Variable Area Flow Meters Type 335, Type 350 Short Version Special Version. Product Range

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1 Prouct Range Variable Area Flow Meters Type 335, Type 350 Short Version Special Version icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

The measurement ranges, which are attune to our customers nees, an the range of materials available for the tubes an connection ens, mean that the flow meters can be use for a wie range of

2 Benefits Variable area flow meters a reliable, accurate an economical measuring principle. Variable area flow meters from GF Piping Systems are raially installe ismountable meters for flow measuring in inustrial piping applications. The measurement ranges, which are attune to our customers nees, an the range of materials available for the tubes an connection ens, mean that the flow meters can be use for a wie range of applications an a great variety of meia. Measuring principle - Three main forces act on the float The weight G The buoyancy A The flow force K G = A + K Main avantages The flowmeters require no auxiliary power Cost effective to measure the flow rate Break-proof an corrosion-resistant Accessories like sensor 4-20 ma an limit contacts Guiing ro from 50 for stabilisation of float within volume flow Low pressure loss Can be use for liquis an gases Volume- an % scale as stanar Segments Water Treatment Chemical Process Inustry Microelectronics Foo & Beverage Ship Builing Builing technology An many more icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

3 Features Know your flow All the flow meters are equippe with a ouble scale: a percentage scale as well as a scale for the flow volume in l/h for water (H2O). Special scales are on offer for m³/h, GPM, in aition to special grauations for HCL, NaOH, air an can be affixe on taper tubes without scales subsequently. Measuring accuracy falls in the accuracy class 4 accoring to VDE/VDI 3513 Part 2. Install an remove raially with threae joint Wie ovetail guie for easy fasten ing of limit switches Insert with amping feature for float in case of water hammer Flow immeiately visible with setpoint inicators One limit switch each for min. / max. flow (optional) Imprinte ouble scale for water in percent (%) an flow volume (l/h) Transparent taper tube in a variety of materials Orange-colore PVDF float makes it easy to rea the flow Fast connection with stanarize cement socket icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

System etails The float measuring principle accurate flow measurement of liquis an gases.

Accurate reaing The top ege of the float inicates the flow volume.

4 System etails The float measuring principle accurate flow measurement of liquis an gases. If a meium flows upwars at a sufficient rate of flow through the vertically mounte taper tube, the float is raise to the point at which a state of equilibrium sets in between the lifting force of the meium an the weight of the float. Since the mean rate of flow is proportional to the quantity flowing through per unit of time, this state of equilibrium correspons to the measurement of the instantaneous flow rate. Accurate reaing The top ege of the float inicates the flow volume. If special scales are applie subsequently, it must be ascertaine that the scale marking EF is affixe congruently with the one on the taper tube. Installation lenghts an materials The variable area flow meters are now available in the installation lengths 335 mm, 350 mm, 200 mm, 185 mm an 165 mm. The taper tubes are available in Polyami, Polysulfon an transparent PVC-U. The stanar floats are in PVDF with or without magnet. The en stops are in PVDF. The threae joint incluing insert is available in PVC-U, as well as in PP, PE or ABS on request. The O-rings are mae of EPDM or FPM. The nominal pressure is 10 bar at 20 C. Before installing 1. The pincer-like transport lock must be remove. To o this, the upper union nut is unscrewe an the upper insert incluing seals is remove. Double-check the taper tube an if available the guiing ro on amages cause ue to shipping. 2. Then the VAFM must be reassemble. 3. The piping system into which the VAFM is installe must be in a vertical position to ensure its functionality. 4. An inlet an outlet section must be provie for (inlet ca. 10 x, outlet ca. 5 x ). Accessories Due to the integrate ovetail shaft it is possible to mount further accessories like 4-20 ma flow sensor GK15 or limit contacts GK10/11. icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

5 Technical Data The most important ata at a glance. The VDE/VDI 3513 Part 2 guieline escribes the proceure for converting the scales of variable area flow meters. It takes into account all material an flow parameters incluing pressure, temperature, ensity an viscosity. GF Piping Systems offer you tables to accommoate change operating conitions. You can fin the tables in the GF Piping Systems Planning Funamentals. Accuracy of measurement VDE/VDI 3513, accuracy class 4, ± 1% relate to the full scale ± 3% relate to the measure value Flow rate in % Total measurement error % of measure value Total measurement error % of full scale value 13,00 8,00 6,33 5,50 5,00 4,67 4,43 4,25 4,11 4,00 1,3 1,6 1,9 2,2 2,5 2,9 3,1 3,4 3,7 4,0 Temperature range Taper tube Union max. temperature at 1 bar PVC-U PVC-U 0 60 C PA PVC-U 0 60 C PSU PVC-U 0 60 C PSU PVDF 0 90 C PVDF PVDF C Pressure loss for type 335 / 350 Measuring range Pressure loss [mbar] 22,84 22,84 22,84 22,84 24,99 24,99 Measuring range Pressure loss [mbar] 24,99 24,99 28,23 45,67 45,67 47,24 Chemical resistance list Organica Anorganica Base Aci Chemical PVC-U PA PSU PVDF PEEK SS phosphoric aci H3PO4 75% X O X X X - sulfuric aci H2SO4 <90% X - - X - - nitric aci HNO3 <55% X - - X - - nitric aci HNO3 67% X - - hyrofluoric aci HF <70% X - - X - - hyrochloric aci HCl 36% X O X X O - ammonia NH4OH 25% X X X - X X caustic potash KOH <50% X O X - X X caustic soa NaOH <50% X O X - X X ferric chlorie FeCl3 X X X X X - soium hyrochlorie NaOCl 15% X X X - X O soium bisulfite NaHSO3 <40% X X X X X X hyrogen peroxie H2O2 35% X - X O X X aqueaous inorganic sline solutions (not oxiizing) til saturation X X X X X O formic aci HCOOH 85% O - O O O O acetic aci CH3COOH 85% O - O O O X formalehye H2CO <40% X - X O X X glycol <50% O - X X X X acetone unilute - O - O X X ethanol, methanol unilute O - X X X X aliphatic hyrocarbons unilute O X X X X X Vali for 40 C an 2bar X: recommene O: with limitations -: not recommene For higher or lower concentrations than mentione in the list or entry O, please contact gss@georgfischer.com icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

6 Table of Contents Page Variable Area Flow Meter Type without magnet in the materials PVC-U, PA an PSU 8 - with magnet in the materials PVC-U, PA an PSU 9 Variable Area Flow Meter Type without magnet in the materials PVC-U, PA an PSU 10 - with magnet in the materials PVC-U, PA an PSU 11 Variable Area Flow Meter Short Version - without magnet in the materials PVC-U, PA an PSU 12 - with magnet in the materials PVC-U, PA an PSU 12 Variable Area Flow Meter Special Version - PVDF HP 13 - PVDF 13 Accessories - Limit contacts GK10 un GK Sensor 4-20 ma GK Special scales 17 Spare Parts - Type Type Short version 32 Ajustment Factors 34 7

7 Variable area flow meter type 335 Float in PVDF without magnet With solvent cement sockets PVC-U metric Taper tube in PVC-U transp. O- rings in EPDM Taper tube in Polyami O-rings in EPDM Taper tube in Polysulfone O- rings in EPDM D L L1 L2 G [inch]

8 Variable area flow meter type 335 Float in PVDF with magnet With solvent cement sockets PVC-U metric Moel: Suitable limit switches see accessories for variable area flow meters Taper tube in PVC-U transp. O- Rings in EPDM Taper tube in Polyami O-rings in EPDM Taper tube in Polysulfone O- rings in EPDM D L L1 L2 G [inch]

9 Variable area flow meter type 350 Float in PVDF without magnet With solvent cement sockets PVC-U metric Taper tube in PVC-U transp. O- rings in EPDM Taper tube in Polyami O-rings in EPDM Taper tube in Polysulfone O- rings in EPDM D L L1 L2 G [inch]

Variable area flow meter type 350 Float in PVDF with magnet With solvent cement sockets PVC-U metric Moel: Suitable limit switches see accessories for variable area flow meters Taper tube in PVC-U

10 Variable area flow meter type 350 Float in PVDF with magnet With solvent cement sockets PVC-U metric Moel: Suitable limit switches see accessories for variable area flow meters Taper tube in PVC-U transp. O- Rings in EPDM Taper tube in Polyami O-rings in EPDM Taper tube in Polysulfone O- rings in EPDM D L L1 L2 G [inch]

11 12

12 13

Function of the limit contact (GK) The limit contact serves to monitor externally the limite flow values an can be ajuste to any flow value on the corresponing scale.

13 Accessories Limit contacts Variable area flow meters from George Fischer are equippe with two ovetail shafts. For external electrical monitoring, these can be use for fitting magnetically actuate limit contacts. Function of the limit contact (GK) The limit contact serves to monitor externally the limite flow values an can be ajuste to any flow value on the corresponing scale. The magnet built into the float closes or opens a ree contact in the limit contact. This is a bistable switching function because the switching status remains when the float is taken from the contact. Note: When subsequently mounting limit contacts, min that you have to replace the stanar float with a magnetic float. The limit contacts GK10/ GK11 are only suitable for the VAFM type 335/ 350 as well as the short version of the existing range. The same contact type can not be use for monitoring both the min. an max. levels (GK 10min / GK11 max). Assembly instructions contacts 1.Replace the float with a magnetic float. 2.Position the limit contact on the ovetail shaft of the VAFM. 3.Tighten fastening screw. Moe of operation of contacts Technical ata to contacts Connection: Stanar plug DIN Contact fitte: Ree contact Moe of protection: IP 65 Max. voltage: 230 V Max. continuous current: 0.2 A Peak switch-on current: 0.5 A For use with inuctive loas, use a relay to protect the contacts 4-20 ma Sensor Type GK 15 Description The Sensor GK15 is evelope from the measurement sensor GK05. Other than the ol moel, no reesensors are use for the prouction of the GK15, but a special an new evelope electronic system with microprocessor an sensors. The sensor provies an output signal of 4-20 ma, accoring to the level setting of the magnetic float in the flow meter. This signal coul be use by a SPS to control processes or to show the precise flow-rate on an external isplay. Caution Since the resolution of the scales iffers in the settings, the sensor is programme iniviually for each measurement range ex-works. Therefore, you nee to ientify your require measurement range when you place the orer. Function elements GK 15 Position of float in relation to limit contacts: Top Bottom max. contact (GK11) close open min. contact (GK10) open close The contacts remain in these positions, even if the float leaves the contact concerne. When the float moves back to the esire position, the corresponing contact is eactivate. A B D C E A: GF Flow meter M335 / M350 with magnet float B: Sensor GK15 C: Cable plug D: Dove tail E: Clamping screws, for the sensor ajustment an the attachment 14

14 Assembly instructions GK 15 1.Position the sensor on the ove tail guie of the flow meter. 2.Ajust the notch on the sensor to the 50 % mark on the scale (see picture). 3.Tighten the clamping screws. 4.Take off the plug an wire it accoring escription (see electrical connection). Technical ata Supply voltage: VDC (+ - 10%) Current consumption: <50 ma Loa resistor: Min. 0 max. 500 Ω Current output: 4-20 ma (3 wire) Safety class: IP65 Ambient temperature: 0 C to +50 C Connection: Plug DIN Measurement accuracy: <1% Electrical connection Pin1: Pin2: Pin3: Supply voltage V Output signal 4-20 ma 0 V Dimensions Pin4: Pin5: must not be use or wire. For programming only. must not be use or wire. For programming only. Technical ata to sensor GK 15 Wiring iagram of the measurement sensor Z60 15

4-20 ma sensor For type 335 an type 350 Type Correspons to water scale GK 15 32 25 50-500 198 335 962

15 50 40 200-2000 198 335 966 GK 15 50 40 300-3000 198 335 967 GK 15 50 40 600-6000 198 335 968 GK 15

75 65 2000-20000 198 335 993 GK 15 75 65 3000-30000 198 335 994 GK 15 75 65 8000-60000 198 335 995

15 4-20 ma sensor For type 335 an type 350 Type Correspons to water scale GK GK GK GK GK GK GK GK GK GK GK GK GK Limit contacts GK10/GK11 For type 335/350 an short version Type GK10 (min.) GK11 (max.)

16 Special scale for type 335/350 l/h Special scale for type 335/350 % for H2O Correspons to water scale % % % % % % % % % % % % % Special scale for type 335/350 m3/h [m³/h] Correspons to water scale

17 Special scale for type 335/350 Imp. GPM [gal/min] Correspons to water scale ,183-1, ,366-3, ,55-5, ,916-9, ,733-7, ,09-10, ,19-21, , ,66-36, ,49-54, ,32-73, ,98-109, ,28-219, Special scale for type 335/350 US GPM [gal/min] Correspons to water scale Special scale for type 335/350 Air/0bar/Nm3/h [m³/h] Correspons to water scale

18 Special scale for type 335/350 HCI 30-33% l/h Correspons to water scale Special scale for type 335/350 NaOH 30% l/h Correspons to water scale Special scale for type 335/350 NaOH 50% l/h Correspons to water scale

19 Special scale for short version Water l/h Type SK 50 / SK 51 / SK 52 / SK 60 / SK 61 / SK 62 / SK 70 / SK 71 / SK 72 / SK 73 / Special scale for short version US GPM Type [gal/min] SK 50 / 500 0,01-0, SK 51 / 510 0,02-0, SK 52 / 520 0,04-0, SK 60 / 600 0,03-0, SK 61 / 610 0,06-0, SK 62 / 620 0,08-0, SK 70 / 700 0,06-0, SK 71 / 710 0,13-1, SK 72 / 720 0,22-2, SK 73 / 730 0,44-4, Special scale for short version Air/0bar/Nm3/h Type [m³/h] SK 50 / 500 0,5-0, SK 51 / 510 0,5-1, SK 52 / 520 0,8-3, SK 60 / 600 0,6-2, SK 61 / 610 1,4-5, SK 62 / 620 1,5-7, SK 70 / 700 1,0-6, SK 71 / 710 1,5-11, SK 72 / 720 3,0-18, SK 73 / 730 6,0-30, Special scale for short version HCI 30-33% l/h Type SK 50 / 500 2, SK 51 / SK 52 / SK 60 / SK 61 / SK 62 / SK 70 / SK 71 / SK 72 / SK 73 /

20 Special scale for short version NaOH 30% l/h Type SK 50 / SK 51 / SK 52 / SK 60 / SK 61 / SK 62 / SK 70 / SK 71 / SK 72 / SK 73 / Special scale for short version NaOH 50% l/h Type SK 60 / 600 0,2-3, SK 61 / 610 0, SK 62 / 620 0, SK 70 / 700 0, SK 71 / SK 72 / SK 73 /

21 Spare Parts for Type 335/350 Pos. Item Quantity * 10** Taper tube Float Bottom insert Top insert Union nut Union en O-Ring Flow value inicator Limit contact Guiing ro * optional ** only for 50 ( l/h) an 65 (all metering ranges)

22 Variable area flow meter type 335 Taper tube with water scale (1) PVC-U transparent PVC-U transparent Polyami Polysulfon * * * * * * Taper tube without scale (1) PVC-U transparent PVC-U transparent Polyami Polysulfon * * * * * *

23 Insert PVDF (3,4) top (4) bottom (3) bottom (3) for PEEK guiing ro bottom (3) for PVDF/SS guiing ro Float PVDF (2) Without magnet With magnet (bistabil) Guiing ro (10) Moel: Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges) Peek Stainless steel PVDF

24 Insert guiing ro PVDF (for 10) Moel: Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges) for PEEK for PVDF/SS Flow value inicator PS (8) Moel: For all imensions type 335/350 Flow value inicator O-rings (7) EPDM FPM Union nut (5) Union nut not useable for the special version with taper tube in PVDF PVC-U PVC-C ABS PP-H PVDF Union en / Socket (6) For 65 PVDF only spigot PVC-U PVC-C ABS PP-H PVDF

25 Union en / Spigot (6) PP-H PVDF Exchange kit Moel: Exchange kit consisting of: guiing ro, insert guiing ro an insert bottom Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges)

26 Variable area flow meter type 350 Taper tube with water scale (1) PVC-U transparent PVC-U transparent Polyami Polysulfon * * * * * * Taper tube without scale (1) PVC-U transparent PVC-U transparent Polyami Polysulfon * * * * * *

Insert PVDF (3,4) top (4) bottom (3) bottom (3) for PEEK guiing ro 50-500 32 1 25 198 335 970 198 335 977 100-1000 32 1 25 198 335 970 198 335 977 150-1500 40 1 1 4 32 198 335 971 198 335 978

198 335 973 198 335 980 1000-10000 63 2 50 198 335 973 198 335 980 1500-15000 63 2 50 198 335 974 198 335 982 2000-20000 75 2 1 2 65 198 335 975 198 335 981 3000-30000 75 2 1 2 65 198 335 975 198 335

600-6000 50 1 1 2 40 600-6000 63 2 50 1000-10000 63 2 50 1500-15000 63 2 50 198 335 893 2000-20000 75 2 1 2 65 198 335 894 3000-30000 75 2 1 2 65 198 335 894 8000-60000 75 2 1 2 65 198 335 894 Float

27 Insert PVDF (3,4) top (4) bottom (3) bottom (3) for PEEK guiing ro bottom (3) for PVDF/SS guiing ro Float PVDF (2) Without magnet With magnet Guiing ro (10) Moel: Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges) Peek Stainless steel PVDF

Insert guiing ro PVDF (for 10) Moel: Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges) for PEEK for PVDF/SS 1500-15000 63 2 50 198 335 986 198 335 953 2000-20000 75 2 1 2 65 198 335

32 1 25 198 335 990 40 1 1 4 32 198 335 990 50 1 1 2 40 198 335 990 63 2 50 198 335 990 75 2 1 2 65 198 335 990 O-rings (7) EPDM FPM 32 1 25 748 410 008 749 410 008 40 1 1 4 32 748 410 009 749

PVDF PVC-U PVC-C ABS PP-H PVDF 32 1 25 721 690 008 723 690 008 729 690 408 727 690 408 735 690 408 40 1 1 4 32 721 690 009 723 690 009 729 690 409 727 690 409 735 690 409 50 1 1 2 40 721 690

For 65 PVDF only spigot PVC-U PVC-C ABS PP-H PVDF 32 1 25 721 600 108 723 600 108 729 600 108 727 600 108 735 600 108 40 1 1 4 32 721 600 109 723 600 109 729 600 109 727 600 109 735 600 109 50

28 Insert guiing ro PVDF (for 10) Moel: Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges) for PEEK for PVDF/SS Flow value inicator PS (8) Moel: For all imensions type 335/350 Flow value inicator O-rings (7) EPDM FPM Union nut (5) Union nut not useable for the special version with taper tube in PVDF PVC-U PVC-C ABS PP-H PVDF Union en / Socket (6) For 65 PVDF only spigot PVC-U PVC-C ABS PP-H PVDF

Union en / Spigot (6) PP-H PVDF 32 1 25 727 608 508 735 608 608 40 1 1 4 32 727 608 509 735 608 609 50 1 1 2 40 727 608 510 735 608 610 63 2 50 727 608 511 735 608 611 75 2 1 2 65 700 256 401 175 483

29 Union en / Spigot (6) PP-H PVDF Exchange kit Moel: Exchange kit consisting of: guiing ro, insert guiing ro an insert bottom Only for 50 (1'500-15'000 l/h) an 65 (all metering ranges)

30 Technical information for type SK Pos. Item Quantity Taper tube Float Bottom insert Top insert Union nut Union en O-Ring Flow value inicator Pressure loss for type SK Type Loss (mm Wp) SK 10/ SK 11/ SK 12/ SK 18/ SK 19/ SK 20/ SK 21/ SK 29/ SK 30/ SK 31/ Type Loss (mm Wp) SK 40/ SK 41/ SK 50/ SK 51/ SK 52/ Type Loss (mm Wp) SK 60/ SK 61/ SK 62/ SK 70/ SK 71/ SK 72/ SK 73/

31 Spare part for variable area flow meter SK50-SK73/SK500-SK730 Short version taper tube Polysulfone Type SK 50 / SK 51 / SK 52 / SK 60 / SK 61 / SK 62 / SK 70 / SK 71 / SK 72 / SK 73 / Short version taper tube PVC-U transparent Type SK 50 / SK 51 / SK 52 / SK 60 / SK 61 / SK 62 / SK 70 / SK 71 / SK 72 / SK 73 / Short version float PVDF Without magnet Type SK 50 / 51 / SK 60 / 61 / SK 70 / 71 / 72 / Short version float PVDF With magnet bistable Type SK 500 / 510 / SK 600 / 610 / SK 700 / 710 / 720 / Short version float PTFE Without magnet Type SK

32 Short version top insert PVDF Type SK 50 / 500; 51 / 510; 52 / SK 60 / 600; 61 / 610; 62 / SK 70 / 700; 71 / 710; 72 / 720; 73 /

33 Ajustment Factors Temperature-ajustment table for gases Calibrating temperature ( C) Operating temperature ( C) Use this chart to ajust the isplaye values for gaseous meia of your flow meter, if the operating temperature iffers from the unerlying temperature (20 C) at calibrating time. Example: Calibrating temperature is 20 C an operating temperature is 70 C. Take the factor from the calibrating temperature column for 20 C an the operating temperature line 70 C. The values shown by the flow meter have to be multiplie by this factor so the actual flow volume at an operating temperature of 70 C can be calculate. You get the factor with the following formula: T c = calibrating temperature T o = operating temperature Note: Operating temperature >calibrating temperature: Factor <1 Operating temperature <calibrating temperature: Factor >1 Density-ajustment table for gases operating P Gases for calibration gasses [kg/nm 3 ] air oxygen nitrogen ammonia acetylene chlorine air oxygen nitrogen ammonia acetylene chlorine hyrogen carbon ioxie sulphur ioxie coal gas propane

34 Gases for calibration operating P carbon sulphur gasses [kg/nm 3 ] hyrogen ioxie ioxie coal gas propane air oxygen nitrogen ammonia acetylene chlorine hyrogen carbon ioxie sulphur ioxie coal gas propane Use this chart to ajust the isplaye values for gaseous meia of your flow meter, if the specific meia gravity iffers from the unerlying specific gravity (1.293 kg/nm 3 (air)) at calibrating time. Example: Specific gravity at calibrating time is kg/nm 3 (air). The meia hyrogen with its specific gravity of kg/nm 3 shoul be measure. From the column hyrogen, in line seven for operating gas, you get the factor The values shown by the flow meter have to be multiplie by this factor so the actual flow volume at a specific gravity of kg/nm 3 can be calculate. Note: Operating gas ensity >calibrating gas ensity: Factor <1 Operating gas ensity <calibrating gas ensity: Factor >1 Density-ajustment table for liquis Calibrating solution (kg/l) float material PVDF Density of operating liqui

35 Calibrating solution (kg/l) float material PVDF Density of operating liqui Use this chart to ajust the isplaye values for liqui meia of your flow meter, if the specific meia gravity (1.0 kg/l (water)) iffers from the unerlying specific gravity at calibrating time. Example: Specific gravity at calibration 1.0 kg/l.the liqui meia with a specific gravity of 0.9 kg/l is to be measure. If you have a calibrating solution of 1.0 kg/l you take in line five the factor The values shown by the flow meter have to be multiplie by this factor so the actual flow volume at a specific gravity of 0.9 can be calculate. Note: New ensity is higher: factor <1 New ensity is lower : factor >1 icenta Controls Lt, Unit 3 The Woofor Centre, Lysaner Way, Ol Sarum Park, Salisbury, SP4 6BU, UK Tel: +44 (0) Lo-Call: Fax: +44 (0) sales@icenta.co.uk

Rotameters Rotameters

Rotameters Rotameters Rotameters Type 807 Rotameter - Polyamie omplete Assembly PV Socket Ens, EPDM Seals, Stanar Tube Stanar Float 98 807 622 ^ 98 807 60 ^ 0.22-2.20 98 807 62 ^ 98 807 6 ^ 0.44-4.40 2 98 807 624 ^ 98 807 62