Glass Tube Flowmeter. Datenblatt 10A1190. Rugged and simple industrial instrument

Transcription

1 atenblatt 8S0U02 Field IT Glass Tube Flowmeter Function Rugged and simple industrial instrument for metering the flow of liquids and gases. pplication reas Suitable for many industries including apparatus manufacture, food industry, water treatment and chemistry industry. large variety of fluid wetted materials are available for metering aggressive fluids. dvantages Precision meter tubes incorporating flat guides, bead guides or pole guides. Stainless steel housing standard. O-ring seals assure easy meter tube removal. Meter tubes and floats can be interchanged independent of each other. Important esign Features magnetic actuated alarm transmitter can be added in meter sizes / [N5] and larger. (See 55X000 (Ex) ig5). Functional usefulness certified by the VGW-Research enter of the Engler-Bunte-Institute. Suitable for vacuum service. Polycarbonate safety protection tube for metering gases. ouplings allow quick and easy installation and removal of the flowmeter. Rugged and simple industrial instrument

2 8S0U02 Specifications Scale esigns iameter Ratio Scale k/s For meter sizes / to /, direct reading if desired Percent Scale For meter sizes / to /,direct reading or mm scale if desired Materials, onnections, Weight Materials Fluid Wetted Parts Standard Others Meter tube Borosilicate glass Float Meter size / & /8 Glass SS3 No..0 Sapphire arboloy Tantalum Float stop Inlet / Glass SS3 No..0 Sapphire arboloy Tantalum / to SS30 No..30 SS3Ti No..57 Hast. B/ PV L Bronze PV (lead filled) PTFE / /8 & / / to Outlet / to / / to / to SS30 No..30 SS3 No..0 SS30 No..30 SS3 No..0 Scale Lengths 00 mm for meter tube size / 30 mm for meter tube sizes /8 to / 0 mm for meter tube sizes / to ccuracy lasses (per VI/VE 3) Meter tube size / : 6 Meter tube sizes /8 to :,6 Meter tube size / to w/ BL float design: 6 onnections hreaded or flanged connections, see imensions Page 9 Weight See imensions Page Hast. B/ SS30 No..30 PTFE PVF, PV, SS30 No..30 Fittings / to SS3Ti No..57 Steel PV ) PF O-Rings Buna N Viton Ethylen-Propyl. Others Housing Flanges SS30 No..30 SS30 No..30 Max. llow. Operating Pressure Liquids Gases Meter Size Pressure [bar] Pressure [bar] / /8 / / 3/ / Reductions to the max. allow. operating pressure: For meter sizes to the max. allow. operating pressure is reduced by % per 2 for operating temperatures over 95. The pressures are lower for gas applications due to safety considerations. The strength of the Polycarbonate protection tube is reduced as the temperature increases. Therefore the additional restrictions listed below are to be considered when metering gases: Listed max. allow. operating pressures applicable at 30 fluid temperature and 30 ambient temperature. Max. ambient temperature: 0. Max. fluid temperature: 00 For fluid and/or ambient temperatures above 30 º the max. allow. operating pressure is reduced by.05 % /. Fluid Temperatures For Buna N O-rings: 0 to For O-Ringen aus Viton : 0 to 50 For PV floats: 0 llowable min./max. Temperatures TS ombinations Glass /Metal with liquid fluids TSmin = 0 TSmax = +50 ombinations Glass /Metal with gaseous fluids TSmin = 0 TSmax = +00 ombinations Glass /PV, all fluids TSmin = 0 TSmax = +60 ombinations Glass /PVF with gaseous fluids TSmin = 0 TSmax = +00 ombinations Glass /PVF with liquid fluids TSmin = 0 TSmax = + 2

3 8S0U02 Floats Ball Floats are used to meter smaller flowrates in sizes / to /. In order to attain a large number of flow ranges within each meter tube ball floats made of different materials with differing densities are utilized. Floats with Guide Rings are used in combination with bead guide meter tubes. The percent scale is the standard design. Float designs GSVT are essentially viscosity immune and are available in the individual meter sizes in a variety of materials and numerous weights. n increase of flowrate of to 30 % can be achieved if a reversed float head design GNSVT is utilized. This float head design is not suitable for fluids with higher viscosities.the VI values listed in the flow range tables are to be observed. The float is guided by the metering edge and the guide ring along the bead guides in the meter tube. Floats for Pole Guides have a hole through their longitudinal axis and their vertical movement is guided along a stationary rod mounted in the center of the meter tube. Float Shapes BL... are especially suitable for high flowrates in the smaller sizes. They are guided by the bead guides in the meter tube. There are approximately 00,000 possible meter tube - float - scale combinations available for the Variable rea Flowmeters. Floats with Minimum Pressure rop have been specially developed for metering gases at low operating pressures and assure an extremely low pressure drop through the flowmeter. They are used in the bead guide meter tubes. Ball Float Float with Guide Ring Float with Minimum Pressure rop Float with Pole Guides Float GSVT GNSVT GNSVT SV NSV BL = Reading Edge Fig. : Float esigns 3

4 8S0U02 Meter Tubes Glass Meter Tubes Triflat Meter Tubes (Fig. 2) are utilized in the smallest sizes from / to /. There are three flat surfaces which extend along the length of the conical meter tube parallel to its center axis. These flat surfaces guide the float throughout the entire measurement range. The minimal spacing between the float and the meter tube guide surfaces assures that the reading edge of the float is readily visible and that the flowrate value can be determined from the scale even when metering cloudy fluids. The float is guided exactly in the middle of the meter tube. Plain Taper Meter Tubes / to (Fig. 3) are usually installed only for extreme operating conditions (pressure shocks, vibrating pipelines, etc.). The greater cross sectional area relative to the bead guide meter tubes provides larger flow ranges in sizes / -. The float is guide by the pole guide rod in the plain taper meter tubes. Bead Guide Meter Tubes (Fig. ) are the standard meter tubes in sizes / to. In this design the beads, which are parallel to the center axis of the meter tube, serve the same function as the triflats described previously. They guide the float throughout the entire measurement range. In this design too the minimum space between the float reading edge and the meter tube bead guides assures that the float reading edge will be readily visible even in cloudy fluids. They are used in conjunction with the floats with guide rings. Scales iameter Ratio Scale t/f The diameter ratio scales are a numerical representation of the flow area to float head area ratio. This scale is universally used for gases and liquids and is of particular benefit when the operating conditions vary. flowrate table is included at no charge for determining the flowrate values from the scale readings. onversion calculations for other operating conditions are easily made using our Flowalc calculation program. This scale design is the standard scale for the triflat meter tubes with ball floats. Percent Scale The linearized percent scale is the standard scale design for all the other Variable rea Flowmeters, predominantly for the bead guide and plain taper meter tubes. It indicates the flowrate expressed as a percentage of the maximum flowrate and generally covers a range from 8 to 00%. The maximum flowrate can be readily calculated from a knowledge of the physical properties of the fluid and the float design. Each percent scale has its accuracy guaranteed by us. irect Reading Scale These scales indicate the volume or mass flow per unit time directly: (e.g. l/h Hydrogen, cm 3 /Min H 2 O). They are valid only for a single fluid and a specific set of operating conditions. Universal applicability of the direct reading scales is subject to certain limitations. Millimeter Scale This scale design is usually utilized when a specific flowrate value is to be reproduced and the actual flowrate value plays a secondary role. In combination with viscous fluids this scale can be considered to be universal.

5 8S0U02 Fig. 2: Triflat Meter Tube Fig. : Bead Guide Meter Tube Fig. 3: Plain Taper Meter Tube 5

6 8S0U02 Specifications Meter Size and Flow Range Overview Meter Meter Tube Size Size / / / /8 / / / / 3/ 3/ / / p ) bezogen auf 0 03 mbar Min. Flow Range Max. Flow Range l/h Water m 3 /h ir ) l/h Water m 3 /h ir ) 0,00029bis 0,0029 0, bis, 0,0022 bis 0,022 bis 0 0,0223 bis 0,223 3 bis 32 0,003 bis 0,03 0,037 bis 0,37 0,7 bis,7 bis 3 bis 30 bis bis bis 800 bis ,3 bis,3 0, bis,3 0,9 bis 9,2,7 bis 7,3 bis 2,6 bis 0 5 bis 9 30 bis 300 bis bis bis bis ,00 bis 0,0 0,033 bis 0,33 0, bis,03,8 bis,3 3,8 bis 38,7 bis 83,0 bis,5 5 bis 285, 00 bis 50 rei-rippen-messrohre Meter Tube Size / 3/ / Max. Flowrate Meter Tube Float Pressure H 2 O ir (Qn) esignation Part No. esignation Part No. l/h 03 mbar rop 0, m 3 /h mbar ) 0 ) 36 ) ) 232 ) 2 0 8* * * 6 9* * * * * 3, ),0 ),3,7 5,5 ) 6,0 6,9 ) 7,0 7,5 8,0 0,3,3* 3,2 7,3 8,2 2,3* 2,0 26,0 29,5* 3, 38,7* 3,8,9 2,2,3 50,8 59,0 6,0* 67, 7,5 83,0* 90,2 0, 08,0 8, 37,8,5 80, 20,0* 236,2 7,0 285,* FP-/2 7-G-0/ FP-3/ 2-G-0/ FP-- -G-0/80 FP- /2--G-0/80 FP-2- -G-0/ _ _ 6000 _ 5000 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ /2-GSVT-5 /2-GSVT-5 /2-GSVT- /2-GSVT-8 /2-GSVT-5 /2-GSVT-8 /2-GNSVT-5 /2-GNSVT- /2-GSVT- /2-GSVT-8 /2-GNSVT-8 /2-GNSVT-3 3/-GSVT-5 3/-GNSVT-5 3/-GSVT-5 3/GSVT-53 3/-GNSVT-5 3/-GSVT-56 3/-GSVT-53 3/-GNSVT-56 3/-GNSVT-53 -GSVT-6 -GSVT-65 -GNSVT-6 -GSVT-6 -GSVT-65 -GNSVT-6 -GSVT-63 -GNSVT-65 -GSVT-66 -GNSVT-63 /2-GSVT-8 /2-GSVT-85 /2-GSVT-83 /2-GNSVT-8 /2-GNSVT-85 /2-GNSVT-83 2-GSVT-9 2-GSVT-93 2-GNSVT-9 2-GNSVT-96 2-GNSVT B033 _ 603B033 _ 603B032 _ 603B03 _ 603B033 _ 603B03 _ 603B03 _ 603B02 _ 603B032 _ 603B03 _ 603B0 _ 603B0 _ _ _ _ _ _ _ _ _ 6030 _ _ _ _ _ _ _ _ _ _ 6030 _ 603E032 _ 603E033 _ 603E03 _ 603E02 _ 603E03 _ 603E0 _ 603F032 _ 603F03 _ 603F02 _ 603F03 _ 603F0 _ 5,5 5,5,5,0 6,,0 2,0 9,,8 3,2,7,8 9,7,0,2 28,3 37, 23,0 33,5,7 0,9 9,3 2,6 29,6 28,2 36, 2,2 6,0 55, 72,2 87,5 22,3,0 3,9 26, 30,0 37,6 3,5 7,5,2 57, 62,0 VI 2) 5, 5, 7, 7,8 5, 7,8,0, 7, 7,6,,3 0,,6 0,,8,6,9,8 2,2 2,5,8 7,5 2,2,8,9 2,2,8 2,5 8,5 2,9,6 33,0 33,0,2 5,0,9 26,5 9,0 6, 3,3 7,3 Min. Pressure Required for Gas Metering bar 3),3 0,8,2,3 0,6,8 0,6 2,3,2,3,3,9 0,9 0,9 0,7 2,5 0,7,,8,,8 0,8, 0,8 0,5 0,6 0,5,0 0,6,0 0,9,,6,5,,6,5,2,7,2,5,7 6

7 8S0U02 Triflat Meter Tubes (Ball Floats) Housing Meter Max. Flowrate ) Meter Tube Float Size Tube H 2 O ir (Qn) esignation Part No. esignation Part No. Size cm 3 /min 03 mbar / / /8 / 0,53 0,92,6 2,5,05,58 3,2,82 2,6,2 7,2 0,3,7 7,6,3 7,8 5, 8, 3,5 8,6 6, 3,9 22,6 3,5 3,7 0,5 23,0,7 8,5 6,5,5 39,5 60,0 8,0 07,0 33,6 6,2 90,6,7 59,7 36,5 66,0 97,5 30,0 7, , cm 3 /min 8, 80,0 3, 92,5 73,2 7,0 88,6 0, 36,0 3,5 39,2 30,5 27,9 307, 75,3 636,2 23,2 326,7 508,5 678,0 373,6 696,3 06,2 6,6 885, 5,3 928,8 38,7 857,6 25,0 80,, 92,8 88,3 3629, 5,7 89, 30,3 3997,8 536,7 87,9 229,0 32, 229,3 556, FP-/-0-G-5/_ FP-/-0-G-5/_ FP-/-0-G-5/_ FP-/-0-G-5/_ FP-/-0-G-5/_ FP-/8-08-G-5/_ FP-/8-08-G-5/_ FP-/8-08-G-5/_ FP-/8-08-G-5/_ FP-/8-08-G-5/_ FP-/- 0-G-5/_ FP-/- 0-G-5/_ FP-/- 0-G-5/_ FP-/- 0-G-5/_ FP-/- 0-G-5/_ FP-/- 0-G-6/ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 6000 _ _ _ 6000 _ _ 6000 _ _ _ 6000 _ _ 6000 _ _ _ 6000 _ _ 6000 _ _ _ 6000 _ _ 6000 _ _ _ 6000 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 6000 _ 6000 _ 6000 _ BG- S- SS- - T- BG-8 S-8 SS-8-8 T-8 - S- SS- - T- SS- - T- 303F00U3 303F00U 303F00U0 303F00U5 303F00U09 303F002U3 303F002U 303F002U0 303F002U5 303F002U09 303F003U 303F003U 303F003U0 303F003U5 303F003U09 303F003U0 303F003U5 303F003U09 7

8 8S0U02 Bead Guide Meter Tubes (Floats with Low Pressure rop)+ Size Max. Flowrate Meter Tube Float Pressure H 2 O ir (Qn) esignation Part No. esignation Part No. l/h 03 mbar rop 0, m 3 /h mbarr ) 3 53 / / / *,3,6,8 2, 2,2 2,9,3 5,8 7,7 9,2 0,,8 3,8 5, 9,8 2,6,6 22,5 29,7 58,5* 2,6 05,0 FP-/2-7-G-0/ FP-3/- 2-G-9/80 FP-- -G-0/80 FP- /2--G-0/80 FP-2- -G-0/ _ _ 6000 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ /2-GUSVT-0 /2-GUSVT-0 /2-GUSVT-0 /2-GUSVT-0 /2-GUSVT-0 /2-GUSVT-0 3/-GUSVT-50 3/-GUSVT-50 3/-GUSVT-599 -GUSVT-6 -GUSVT-62 -GUSVT-6 -GUSVT-62 -GUSVT-60 -GUSVT-60 -GUSVT-60 -GUSVT B3 _ 603B3 _ 603B3 _ 603B3 _ 603B3 _ 603B3 _ 6033 _ 6033 _ 6033 _ _ _ _ _ 6033 _ 6033 _ 6033 _ 6033 _ /2-GUSVT E3 _ /2-GUSVT E33 _ /2-GUSVT E3 _ 2-GUSVT-93 2-GUSVT-9 603F3 _ 603F3 _,3, 2,0 2,0 2, 2,0,,9 2,0 2,7 2,7,0,0 8,7,2 8,7,6 3,2 3,7 5,5 3, 9,0 Glattkonische Messrohre (Führung des Schwebekörpers durch Führungsstange [P]) Size Max. Flowrate Meter Tube Float Pressure H 2 O ir (Qn) esignation Part No. esignation Part No. l/h 03 mbar rop 0, m 3 /h mbar ) / 3/ + / * * 58 6* 8* * 2330* 2670* * * * * Table 087/3 2,8,2 5,2 7,3* 7,9 0,8* 3,7 8,6* 2,5* 3,2 6,8 5,0* 69,9* 80,* 08,6 6,7* 50,0,6* 0,0 360,0* 38,0 50,0* FP-/2-9-P-0/ FP-3/- 7-P-0/ FP-- -P-0/80 FP- /2--P-0/80 FP-2-37-P-0/ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ /2-SVP--5 /2-SVP--5 /2-SVP-- /2-SVP--3 /2-SVP-- /2-SVP--3 3/-SVP-5-3/-SVP-5-3 3/-NSVP-5-3 -SVP-6- -NSVP-6- -SVP-6-2 -NSVP-6-2 -NSVP-6-603B3 _ 603B3 _ 603B _ 603B _ 603B _ 603B _ 603 _ 603 _ 603 _ 6033 _ 6033 _ 603 _ 6032 _ 603 _ /2-SVP-8-603E _ /2-SVP E _ /2-NSVP-8-603E2 _ /2-NSVP E _ 2-SVP-9-2-SVP NSVP-9-2-NSVP F _ 603F _ 603F2 _ 603F _,0,0 0,6 2,0 0,6 2,0 3, 23,5 2,2 2,0 3,6 5,0 67,3,6,7 3,9 36,6 57, 63,2 08, 06,7 70,3 VI 2) 2,2 2,2 2,9 2,9 2,2 2,9 3,3 3,3,5,0,2,0,2 6,0 8,6 6,0 8,6 6, 7,0,2 8,9 22,0 VI 2) 3,6 3,6 6,6 9, 6,6 9,,2, 2,,0 2,5 8,5,5,2 30,7 39,9,5 6,0 2,7 6,0 5,5 8,2 Min. Pressure Required for Gas Metering ρbar (bar) 3) 0,26 0,26 0,0 0, 0,26 0,2 0,23 0, 0, 0, 0, 0, 0, 0, 0,0 0,5 0, 0, 0,,0 0,,0 Min. Pressure Required for Gas Metering ρbar (bar) 3) 0,6 0,,0 3,,3 2,69,6 2,79 2,79,3,3 2,3 2,3 3,8,39 2,,39 2,,07,8,07,8 * Flow range < :.5 + Only available for sizes /P and F with larm Signal Transmitter 55X000. U0 U02 U03 U0 Scale esign ecal %-Scale ecal d.a.-scale ecal mm-scale ecal k/s-scale Float-Material The listed max. flowrate is based on a stainless steel float. Floats made of other materials are available. Their max. flowrate values may be different. ) Total pressure drop with a stainless steel float. 2) The Viscosity Immunity eiling VI is the upper limit for the viscosity of the liquid to be metered. The flowrate value values are not affected if the viscosity of the fluid in mpa s VUZ ρ. If the VI number is exceeded, the flowrate values may be affected resulting in a scale shift. Please contact the factory for such applications.. 3) These Meter Tube-Float combinations are not recommended for gas service if the upstream pressure p abs in bar is less than the value listed in the table. For low upstream or low operating pressures, the meter tube - float combinations listed in Table 087/3 are to be used or contact factory. U05 U06 U07 U08 U09 Engraved %-Scale Engraved d.a.-scale Engraved mm-scale Engraved k/s-scale without Scale 8

9 8S0U02 imensions SW SW2 B Mod. 087 Size B ø SW SW 2 Weight kg / / 3/ ,5 / Note: SW = Wrench size SW 8 SW SW 3 SW 38 SW 53 SW 66 SW 32 SW 6 SW 55 SW 65 SW 85 SW 05 0,6, 2,2 2,9,7 6,8 / 0,0 E Mod. 095 Size E B / G / 3/ G 3/ ,5 G / / Upon request B Fig. 5: imensions 9

10 8S0U02 Mod. 097 (P) Meter Tube Size Threaded onnection Wrench Size ± B SW / //8 // / 3/ / G / G /2 G 3/ G G /2 G , Weight approx. kg 0,5,7 2,3 2,7, 6,5 Mod. 097(V) Meter Tube Size onnections per IN 85 IN 05 Part / 3/ / B Threaded onnections , Rd 3 x /8 Rd x /6 Rd 52 x /6 Rd 65 x /6 Rd 78 x /6 S 5 S S S 0 S 50 Weight approx. kg ,7 2,3 2,7, 6,5 Mod. 098 (P) Meter Tube Size / //8 / / / 3/ / Flange onnections per IN 0 N PN k No. of Holes NSI - rilled for L 300 d2 N k No. of Holes 8 8 / / 3/ / 95,2 95,2 7,5 3,8 56,6 5, 66,7 66,7 82,6 88,9,3,0 8 d2 ± B Weight approx. kg 5,9 5,9 9,0 9,0 22,5 9, , , 2, 3,5,7 7,5 0,0 Fig. 6: imensions 0

11 8S0U02 larm Signal Transmitter for Glass Tube Flowmeters 55X000 pplication The larm Signal Transmitter includes one or two limit switches, (inert gas switches) which are actuated by a magnet embedded in the float. It is used in conjunction with the float designs G(N)SVT, (N)SVP and BL. (Please observe the footnotes in the Flow Range tables). Operation The larm Signal Transmitter is positioned in a guide slot in the flowmeter housing and can be adjusted over the entire flow range. The inert gas switches are configured as bistable contacts. The signal from the lower alarm is initiated when the float drops below the lower alarm switch position. The contact is closed. The signal from the upper alarm is initiated when the float travels above the upper switch position. The contact is closed. The circuits (between the alarm switches and the transistorized Switch mplifier WE 77) are intrinsically safe. The Switch mplifier must, however, be installed outside of the Ex-Zone. Specifications larm Switch Transmitter Inert gas switch (reed contact) Switch Type Bistable ontact onfiguration Lower alarm value: ontact opens for a rising float Upper alarm value: ontact closes for a rising float Power Max. 0 V, max. 8 V, 50/60 Hz onnection able LIFYY 2x0. able Length.75 m Protection lass per IN 0050 IP 65 llow. mbient Temperature -0 to +80 Switch mplifier (Ex) KF_SR2-ExW: for alarm switch KF_SR2-Ex2W: for 2 alarm switches Fig. 7: Supply Power 230 V +0 %, -5 %; 5-60 Hz 5 V +0 %, -5 %; 5-60 Hz Output or 2 switch relays with potential free contacts Power Max. 0 V, max., max. 500 V Max. allow. able Length Switch mplifier/ larm Signal Transmitter: 300 m ontrol ircuit (Ex)iG5 Zone 0 ertificate of ompliance Ex PTB 79/3X J k 3 m, J knenn = 8 m U o 3,5 V-, J onenn = 8 V- I a 3 m a 609 nf i 7 µf llow. mbient Temperature - to +60

12 8S0U02 larm Signal Transmitter for Glass Tube Flowmeters 55X000 Materials, onnections, Weights Ordering Information larm Switch Nickel plated brass Housing Polyamide Electrical onnections Screw terminals Weight approx. 0.7 kg Instrument Name, Ordering Number Ordering Number larm Signals Max. Min. Max. and Min. Switch mplifier Without -chanel 2-chanels Supply Power Withput 5 V, +0 %, -5 %, 5-60 Hz 230 V, +0 %, -5 %, 5-60 Hz Others esign Level pplications Model 087, X F

13 8S0U02 Needle Valves for Series 087 and 097 pplication Installed separately in the pipeline up- or downstream from the flowmeter. esign Female threaded connections pplication Installed separately in the pipeline up- or downstream from the flowmeter. esign Female threaded connections esign Features Material: Brass, PN 00, Max. 00 In-line valve fitting Good adjustability Specifications Part No Part No for O 2 pplication 00U0 00U02 00U03 00U0 Note: SW = Wrench size imensions N E SW G / G /2 G 3/ G , esign Features Material: SS 3Ti [No..57], PN 0, Max. 0 In-line valve fitting Good adjustability Specifications Part No imensions N B E G / G /2 G 3/ G U02 / NPT U0 3/8 NPT U03 / NPT N N B E SW E Fig. 8: Fig. 9: 3

14 8S0U02 Orderíng Information 087, Threaded onnections with ouplings Please include the Meter Name, Model No., flow range, fluid, density and viscosity at operating temperature, operating and max. pressure, operating and max. temperature, scale design: e.g. % or direct reading in l/h m 3 /Min or as desired. Ordering Number 087 onnection Type Flanges vertical esign Level Meter esign Standard WIth pole guide larm Signal Transmitter Without Suitable for later addition Fitting Material PV PVF Steel SS3TI No..57 onnection Material, In-/Outlet *See ttachment Burst Protection Without With Materials O-Rings Viton Ethylene-Propylene Buna N Siliconc Meter onnections Threaded couplings 3 Meter Tube SizeThreads (Gi) / / / /2 3/ 3/ / /2 2 / / /8 / ccuracy Standard alibration Viscosity calculation % of max. Instrument Tag German English P 0 F S T X 0 F N S B E

15 8S0U02 eríng Information 095/97, Threaded onnections Vertical / Horicontal Please include the Meter Name, Model No., flow range, fluid, density and viscosity at operating temperature, operating and max. pressure, operating and max. temperature, scale design: e.g. % or direct reading in l/h m 3 /Min or as desired. Ordering Number 09 onnection Type Threaded horizontal (upon request) Threaded vertical esign Level Meter esign Standard With pole guide larm Signal Transmitter Without Suibtale for later addition Fitting Material PV PVF Steel SS3Ti No..57 onnection Material, In-/Outlet *See ttachment Installation Method Pipeline mounting / without Pipeline mounting with Burst Protection Panel mounting Panel mounting with Burst Protection Material O-Rings Viton Ethylene-Propylene Buna N Silicone Meter onnections Pipe threads Threads per IN 85 NPT-Threads Meter Tube Size Threads (Gi) 85 / / - / /2 S 5 3/ 3/ S S / /2 S 0 2 S 50 / / - /8 / - ccuracy Standard alibration Viscosity calculation 3 % of max. Instrument Tag German English 5 7 P 0 F S T X F N S B E 5

16 8S0U02 Orderíng Information 098, Flange onnections Please also include the Meter Name, Model No., flow range, fluid, density and viscosity at operating temperature, operating and max. pressure, operating and max. temperature, scale design: e.g. % or direct reading in l/h m 3 /Min or as desired. Ordering Number 098 onnection Type Flanged vertical esign Level Meter esign Standard With pole guide larm Signal Transmitter Without Suitable for later addition Fitting Material PV PVF Steel SS 3Ti [No..57] onnection Material, In-/Outlet *See ttachment Burst Protection Without With Material O-Rings Viton Ethylene-Propylene Buna N Silicone Meter onnections Flanges IN 0 PN 0 ( / and = PN ) Flanges NSI L 300 (upon request) Flanges NSI L 50 Meter Tube Size N NSI / N 0 / / N 5 / 3/ N 3/ N / N 0 / N 50 / N 0 / /8 N 0 / ccuracy Standard alibration Viscosity calculation % of max. Instrument Tag German English P 0 F S T X 0 F N S B E The Industrial IT wordmark and all mentioned product names in the form XXXXXX IT are registered or pending trademarks of BB. BB has Sales & ustomer Support expertise in over 00 countries worldwide. The ompany s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice. Printed in the Fed. Rep. of Germany (.02) BB 02 8S0U02 Rev. 02 BB Ltd. Oldends Lane, Stonehouse Gloucestershire, GL 0 3T UK Phone: +(0) Fax: +(0) BB Inc. E. ounty Line Road Warminster, P 897 US Phone: Fax: BB utomation Products GmbH ransfelder Str Göttingen GERMNY Phone: Fax: