Proline Prosonic Flow 90P, 93P

Transcription

1 Technicl Informtion Proline Prosonic Flow 90P, 93P Ultrsonic Flow Mesuring System Volume flow mesurement of liquids in chemicl or process pplictions Applictions The sensors re perfectly suited for idirectionl mesurement of pure or slightly contminted liquids, regrdless of the pressure, temperture, conductivity nd viscosity. Applicle for ll homogeneous fluids in cousticlly trnsmissive pipes, even with lining For chemicl or process pplictions Wide fluid temperture rnge C Idel for retrofitting Instlltion without process interruption Approvls for hzrdous re: ATEX, FM, CSA, TIIS Connection to process control system: HART, PROFIBUS DP/PA, FOUNDATION Fieldus Fetures nd enefits Prosonic Flow clmp-on is the flexile nd cost-effective flow mesuring system. The Proline trnsmitter concept comprises: Modulr device nd operting concept resulting in higher degree of efficiency Dignostic ility nd dt ck-up for incresed process qulity The tried-nd-tested Prosonic Flow sensors offer: Esy nd sfe instlltion nd commissioning gurntee precise mesurement Insensitivity to virtions No pressure loss Roust, industril design for high degree of reliility in the process TI056D/06/en

2 Function nd system design Mesuring principle Prosonic Flow opertes on the principle of trnsit time difference. An coustic (ultrsonic) signl is trnsmitted in oth directions from one mesuring sensor to the other. As the signl propgtion velocity of the wves is less when the wves trvel ginst the direction of flow thn long the direction of flow, trnsit time difference occurs. This difference is directly proportionl to the flow velocity. Prosonic Flow clcultes the flow from the pipe cross-sectionl re nd the mesured trnsit time difference. v ~ t Q = v A F06-9xxxxxxx-15-xx-06-xx-000 v = flow velocity t = trnsit time difference v = volume flow A = pipe cross-sectionl re In ddition to the volume flow, the system mesures the sound velocity in the liquid. The sound velocity cn e used to distinguish different liquids or s mesure of product qulity. You cn crry out n pplictionspecific clirtion of Prosonic Flow in the field using the Quick Setup. System design Mesuring system The Prosonic Flow ultrsonic flow mesuring system lwys consists of trnsmitter nd the relted mesuring sensors. All components re ville in different versions depending on the ppliction requirements. The trnsmitter is used to ctute the mesuring sensors. The electronics nd the softwre in the trnsmitter re used to prepre, process nd evlute the sensor signls nd to convert the mesuring signl to the desired output vriles. The mesuring sensors work idirectionlly s sound trnsmitters nd sound receivers. The electricl signls of the trnsmitter re converted to pressure signl in the mesuring sensors nd vice vers. Depending on the design, the different sensor versions of ultrsonic flow mesuring devices offer unique possiilities in the ppliction. The properties nd enefits of the different versions re explined in detil on the following pges. 2 Endress+Huser

3 Sensor rrngement The trnsmitter offers numer of options etween 1 nd 4 trverses for the type of instlltion = 1 trverse, 2 = 2 trverses, 4 = 4 trverses A Recommendtions: Due to their design nd properties, the Prosonic Flow sensors re prticulrly suited to certin nominl dimeter rnges nd pipe wll thicknesses. For this reson, vrious sensor types re offered for Prosonic Flow P for these different pplictions. Recommendtions for sensor instlltion cn e found in the following tle. Sensor type Nominl dimeter Type of mounting Prosonic Flow P DN DN DN (or 1) trverses 2 trverses 1 trverse Note! Plese note tht the signl strength is reduced with ech dditionl reflection point in the pipe. (Exmple: 2 trverses = 1 reflection point). The instlltion of clmp-on sensors is principlly recommended in the 2 trverse type of instlltion. This type of instlltion llows the esiest nd most comfortle type of mounting nd mens tht system cn lso e mounted even if the pipe cn only e ccessed from one side. If the pipe nominl dimeter is smll (DN 60 nd smller), the sensor spcing with Prosonic Flow W/P cn e too smll for n instlltion with 2 trverses. In this cse, the 1 trverse type of instlltion must e used. In ll other instnces, the 2 trverse configurtion is the preferred method. The use of Prosonic Flow P sensors DN is principlly recommended for plstic pipes with wll thickness > 10 mm, pipes mde of composites such s GRP, pipes with lining, even for nominl dimeters < DN 100. This pplies lso to pplictions with medi with high coustic dmping. For these pplictions, we principlly recommend mounting the P sensors with 1 trverse configurtion. If the mesuring device displys n insufficient signl strength, reduce the numer of the trverses. Endress+Huser 3

4 Two-chnnel mesuring devices Prosonic Flow 93 hs two mesuring chnnels which re independent of one nother. In other words, the trnsmitter supports the simultneous opertion of two sensor pirs t two individul mesuring chnnels. In doing so, the resources of the trnsmitter re split evenly etween the two chnnels. This ility of the trnsmitter cn e used in mny different wys: For two-chnnel mesurement For two-pth mesurement The trnsmitter cn output the mesured vlues of oth chnnels either individully or rithmeticlly linked (s totl, difference or men). Two-chnnel mesurement In the cse of dul-chnnel mesurement, the mesured vlues of two independent mesuring points re determined nd processed y one trnsmitter. Cle for power supply Signl cle (Outputs) A If required, the mesured vlues of mesuring chnnel 1 nd mesuring chnnel 2 cn e rithmeticlly linked together. The following possiilities for outputting mesured vlues re suitle for dul-chnnel mesurement: Individul output of mesured vlues from chnnel 1 nd 2 Totl of mesured vlues from chnnel 1 nd 2 Difference of mesured vlues from chnnel 1 nd 2 The mesuring device supports the individul configurtion of the mesuring chnnels nd the independent setting of the disply nd outputs. As result, the sensor type nd type of instlltion, for exmple, cn e selected nd configured seprtely for oth chnnels. Note! Plese py specil ttention to the instlltion recommendtions in Chpter Mounting loction, Pge 19, Chpter Orienttion, Pge 20, Chpter Inlet nd outlet runs, Pge 21 s well s the recommendtions on the type of instlltion in Chpter Sensor rrngement, Pge 3. 4 Endress+Huser

5 Two-pth mesurement In dul-pth mesurement, the trnsmitter is used to operte two sensor pirs which re instlled on the sme pipe. Different pplictions cn necessitte different types of instlltion. A B Cle for power supply Signl cle (Outputs) A Note! Plese note the recommendtions in Chpter Sensor rrngement, Pge 3. The following possiilities for outputting mesured vlues re suitle for dul-pth mesurement: Individul output of mesured vlues from chnnel 1 nd 2 Arithmetic men of the mesured vlues from chnnel 1 nd 2 (CH1 + CH2 / 2) The possiility of otining the men vlue in dul-pth mesurement provides the dvntge of more stle mesured vlue. A mesured vlue tht is generted from two independent mesuring signls is generlly less sensitive to irregulrities nd fults in the ppliction. As result, if conditions re not idel, for exmple, the dul-pth system mens tht the different flow components within the flow cn e etter determined thnks to the fct tht the mesured vlues re determined independently on two levels. Differences re then lnced out when the two mesured vlues re susequently verged to form one process vrile. This often results in more stle nd more ccurte mesured vlue thn would e the cse with single-pth mesurement. The mesuring device supports the individul configurtion of the mesuring chnnels. Note! Plese py specil ttention to theo instlltion recommendtions in Chpter Mounting loction, Pge 19, Chpter Orienttion, Pge 20, Chpter Inlet nd outlet runs, Pge 21 s well s the recommendtions on the type of instlltion in Chpter Sensor rrngement, Pge 3. Endress+Huser 5

6 Commissioning ccessories During mounting nd commissioning, in order to determine the sensor distnce, you require dt on the mesurement liquid, the pipe mteril used nd the exct pipe dimensions. Dt on the most common liquids, pipe mterils nd lining mterils re progrmmed into the Prosonic Flow 93 progrm. For liquids: WATER SEAWATER DISTILLED WATER AMMONIA ALCOHOL BENZENE BROMIDE ETHANOL GLYCOL KEROSENE MILK METHANOL TOLUOL LUBRICATING OIL FUEL OIL PETROL For pipe mterils: STAINLESS STEEL SS ANSI 304 SS ANSI 316 SS ANSI 347 SS ANSI 410 SS ANSI 430 ALLOY C PVC PE LDPE HDPE GRP PVDF PA PP PTFE GLASS PYREX ASBESTOS CEMENT CARBON STEEL DUCTILE IRON Linings: CEMENT RUBBER TAR EPOXY If your pipe mteril or liquid is not included in the pre-progrmmed selection of the trnsmitter nor known from the technicl literture, estlish the missing dt with either method: Use the wll thickness sensor DDU 19 (see Accessories on pge 30). Use the sound velocity sensor DDU 18 (see Accessories on pge 30). Mesuring system The mesuring system consists of the following trnsmitters nd sensors. Mesuring trnsmitter Prosonic Flow 90 For mounting in non-hzrdous res. Two-line LCD disply Configurtion with keys Quick Setup All outputs re glvniclly isolted from the power supply, mesuring circuit nd ech other. Volume nd sound velocity mesurement Designed for single chnnel mesurement s stndrd Degree of protection IP 67 F06-x0xxxxxx xx-002 Prosonic Flow 93 Prosonic Flow 93 F06-x3xxxxxx xx-002 F06-x3xxxxZZ xx-001 For instlltion in the non hzrdous res nd in Ex Zone II. Four-line liquid-crystl disply Opertion with Touch Control Appliction-specific Quick Setup All the outputs re glvniclly isolted from the power supply, mesuring circuit nd ech other. Volume nd sound velocity mesurement Prepred for wll thickness mesurement s stndrd Prepred s stndrd for mesurements with two sensor pirs t the sme or t two different mesuring points. Degree of protection IP 67 For instlltion in Ex Zone I. Four-line liquid-crystl disply Opertion with Touch Control Appliction-specific Quick Setup All the outputs re glvniclly isolted from the power supply, mesuring circuit nd ech other. Volume nd sound velocity mesurement Prepred for wll thickness mesurement s stndrd Prepred s stndrd for mesurements with two sensor pirs t the sme or t two different mesuring points. Degree of protection IP 67 6 Endress+Huser

7 Mesuring sensors P Clmp-on flow mesuring sensors Sensor pir for flow mesurement nd sound velocity in the fluid during opertion. 2 sensor types for DN (2"...160") Temperture rnges C resp C Degree of protection IP 68 Stinless steel sensor holders F06-9xPxxxxx xx-001 DDU 18 Sound velocity mesuring sensors for Prosonic Flow 93 Sensor pir for mesurement of sound velocity in the fluid. Only required to commission the clmp-on version, if the sound velocity in the fluid is unknown. DN (2"...120") Temperture rnge C Degree of protection IP 68 Stinless steel sensor holder DDU 19 F06-9xDDU18x xx-001 F06-9xDDU19x xx-001 Wll thickness mesuring sensor for Prosonic Flow 93 Sensor for mesuring pipe wll thickness. Only required to commission the clmp-on version. Wll thickness mesuring rnge: mm for steel pipes mm for plstic pipes (not recommended for use with PTFE or PE pipes) Temperture rnge C Degree of protection IP 67 Stinless steel sensor holder Input Mesured vrile Mesuring rnge Flow velocity (differentil dely proportionl to flow velocity) Typiclly v = m/s t the specified mesuring ccurcy Operle flow rnge Over 150 :1 Input signl Sttus input (uxiliry input): U = V DC, R i = 5 kω, glvniclly isolted. Configurle for: totlizer(s) reset, mesured-vlue suppression, error-messge reset. Output Output signl Prosonic Flow 90 Current output: Active/pssive selectle, glvniclly isolted, time constnt selectle ( s), full scle vlue djustle, temperture coefficient: typiclly 0.005% o.r./ C; resolution: 0.5 µ A Active: 0/ ma, R L < 700 Ω (for HART: R L 250 Ω) Pssive: ma, supply voltge V DC, RL < 700 Ω Pulse/frequency output: Pssive, open collector, 30 V DC, 250 ma, glvniclly isolted. Frequency output: full scle frequency Hz (f mx = 1250 Hz), on/off rtio 1:1, pulse width mx. 10 s Pulse output: pulse vlue nd pulse polrity selectle, mx. pulse width djustle ( ms), mx. pulse frequency selectle Endress+Huser 7

8 PROFIBUS PA interfce: PROFIBUS PA in ccordnce with EN Volume 2, IEC (MBP), glvniclly isolted Current consumption: 11 ma Error current FDE (Fult Disconnection Electronic): 0 ma Dt trnsmission rte, supported udrte: kbit/s Signl encoding: Mnchester II Function locks: 3 x Anlog Input (AI), 1 x Totlizer Output dt: volume flow, sound velocity, flow velocity Input dt: positive zero return (ON/OFF), opertion control, totlizer control, zero point djustment control, disply vlue Bus ddress cn e set vi DIP switch on device Prosonic Flow 93 Current output: Active/pssive selectle, glvniclly isolted, time constnt selectle ( s), full scle vlue djustle, temperture coefficient: typiclly 0.005% o.r./ C; resolution: 0.5 µ A Active: 0/ ma, R L < 700 Ω (for HART: R L 250 Ω) Pssive: ma, mx. 30 V DC, R i 150 Ω Pulse/frequency output: Active/pssive selectle, glvniclly isolted Active: 24 V DC, 25 ma (mx. 250 ma during 20 ms), R L > 100 Ω Pssive: open collector, 30 V DC, 250 ma Frequency output: full scle frequency Hz (f mx = Hz), Hz for EEx i, on/off rtio 1:1, pulse width mx. 10 s Pulse output: pulse vlue nd pulse polrity selectle, mx. pulse width djustle ( ms), the on/off rtio is 1:1 s of frequency of 1 / (2 x pulse width) PROFIBUS DP interfce: PROFIBUS DP/PA in ccordnce with EN Volume 2, IEC , glvniclly isolted Dt trnsmission rte, supported udrte: 9.6 kbud...12 MBud Signl encoding: NRZ code Function locks: 8 x Anlog Input (AI), 3 x Totlizer Output dt: volume flow chnnel 1 or chnnel 2, sound velocity chnnel 1 or chnnel 2, flow velocity chnnel 1 or chnnel 2, verge volume flow, verge sound velocity, verge flow velocity, volume flow sum, volume flow difference Input dt: positive zero return (ON/OFF), opertion control, totlizer control, zero point djustment control, disply vlue Bus ddress cn e set vi DIP switch on device Automtic dt trnsmission rte recognition PROFIBUS PA interfce: PROFIBUS PA in ccordnce with EN Volume 2, IEC (MBP), glvniclly isolted Dt trnsmission rte, supported udrte: kbit/s Current consumption: 11 ma Error current FDE (Fult Disconnection Electronic): 0 ma Signl encoding: Mnchester II Function locks: 8 x Anlog Input (AI), 3 x Totlizer Output dt: volume flow chnnel 1 or chnnel 2, sound velocity chnnel 1 or chnnel 2, flow velocity chnnel 1 or chnnel 2, verge volume flow, verge sound velocity, verge flow velocity, volume flow sum, volume flow difference, totlizer Input dt: positive zero return (ON/OFF), opertion control, totlizer control, zero point djustment control, disply vlue Bus ddress cn e set vi DIP switch on device 8 Endress+Huser

9 FOUNDATION Fieldus interfce: FOUNDATION Fieldus H1, IEC , glvniclly isolted Dt trnsmission rte, supported udrte: kbit/s Current consumption: 12 ma Error current FDE (Fult Disconnection Electronic): 0 ma Signl encoding: Mnchester II Function locks: 8 x Anlog Input (AI), 1 x Discrete Output, 1 x PID Output dt: volume flow chnnel 1 or chnnel 2, sound velocity chnnel 1 or chnnel 2, flow velocity chnnel 1 or chnnel 2, signl strength chnnel 1 or 2, verge volume flow, verge sound velocity, verge flow velocity, volume flow sum, volume flow difference, totlizer Input dt: positive zero return (ON/OFF), reset totlizer, zero point djustment control Link Mster function (LAS) is supported Signl on lrm Lod Current output filsfe mode selectle Pulse/frequency output filsfe mode selectle Sttus output (Prosonic Flow 90) non-conductive in event of error or power supply filure Rely output (Prosonic Flow 93) voltge-free in event of error or power supply filure see Output signl Switching output Sttus output (Prosonic Flow 90): Open collector, mx. 30 V DC / 250 ma, glvniclly isolted. Configurle for: error messges, flow direction, limit vlues. Rely output (Prosonic Flow 93): Normlly closed (NC) or normlly open (NO) contcts ville (fctory setting: rely 1 = NO contct, rely 2 = NC contct), mx. 30 V / 0.5 A AC; 60 V / 0.1 A DC, glvniclly isolted. Configurle for: error messges, flow direction, limit vlues. Low flow cutoff Glvnic isoltion Switch points for low flow cutoff re selectle All circuits for inputs, outputs, nd power supply re glvniclly isolted from ech other. Endress+Huser 9

10 Power supply Electricl connection mesuring unit N (L-) L1 (L+) A A c d B B d N (L-) L1 (L+) 2 1 c A = View A (wll-mounted housing; non hzrdous re, Ex Zone 2) B = View B (field housing; Ex Zone 1) F06-xxxxxxxx xx-xx-001 Cle for power supply: V AC, V AC, V DC; power consumption: 18 VA / 10 W Terminl No. 1: L1 for AC, L+ for DC Terminl No. 2: N for AC, L- for DC Signl cle: terminls No c Ground terminl for protective conductor d Ground terminl for signl cle shield Terminl ssignment Prosonic Flow 90 Order vrint Terminl No. (inputs/outputs) 20 (+) / 21 (-) 22 (+) / 23 (-) 24 (+) / 25 (-) 26 (+) / 27 (-) 90***-***********W 90***-***********A Frequency output 90***-***********D Sttus input Sttus output Frequency output Current output HART Current output HART Current output HART 90***-***********H PROFIBUS PA 10 Endress+Huser

11 Terminl ssignment Prosonic Flow 93 Depending on the version ordered, the inputs/outputs on the communiction ord cn e either permnently ssigned (fixed) or vrile (flexile) (see Tle). Plug-in point modules which re fulty or need to e replced cn e ordered s ccessories. Terminl No. (inputs/outputs) Order vrint 20 (+) / 21 (-) 22 (+) / 23 (-) 24 (+) / 25 (-) 26 (+) / 27 (-) Fixed communiction ords (fixed ssignment) 93***-***********A Frequency output 93***-***********B Rely output Rely output Frequency output Current output HART Current output HART 93***-***********H PROFIBUS PA 93***-***********J PROFIBUS DP 93***-***********K FOUNDATION Fieldus Flexile communiction ords 93***-***********C Rely output Rely output Frequency output 93***-***********4 Frequency output Frequency output Current output 93***-***********D Sttus input Rely output Frequency output 93***-***********6 Rely output Rely output Current output 93***-***********L Sttus input Rely output Rely output 93***-***********M Sttus input Frequency output Frequency output 93***-***********W Rely output Current output Current output 93***-***********2 Rely output Current output Frequency output Current output HART Current output HART Current output HART Current output HART Current output HART Current output HART Current output HART Current output HART Endress+Huser 11

12 Electricl connection mesuring unit for Prosonic Flow 90 (PROFIBUS PA) Connecting power supply nd us cles in the connection comprtment N (L ) L1 (L+) PA (+) PA ( ) e f c d Connecting the trnsmitter (wll-mount housing). Cle cross-section: mx. 2.5 mm 2 A Cle for power supply: V AC, V AC, V DC Terminl No. 1: L1 for AC, L+ for DC Terminl No. 2: N for AC, L for DC PROFIBUS PA line: Terminls No. 26: PA+ Terminls No. 27: PA- Ground terminl for protective erth Ground terminl for signl cle screen Service connector for connecting service interfce FXA193 (Fieldcheck, ToF Tool - Fieldtool Pckge) Cover of the connection comprtment c d e f Terminl ssignment Order vrint Terminl No. (outputs/inputs) 26: PA+ 27: PA 90***-***********H PROFIBUS PA (non Ex) Connection vlues PROFIBUS PA PROFIBUS PA: Power supply: V DC Current consumption: 11 ma 12 Endress+Huser

13 Electricl connection mesuring unit for Prosonic Flow 93 (PROFIBUS DP/PA) Connecting power supply nd us cles in the connection comprtment N (L ) L1 (L+) (+5 V) (DGND) DP (B)/PA (+) DP (A)/PA ( ) e g f c g d Connecting the trnsmitter (wll-mount housing), cle cross-section: mx. 2.5 mm 2 F06-53xPBxxx xx-xx-000 Cle for power supply: V AC, V AC, V DC Terminl No. 1: L1 for AC, L+ for DC Terminl No. 2: N for AC, L for DC PROFIBUS DP/PA line : Terminls No. 26: DP(B) / PA+ Terminl No. 27: DP(A) / PA DP(A) = RxD/TxD-N, DP(B) = RxD/TxD-P c Ground terminl for protective erth d Ground terminl for signl cle screen e Service connector for connecting service interfce FXA193 (Fieldcheck, ToF Tool - Fieldtool Pckge) f Cover of the connection comprtment g Cle for externl termintion: Terminl No. 24: DGND Terminl No. 25: +5V Terminl ssignment Order vrint Terminl No. (outputs/inputs) 26: DP(B) / PA+ 27: DP(A) / PA 93***-***********H 93***-***********J PROFIBUS PA PROFIBUS DP Connection vlues PROFIBUS PA PROFIBUS PA: Power supply: V DC Current consumption: 11 ma Endress+Huser 13

14 Electricl connection mesuring unit for Prosonic Flow 93 (FOUNDATION Fieldus) Connecting power supply nd us cles in the connection comprtment N (L-) L1 (L+) 1 2 FF+ FF e f c d Connecting the trnsmitter (wll-mount housing). Cle cross-section: mx. 2.5 mm 2 F06-xxxFFxxx xx-xx-000 c d e f Cle for power supply: V AC, V AC, V DC Terminl No. 1: L1 for AC, L+ for DC Terminl No. 2: N for AC, L for DC Fieldus cle: Terminl No. 26: FF+ (with integrted reverse polrity protection) Terminl No. 27: FF (with integrted reverse polrity protection) Ground terminl for protective erth Ground terminl for fieldus cle screen Service connector for connecting service interfce FXA193 (Fieldcheck, ToF Tool - Fieldtool Pckge) Cover of the connection comprtment Terminl ssignment Order vrint Terminl No. (outputs/inputs) 26: FF + 27: FF 93***-***********K FOUNDATION Fieldus Connection vlues FOUNDATION Fieldus FOUNDATION Fieldus: Power supply: V DC Current consumption: 12 ma 14 Endress+Huser

15 Electricl connection: Sensor cle connection Connecting power sensor cles in the connection comprtment A A A = View A (wll-mounted housing; non hzrdous re, Ex Zone 2) F06-9xxxxxxx xx = Chnnel 1 upstrem; 2 = Chnnel 1 downstrem 3 = Chnnel 2 upstrem; 4 = Chnnel 2 downstrem 4 B B B = View B (field housing; Ex Zone 1) F06-9xxxxxxx xx = Chnnel 1 upstrem; 2 = Chnnel 1 downstrem 3 = Chnnel 2 upstrem; 4 = Chnnel 2 downstrem Potentil equlistion For potentil equlistion, no specil mesures re necessry. Note! For instruments for use in hzrdous res, oserve the corresponding guidelines in the specific Ex documenttion. Endress+Huser 15

16 Cle entry Power supply nd signl cles (inputs/outputs): Cle entry M20 x 1.5 or Cle glnd for cles with Ø mm Threded dpter 1/2" NPT, G 1/2" Sensor cle connection: A specil cle glnd llows you to insert oth sensor cles (per chnnel) into the connection comprtment simultneously. Cle glnd M20 x 1.5 for 2 x Ø 4 mm or Threded dpter 1/2" NPT, G 1/2" Specil cle glnd for sensor cle connection on the trnsmitter side F06-9xxxxxxx xx-000 Cle specifictions Sensor cle: Use the redy-to-use cles supplied y Endress+Huser with ech sensor pir. The cles re ville in lengths of 5 m, 10 m, 15 m nd 30 m. You cn choose etween PTFE nd PVC cle mterils. Opertion in zones of severe electricl interference: The mesuring device complies with the generl sfety requirements in ccordnce with EN 61010, the EMC requirements of EN 61326, nd NAMUR Recommendtion NE 21. Signl nd power supply cle: Cution! Grounding is y mens of the ground terminls provided for the purpose inside the connection housing. Keep the stripped nd twisted lengths of cle shield to the terminls s short s possile. Supply voltge Trnsmitter: V AC, Hz V AC, Hz V DC Mesuring sensors: powered y the mesuring trnsmitter Power consumption AC: <18 VA (incl. sensor) DC: <10 W (incl. sensor) Switch-on current: mx A (< 50 ms) t 24 V DC mx. 3 A (< 5 ms) t 260 V AC Power supply filure Lsting min. 1 power cycle EEPROM (Prosonic Flow 90) or HistoROM/T-DAT (Prosonic Flow 93) sve mesuring system dt if the power supply fils 16 Endress+Huser

17 Performnce chrcteristics Reference operting conditions Fluid temperture: +28 C ± 2 K Amient temperture: +22 C ± 2 K Wrm-up period: 30 minutes Instlltion: Inlet run >10 x DN Outlet run > 5 x DN Sensors nd trnsmitter grounded. The mesuring sensors re correctly instlled. Mximum mesured error For flow velocities of > 0.3 m/s nd Reynolds numer of >10000, the system ccurcy is: Version Gurnteed error limits Report Prosonic Flow P Clmp-on DN DN > 200 ± 2.0% o.r. plus ± 0.05% o.f.s (3) ± 2.0% o.r. plus ± 0.02% o.f.s (3) See note (1) A report is not issued. The vlue given re typicl vlues. ± 0.5% o.r. plus ± 0.05% o.f.s (3) Verifiction of ccurcy (2) o.r. = of reding o.f.s. = of full scle vlue (1) (2) (3) The sic ccurcy of the mesuring system is 0.5%. The dry clirtion represents dditionl uncertinty due to mounting nd ctul pipe properties. This dditionl uncertinty is etter thn 1.5% typiclly. Accurcy verifiction is crried out on DN 100 pipe. The verifiction pplies under reference operting conditions. Mximum full scle vlue: 15 m/s Endress+Huser 17

18 Mx. mesured error for dry clirtion in % of reding % m/s = Pipe dimeter > DN 200 = Pipe dimeter < DN 200 A Mx. mesured error for verifiction of ccurcy in % of reding % m/s = Pipe dimeter > DN 200 = Pipe dimeter < DN 200 A Repetility ± 0.3% for flow velocities > 0.3 m/s 18 Endress+Huser

19 Operting conditions Instlltion conditions Instlltion instructions Mounting loction Correct mesuring is possile only if the pipe is full. Avoid the following loctions: Highest point of pipeline. Risk of ir ccumulting. Directly upstrem of free pipe outlet in verticl pipe. F06-5xxxxxxx xx-000 Verticl pipes Notwithstnding the ove, the instlltion proposl elow permits instlltion in n open verticl pipe. Pipe restrictors or the use of n orifice with smller cross-section thn the nominl dimeter prevent the pipe from running empty while mesurement is in progress Instlltion in verticl pipe F06-9xxxxxxx xx = Supply tnk, 2 = Mesuring sensors, 3 = Orifice plte, pipe restriction, 4 = Vlve, 5 = Filling tnk Endress+Huser 19

20 Orienttion Verticl Recommended orienttion with upwrd direction of flow (View A). Entrined solids sink down. Gses rise wy from the mesuring sensor when fluid is not flowing. The piping cn e completely drined nd protected ginst solids uild-up. Horizontl In the recommended instlltion rnge in horizontl instlltion position (View B), gs nd ir collections t the pipe cover nd prolemtic deposits t the ottom of the pipe hve smller influence on mesurement. A C C B C = Recommended instlltion rnge mx. 120 A Coupling medium A coupling medium is required to ensure the coustic coupling etween the sensor nd the piping. This is pplied to the sensor surfce during commissioning. Periodic replcement of the coupling medium is usully not required. Prosonic Flow 93 offers coupling medium monitoring function s prt of its Advnced Dignostics softwre pckge. This function outputs the signl strength s limit vlue. F06-9xxxxxxx xx Endress+Huser

21 Inlet nd outlet runs If possile, instll the sensor well cler of fittings such s vlves, T-pieces, elows, etc. Complince with the following requirements for the inlet nd outlet runs is recommended in order to ensure mesuring ccurcy. 15 x DN 5 x DN 1 40 x DN 2 20 x DN 3 40 x DN 1 = Vlve, 2 = Pump, 3 = Two pipe ends in different directions F06-9xxxxxxx xx-003 Connecting cle length Shielded cles re offered in the following lengths: 5 m, 10 m, 15 m nd 30 m In order to ensure mesuring ccurcy, comply with the following instructions during instlltion: Route the cle well cler of electricl mchines nd switching elements. Environment Amient temperture Mesuring trnsmitter Prosonic Flow 90/93: C Flow rte mesuring sensors Prosonic Flow P: C / C Sound velocity mesuring sensors DDU 18: C Wll thickness mesuring sensor DDU 19: C Sensor cle PTFE C; sensor cle PVC C In heted piping or piping conveying cold fluids, it is lwys permissile to insulte the piping completely with the mounted ultrsonic sensors. Instll the mesuring trnsmitter t shdy loction. Avoid direct sunlight, prticulrly in wrm climtic regions. Endress+Huser 21

22 Storge temperture The storge temperture corresponds to the operting temperture rnge of the mesuring trnsmitter nd the pproprite mesuring sensors nd the corresponding sensor cle (see ove). Degree of protection Mesuring trnsmitter Prosonic Flow 90/93: IP 67 (NEMA 4X) Flow mesuring sensors Prosonic Flow P: IP 68 (NEMA 6P) Sound velocity mesuring sensors DDU 18: IP 68 (NEMA 6P) Wll thickness mesuring sensor DDU 19: IP 67 (NEMA 4X) Shock nd virtion resistnce According to IEC Electromgnetic comptiility (EMC) Electromgnetic comptiility (EMC requirements) ccording to EN 61326/A1 (IEC 1326) Emission to clss A requirements nd NAMUR Recommendtion NE 21/43 Process conditions Medium temperture rnge Flow rte mesuring sensors Prosonic Flow P: C / C Sound velocity mesuring sensors DDU 18: C Wll thickness mesuring sensor DDU 19: C Medium pressure rnge (nominl pressure) Perfect mesurement requires tht the sttic fluid pressure is higher thn vpour pressure. Pressure loss There is no pressure loss 22 Endress+Huser

23 Mechnicl construction Design / dimensions Dimensions: wll-mounted housing (non hzrdous re nd Ex Zone 2) Esc - + E > xM A There re severl mounting kits for the wll-mounted housing. They cn e ordered seprtely from Endress+Huser s n ccessory. The following instlltion vrints re possile: Endress+Huser 23

24 Pnel-mounted (seprte mounting set) ~110 A mounting kit, which cn e ordered seprtely, is ville for pnel mounting the trnsmitter Prosonic Flow 90/93. Plese contct your locl Endress+Huser representtive. A Pipe mounting (seprte mounting set) Ø ~155 A mounting kit, which cn e ordered seprtely, is ville for pipe mounting the trnsmitter Prosonic Flow 90/93. Plese contct your locl Endress+Huser representtive. A Endress+Huser

25 sous Esc sous Esc sous Proline Prosonic Flow 90P, 93P Dimensions field housing (Ex Zone 1) Nicht unter Spnnung öffnen Nicht-eigensichere Stromkreise durch IP40-Adeckung geschützt Non-intrinsiclly sfe circuits Ip40 protected Boucles de cournt sns sécurité intrinsèque protégées pr Ip40 cover Keep re live tight while circuits - + E circuits re live Keep tight while cover 167 tension l ppreil Ne ps ouvrir Ø 8.6 (M8) A Pipe mounting (seprte mounting set) ~ 240 Ø 75 Nicht unter öffnen Spnnung Nicht unter öffnen Spnnung Keep cover tight while circuits re live circuits re live tight while Keep cover Keep cover tight while circuits re live - + E Keep cover tight while circuits re live tension Ne ps ouvrir l ppreil tension Ne ps ouvrir l ppreil F06-x3xxxxZZ xx-xx-003 A mounting kit, which cn e ordered seprtely, is ville for pipe mounting the trnsmitter Prosonic Flow 93. Plese contct your locl Endress+Huser representtive. Endress+Huser 25

26 Prosonic Flow P 2 or 4 trverses version / 790 mx. 872 min Ø Sensor distnce cn e determined using Quick Setup Pipe outer dimeter (defined y the ppliction) A or 3 trverses version Ø Ø Sensor distnce cn e determined using Quick Setup Pipe outer dimeter (defined y the ppliction) A Endress+Huser

27 Weight Housing for trnsmitter 90/93: Wll-mounted housing: 6.0 kg Field housing: 6.7 kg Mesuring sensors: Flow mesuring sensors P incl. mounting ril nd tensioning nds: 2.8 kg Sound velocity mesuring sensors DDU 18 incl. tensioning nds: 2.4 kg Wll thickness mesuring sensor DDU 19 incl. tensioning nd: 1.5 kg Mterils Trnsmitter housing 90/93: Wll-mounted housing: powder-coted die-cst luminum Field housing: powder-coted die-cst luminum Mesuring sensors P / DDU 18 / DDU 19: DIN AISI Sensor fixing rcket Sensor housing Sensor contct surfce Chemicl resistnt plstic Tensioning nds High temperture sensor cle Cle connector (stinless steel) Cle sheth Stndrd sensor cle Cle connector (nickled rss) Cle sheth PTFE DIN PVC 304 PTFE UNS C38500 PVC Endress+Huser 27

28 Esc Esc sous Proline Prosonic Flow 90P, 93P Humn interfce Disply elements Liquid crystl disply: illuminted, four lines ech with 16 chrcters Custom configurtion for presenting different mesured vlues nd sttus vriles 3 totlizers To otin the optimum orienttion of the disply of the field housing (only used in Ex Zone 1), it is possile to turn the disply or the hed of the mesuring trnsmitter housing up to 360. Nicht unter öffnen Spnnung - + E Keep cover tight while circuits re live - + E Keep cover tight while circuits re live tension Ne ps ouvrir l ppreil F06-x3xxxxZZ xx-000 Operting elements Operting concept: Locl opertion with Touch Control (O, S, F) Appliction specific Quick Setup menus for strightforwrd commissioning Remote opertion Prosonic Flow 90: Opertion vi HART, PROFIBUS PA Prosonic Flow 93: Opertion vi HART, PROFIBUS DP/PA, FOUNDATION Fieldus Lnguge group Lnguge groups ville for opertion in different countries: Western Europe nd Americ (WEA): English, Germn, Spnish, Itlin, French, Dutch nd Portuguese Estern Europe nd Scndinvi (EES): English, Russin, Polish, Norwegin, Finnish, Swedish nd Czech South nd est Asi (SEA): English, Jpnese, Indonesin Chin (CIN): English, Chinese You cn chnge the lnguge group vi the operting progrm ToF Tool - Fieldtool Pckge. 28 Endress+Huser

29 Certifictes nd pprovls Ex Approvls The trnsmitter housing (wll-mounted housing) is suitle for use in ATEX II3G (Ex Zone 2). The trnsmitter housing (field housing) is intended for use in ATEX II2G (Ex Zone 1). The sensor current circuits re intrinsiclly sfe (EEx i IIC). The trnsmitter housing hs degree of protection explosion proof enclosure (EEx d/de). Informtion on the currently ville Ex-rted versions (ATEX, FM, CSA, TIIS) cn e supplied y your Endress+Huser Sles Centre on request. All informtion relevnt to explosion protection is ville in seprte Ex-documents tht you cn order s necessry. PROFIBUS PA certifiction The flow device hs successfully pssed ll the test procedures crried out nd is certified nd registered y the PNO (PROFIBUS User Orgnistion). The device thus meets ll the requirements of the following specifictions: Certified to PROFIBUS PA, profile version 3.0 (device certifiction numer: on request) The device cn lso e operted with certified devices of other mnufcturers (interoperility) FOUNDATION Fieldus certifiction The flow device hs successfully pssed ll the test procedures crried out nd is certified nd registered y the Fieldus Foundtion. The device thus meets ll the requirements of the following specifictions: Certified to FOUNDATION Fieldus Specifiction The device meets ll the specifictions of the FOUNDATION Fieldus H1. Interoperility Test Kit (ITK), revision sttus 4.0 (device certifiction numer: on request) The device cn lso e operted with certified devices of other mnufcturers Physicl Lyer Conformnce Test of the Fieldus Foundtion CE mrk C-Tick mrk Other stndrds nd guidelines The mesuring system is in conformity with the sttutory requirements of the EC Directives. Endress+Huser confirms successful testing of the device y ffixing to it the CE mrk. The mesuring system is in conformity with the EMC requirements of the Austrlin Communictions Authority (ACA). EN 60529: Degrees of protection y housing (IP code) EN 61010: Protection Mesures for Electricl Equipment for Mesurement, Control, Regultion nd Lortory Procedures. EN 61326/A1 (IEC 6326): Electromgnetic comptiility (EMC requirements) NAMUR NE 21: Electromgnetic comptiility (EMC) of industril process nd lortory control equipment. NAMUR NE 43: Stndrdistion of the signl level for the rekdown informtion of digitl trnsmitters with nlogue output signl. NAMUR NE 53: Softwre of field devices nd signl-processing devices with digitl electronics. Endress+Huser 29

30 Ordering informtion The Endress+Huser service orgnistion cn provide detiled ordering informtion nd informtion on the order codes on request. Accessories Mesuring sensors: DDU 18 (sound velocity mesuring sensors) DDU 19 (wll thickness mesuring sensor) Pipe instlltion set for trnsmitter: Wll-mounted housing Field housing Mounting mteril: Coupling medium C Coupling medium C Tensioning nds for DN Tensioning nds for DN Tensioning nds for DN Tensioning nds for DN The Endress+Huser service orgnistion cn provide detiled informtion on request. Supplementry documenttion System Informtion Prosonic Flow 90/93 (SI 034D/06/en) Technicl Informtion Prosonic Flow 90U, 90W, 93C, 93U, 93W (TI057D/06/de) Operting Instructions Prosonic Flow 90 (BA068D/06/en nd BA069D/06/en) Operting Instructions Prosonic Flow 93 (BA070D/06/en nd BA071D/06/en) Supplementory documenttion on Ex-rtings: ATEX, FM, CSA, etc. Registered trdemrks HART Registered trdemrk of HART Communiction Foundtion, Austin, USA PROFIBUS Registered trdemrk of the PROFIBUS User Orgnistion, Krlsruhe, Germny FOUNDATION Fieldus Registered trdemrk of the Fieldus Foundtion, Austin, USA HistoROM, T-DAT, F-CHIP, ToF Tool - Fieldtool Pckge, Fieldcheck Registered or registrtion-pending trdemrks of Endress+Huser Flowtec AG, Reinch, CH 30 Endress+Huser

31 Endress+Huser 31

32 Suject to modifiction Interntionl Hed Qurter Endress+Huser GmH+Co. KG Instruments Interntionl Colmrer Str Weil m Rhein Deutschlnd Tel Fx info@ii.endress.com TI056D/06/en/ FM+SGML6.0