time: Medium and large pipes: Bi-directional up to 40 ft/s (12 m/s), depending on pipe and fluid Doppler: Uni-directional to 40 FPS (12 MPS) Small pipes (DTTSU): Bi-directional up to 20 ft/s (6 m/s), depending on pipe and fluid Flow Rate Accuracy Transit Time: 1 in. (25 mm) and larger: ±1% of reading ±0.03 ft/s (0.01 m/s) Doppler: 2% of full scale 3/4 in. (20 mm) and smaller: ±1% of full scale Flow Sensitivity 0.001 FPS (0.0003 MPS) Repeatability ±0.2% of reading Temperature Accuracy Absolute: 0.5° F (1° C) Difference: 0.2° F (0.5° C) Resolution: 0.02° F (0.01° C) Logging Greater than 300 sites stored in 1 GB; download to USB flash drive Update Time 0.1…10 seconds update/filter rate. Transit time, up to 50 Hz high speed mode Battery Internal 11.1V lithium ion battery, 75 W-hr. Provides 6…9 hr of continuous operation with battery and indefinitely on external power. Complete charge at 32…104° F (0…40° C), 4 hours when powered off. Power Requirements Transmitter: 10…30V DC via 3-pin connector, 40 W, minimum; 3.6 A re-settable fuse Supplies: Wall adapter: 100…240V AC 50/60 Hz 50 W 10…18 V; Cigarette lighter adapter: 5 A fused Power Cords North American plug (2 flat & 1 round prong; NEMA 5/15P); Chinese plug (3 flat prongs; GB2099); Euro plug (2 round prongs; CEE7/7); U.K./Singapore plug (3 rectangular prongs; BS1363A) Japanese plug (2 flat & 1 round, JIS8303, w/ 3-2 prong adapter) Australian plug (3 flat prongs, AS3112) Display 800 × 480 WVGA color outdoor readable display; gloved-operation resistive touch screen 6 in. × 3.6 in. (152.4 mm × 41.44 mm) Ambient Conditions Battery powered: –4…110° F (–20…45° C) Externally powered: –20…140° F (–30…60° C) Storage Temperature Do not exceed 175° F (80° C) Enclosure Water/dust resistant User Menu Multi-language: English, Spanish, German, French, Portuguese, Japanese, Russian, Italian, Dutch, Norwegian, Swedish, Korean, simplified Chinese, Polish Compliance Safety: UL61010-1, CSA C22.2 No. 61010-1, EN61010-1 Directives: 2006/95/EC low Voltage, 2004/108/EC EMC Transducers Pipe Sizes 1/2 in. and larger; US standard pipe tables are built into user Interface Housing Material DTTSU: CPVC, Ultem®, and anodized aluminum track system; nickel-plated brass connector with Teflon® insulation DTTR: PBT glass filled, Ultem, Nylon cord grip, PVC cable jacket DTTL/DT94: CPVC, Ultem®; nickel-plated brass connector with Teflon® insulation DTTH: PTFE, Vespel, Nickel- plated brass cord grip PFA cable jacket Pipe Surface Temperature DTTSU/DTTL: –40…194° F (–40…90° C) DTTR: –40…250° F (–40…121° C) DT94: –40…194° F (–40…90° C) DTTH: –40…350° F (–40…176° C) Transducer Frequency DTTSU: 2 MHz DTTR/DTTH: 1 MHz DTTL: 500 kHz DT94: 625 kHz Cable Length Transit time: 20 ft (6 m) paired coaxial cable, BNC to BNC, Doppler: 20 ft (6 m) paired coaxial cable, BNC to 4-pin Pipe Thickness Dual mode transducer with 6 ft (1.8 m) of cable (BNC ends), ± 0.03 in. (0.76 mm), stainless \ steel, carbon steel, pipe, polypropylene, PVC pipes RTDs 2 × platinum TCR 0.00385, 1000 Ohm, 3-wire PVC jacketed cable standard with quick connector Mounting System Page 3 September 2019 HYB-DS-00086-EN-07 Process Monitoring Inputs/Outputs Connector 15-pin high-density DSUB Breakout Box 0.2 in. quick disconnect screw terminal; 15-pin to adapter box; 6 ft (1.8 m) of cable (DSUB to DSUB connectors) RTD Input Energy/Temperature (2) tab type PT1000 RTDs. Can handle various temperature ranges from –58…392º F (–50…200º C), based on RTD type Current Output 4…20 mA active/passive 1% accuracy Voltage Input 0…5V or 0…10V, 1% accuracy, Software scaling and control, 80 k Ohms input impedance, Data log capable Voltage Output 0…5V or 0…10V output voltage, 1% accuracy, Software scaling and control, 100 Ohms output impedance Sensor Supply 14V @ 50 mA max for powering current or voltage sensors Digital Output Open collector, external pull-up; Rate or total pulse user selectable Rate pulse: 0…1000 Hz Total pulse: 33 ms duration Digital Input Totalizer reset, external pull-up, software enabled MOUNTING SYSTEM For DTTR transducers, the rail mounting kit aids in installation and positioning of the transducers. Transducers slide on the rails, which have measurement markings that are used for proper spacing of transducers. DXN CONNECTION PANEL DIMENSIONS DXN Transmitter A B C 7.8 in. (198 mm) 9.4 in. (240 mm) 3.8 in. (96 mm) Part Number Construction Page 4 September 2019 HYB-DS-00086-EN-07 Transducers DTTSU Transit Time Transducer DT94 Doppler Transducer DTTR Transit Time Transducer DTTL/DTTH Transit Time Transducer A B C D Minimum Pipe O.D. Maximum Pipe O.D. DTTSU 7 in. (178 mm) 1.6 in. (42 mm) 1.5 in. (39 mm) — 0.5 in. (12 mm) 2.4 in. (60 mm) DT94 1.7 in. (43 mm) 4.1 in. (105 mm) 1.9 in. (48 mm) — 1 in. (25 mm) 60 in. (1524 mm) DTTR 4.6 in. (117mm) 2.3 in. (58 mm) 3.6 in. (91 mm) — 2 in. (50 mm) 98 in. (2500 mm) DTTL 2.5 in. (63 mm) 4.2 in. (107 mm) 2.5 in. (63 mm) 3.9 in. (99 mm) 16 in. (400 mm) 120 in. (3050 mm) DTTH 3.1 in. (79 mm) 2.9 in. (75 mm) 1.7 in. (43 mm) 3 in. (76 mm) 2 in. (50 mm) 98 in. (2500 mm) Part Number Construction Page 5 September 2019 HYB-DS-00086-EN-07 PART NUMBER CONSTRUCTION DXNP - S - NN MODEL Portable Ultrasonic Flow Meter P POWER CORD (see image below for details) 1 North American A Chinese C European E Japanese J United Kingdom U Australian Z SENSOR AND HARDWARE KIT Basic B Transit Time T Hybrid H Hybrid All Sizes U Energy E Full F CARRYING CASE DXN Shoulder Strap and Outter Carrying Case S APPROVALS CE; General Safety, U.S., Canada and Europe N OPTIONS None N 1Includes Universal AC Power Converter; 95… 264V AC 50/60 Hz; C14 Connection Transit Time/Doppler Hybrid SENSOR AND HARDWARE KIT OPTIONS Basic Small pipe and standard pipe transit time transducers and 20 ft cables (1) Couplant, grease; 5.3 oz; Dow 111 (1) Couplant, Ultrasound gel; 0.25 liter bottle (4) Stainless steel straps (1/2 in. wide, 12-5/16 in. max dia., worm drive clamp) Transit Time Standard Temperature Basic kit and large pipe transducers Hybrid Basic kit, Doppler transducers and 20 ft cables for Doppler tranducers Hybrid All Sizes Basic kit, large pipe transducers, Doppler transducers and 20 ft cables for Doppler transducers Energy Basic kit and non-invasive RTDs (1) Silicone Heat Sink Compound; 5 oz. syringe (1) RTD Installation tape, 36 feet Full Basic kit plus all, transit time, Doppler, RTDs and pipe wall thickness gauge (1) Silicone Heat Sink Compound; 5 oz. syringe RTD Installation tape, 36 feet (2) Stainless steel straps (1/2 in. wide, 21-1/4 in. max dia., worm drive clamp) OTE:N High temperature transducers available separately. Parts and Accessories Page 6 September 2019 HYB-DS-00086-EN-07 PARTS AND ACCESSORIES Power Cords and Cables Part Number Description D005-2109-013 North American Plug (2 flat & 1 round prong; NEMA 5/15P) D005-2109-015 UK Plug (3 rectangular prongs; BS1363A) D005-2109-016 European Plug (2 round prongs; CEE7/7) D005-2109-017 Japan Plug (2 flat & 1 round, JIS8303, w/ 3-2 prong adapter) D005-2109-014 China Plug (3 flat prongs; GB2099) D005-2109-018 Australian Power Plug (3 Flat Prongs; AS3112) D005-2129-020 Transit Time Cables, 20 ft (6 m) D005-2129-050 Transit Time Cables, 50 ft (15 m) D005-2129-100 Transit Time Cables, 100 ft (30 m) D005-2130-020 Doppler Cables, 20 ft (6 m) D005-2130-050 Doppler Cables, 50 ft (15 m) D005-2130-100 Doppler Cables, 100 ft (30 m) Transducers (Heads with Case) Part Number Description Minimum Pipe O.D. Maximum Pipe O.D. D010-2200-002-C DTTSU Universal Small Pipe 0.5 in. (12 mm) 2.4 in. (60 mm) D071-0107-302-C DTTR Standard Pipe 2 in. (50 mm) 98 in. (2500 mm) D071-0110-200-C DTTL Large Pipe 16 in. (400 mm) 120 in. (3050 mm) D071-0112-001-C DT94 Doppler Transducer 1 in. (25 mm) 60 in. (1524 mm) DTTH-020-D000-N-C DTTH High Temperature, Standard Pipe Kit 2 in. (50 mm) 98 in. (2500 mm) Spare Parts Part Number Description D002-2007-004 0…392° F (0…200º C) RTD Silicone stretch tape D002-2007-001 36 in. (914 mm) SS Hose clamp / transducer strap D002-2007-005 72 in. (1829 mm) SS Hose clamp / transducer strap D002-2011-014 AcquaSonic 100 D002-2011-001 Acoustic couplant, grease (Dow 111), 150° F (65° C) 5.3 oz (150.2 gram) tube D002-2011-011 Acoustic couplant, paste high temperature, 5 oz (142 gram) tube, 392° F (200° C) D010-2102-310 DTTR rail D040-0115-003-T Wall thickness gauge, 6 ft (1.83 m) D010-3000-128 Industrial RTD Kit 1, 1000 Ohm, 392° F (200° C); 20 ft (6 m) cable D010-3000-130 Industrial RTD Kit 1, 1000 Ohm, 392° F (200° C); 50 ft (15 m) cable D010-3000-132 Industrial RTD Kit 1, 1000 Ohm, 392° F (200° C); 100 ft (30 m) cable 1 RTD Kits include 2 RTDs, heat sink compound and installation tape. HYB-DS-00086-EN-07 Product Data Sheet Page 7 September 2019 HYB-DS-00086-EN-07HYB-DS-00086-EN-07 INTENTIONAL BLANK PAGE Hybrid Ultrasonic Flow Meter, DXN Portable Ultrasonic Flow and Energy Meter DYNASONICS is a registered trademark of Badger Meter, Inc. Other trademarks appearing in this document are the property of their respective entities. Due to continuous research, product improvements and enhancements, Badger Meter reserves the right to change product or system specifications without notice, except to the extent an outstanding contractual obligation exists. © 2019 Badger Meter, Inc. All rights reserved. The Americas | Badger Meter | 4545 West Brown Deer Rd | PO Box 245036 | Milwaukee, WI 53224-9536 | 800-876-3837 | 414-355-0400 México | Badger Meter de las Americas, S.A. de C.V. | Pedro Luis Ogazón N°32 | Esq. Angelina N°24 | Colonia Guadalupe Inn | CP 01050 | México, DF | México | +52-55-5662-0882 Europe, Eastern Europe Branch Office (for Poland, Latvia, Lithuania, Estonia, Ukraine, Belarus) | Badger Meter Europe | ul. Korfantego 6 | 44-193 Knurów | Poland | +48-32-236-8787 Europe, Middle East and Africa | Badger Meter Europa GmbH | Nurtinger Str 76 | 72639 Neuffen | Germany | +49-7025-9208-0 Europe, Middle East Branch Office | Badger Meter Europe | PO Box 341442 | Dubai Silicon Oasis, Head Quarter Building, Wing C, Office #C209 | Dubai / UAE | +971-4-371 2503 Slovakia | Badger Meter Slovakia s.r.o. | Racianska 109/B | 831 02 Bratislava, Slovakia | +421-2-44 63 83 01 Asia Pacific | Badger Meter | 80 Marine Parade Rd | 19-07 Parkway Parade | Singapore 449269 | +65-63464836 Switzerland | Badger Meter Swiss AG | Mittelholzerstrasse 8 | 3006 Bern | Switzerland | +41-31-932 01 11 Legacy Document Number: 06-HYB-DS-00482-EN www.badgermeter.com Control. Manage. Optimize.

Verabar Débitmètre à tube de Pitot Veris La sonde Verabar mesure le débit volumique par pression différentielle et celle-ci est exploitée sur transmetteur (toutes marques).La forme du tube 6Q"?? Av)?n &9) ? B?(?x)XFr)As?$u ? Bdd q3? Ah@y?@Hgv2&?c6?XFr)???F0i?d8@)sy6%YTf&4y9s?7 2yT
C?aT?? et les forces de traînée. Verabar se monte en inser - dF?7e?e75?c?0?@7e?e20u,&9)r?S 9&3AP0?@?)hPA00PXFr)?q92?0?0%YTf&)?f `fi0?@ compression ou brides sur bossage à souder. Pour #s(b?q p '?Uq ?Pb(?1Cb?q p GV7UV
?H8)?)hP(?x)9&3AP !?%YTf&dF? ?B`A00P q3? E?6?)hP(?x) q3? 68G!Xy`5?1E?a??eqs?7 6Q"??9bqdb`45tAS3?Fp7@A`?)hPA00PXFr)? &D7p)B q3? 9P?"uITg?V ?s?7 "uITaF??pX?wD6Q"??"uIT 
`0?@???(A8dc @p?w49a q3??Ve? q3?)Fa?P q3?&9)@p?6U` q3?"T6&?"uIT@p?#??pw#u@A!45?! q3??Ib"(?x) q3? fourni pour une température supérieure. Il fonctionne %%?"uIT?PbA$??Au$?"uIT@Hgv2(siR? q3??h?P"'w?A? q q3? 9r?S!aGR)%YTf&2?b?"%r!3?Fpqei ?3bs?7 5r? - patible en zones ATEX selon le transmetteur utilisé. C XB`3’C) q3? A00PXFr)(?x)@?a 6EFp5 q3? 6i bx(?x) q3? GV(?x) q3? BWp$?" W8X$?" #!xp&?c6?$?s`&!T6I q3? 9c??l Débitmètre à tube de Pitot Les avantages • Insensible au colmatage (principe d’écoulement en couche limite) • Facilité d’installation • Mesure compensée en température et en pression • Grande précision • Mesure moyennée sur la traverse • Garantie 5 ans System-c, partenaire exclusif Armstrong international depuis 1998 INSTRUMENTATION FICHE TECHNIQUE Verabar Débitmètre à tube de Pitot Veris SPÉCIFICATIONS PRODUITS Principe de mesure Tube de Pitot moyenneur Gamme de débit Selon modèle et données de l’application iP4pAyAg En insertion (montage raccord à compression ou bride) conduites > 50,8 mm Gamme de pression Selon modèle et données de l’application (compatible vapeur HP) Gamme de température 260 °C en standard, 260 à 482 °C sondes haute température Précision ± 1 % de la valeur lue Temps de réponse N/A (temps de réponse du transmetteur) Pertes de charge 3 % de la pression différentielle générée au point de mesure Rangeabilité 15:1 Sorties disponibles Selon le transmetteur : 4 - 20 mA, HART, ou autre Options disponibles Sonde de température intégrée dans la chambre basse pression Consommation N/A, alimentation du transmetteur uniquement Alimentation N/A, alimentation du transmetteur uniquement ATEX Oui, suivant modèle de transmetteur Informations complémentaires La sonde est moins sensible au colmatage grâce au principe d’écoulement en couche limite. Celle-ci réduit également le phénomène d’instabilité lié à la pression de paroi LIMITE DE VALIDITÉ DE LA FICHE > ARM_VERABAR_FT_NS1818_FR - JANVIER 2019 INSTRUMENTATION System-c instrumentation 2, allée de Chamillé - ZI du Bois des Lots 26130 Saint-Paul-Trois-Ch?teaux T. +33 (0)4 75 54 86 00 instrumentation@systemc.pro www.system-c-instrumentation.com INSTRUMENT ATION

TFX-500w Compteur de débit d’eau à ultrasons nouvelle génération Le compteur de débit TFX-500w mesure les débits par ultrasons en mode bidirection - nel. Il convient parfaitement pour les bilans de consommation des liquides non chargés et la gestion des process. Ce mesureur est non 6fC- &9E 0?WpD qH?D?s?7 3?Fp. 7e?e " 0?@ 7e?e $`@t? !4@f 9P? "uITg?V ?s?7 "uITaF??pX?wD6Q"??"uIT q3?yU@W0?@%?h?(A8dG&9) la pression n’a aucune incidence sur la mesure. La mesure de débit massique est également pos - sible si la température et la densité sont connues. sg2&?c6?!PgAA00P9?!GV(?x) q3?D?U`dF?bX5R q3?@Hgv2&?c6?bX5R)eF'? q3?3?FpGV(?x)i?d q3? !??#PA00PXFr)?9#?0BB??8 q3?0?@2?0?0(x20S$Qb2??t8?P?D #u5' q3? UDq %YTf&!???%YTf&A00Ptq u dF?(?x)(???A00PBad0BG'0 ? q3?XFr)7UV
q3?!hUg%YTf&(??? !d` q3?(?x)D???XE?'6?7Pc?% P%DBQ) )G)X Compteur de débit à ultrasons Les avantages • Non-intrusif • Pas de perte de charge !eTr q3?'S(d#F?T3?2r"hY)? !eTr q3? ?3bA??`82eVh !eTr q3?UDq X?PuXFr)?0$f • Pas de pièces en mouvement !eTr q3?UDq #hi(???a9 e4s System-c, partenaire Badger Meter depuis 2014 INSTRUMENTATION FICHE TECHNIQUE TFX-500w Compteur de débit d’eau à ultrasons nouvelle génération SPÉCIFICATIONS PRODUIT Principe de mesure e?Dq??1 x? Gamme de débit 0&! ??E84 iP4pAyAg ?u3 Gamme de pression "WY1
Gamme de température A, xRP?V ?Q@?$07yG?0$?p 8ptIiP4piP4p??r Précision 0?P7?
"d ? Temps de réponse ( Pertes de charge Pas de pertes de charge car non-intrusif A'2w ERaph4?#%U2`AA?@??uXFr)Hsw425qB )VU??7 Rangeabilité !8g??)??? Sorties disponibles q3?Y&G4Q? BACnet ®cS?? UDq E?0?@eq!yX2?`#?!s @??4@ Consommation 6?B± Alimentation 7??? ATEX Non (Bx?f#?& q3?A3? q3???AsPC?0 6$ q3?A3? q3?fbw??!hV1 q3?8?a q3?5UD` q3???G@Y?X?)C9Ti@Y?X?C XB`iP4p@Y?X?`?B@Y?X?#5?
w q3?SQ% q3?2?Q%1?` q3?x q3? q3? Easy Rail : nouveau support de montage USH?pG `dAp&9)"uIT`dAp%TIs?7 t8?PD@!7?s?7 2yT?)hP@h6A6?p)
A%YTf&b?q p?)hP#??@ q3? "1?u20BG(?x)ETHd&?@?C!45?! q3?@p??s??S "?a!45?!(?x)@p? q3??`?R q3???1u4P` q3?0?@BBuU???1u4P` q3?1c?RqBB?f? q3?"1?u20BGgC ?!45?!(?x) q3?0BG(?x)6U`, q3? !hUg?5?1W3? $iyF"A00PXFr)(? Y q3?5R(A6?p)94h)s?A?3xi
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SpotCheck Détecteur de niveau non-intrusif SpotCheck est un détecteur de niveau non-intrusif par ultrasons. Il est appliqué avec un gel couplant ou collé sur la paroi de la cuve et peut également détecter la présence de liquide dans une conduite. La GV&?c6?1q#$e)w4&d(?x)-Yr
(?x)??GU@BWp@?%?S q3?3?FpGV(?x)b?q pA!U%YTf&6bS3BGV(?x) q3?3PF6A? q q3?75?c?(?aG q3? d’épaisseur. SpotCheck convient pour des cuves et ?v?it8?PA?qa& Q
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w?s?7 &9)5ae9P?"uIT 1q#$eVdvH%YTf&A00P??H?(?x) q3?GV(?x) q3?bX5R%YTf&XFr)?g? q3?(?x)Yr
GV(?x) q3??ybpAC?h! q3?A? q q3?2q??i#?3qT? q3?5bG?D q3?fbw???YVh?0QX` q3? %YTf&B4?(?x) Q
u?XFr)(?x)%YTf&1q#$e q3?V"P?A00P5??C&(?x) q3?GVxEa? q3?6EFp5 q3????0VvAdF?GV(?x) q3?i?d8@&?c6?01ea?!45?! q3? ce qui lui confère une grande simplicité d’exploitation. ?Q'sFI79?%YTf&D?uWB?cR$V"P??@gP"?@?7@A`@Hgv2"?AAb de liquide. Tous les modèles ont une alimentation "4 ?ybp 3ST &?( E?a?, XFr)!FRA c?2q F?0Q@ 50x2 e??0 1T3x8!Hin Détecteur de niveau non-intrusif Les avantages • Non-intrusif 2vPU?U9?? b? !eTViP4p3A?u 6???)0?t6v')'Ry(piP4p5%b?d6r?P q3?%?rC&5?q???"#7g`%?yP1u4P`#F??n INSTRUMENTATION FICHE TECHNIQUE SpotCheck Détecteur de niveau non-intrusif SPÉCIFICATIONS PRODUIT Principe de mesure e?D5rs? Gamme de débit N/A iP4pAyAg UDq r?@B"H5 BPDY??`5)7?t&fHS Gamme de pression N/A Gamme de température FEa3PcChq Précision N/A Temps de réponse #x8?A 2e5? b#y(B??S?1R?% Pertes de charge UDq BQv"uITH?pG I???w
b Rangeabilité N/A Sorties disponibles &Xb? Options disponibles !hV1"?6 Consommation ??`? Alimentation 7??? ATEX 7?Aa 71t(?$itiP4pC(1xe?? !?bTt??? (Bx?f#?& q3?A3? q3???AsPC?0 6$ q3?A3? q3?fbw??!hV1 q3?8?a q3?5UD` q3?")4#@Y?X?9'HR&iP4p6?A8@Y?X?C XB`iP4p@Y?X?I2@Y?X?#5?
w q3?SQ% q3?q?B q3? ?r INSTRUMENTATION System-c instrumentation %??! 4G?Y&"8'`%YTf&6u?? iP4p2wi?x ??5? 94h) #Y8Tu?x` INSTRUMENT ATION