Home

User`s Manual

image

Contents

1. Net flow format Select XXXXXXX XXXXX X 0000 XX KAN XXX Xx XXXX E execute EE CS CI Net flow alm 1 sel Select No function R W TI function More than Less than All Rights Reserved Copyright 2009 Rota Yokogawa 3 19 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION d Net flow alm 2 sel Select No function More than Less than Net flow alm 2 crit 110 to 110 of URV 0 105 X i X Measuring range Select Namur et NE jenen E Slug alarm select Select Not Apply R W X Not Apply dl e RARI Ls 2 T me GER v iw CC R W After slug Select Measured value W R x Measured value Reset Reset Master Power on Namur execute R W z ba s o KE El Hold Drive gain damping 0 to 200 1 X 1 Empty pipe alm sel Select Not Apply R W X Not Apply Apply After empty pipe Select Massflow Zero R W X Massflow Measured value Zero Corrosion alm sel Select Not Apply R W X Not Apply Apply Corrosion criteria Decimal 0 to Density URV Density unit aw xo 15 1 I i Corrosion damp Fluid max temp Distributor Descriptor 16 characters 32 characters RCCS30LR RCCS30 Message Corrosion criteria Decimal Corrosion damp Decimal Fua maxtemp ET Derer fasen SSC messas so pate Select 01 01 2011 g Sensor model
2. RCCS39 IR RCCS39 XR ao o D o o Sensor S N O not used Assembly number Serial no Converter Serial no Detector Universal rev Fld dev rev Software rev Decimal 3 digits Decimal 3 digits Decimal 7 digits ASCII 20 char ASCII dd mm yyyy IM 01R04B07 00E E 3rd edition July 01 2013 00 3 20 All Rights Reserved Copyright 2009 Rota Yokogawa Hardware rev Device id Device S W version Device S W date o o a ojj ajojo 21010 3 EI 3 PARAMETER DESCRIPTION 3 3 Parameter tree Display menu English German French Russian Process View fld dev vars Mass flow Variables Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity DID DO Drive gain Analog output 1 Analog Output 1 R Analog Output 1 R Analog Output 1mA R Analog output 2 Analog Output 2 R Analog Output 2 R Analog Output 2mA R Pulse Status out 1 Pulse output 1 R A Pulse Status out 2 Pulse output 2 R R R Sel Reset flex totals EXE Reset volume totals EXE Reset all totals EXE All Rights Reserved Copyright 2009 Rota Yokogawa IM 01R04B07 00E E 3rd edition July 01 2013 00 Ka N 3 PARAMETER DESCRIPTION Diag Service Self test Status Self Test LCD Test
3. IM 01R04B07 00E E 3rd edition July 01 2013 00 3 100 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 19 Slug detection Detailed Setup Slug detection Detection of bubble flow Not available if gas measurement After slug criteria has been reached slug is supervised during slug is ordered duration If slug is still detected after slug duration has expired the selected action in After slug is taken See below table Slug alarm select Select Not apply Apply Drive gain To read drive gain To set a suitable slug criteria the customer must know the drive gain level of normal flow condition and of slug flow condition This function is suitable to evaluate this level Slug criteria Above this drive gain level slug flow is assumed Slug duration Duration time is designed to ignore short gas bubbles Only after Slug duration has expired the setting in After slug will be taken in account In normal slug application set slug duration to zero After slug Select Measured value Hold If Hold is selected mass flow and density keep their value before occurrence of the slug alarm and as long as slug alarm is detected Drive gain damping Set drive gain damping time to get a constant drive gain level Gas application No Slug alarm select Apply Yes No Slug detection off Aiter duration Function active Slug detection On Slug detection off Alarm off Alarm
4. This selection is stored separately from the selection for Pulse HART Variable list Variables which are not allowed will be rejected by Invalid Selection For HART communication Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net F Total flex R Total flex D Total mass D Total volume D Total net D Total flex F Total energy Velocity Drive Gain IM 01R04B0700E E 3rd edition July 01 2013 00 3 96 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 15 Totalizer functions Basic or Detailed Setup Totalizer To set totalizer function Totalizer increments the forward flow if flow direction is forward or the reverse flow if flow direction is reverse Total flex select Flex totalizer is available as a secondary total for mass volume or net Select Mass Volume Net If assignment is changed Flex totalizer will be set to zero Total flex unit will be set to default Total flex unit When Total flex select is set to Mass or Net the Total flex unit g kg t Ib can be selected When Total flex select is set to Volume or Net the Total flex unit cm I m2 gal kgal Cuft bbl Impgal kImpgal I N m3 N SI Scuft MMscuft Sm can be selected I N m N only for gas application SI Scuft MMscuft Sm only for gas application
5. Concentr meas alm 1 Concentr meas alm 2 Concentr meas alm 142 Net flow alm 1 Net flow alm 2 Net flow alm 1 2 Slug Alarm Empty alarm Corrosion Alarm All alarms All errors aa a 31313 IO IO pjgojo 3 13 13 Imi N All alarms amp errors SO1 active mode Sel Off Active Pulse Status out 2 Pulse Stat 2 select Pulse Sel Pulse 2 select Mass flow Sel Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net IM 01R04B07 00E E 3rd edition July 01 2013 00 3 42 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup sel Aw All Rights Reserved Copyright O 2009 Rota Yokogawa 3 43 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION SO function Detailed Setup Sel Flow direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 1 2 Concentr meas alm 1 Concentr meas alm 2 Concentr meas alm Net flow alm 1 Net flow alm 2 Net flow alm 1 2 Slug Alarm Empty alarm Corrosion Alarm All alarms All errors All alarms amp errors m a o o m 31313 TD JO HO gjeje 3 1313 lol N 502 active mode Off Active Status input SI function Autozero Reset flex totals Reset mass totals Reset vo
6. E3 e g vehicle battery supply Accuracy class 0 3 0 5 Density range 0 7 1 4 kg l Outputs Inputs in custody transfer mode Current output 1 active 4 20 mA Pulse output 1 passive 2 channels A and B 90 shifted pulse packets with pulse width 0 05 ms or 1 ms optional NAMUR level Status output 1 passive off state to indicate faults and power loss Status input 1 passive Measurement variables in custody transfer mode Mass output on pulse output 1 Volume output on pulse output 1 Density output on current output Since only one pulse output is available mass and volume can not be measured simultaneously Documentation for custody transfer Test Report Certificate Documentation Folder RCCF31 CPC 601228 01 TC 7531 TC 7531 RCCS34 CPC 900389 01 TC 7532 TC 7532 RCCS36 CPC 809370 01 TC 7532 TC 7532 RCCS38 CPC 809370 02 TC 7532 TC 7532 RCCS39 CPC 900389 01 TC 7532 TC 7532 Test reports certificates and special documentation folders for national type approvals are available on request The numbers of the evaluation certificates of detector and converter according OIML R 117 1 and european directive 2004 22 EC on measuring instruments MID are indicated on the name plates For integral type RCCT3x always order also the documentation for converter RCCF31 IM 01R04B07 00E E 3rd edition July 01 2013 00 1 2 All Rights Reserved Copyright 2009 Rota Yokogawa 2 INSTALLATION 2 INSTALLATION
7. L N P m3 N P L Std P StdCuft P m3 Std P QV Pls rate R W QV Pls mode Sel On Active Off Active QV Pls width Sel 0 05ms 0 1ms 0 5ms ali DID lol olo 313 oo QV Pls alarm Sel 0 Hz 0 Pulses Hold Measured value IM 01R04B07 00E E 3rd edition July 01 2013 00 3 72 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup Status out 2 SO 2 function Flow direction Total switch Mass flo alm 1 Mass flo alm 2 Mass flo alm 1 2 Vol flo alm 1 Vol flo alm 2 Vol flo alm 1 2 Dens alm 1 Dens alm 2 Dens alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Conc alm 1 Conc alm 2 Conc alm 1 2 Net flo alm 1 Net flo alm 2 Net flo alm 1 2 Slug alarm Empty alarm Corrosion alarm All alarms All errors All alarms amp errors Sel SO 2 active mode On Active Off Active Sel totals Reset net totals Reset all totals signal lock Sel All Rights Reserved Copyright 2009 Rota Yokogawa 3 73 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed HART Output Mass flo Setup Vol flo Dens Temp Conc meas Net flo None Mass flo Vol flo Dens Temp Conc meas Net flo None F Totl mass R Totl mass F Totl vol R Totl vol F Totl net R Totl net F Totl flex R Totl flex D Totl mass D Totl vol D Totl net D Totl flex F Totl energy Velocity Drive Gain Mass flo Vol flo Dens Temp Conc meas Net flo No
8. bbl P Impgal P klmpgal P L NyP m3 NyP L StdyP StdCuft P m3 StdyP TV Pls rate J z TV Pls mode On Active Off Active Sel TV Pls width 0 05ms 0 1ms 0 5ms ao o lol S1313 3lolo o x 1 50ms 00ms 500ms 1000ms IM 01R04B0700E E 3rd edition July 01 2013 00 3 70 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed TV Pls alarm Sel Setup 0 Hz 0 Pulses Status out 1 SO 1 function Flow direction Total switch Mass flo alm 1 Mass flo alm 2 Mass flo alm 1 2 Vol flo alm 1 Vol flo alm 2 Vol flo alm 1 2 Dens alm 1 Dens alm 2 Dens alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Conc alm 1 Conc alm 2 Conc alm 1 2 Net flo alm 1 Net flo alm 2 Net flo alm 1 2 Slug Alarm Empty Alarm Corrosion Alarm All alarms All errors All alarms amp errors SO 1 active mode On Active Off Active Pulse Status 2 Pulse Stat 2 sel Pulses Sel Status out Pulse freq out 2 Pulse 2 select Mass flo Sel Vol flo Dens Temp Conc meas Net flo None F Totl mass R Totl mass F Totl vol R Totl vol F Totl net R Totl net All Rights Reserved Copyright 2009 Rota Yokogawa 3 71 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Sel Detailed Freg Pulse out 2 QV Pls unit Hz Setup g P kg P ct VU b P cm3 P E Rs m3 P gal P kgal P Cuft P bbl P mpgal P kImpgal P
9. elo z 9 S sterelsfelsjefefe slslils m d e 5 S 2 s s lt lt cla l 18 18 EIE EN ES ESE u 5 S ke 9 O S S lo o cs ISIS S BIENE c o c c EN c III eJe e SISISIS o 5 ada zz N al afa o 3 D E Dj ole dx ninjo lt pre ola 3 o dle als AE gt 7 o ao 2 2 AE o S o 3 3 gt o 3 A 3 gt el D 3 D el o Q 3 D ASCII 8 characters ASCII 22 characters Di Q 3 BS a 8 8 i S 5 Si 3 si 3 sl gt o N 3 3 a mi ee i ie iI ed es EE en nn Lee Lr pei pop ERES ERES x 1 EE SN _ EJ Kee MN SN pu do cs e __ x __ IS E diri i el in i Eli Bl Hg ERE ES i SE Fei ee Em l Ee LE Ko olo JO o fo ofo All Rights Reserved Copyright 2009 Rota Yokogawa 3 3 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Data range A Reset Reset Master Power on execute Disp select 1 Select Mass flow R W X Mass flow Volume flow Density Temperature Concentration Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain Disp select 2 Select Mass flow X Density Volume flow Density Temperature Concentration Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume
10. 96 gt Forward 3 89 T76a EPS IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 11 Pulse Status output 1 functions Basic or Detailed Setup Pulse Status out 1 To set the pulse status output 1 Pulse Stat 1 select Select Pulse out Status out No function If Pulse is selected Status out 1 SO is not available If Status out is selected pulse parameters are not available Pulse 1 select Select Mass flow 0 Volume flow 1 Density 2 Temperature 3 Concentration meas 4 Net flow 5 None 6 F Total mass 7 R Total mass 8 F Total volume 9 R Total volume 10 F Total net 11 R Total net 12 Numbers may be displayed if selected via HART If F Total mass F Total volume or F Total net are selected pulse output only works at forward flow If R Total mass R Total volume or R Total net are selected pulse output only works at reverse flow Pulse 1 unit A NOTE To select the pulse output mass or volume has to be selected If mass flow or volume flow is selected the output delivers only frequency Select Hz g P kg P t P Ib P cm P I P m2 P gal P kgal P Cuft P bbl P Impgal P kimpgal P I N P m2 N P SIP Scuft P Sm3 P If Pulse 1 select is Mass flow Volume flow Density Temperature or Concentration meas only Hz can be selected If Pulse 1 select is F Total mass R Total mass F Total volume R Total volume F Total net
11. Custody Transfer type contains the same menu tree as standard type But some parameters can generally not be used or can only not be used with custody transfer application Parameter which generally can not be used e g because the necessary hardware is not available are highlighted in grey in the parameter list and in the menu trees Parameter which require special settings or where settings are restricted with custody transfer application are marked with a star For using the Rotamass with option Q01 for custody transfer the flowmeter must be calibrated at a certified calibration site All Rights Reserved Copyright 2009 Rota Yokogawa 1 1 IM 01R04B07 00E E 3rd edition July 01 2013 00 1 ABOUT ROTAMASS CUSTODY TRANSFER TYPE Initial verification Before calibration all necessary adjustments must be done via menu setting Hardware Write Protect must be set see chapter 2 7 The flowmeter must be sealed see chapter 2 8 Special density and flow DAKKS calibration with water No density adjustment Measuring ranges in custody transfer mode Qmin Qmax Minimum measured Mass flow low cut in kg h quantity in kg in kg h RCCx34 300 4020 RCCx36 780 15600 RCCx38 2400 49800 RCCx39 10020 132000 2004 Operating conditions Maximum process pressure 20 bar Process temperature range 40 C 55 C Ambient temperature range 40 C 55 C Environmental class M3 e g truck mounting
12. EIE N d i 0 to 11000 Unit P 0105 Pulse 2 rate 0 to 2000 Hz Pulse 2 unit Pulse 2 active mode Select On Active Off Active In Pulse 2 at alarm Select OP OHz Measured Value Hold execute IM 01R04B07 00E E 3rd edition July 01 2013 00 3 12 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Parameter Data form Data range Dec E Reset Reset point wri Master Power on SO 2 function Select No function Flow Direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 142 Temp alm 1 Temp alm 2 Temp alm 1 2 Concentr meas alm 1 Concentr meas alm 2 Concentr meas alm 1 2 Net flow alm 1 Net flow alm 2 Net flow alm 1 2 Slug alarm Empty alarm Corrosion alarm All alarms All errors All alarms amp errors I SO 2 active mode Select On active R W X On active Off active PV is Select Mass flow R W X Mass flow Volume flow Density Temperature Concentration meas Net flow None All Rights Reserved Copyright 2009 Rota Yokogawa 3 13 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION IM 01R04B07 00E E 3rd edition July 01
13. IM 01R04B07 00E E 3rd edition July 01 2013 00 3 28 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Basic Setup SO 2 function NoFunction Sel 1 2 Sl function No function Sel osier oallexsoea Dies Sel All Rights Reserved Copyright 2009 Rota Yokogawa 3 29 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Total flex unit Sel Impgal Klmpgal KN Moral mass uni s Sel cm m3 Cuft N m N t Sel DENEN Fio volume ni Jer e m m 7 aut b IM 01R04B07 00E E 3rd edition July 01 2013 00 3 30 All Rights Reserved Copyright 2009 Rota Yokogawa Basic Setup Detailed Setup Display config Disp select 1 All Rights Reserved Copyright 2009 Rota Yokogawa Total net unit Total switch select o 3 kgal o c w Impgal Klmpgal Mass total Volume total Net total Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain co 3 PARAMETER DESCRIPTION Sel Sel 31 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup sa Drive gain None se Drive gain None IM 01R04
14. P kgal P Cuft P bbl P Impgal P kimpgal P I N P m N P SIP Scuft P Sm3 P If Pulse 2 select is Mass flow Volume flow Density Temperature or Concentration meas only Hz can be selected If Pulse 2 select is F Total mass R Total mass F Total volume R Total volume F Total net or R Total net only unit P can be selected I N P m3 N P only for gas application SI P Scuft P Sm P only for gas application or if Reference density value is selected Pulse 2 rate Pulse 2 active mode The Pulse rate can be set according to the unit set in Pulse 2 unit Pulse rate is 0 to 2000 Hz Minimum output 20 Hz Select On Active Off Active The output levels depending on this parameter are shown on page 7 91 Pulse 2 width Select 0 05ms 0 1ms 0 5ms 1ms 5ms 10ms 50ms 100ms 500ms 1000ms Pulse 2 at alarm Select 0P 0Hz Measured value Hold If OP OHz is selected in case of alarm the pulse output is stopped If Measured value is selected the pulse output keeps on measuring If Hold is selected the pulse output keeps the value before entering the alarm error state IM 01R04B07 00E E 3rd edition July 01 2013 00 3 94 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION SO 2 function Select No Function Flow direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm
15. Scuft s Scuft min Scuft h Scuft d Sms Sm min Sm h Sm d XXXXXXX XXXXX X XXXX XX xxx XXX Xx XXXX X XXXXX All Rights Reserved Copyright 2009 Rota Yokogawa execute 3 PARAMETER DESCRIPTION Reset Reset Master Power on RCCS30LR 33 I h RCCS34 39 XR m3 h EB IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Data range Reset Di Master execute ee fem Vol flow alm 1 sel Select No function More than Less than Vol flow alm 1 crit 110 to 110 of URV JO to 5 TE Vol flow alm 2 sel Select No function More than Less than Vol flow alm 2 crit 110 to 110 of URV JO to 5 Vol flow unit T Density format Select XXXXXXX XXXXX X XXXX XX XXX XXX Xx XXXX X XXXXX Density unit Cen Density alm 1 sel Select No function More than Less than Density alm 2 sel Select No function R W No function More than Less than Ref Density sel Select Inhibit R W Inhibit Fixed Calculated Density fix val sel Select Inhibit R W X Inhibit Enable IM 01R04B07 00E E 3rd edition July 01 2013 00 3 8 All Rights Reserved Copyright 2009 Rota Yokogawa Reset Power on 2 3 o 3 No function o z c 2 DID D DID No function x E Q o a m z 15 0 x u x x
16. Set the low cut Low cut affects outputs and display Density alm 1 sel Select No function More than Less than Density alm 1 crit Select a density alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Density alm 2 sel Select No function More than Less than Density alm 2 crit Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a density alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Density Fix val sel only software revision lower than 1 8 20 Select Inhibt Enable Ref Density sel from software revision 1 8 20 Reference density Select Inhibit Fixed Calculated If Fixed or Calculated is selected reference density and corrected vol ume flow is output Otherwise measured density and volume flow is output Calculated reference density is not available if concentration measure ment option Cxx or gas measurement option GA is activated Set a fixed reference density value For gas measurement option GA set here your actual density for output of volume flow For output of standard or normal volume flow set the standard or normal density of your gas accordingly For liquid measurement this parameter can also be used to enter the standard density of your liquid for output of standard volume flow or for the actua
17. Temp alm 1 Temp alm 2 Temp alm 1 2 Conc alm 1 Conc alm 2 Conc alm 1 2 Net flo alm 1 Net flo alm 2 Net flo alm 1 2 Slug Alarm Empty Alarm Corrosion Alarm All Alarms All Errors All Alarms amp Errors Pulse Status out 2 Pulse Stat 2 select Sel Status out Pulse out 2 Pulse 2 select Sel Vol flo Dens Temp Conc meas Net flo None F Totl mass R Totl mass F Totl vol R Totl vol F Totl net R Totl net All Rights Reserved Copyright 2009 Rota Yokogawa 3 59 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Sel QV Pls unit cm3 P P m3 P al P kgal P O eg o lszialelcr c Eih Ets c m o e Q bbl P mpgal P klmpgal P L N P mS NyP L Std P StdCuft P mS Std P R W QV Pls rate SO 2 function No Function Sel Flow direction Total Switch Mass flo alm 1 Mass flo alm 2 Mass flo alm 1 2 Vol flo alm 1 Vol flo alm 2 Vol flo alm 1 2 Dens alm 1 Dens alm 2 Dens alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Conc alm 1 Conc alm 2 Conc alm 1 2 Net flo alm 1 Net flo alm 2 Net flo alm 1 2 Slug Alarm Empty Alarm Corrosion Alarm All Alarms All Errors All Alarms amp Errors IM 01R04B07 00E E 3rd edition July 01 2013 00 3 60 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Basic Setup Sel Total flex select Mass Sel Volume Net F Totl flex Unit g o m 3 Co r SIX Co kgal Cuf
18. Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup Empty pipe detect Empty pipe alm sel Not apply Sel Apply Empty pipe crit R W After empty pipe Massflow Zero Sel Measured Value Not apply Sel Apply Corrosion crit R W Corrosion damp R W Fluid max temp Tag R W Long Tag R W Descriptor R W Message R W Date R W Sensor model R Sensor S N R Assembly number R Serial no converter R Serial no detector R Device SW R Device S W date R Device id R Universal rev R Fld dev rev R Software rev R Hardware rev R All Rights Reserved Copyright 2009 Rota Yokogawa IM 01R04B07 00E E 3rd edition July 01 2013 00 Ka O1 3 PARAMETER DESCRIPTION 3 4 Parameter tree HART menu Online Device setu Set parameters for Rotamass see below PV Display process value in engineering unit PV AO Display analogue output in mA Review Review parameters for Rotamass see below Service Not open Device setup Language English Sel Russian Process View fld dev vars R variables R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R IM 01R04B07 00E E 3rd edition July 01 2013 00 3 52 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Pulse Status out 2 Pulse 2 select R R QV Freq R SO 2 function R SO 2 mode R R R Sel Exe Reset flex totals Exe Exe Exe Exe Reset all t
19. below and then the wire is pulled through the seal again for fixing wire seal holes IM 01R04B07 00E E 3rd edition july 01 2013 00 2 2 All Rights Reserved Copyright O 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 PARAMETER DESCRIPTION 3 1 Overview The table below shows an overview of functions of ROTAMASS RCCT3 RCCF31 RCCR31 In brackets the related chapters in this manual are indicated Not for Custody Transfer type or special setting requested jesa sweaid sweaud ssalppe ejep JeJSEN dso WAN ba wann llod lHVH ejep M S UOISJ A Aa ADI 91 Aal deg seq sbesson 10 Bel Bue Bel 10 eyep 29110 M S 29119 QJEMPIEH er Mos Aap PIA resJonlun duoseg nquasia 29148q N S siuejsuoo epow ezz exep Josues Josues JOSUSS 1019819 922 622 122 812 Wal duet 222 uoioejep 022 612 JUSWEIN 6 212 suonounj uonoejep uonoejep uonoeJlp ainseow xew d d MOJ JON seaui uon e19ads5 UOISOMOD Bnis MOL sen pinj4 dwg ejjueouon 78 78 g 8 o s 18 8 Aso siy MOIMSAO wu oi Mica jueugsnf 1891 1ndino snes ie es 10113 AOJSIH idino ud pe 0197 Andu Aseiyes seid abenb poued 1SB11U09 joejes s ue1 sdiq dsiq ejdsig fejdsig EECH J1U9 19534 wee JAMS 199 89 yun uon uon yun jun jeu yun yun ssew yun joejes 9 5 e Sh dla HS MG EE ee EE i S le10L jo YeoH jo Ion Ie 1e1
20. case of the Total switch is active If Hold is selected forward and reverse totalising stops Total reset cntrl Select Inhibit Enable Enables or inhibits total reset All Rights Reserved Copyright 2009 Rota Yokogawa 3 97 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Total reset Select Not Execute Reset flex totals Reset mass totals Reset volume totals Reset net totals Reset all totals After execution of reset totals forward and reverse total of the selected totalizer will be set to zero If the total value 9999999 is reached the indication changes to exponential type During exponential indication the resolution is lower If full accuracy is needed total reset must be executed to reach precise indication 3 16 Flow direction function Detailed Setup Flow direction Select Forward Reverse See 3 12 and 3 13 according influence on status output SO 1 2 function Flow direction If Reverse is selected the flow direction in the other direction of the arrow on the detector is used as positive values of flow IM 01R04B07 00E E 3rd edition July 01 2013 00 3 98 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 17 Concentration measurement Detailed Setup Concentration meas only for option CST or Cxx To set the functions of concentration measurement For xx 00 to 99 a customer specific or
21. defined table is stored in the converter in factory For CST temperature coefficients have to be determined by the customer Concentration meas unit only available for option CST Select Brix Wt sol Vol sol Wt 96 Vol Concentration meas format Concentration meas LRV low range value Select XXXXXXX XXXXX X XXXX XX xxx XXX xx XXXX x XXXXX Set a concentration value to the 4 mA or 0 Hz Concentration meas upper range value Set a concentration value to the 20 mA or xxxxx Hz Abs URV LRV gt 10 Concentration meas damping Set the damping time in s Damping time affects outputs and display After 5 times damping time the given value is displayed t 63 Concentration meas lowcut Set the low cut Low cut affects outputs and display Concentration meas alm 1 sel Select No function More than Less than Concentration meas alm 1 crit Concentration meas alm 2 sel Select a concentration alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Select No function More than Less than Concentration meas alm 2 crit Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a concentration alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Concentration meas setup only for option CST To setup the coefficients us
22. meas alm 1 sel Conc meas alm 1 crit All Rights Reserved Copyright 2009 Rota Yokogawa No function More than Less than 3 77 3 PARAMETER DESCRIPTION Exe Exe Exe Exe Exe Exe R W R W R W Exe R W R W R W R W R W R W R W Sel Sel R W R W R W R W Sel R W IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Conc meas alm 2 sel Setup Conc meas alm 2 crit Net flo Net flow select Mass Volume Not applicable Net flo Unit min kg min min b s b min b h cm3 s cm3 min cm3 h L min m3 s m3 min al s al min al h al d Cuft min Cuft h Cuft d bbl s bbl min bbl h bbl d mpgal s mpgal min mpgal h Impgal d FE EIS S S SEN ENZ e 6 S S IE El als 2151319 o Net flo Format XXXXXXX XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX IM 01R04B07 00E E 3rd edition July 01 2013 00 P N amp Sel R W Sel Sel Sel All Rights Reserved Copyright O 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Net flo LRV R W Setup Net flo URV R W Net flo Damp R W Net flo lowcut R W Net flo alm 1 sel Sel Net flo alm 1 crit R W Net flo alm 2 sel Sel Net flo alm 2 crit R W Measuring Range R Slug detection Slug alarm select Not apply Sel Apply Slug detection R R W Slug duration R W After slug Sel Drive gain damping Empty pipe detect Empty pipe alm
23. on Alarm off Measurement Measurement continued continued or value hold Slug detection off Influence of slug on mass flow density and drive gain mass flow if Hold mass flow if duration time gt Measured value mass flow density drive gain slug flow single bubble T88 EPS All Rights Reserved Copyright 2009 Rota Yokogawa 3 101 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 20 Empty pipe detection Detailed Setup Empty pipe detection Detection of empty pipe Not available if gas measurement After Empty pipe crit has been reached alarm option GA is ordered output is activated if selected Not working if fixed reference density is enabled This function can also be used to detect tube failure see chapter 8 8 Empty pipe alm sel Select Not apply Apply Empty pipe crit Set density value as criteria when empty pipe alarm should happen If Empty pipe crit is smaller than Density URV or LRV whichever is higher alarm appears if density is lower than Empty pipe crit If Empty pipe crit is equal or greater than Density URV or LRV whichever is higher alarm appears if density is higher than Empty pipe crit After empty pipe Select the behaviour of the outputs after empty pipe has happened Select Massflow Zero Measured Value Hold With this function the outputs can be set to zero if the detector runs empty during maintenance It is al
24. s l min I h I d m3 s m3 min m3 h m3 d gal s gal min gal h gal d Cuft s Cuft min Cuft h Cuft d bbl s bbl min bbl h bbl d Impgal s Impgal min Impgal h Impgal d I N s I N min I N h I N d mYN s m3 N min m3 N h m N d SI s Sl min SI h Sd Scuft s Scuft min Scuft h Scuft d Sm3 s Sm3 min Sm3 h Sm d I N s I N min I N h I N d mYN s m3 N min m3 N h m N d only for gas application SI s Sl min Sl h Sl d Scuft s Scuft min Scuft h Scuft d Sm3 s Sm min Sm h Sm d only for gas application or if Reference density value is selected Vol flow format Select XXXXXXX XXXXX X XXXx XX xxx XXX xx XXXX x XXXXX upper range value Vol flow LRV Set a volume flow value to the 4 mA or 0 Hz LRV can also be negative low range value to measure reverse flow Vol flow URV Set a volume flow value to the 20 mA or xxxxx Hz Abs URV LRV gt 5 of Qvnom for liquids For gas application Abs URV LRV gt 1 Vol flow damping Set the damping time in s Damping time affects outputs and display After 5 times damping time the given value is displayed t 63 Vol flow lowcut Set the low cut Low cut affects outputs and display Any low cut on mass flow will affect volume flow also A hysteresis of 0 05 of Qnom on mass flow is given by the system Vol flow alm 1 sel Select No function More than Less than Vol flow alm 1 crit Select a volume flow al
25. sel Not apply Sel Apply Empty pipe detect Empty pipe crit R W After empty pipe Massflow Zero Sel Measured Value Not apply Sel Apply R W R W Fluid max temp R All Rights Reserved Copyright 2009 Rota Yokogawa 3 79 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed R W Setup Long Tag R W R W R W R W R Sensor S N R Final asmbly num R S N Converter R S N Detector R R Fld dev rev R R R Device S W version R Device S W date R Review R Device info R Sensor S N R Final asmbly num R R Long Tag R R R R R R Fld dev rev R R R R Device S W date R S N Converter R S N Detector R IM 01R04B07 00E E 3rd edition July 01 2013 00 3 80 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Sensor SKTKv Review SK20 D D D D VU LU TD D D D D II ID Rev Fld Dev Flow direction vars 1 Mass flo fixed value Reference density Density offset D D IDD DO DDUDDIIIDIDI ID DVD DI VU DU DU D DIA I IV DV All Rights Reserved Copyright 2009 Rota Yokogawa 3 81 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Rev Fld Dev Temperature unit vars 1 Temp LRV Temp URV Temp damp Temp range select Temp alm 1 select Temp alm 1 crit Temp alm 2 select Temp alm 2 crit Temp fixed value DVIIIIII ID D Velocity unit Rev Fld Dev vars 2 DID DO D D D D eee eee Rev Outputs Anput S
26. x Ka X I iii J z No function I i bos ows Fees a me 3 PARAMETER DESCRIPTION Parameter Data form Data range Din Temperature unit Select degC se Temperature format Select XXXXXXX XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX Temperature LRV Decimal Standard 200 to 230 C 0 to 5 Temperature unit High Temp 0 to 400 C Reset Reset Master Power on SS Loe Temperature URV Decimal Standard 200 to 230 C 0 to 5 Temperature unit R W High Temp 0 to 400 C Temp alm 1 sel Select No function R W No function More than Less than renpamtem Decimal series 2001020070 o5 penes aw x Uv Temp alm 2 sel Select No function R W X No function More than Less than Temp alm 2 crit Decimal Standard 200 to 230 C 0 to 5 Temperature unit R W X URV Lo bemus oo or Do m Temp fix val select Select Inhibit R W Inhibit mo ai es g c Temp fixed val Decimal Standard 200 to 230 C Temperature unit mj 17 Analog 1 select Select Mass flow LL Analog 1 high LMT Decimal 24t216mA i fr D o f c o Temp gain Velocity unit Volume flow Density Temperature Concentration meas Net flow None 2 4mA lt 3 6mA 4 0mA gt 21mA gt 21 6mA Hold Analog 1 alarm out EYTET I Value Analog 1 low LMT Decimal 2 24t0216mA to 21 ETEN mA d Hi
27. 0 16 2 kg h 32 4 kg h 162 kg h 324 kg h 1 62 Uh 3 24 Uh 16 2 t h 32 4t h 162t h 324 t h kg 0 1 162 kg h 324 kg h 1 62 t h 3 24 Uh 16 2 t h 32 4t h 162t h 324 th 1620 t h 3240 t h kg 1 1 62 t h 3 24t h 16 2 t h 32 4 t h 162t h 324t h 1620 t h 3240 t h 16200 t h kg 10 16 2t h 32 4 t h 162t h 324t h 1620 Uh 3240 t h 16200 t h t 0 1 162t h 324 th 1620 Uh 3240 t h 16200 t h t 1 1620 t h 3240 t h 16200 t h t 10 16200 t h Maximum Flow rate is also limited by sensor size Note for pulse output 2 Pulse width 0 1 ms amp 0 05 ms are only implemented for convenience Due to the limited bandwidth proper function can not be guaranteed The following tables show the physical output levels of the pulse status outputs depending on the setting of parameter Pulse 1 2 active mode or SO 1 2 active mode On active Output Situation Output transistor Level Pout Level Pout Passive Active AP No Alarm No Pulse open OFF High Us High 15 VDC Puree SS duel Alarm Pulse closed ON Low lt 1 V Low lt 1V Level Sout No Alarm No Pulse open OFF High Us SE Alarm Pulse closed ON Low lt 1 V Off active Output Situation Output transistor Level Pout Level Pout Passive Active AP No Alarm No Puls
28. 0 0596 of Qnom is given by the system Mass flow alm 1 sel Select No function More than Less than Mass flow alm 1 crit Select a mass flow alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Mass flow alm 2 sel Select No function More than Less than Mass flow alm 2 sel Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a mass flow alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Mass flow fix val sel Mass flow fixed value Select Inhibit Enable Select a fix Mass flow value only for test purpose or in case of maintenance The set value is added to the actual value In case of no flow it will vary with the zero fluctuation IM 01R04B07 00E E 3rd edition July 01 2013 00 3 84 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 6 Volume flow functions Basic or Detailed Setup Volume flow To set the functions of volume flow measurement Notice Volume flow is derived density and mass flow measurement Errors in density measurement e g from gas bubbles effects the accuracy of volume flow For liquid it is recommended to use mass flow as original measurement Density below roh 0 3 kg l volume flow is set to zero for liquids Vol flow unit Select cm s cm3 min cm h l
29. 00 3 64 Sel R W Sel Sel Sel All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed SK20 RW Setup RW SKTK R W RW R RM SRPT R W RW FI20 R W FTC1 R W FTCK R W RM FPTC R W FQC1 R W FQC2 R W Config fld var Flow direction Sel Sel g h kg h kg d Ib h Ib d Mass flo format Sel XX XXXX X XXXXX Mass flo LRV R W Mass flo URV R W All Rights Reserved Copyright 2009 Rota Yokogawa 3 65 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup IM 01R04B07 00E E 3rd edition July 01 2013 00 Mass flo damping Mass flo lowcut Mass flo alm 1 sel Mass flo alm 1 crit Mass flow alm 2 sel Mass flo alm 2 crit Mass flo fix sel Enable Mass flo fix menu Mass flo fixed val Vol flo Vol flo Unit 3 66 All Rights Reserved Copyright 2009 Rota Yokogawa R W R W Sel R W Sel R W Sel R W Sel 3 PARAMETER DESCRIPTION Detailed Setup m3 Stdyd Vol flo Format Sel XX XXXX X XXXXX Vol flo LRV R W Vol flo URV R W Vol flo damping R W Vol flo Lowcut R W Vol flo alm 1 sel Sel Vol flo alm 1 crit R W Vol flow alm 2 sel Sel Vol flo alm 2 crit R W Sel Sel All Rights Reserved Copyright 2009 Rota Yokogawa 3 67 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup Dens URV R
30. 0L j 512 ind SI SI SI SI LAD LAL LAS LAS ano eu EZ mos uonoun indui noe IS IS snes B epow ejes ELZ pow an uonoun wee je Upim ep jun joejes oe ZOS zos zesing zesnd one zasna z asin z asing gis Gino sn c osind esInd elS es nd apow apow L ales 212 ve CEE VE GRE See Sam I Co el arem LOS esind Jesind e1s es nd Ln INT mo Less 012 uiu MO uuepe SORU banding Bojeuy Bojeuy Bojeuy F OOIEUV Bojeuy yun 62 AHOA Au50J0A L en anea ejes 197 une jeszup quo ue jes une Buidwep AYN AH1 yewo yun 92 pe ule pexi aan E xy eam em em aneed ein ein ein em em eine ein anjeioduel eJeduie B19dwap eiadway esodway Wal ejeduie ejeduie eiodway BJadwap BJedwap Jedwap esadwWal 104409 L 18540 Ausuop Ies Aus woo se Mot BSL nomoj Buidwep nun AW yEUO yun 22 ainssaid Aysuag 9ouelejed ueq Je ele we LE wie Aisueg Aisuag Aysuag Aysuag Aysuag Aysuag Ausueg ones a jeu Aysueq Aisueg Aysueq Aususq 5 i 3 z po z wje les z wje 149 ue i h L momol Buidwep AYN AUT yewo yun 92 moy MOI OA MOI IOA MOI IOA MOI IOA MOI OA MOI OA MOI OA MOI OA MOI IOA MOI OA SuinjoA les z les L momol Buidwep L enjen js wog we cure Wo LUE wu mog moll moy AYN MO AUT yewo un wo sz Dax JIN XI AIN MOI SSEN mo ssen MOI SSEJN ssew ssew ssew ssey MOI SSEJN MOI SSEIN ssey MOJ SSE 9 JHUVH JHVH JHUVH LUVH JUVH 9 Said siae sn peos piomssed UILUQL 199J10
31. 1 Density alm 2 Density alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Concentration meas alm 1 Concentration meas alm 2 Concentration meas alm 1 2 Net flow alm 1 Net flow alm 2 Net flow alm 142 Slug alarm Empty alarm Corrosion alarm All alarms All errors All alarms amp errors If Flow direction is selected status output becomes active for forward flow and not active for reverse flow if parameter flow direction set to forward It is the other way round if parameter flow direction is set to reverse see 3 17 If Total limit switch is selected status output becomes active when the totalizer reaches the value set to parameter Total limit switch see 3 17 If an alarm function is selected status output becomes active if the concerning alarm occurs If All alarms is selected status output becomes active if at least one alarm occurs The same applies for errors with the setting All errors For All alarms amp errors the status output becomes active if at least one alarm or one error occurs SO2 active mode Select On Active Off Active The output levels depending on this parameter are shown on page 7 94 Detailed information about using the pulse and status output see chapter 3 12 3 13 Status input functions Basic or Detailed Setup Status input To set the status input SI function Select No function Autozero Reset flex totals Reset mass totals Reset volume totals Reset net total
32. 1d Kee 1981014 SHIM pJeH a9 Aen eremyos MON UM 8jgeu3 SJUM er SJ9 9UIBJed oido IM 01R04B07 00E E 3rd edition July 01 2013 00 3 1 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Differences between display and HART setting The ROTAMASS software is continuously improved This leads to functions which are different in HART DD version 0402 and display setting software version from 1 08 20 A NOTE For ROTAMASS with software version 1 08 xx xx lt 20 the parameters marked with are not available Parameters marked with are not available in software version 1 08 20 3 2 Parameter list i No Yes Reset Power on Reset Master J Ace To HART ae 8 characters Disable Not Execute Enable I English English German French TT Total flex unit j Concentration meas w le Analog output 1 Analog output 1 mA Total mass unit Total volume unit Total volume unit Total net unit Total net unit Concentration Total unit energy Velocity unit gt o o o 3ISIZ lt SR a a e ees ol BSA Rl ES a E e lala za 9 o ek a a DE ER EN 3121 10 o o Jo Z zl sjelse e E a 3131010 EN CS ES Es I Q 5 CE EE FA x D o B d c 5 el lcle CISISI 5 3 o ele f2l2 cI SISIS i 5151717 PA D D I ID ID z e 3 2 All Rights Reserved Copyright 2009 Rota Yokogawa IM 01R04B07 00E E 3rd
33. 2 1 General For installation see chapter 4 of IM 01R04B04 00E E Additional regard the following chapters 2 2 and 2 3 of this manual 2 2 Hardware Write Protect For use in custody transfer application the hardware write protection must be set after setup Open the cover of the converter Unscrew the 4 screws of the display and move the display aside Set the jumper on JP1 of CPU board as shown in the following picture Screw the display and close the cover CPU Board JP1 Cable to display Enable EN Protect F64 EPS The hardware write protection is prior to any other write protection and cannot be released by HART or other software means f the Hardware Write Protect jumper is in the Protect position then all parameters and commands of the ist in chapter 3 2 and the menu trees in 3 3 and 3 4 can only be read in Read only mode Any writing or execution is impossible message Write protect Also Autozero is not possible Apply the correct value for density offset before sealing the housing his hardware protection can not be removed without breaking the sealing All Rights Reserved Copyright 2009 Rota Yokogawa 2 1 IM 01R04B07 00E E 3rd edition July 01 2013 00 2 INSTALLATION 2 3 Sealing Sealing is done by blocking the front window cover of the converter using the attached wire seal The wire of the wire seal is put through the holes of the cover and the housing as shown in the figure
34. 3 89 3 11 Pulse Status output 1 functions Basic or Detailed Setup 3 90 3 12 Pulse Status output 2 functions Basic or Detailed Setup 3 94 3 13 Status input functions Basic or Detailed Setup 3 95 3 14 HART output Detailed Setup rrrrrrrnie iii iii 3 96 3 15 Totalizer functions Basic or Detailed Setup 3 97 3 16 Flow direction function Detailed Setup 3 98 3 17 Concentration measurement Detailed Setup 3 99 3 18 Net flow Detailed Setup 1rrrrrrrereeiiii eee eee 3 100 3 19 Slug detection Detailed Setup eessssssss 3 101 3 20 Empty pipe detection Detailed Setup 3 102 3 21 Corrosion detection Detailed Setup 3 103 3 22 Detector data Detailed Setup sn 3 103 3 23 Reading maximum fluid temperature Detailed Setup 3 104 All Rights Reserved Copyright 2009 Rota Yokogawa I IM 01R04B07 00E E 3rd edition July 01 2013 00 CONTENTS IM 01R04B07 00E E 3rd edition July 01 2013 00 ii All Rights Reserved Copyright 2009 Rota Yokogawa 1 ABOUT ROTAMASS CUSTODY TRANSFER TYPE 1 About Rotama
35. B07 00E E 3rd edition July 01 2013 00 3 32 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup Sel Sel Sel Disp period os 1 2 3 4 5 0 55 2 05 Sel ranguage ensis All Rights Reserved Copyright 2009 Rota Yokogawa 3 33 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup sa RCCS33 RCCS34 RCCS36 RCCS38 RCCS39 RCCS39 IR RCCS39 XR SK20 RAN RAN SKTK R W RAN R RAN SKPT R W RAN fl20 R W FTC1 R W FTCK R W RAN FPTC R W FQC1 R W FQC2 R W Config fld variables Flow direction Forward Sel IM 01R04B07 00E E 3rd edition July 01 2013 00 3 34 All Rights Reserved Copyright O 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup s sel g min Q lt I g s nmin Kel Ker x XIX 5 SISIS 8 lz gt gt 5121513 o b s b min b d Mass flow format XXXXXXX Sel XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX RW RW Aw Aw Mass flow alm 1 sel No function Sel Mass flow alm 1 crit R W Mass flow alm 2 sel No function Sel Mass flow alm 2 crit R W Mass flow fix val sel Inhibit Sel Enable Mass flow fixed val R W All Rights Reserved Copyright 2009 Rota Yokogawa 3 35 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup Volume flow Vol flow unit cm s
36. Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 10 Analog 1 functions Basic or Detailed Setup Analog output 1 To set the current output 1 This output provides HART communication Analog 1 select Analog 1 alarm out Detailed setup configure output input Select Mass flow 0 Volume flow 1 Density 2 Temperature 3 Concentration meas 4 Net flow 5 None 6 Numbers may be displayed if selected via HART If None is selected output is 4 mA HART communication is available Select 2 4 mA 3 6 mA 4 mA 21 mA 21 6 mA Analog 1 low LMT low limit Detailed setup configure output input The alarm is active if the measured value is lower than the low limit Default 3 8mA Setting range 3 8 20 5 mA Analog 1 high LMT high limit Detailed setup Configure output input The alarm is active if the measured value is higher than the high limit Default 20 5mA Setting range 3 8 20 5 mA Example for Bi directional flow NAMUR 21 6 20 High LMT 20 5 mA 18 4 0 e g 0 16 8 0 e g 100 of flow 15 2 13 6 12 10 4 8 8 o 8 E o o 2 o e DI Q 2 Oo Output current mA 7 2 5 6 Possible Low cut 30 10 0 1 Low LMT 3 8 mA 1105 4 All Rights Reserved Copyright 2009 Rota Yokogawa Reverse Flow
37. D Total volume D Total net D Total flex F Total energy Velocity Drive gain Sel Volume z D 5 x o er e Ll 2 Sel Total flex unit m c Zb mpgal Klmpgal KN N SI Scuft MMscuft Sm Total mass unit Sel IM 01R04B07 00E E 3rd edition July 01 2013 00 3 All Rights Reserved Copyright 2009 Rota Yokogawa EN 3 PARAMETER DESCRIPTION Detailed Setup Total volume unit cm Sel w D uft Impgal kimpgal KN N Scuft MMscuft 3 Total net unit e 8 w w uft Impgal kimpgal Total unit energy J Sel tu Energy factor Heat of combustion R W Heat of combustion unit Sel Total switch select Sel Mass total Volume total Net total Total limit switch R W Total at alarm Sel Continue total Total reset cntrl Sel Enable All Rights Reserved Copyright 2009 Rota Yokogawa 3 47 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup HART communication Poll addr R W Num reg pream R W Num resp pream R W Master reset Exe Reference Temperature R W Ref density carrier R W Temp coeff a carrier R W Temp coeff b carrier R W Ref density product R W Temp coeff a product R W Temp coeff b product R W Concentration meas Concentr meas unit Brix Sel Wt sol Vol sol Vol Wt Concentr meas format xxxxxxx Sel XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX A
38. Data range Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain 2013 00 3 14 Reset Reset Master Power on F Total mass All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Parameter Data form Data range Dec E Reset Reset point wri Master Power on QV is Select Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain SI function Select No function R W X No function Autozero Reset flex tot
39. EXE Self Test EXE R R R R Hist Overfiow ord R Clear History EXE R R R Clear History EXE R Input Output test Analog output 1 R W Analog output 2 R W Pulse output 1 R W Status output 1 R W Pulse output 2 R W RAN R R R R n range Dee zero tuning ni sel Auoz rotme mm sel 30s EXE R AO 1 trim 20mA EXE AO 2 trim 4mA EXE AO 2 trim 20mA EXE IM 01R04B07 00E E 3rd edition July 01 2013 00 3 22 All Rights Reserved Copyright O 2009 Rota Yokogawa Basic Setup Long Tag Display config Disp select 1 Mass flow e Disp select 2 All Rights Reserved Copyright 2009 Rota Yokogawa co Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain Mass flow Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain None 3 PARAMETER DESCRIPTION R W R W Sel Sel 23 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Disp select 3 Mass flow Sel Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex
40. F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain None Disp select 4 Mass flow Sel Volume flow Density Temperature Concentration meas Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain None IM 01R04B07 00E E 3rd edition July 01 2013 00 3 24 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Sel Basic Setup Display contrast T1 NENNEN Li Le e dae Le Als Wo N sel g min g h kg s kg min kg h kg d t min E 3 o o b s Ib min b h b d Mass flow LRV R W Mass flow URV R W Mass flow damping R W gi sel kg l kg m b gal b Cuft g cm g l B hv B It API Density LRV R W Density URV R W Density damping R W All Rights Reserved Copyright 2009 Rota Yokogawa co 25 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Sel degF Temperature LRV RAN Temperature URV R W Temperature damping R W Analog 1 select Mass flow Sel Volume flow Density Temperature Concentration meas Net flow None Sel Pulse Status out 1 Pulse Stat 1 select Pulse Sel Pulse 1 select
41. JO DITS mn on PP o lo olo oloje olo o o o olo o Jo o Jo Din fe mA F EES IU olo o fo SI o fo olo 3 3 SIS 3 ola a cle o o 515 212 SIS E 5x 1 Temp unit nw EE All Rights Reserved Copyright 2009 Rota Yokogawa 3 17 IM 01R04B07 00E E 3rd edition July 01 2013 00 m a a 3 5 c El 3 ar ar unit Temp un a 3 o o o E m ojojo usi fog Hog Hol foi Ros Koi Hog Ro ojojo o6 oljolo o ojolol o ooo 9 9 9 9 pe pe po po fo 21313 31313 13 13 3 3 3 13 gje PPR 2 2 L 2KJ2 L 2L 2 m Temp coeff b m a X A g 3 o c z 2 Concentration meas unit Wt 6 sol Vol sol Wt Vol 3 PARAMETER DESCRIPTION Parameter Data form Data range Dec Reset Reset point wri Master Power on Concentration meas format Select XXXXXXX XXX XX XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX meas unit meas unit USTEDES Damp es qe w Je meas unit Conc meas alm 1 sel Select No function R W X No function More than Less than meas unit Conc meas alm 2 sel Select No function R W X No function More than Less than meas unit Net flow select Select Mass R W X Volume IM 01R04B07 00E E 3rd edition July 01 2013 00 3 18 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Parameter Data form Data range Dec point Net flow unit
42. O 1 active mode Pulse Stat 2 select Pulse 2 select Pls Unit R D DIDO D DDD D DDD DD IM 01R04B07 00E E 3rd edition July 01 2013 00 3 82 All Rights Reserved Copyright 2009 Rota Yokogawa Input function SI active mode Total flex select F Totl energy Unit Heat of combust unit Heat of combustion Rev HART Poll addr All Rights Reserved Copyright 2009 Rota Yokogawa 3 83 3 PARAMETER DESCRIPTION D D D D DD DD D DDD D D D D ID DI D D DDD DD IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 5 Mass flow functions Basic or Detailed Setup Mass flow To set the functions of mass flow measurement Mass flow unit Select g s g min g h kg s kg min kg h kg d t min t h t d Ib s Ib min Ib h Ib d Mass flow format Select X000000G XXXXX X XXXX XX xxx XXX xx XXXX x XXXXX Mass flow LRV low range value Set a mass flow value to the 4 mA or 0 Hz LRV can also be negative to measure reverse flow Mass flow URV upper range value Set a mass flow value to the 20 mA or xxxxxHz Abs URV LRV gt 5 of Qnom for liquids and 1 for gases Mass flow damping Set the damping time in s Damping time affects outputs and display After 5 times damping time the given value is displayed t 63 Mass flow lowcut Set the low cut Low cut affects outputs and display and applies to negative and positive flow A hysteresis of
43. R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain None IM 01R04B07 00E E 3rd edition July 01 2013 00 3 4 All Rights Reserved Copyright 2009 Rota Yokogawa Disp select 3 Disp select 4 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Reset Reset Master Power on Data range Mass flow Volume flow Density Temperature Concentration Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain None Mass flow Volume flow Density Temperature Concentration Net flow F Total flex R Total flex D Total flex F Total mass R Total mass D Total mass F Total volume R Total volume D Total volume F Total net R Total net D Total net F Total energy Velocity Drive gain execute IM 01R04B07 00E E 3rd edition July 01 2013 00 None 3 5 3 PARAMETER DESCRIPTION Parameter Data form Data range E Reset Reset n wri Master Power on execute Disp c
44. Sel IM 01R04B07 00E E 3rd edition July 01 2013 00 3 26 All Rights Reserved Copyright O 2009 Rota Yokogawa Basic Setup Pulse 1 unit Pulse 1 rate SO 1 function g P kg P VP Ib P cm3 P m3 P gal P kgal P Cuft P bbl P Impgal P klmpgal P NyP m3 N P SI P Scuft P Sm P Flow direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Concentr meas alm 1 Concentr meas alm 2 Concentr meas alm Net flow alm 1 Net flow alm 2 Net flow alm 1 2 Slug Alarm Empty alarm Corrosion Alarm All alarms All errors ND All alarms amp errors N TU 3 PARAMETER DESCRIPTION Sel R W Sel 3 27 IM 01R04B07 00E E 3rd edition July 01 2013 00 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Basic Setup Pulse Status out 2 Pulse Stat 2 select Sel No Function Pulse 2 select Mass flow Sel Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net Sel Pulse 2 unit g P VU 5 A I clal VU ke cm3 P m3 P gal P kgal P Cuft P bbl P Impgal P klmpgal P NJ P m3 N P SI P Scuft P Sm3 P RW
45. Sel cm min cm h SS SI3 3 o m3 min al s al min al h al d Cuft s Cuft min Cuft h Cuft d bbl s bbl min bbl h bbl d mpgal s Impgal min elzjels als o mpgal h Impgal d I N s I N min N h gt I N d m3 N s m3 N min m3 N h m3 N d Sl s Sl min SI h Sl d Scuft s Scuft min Scuft h Scuft d Sm3 s Sm3 min Sm h Sm d IM 01R04B07 00E E 3rd edition July 01 2013 00 3 96 All Rights Reserved Copyright 2009 Rota Yokogawa Detailed Setup 3 PARAMETER DESCRIPTION Sel RW Aw RW Aw Vol flow alm 1 sel Vol flow alm 1 crit Vol flow alm 2 sel Vol flow alm 2 crit Density format R W Density LRV Density URV R W Density damping R W All Rights Reserved Copyright 2009 Rota Yokogawa 3 37 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup Density lowcut R W Density am 1 sei Nofunetion Joe Density alm 1 crit R W Denstyam2sel No function Sel Density alm 2 crit R W Ret Density sei 7 hot se Calculated Reference density R W EE density setup Reference Temperature R W Temp coeff a R W Temp coeff b R W Density fix val sel Sel Enable Density offset R W Pressure Um be Js RW XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX Temperature LRV R W IM 01R04B07 00E E 3rd
46. User s ROTAMASS 3 Series Coriolis Mass Flow and Density Meter Manual Integral Type RCCT3 Remote Type RCCF31 RCCS3 European MID Custody Transfer Type Q01 IM 01R04B07 00E E additional manual to IM 01R04B04 00x E vigilantplant YOKOGAWA Bis 7 TD n enr 3rd edition July 2013 R Germany CONTENTS Contents 1 About Rotamass MID Custody Transfer Type Q01 1 1 2 INSTALLATION SE ei 2 1 2 1 ETT dalia ca ota std 2 1 2 2 Hardware Write PrOIGCL iiuieisi criari 2 1 2 3 SNAG reis tenint ITE Rx CE Fei tre cnn a E LUE Tue e vet aa 2 2 3 PARAMETER DESCRIPTION muunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnenennnnnnnnne 3 1 Fil OVERVIEW P 3 1 3 2 Parameter iSt ua 3 2 3 3 Parameter tree Display menu nnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnennnnnnnn 3 21 3 4 Parameter tree HART MENU iiis KSE xni re D a RD DS p X an 3 52 3 5 Mass flow functions Basic or Detailed Setup 3 84 3 6 Volume flow functions Basic or Detailed Setup 3 85 3 7 Density functions Basic or Detailed Setup 3 86 3 8 Temperature functions Basic or Detailed Setup 3 88 3 9 Velocity functions Detailed Setup 3 88 3 10 Analog 1 functions Basic or Detailed Setup
47. W Dens damping R W R W Dens LRV R W Dens alm 1 sel Sel RAW Dens alm 2 sel Sel R W Ref Density sel Sel Calculated Fixed rendens menu Reference density R W I SS RW Temp coeff b R W Dens fix val sel Sel Enable Dens fix menu Reference density R W R W Sel Pressure R W XXXXX X XXXX XX Sel Sel XX XXXX X XXXXX Temp LRV R W IM 01R04B07 00E E 3rd edition July 01 2013 00 3 68 All Rights Reserved Copyright 2009 Rota Yokogawa Detailed Setup Velocity unit ms 3 PARAMETER DESCRIPTION Config Output Input Analog output 1 Analog 1 select All Rights Reserved Copyright 2009 Rota Yokogawa Temp URV R W Temp damping R W Temp alm 1 sel Sel Temp alm 1 crit R W Temp alm 2 sel Sel Temp alm 2 crit R W Temp fix val sel Inhibit Sel Temp fixed value RW Temp gain adjust m s Sel Sel Vol flo Analog 1 alarm Out Sel gt 21 0mA gt 21 6MA Analog 1 low LMT R W Analog 1 high LMT R W Sel Sel 3 69 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION R W R W Detailed Pulse Status 1 Pulse Stat 1 sel Sel Setup Pulse freq out 1 Pulse 1 select Sel None F Totl mass R Totl mass F Totl vol R Totl vol F Totl net R Totl net Freq Pulse out 1 TV Pls unit Sel P kg P els a DP cm3 P UP m3 P gal P kgal P Cuft P
48. a com cn YOKOGAWA MIDDLE EAST B S C c PO Box 10070 Manama Building 577 Road 2516 Busaiteen 225 Muharraq Bahrain www yokogawa com bh Yokogawa has an extensive sales and distribution network Please refer to the European website www yokogawa com eu to contact your nearest representative YOKOGAWA 4 All Rights Reserved Copyright 2009 Rota Yokogawa Subject to change without notice
49. above table has to be entered to the parameter ref erence density As positive values if the tubes are down and as negative value if the tubes are up Pressure Set the average static line pressure Static pressure effect on density and mass flow will be corrected auto matically Pressure unit Select bar psi MPa All Rights Reserved Copyright 2009 Rota Yokogawa 3 87 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 8 Temperature functions Basic or Detailed Setup Temperature To set the functions of temperature measurement Notice Standard range 200 to 230 C High temp range HT 0 to 400 C Temperature Unit Select degC degF K Temperature format Select XXXXXXX XXXXX X XXXx XX xxx XXX xx XXXX x XXXXX Temperature LRV low range value Set a temperature value to the 4 mA or 0 Hz Temperature URV upper range value Set a temperature value to the 20 mA or xxxxx Hz Abs URV LRV gt 10K Temperature damping Set the damping time in s Damping time affects outputs and display After 5 times damping time the given value is displayed t 63 Temperature alm 1 sel Temperature alm 1 crit Select No function More than Less than Select a temperature alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Temperature alm 2 sel Select No function More than Less th
50. als Reset mass totals Reset volume totals Reset net totals Reset all totals 0 Signal lock SI Active mode Select On active R W X On Active Off active Total flex select Select Flex total R W X Flex total Mass total Volume total Net total All Rights Reserved Copyright 2009 Rota Yokogawa 3 15 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Total flex unit Select Total mass unit Total volume unit Select Total net unit Select Total switch select Select IM 01R04B07 00E E 3rd edition July 01 2013 00 3 16 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Reset Reset Master Power on execute aw EE sn unit R W X MJ kg Btu Scuft Total at alarm Select Hold R W X Hold Total reset cntrl Select Inhibit R W X Inhibit Fleet E Jn ide Total reset Select Not Execute R W X X Not Execute Reset flex totals Reset mass totals Reset volume totals Reset net totals Reset all totals Em osama fees ms aw _ f SCH iw V ere fm fe fe uso fr d D kn RW 0105 Je Ion O 1771 Esak fom Eme Jon Esta FRW Esta RW Eo Jon EC CURE ensit 3x 1 3x 1 Parameter Data form Data range Dec point Total limit sw
51. an Temperature alm 2 crit Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a temperature alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Temperature fix val select Select Inhibit Enable Temperature fixed value Select a temperature value in case of malfunction of the built in temperature sensor Temperature gain Change the gain by setting a factor different from 1 The ROTAMASS temperature sensor is installed outside of the measuring tubes So at high or low fluid temperature the temperature measurement may show a deviation as a function of the quality of heat insulation This function allows correcting temperature measurement for better accuracy in mass flow and density Note It is not recommended to use this function unless correct measurement over the complete process temperature range can be confirmed It is not sufficient to proof correct measurement at one temperature or in a very narrow temperature range unless the process operates exclusively within this range 3 9 Velocity functions Detailed Setup Velocity To set the function of the medium velocity Not available for gas measurement GA Velocity is not calculated if reference density is enabled Velocity unit Select m s ft s IM 01R04B07 00E E 3rd edition July 01 2013 00 3 88 All Rights Reserved
52. arm level What happens in case of an alarm has to be defined in Status 3 12 3 13 Vol flow alm 2 sel Select No function More than Less than Vol flow alm 2 crit Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a volume flow alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 All Rights Reserved Copyright 2009 Rota Yokogawa 3 85 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 7 Density functions Basic or Detailed Setup Density To set the functions of density measurement Notice Density measurement is only reliable if there is no gas in the liquid For liquid measurement a density lower 0 3 kg l is displayed as 0 0 kg l For gas measurement set a fixed density value Density unit Select g ml kg l kg m Ib gal Ib Cuft g cm g l B hv B It Ap B hv B It API only with option CST Density format Select XXXXXXX XXXXX X XXXX XX xxx XXX xx XXXX x XXXXX upper range value Density LRV Set a density value to the 4 mA or 0 Hz low range value Density URV Set a density value to the 20 mA or xxxxx Hz Abs URV LRV gt 0 05 kg l Density damping Set the damping time in s Damping time affects outputs and display After 5 times damping time the given value is displayed t 63 Density lowcut
53. e closed ON Low lt 1 V Low x 1 V BEE Alarm Pulse open OFF High Us High 15 VDC Level Sout No Alarm No Pulse closed ON Low x 1 V Pee Seen Alarm Pulse open OFF High Us Us is the external power supply voltage of the pulse status output All Rights Reserved Copyright O 2009 Rota Yokogawa 3 93 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 12 Pulse Status output 2 functions Basic or Detailed Setup Pulse Status out 2 To set the pulse status output 2 Pulse Stat 2 select Select Pulse out Status out No function If Pulse is selected Status out 2 SO is not available If Status out is selected pulse parameters are not available Pulse 2 select Select Mass flow 0 Volume flow 1 Density 2 Temperature 3 Concentration meas 4 Net flow 5 None 6 F Total mass 7 R Total mass 8 F Total volume 9 R Total volume 10 F Total net 11 R Total net 12 Numbers may be displayed if selected via HART If F Total mass F Total volume or F Total net are selected pulse output only works at forward flow If R Total mass R Total volume or R Total net are selected pulse output only works at reverse flow Pulse 2 unit A NOTE To select the pulse output mass or volume has to be selected If mass flow or volume flow is selected the output delivers only frequency Select Hz g P kg P t P Ib P cm P I P m2 P gal
54. ecessary e g for batching applications it is recommended to use frequency output 1 up to max 500 Hz Set as a pulse output the pulse length is constant but the time between the pulses varies Even at constant flow the time between the pulses might vary because the microprocessor has to find a suitable gap in its timing to send the pulse Typical pattern for frequency output ri ri ATI r3 I ide dor te nt M Uu wa Typical pattern for pulse output 50 ms 0 1 kg P 2580 kg h Setting the pulse output Because the duty cycle of pulses is max 50 the max flowrate is restricted by the pulse width the unit and the pulse rate Max flow rate 1s pulse width 2 pulse rate time factor Example Max Q should be calculated in kg min Pulse width 50 ms Pulse rate 0 1 kg P Time factor related to s 60 P min Max Q 18 0 05s 2 0 1kg P 60P min 60kg min IM 01R04B07 00E E 3rd edition July 01 2013 00 3 92 If the flow is higher than max Q pulses will be lost Therefore it is mandatory to choose the pulse width rate so that the calculated max Q is always 10 higher than the maximum ex pected flowrate 10926 higher is recommended because the duty cycle is not always exact 50 For certain pulse widths the duty cycle at max Q is larger than 5096 so fewer pulses can be generated These pulses are delivered later when the flowrate is again below max Q minus 1096 To avoid
55. ed for calculation of concentration using the Standard Concentration Measurement Reference temperature Set the temperature where the reference density of both components of the mixture has been determined Ref density carrier Set the density of the carrier liquid determined at the reference temperature Temp coeff a carrier Set the linear temperature coefficient of the density of the carrier liquid Temp coeff b carrier Set the squared temperature coefficient of the density of the carrier liquid Ref density product Set the density of the product determined at the reference temperature Temp coeff a product Set the linear temperature coefficient of the density of the product Temp coeff b product Set the squared temperature coefficient of the density of the product For more information on concentration measurement see TI Concentration Measurement TI 01R04B04 04E E All Rights Reserved Copyright 2009 Rota Yokogawa 3 99 IM 01R04B0700E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 18 Net flow Detailed Setup Net flow To set the functions of net flow measurement Net flow is only available if concentration measurement is activated option Cxx or CST The actual flow is multiplied with the concentration Net flow select only available for option CST Select Mass Volume Net flow unit When Net flow select is set to Mas
56. edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Data range Reset Sent Master execute Be fr nale Reset Power on m o o o lt m 2 el o o 3 D el o o 3 D Decimal gt D o gt D o Select Not Execute Execute ra Results of last self test gt D o Not Execute gt D o gt gt nla QJe TE es Nt Autozero fluctuation range pr ommen hb Output Trim AO 2 trim 4mA ACC To HART ACC To HART on olo 210 3 EN D Fo o o a fa o Jo mim NIN olo o o e e o o Pulse output 1 Test n D D Q 9 5 gt bei El lt D o gt Q lt CD o o Q 9 o gt Q lt d O O pls e gt gt 2 2 gt a Q 510 AE sl a I 9 Inhibit m 2 m c o 3 min CD o o Q 9 m 3 5 Not Execute n o o Q 9 Z o El m x o c S ITI x D o o el o 9 3 EN a o o o Pei a o o 3 o N o kg h gt D o Q o o o a o o 5 o N o o o D o o o lt Q o o 78 el o Q 3 D a o o o 2 a o o 5 o N o Q o o o 3 a o o 5 o N o elelelel al y AAA RABE es eee clelels St St St El El ya 3 2 2 si DIE PAREIS Ek NINININ N N N 5 5 ololzlolo Alis 10 151 101010 olo j o a 0 o o Q o r O15 o o o o o as GE da le le lolo olslo o GE E E E
57. edition July 01 2013 00 3 38 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup Temperature URV R W Temperature damping R W Temp alm 1 crit R W Temp alm 2 crit Temp fx val select mit Enable Sel Temp fixed value R W Temp gain R W m s sel Config Output Input Analog output 1 Analog 1 select Sel Volume flow Density Temperature Concentration meas Net flow None Analog 1 alarm Out lt 2 4 mA Sel lt 3 6 mA lt 4 0 mA gt 21 0 mA gt 21 6 mA Hold Measured value Analog 1 low LMT R W Analog 1 high LMT R W All Rights Reserved Copyright 2009 Rota Yokogawa 3 39 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup Sel R W Pulse Status out 1 Pulse Stat 1 select Pulse Sel Sel Pulse 1 select Noe IM 01R04B07 00E E 3rd edition July 01 2013 00 3 40 All Rights Reserved Copyright O 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup rust NN Pulse 1 rate R W All Rights Reserved Copyright 2009 Rota Yokogawa 3 41 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup SO 1 function Sel Flow direction Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 1 2
58. f Flow direction is selected status output becomes active for forward flow and not active for reverse flow if parameter flow direction set to forward It is the other way round if parameter flow direction is set to reverse see 3 17 If Total limit switch is selected status output becomes active when the totalizer reaches the value set to parameter Total limit switch see 3 17 If an alarm function is selected status output becomes active if the concerning alarm occurs If All alarms is selected status output becomes active if at least one alarm occurs The same applies for errors with the setting All errors For All alarms amp errors the status output becomes active if at least one alarm or one error occurs SO1 active mode Select On Active Off Active The output levels depending on this parameter are shown on page 7 94 How to set status pulse or frequency If Pulse is selected under Basis Setup the output using the display keys equivalent via HART Pulse unit and Status Pulse rate Basic Setup or Detailed Setup Pulse Status out 1 Pulse Stat 1 select Select Status out Pulse or Frequency Basic Setup or Detailed Setup Pulse Status out 1 Pulse Stat 1 select Select Pulse Pulse 1 select have to be defined Under Detailed Setup Pulse unit Pulse rate Pulse active mode and Pulse width have to be defined If the pulse output is set under Basic Setup the pulse width is the width set unde
59. gh Temp 0 to 400 C Le __ ma ooo fr dm mes Analog 2 select Select Mass flow Volume flow Density Temperature Concentration meas Net flow None Decimal 0 8 to 1 2 All All Rights Reserved Copyright 2009 Rota Yokogawa an IM01R04B07 00E E 3rd edition July 01 2013 00 Reserved Copyright O 2009 Rota Yokogawa 3 9 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Decimal Decimal Pulse Stat 1 select Select Pulse 1 select Pulse 1 unit Pulse 1 rate Decimal Pulse 1 active mode Select IM 01R04B07 00E E 3rd edition July 01 Data range Dec point lt 2 4mA 3 6mA 4 0mA gt 21mA gt 21 6mA Hold Measured Value 2 4 21 24t0216mA mA 2 4 to 21 24t216mA mA Pulse Status out No function None F Total mass R Total mass F Total volume R Total volume F Total net R Total net g P kg P VP Ib P cm3 P UP m3 P gal P kgal P Cuft P bbl P Impgal P klmpgal P I N P m3 N P SI P Scuft P Sm P 0 to 11000 Unit P 0 to 10000 Hz On Active Off Active 2013 00 3 10 Reset Master Reset Power on D D I D o 3 6mA Pulse ofe oo u F Total mass Q TU Pulse 1 unit 1 kg P On Active All Rights Reserved Copyrig
60. ht O 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Parameter Data form Data range E Reset Reset i i Master Power on 1ms 7 ill I R W Pulse 1 at alarm Select OP OHz R W Measured Value Hold Status out CEN 1 active mode Select E Active E Active See 2 select Select Pulse Status out No function SO 1 function Select No function Flow Direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Concentr meas alm 1 Concentr meas alm 2 Concentr meas alm 1 2 Net flow alm 1 Net flow alm 2 Net flow alm 1 2 Slug alarm Empty alarm Corrosion alarm All alarms All errors AII alarms amp errors All Rights Reserved Copyright 2009 Rota Yokogawa 3 11 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Parameter Data form Data range Dec point Pulse 2 select Select Mass flow Volume flow Density Temperature Concentration Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net Pulse 2 unit Select Hz g P kg P t P Ib P cm8 P UP m8 P gal P kgal P Cuft P bbl P Impgal P klmpgal P I NY P_ m3 N P SVP Scuft P Sm P Reset Reset Master Power on Ill ll
61. itch 0 to 9999999 0105 Total unit energy Select MJ Btu Energy factor heat of 0 to 100000 combustion Energy factor heat of Select MJ kg combust unit 1 3 3 E S 9 c o 3 3 E 3 o Leg o Q Btu lb MJ m3 N o o o el o 9 3 D o ojljojoljoljoljolo ojgojgogojgojojojo o o o o I li li ci ci i i I li li ci ci i ci ll e ojgojgogogjgogjgojojo ojgogjgogogjgogjgojgojo o ojgojJo ajgoajgoagoajgoajgoagjgoagjgoa afajfafafafafafa a CE RO Roi 2 o A m BR x ar 3 A el o 9 3 D m M x X a OTTO ojo QJQ 313 ore amp z o el o 9 3 D Ca T m z mn A 2185181812 Oo of zi 3 c D Q o ao A U OljlcIcIcIocIocIoc ofofololoeolele o po po po pe pero 31313 3 13 3 3 CON ESS ESS ES ES ECS EC m EN x A J z S A m M x X a E Zo vla Sol lelje o A 5 gt o m M x D o a I Q VU Oo z 2 o D m EN o c D o Q N iw o s 3 o 3 MIJO A o co J z o o a 1 2 Reference temperature Temperature unit 2 Ref density carrier o o o I z E io o En m a X x EN g 3 5 c El 3 f o w 3 it i Density ut rw it Ref density product EI o 5 7 gt lt c 5 m e x a g 3 o E El ala ala z z z 313 313 313 D
62. l density in case of density disturbances IM 01R04B07 00E E 3rd edition July 01 2013 00 3 86 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Reference density setup from software revision 1 8 20 To setup the coefficients used for calculating the reference density pref p 1 a At b AD At t tref pref density at reference temperature p measured density t measured temperature tref reference temperature a linear thermal expansion coefficient b quadratic thermal expansion coefficient Reference temperature from software revision 1 8 20 Set the reference temperature for the reference density calculation Temp coeff a from software revision 1 8 20 Set the linear thermal expansion coefficient of the liquid for the refer ence density calculation Temp coeff b from software revision 1 8 20 Set the quadratic thermal expansion coefficient of the liquid for the refer ence density calculation Density offset If the Rotamass detector is installed horizontally bend down the value from the following table must be entered according to the concerning sensor model RCCS30LR RCCS30 RCCS31 1 80 g l RCCS32 2 00 g l RCCS33 0 60 g l RCCx34 0 90 g l RCCx36 RCCx38 to 39 XR O g l default ROTAMASS is density calibrated vertically If the ROTAMASS detector is installed horizontal an density offset value from the
63. le SV SV is linked to Analog output 2 Changing of SV will change the assignment of Analog output 2 and vice versa Select Mass flow Volume flow Density Temperature Concentration meas Net flow None If Analog output 2 is not available option KF2 an extended selection is available see HART Variable list below TV is Set the assignment of Tertiary variable TV TV is linked to Pulse output 1 if Pulse Stat 1 sel is set to Pulse In this case changing of TV will change the assignment of Pulse output 1 and vice versa Select Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net If Pulse Stat 1 sel is set to Status out or No function an extended selection is available see HART Variable list below This selection is stored separately from the selection for Pulse QV is Set the assignment of Quaternary variable QV QV is linked to Pulse output 2 if Pulse Stat 2 sel is set to Pulse In this case changing of QV will change the assignment of Pulse output 2 and vice versa Select Mass flow Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net If Pulse output 2 is not available option KF2 or Pulse Stat 2 sel is set to Status out or No function an extended selection is available see HART Variable list below
64. lume totals Reset net totals Reset all totals 0 signal lock SI active mode Off Active IM 01R04B07 00E E 3rd edition July 01 2013 00 3 44 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detalled Setup HART output vis Massfiow sel Volume flow Temperature Concentration meas Volume flow Temperature Concentration meas F Total mass D z z g z ZIZ el E oje o gt ola o o 2 5 n 2 2 Oo o o o 7 w o SE o 3 z lt o z lt 3 z n o F Total volume R Total volume 3 o o 5 o 2 F Total flex D D ajaja Dv DI 2 o 2 2 El D 3 D o o D Total volume z n n m z z 9 s s olgil Oo lo nl ECN alaala al lz 215121 lelstelsis E la SR ES EN ES D 2 lol o 2 2 g g a a 3 els 5 81512 g x 289 p 2 x ox o e lt Temperature Concentration meas F Total mass F Total volume R Total volume D Total volume D Total flex All Rights Reserved Copyright 2009 Rota Yokogawa 3 45 IM 01R04B07 00E E 3rd edition July 01 2013 00 si El D 3 D o o eil Ed 7 iw 3JOe 4 slolo ol olola 2 woll m I lt o 5 5 gt o o o a lt 3 PARAMETER DESCRIPTION Detailed Setup Mass flow Sel Volume flow Density Temperature Concentration meas Net flow None F Total mass R Total mass F Total volume R Total volume F Total net R Total net F Total flex R Total flex D Total mass
65. ne F Totl mass R Totl mass F Totl vol R Totl vol F Totl net R Totl net F Totl flex R Totl flex D Totl mass D Totl vol D Totl net D Totl flex F Totl energy Velocity Drive Gain IM 01R04B07 00E E 3rd edition July 01 2013 00 3 74 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Detailed Setup Vol flo F Totl energy Drive Gain Total flex select Mass Sel Volume t o F Totl flex Unit o 3 co kgal c mpgal klmpgal L N m3 N L Std StdCuft MMscuft m3 Std F Totl mass Unit SIX o All Rights Reserved Copyright 2009 Rota Yokogawa 3 75 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup F Totl vol Unit cm3 mpgal klmpgal L N N L Std StdCuft MMscuftv m3 Std v F Totl net Unit co m uft Impgal klmpgal L Std StdCuft MMscuft m3 Std F Totl energy Unit Btu Energy factor Total switch select Total limit switch IM 01R04B07 00E E 3rd edition July 01 2013 00 3 76 Sel Sel Sel Sel R W Sel R W Sel Sel All Rights Reserved Copyright O 2009 Rota Yokogawa Detailed Setup Total reset Not execute Reset flex total Reset mass total Reset volume total Reset net total Reset all totals degBrix Conc meas Format 96 sol wt 96 sol vol Wt Vol XXXXXXX XXXXX X XXXX XX XXX XXX XX XXXX X XXXXX Conc
66. ol flow unit Vol flow LRV Vol flow URV Autozero range Autozero fluctuation range and the sensor constants In this case the sensor constants the detector serial number and if available the tag number must be set to the values corresponding to the used detector as described above All Rights Reserved Copyright 2009 Rota Yokogawa 3 103 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 23 Reading maximum fluid temperature Detailed Set up Fluid max temp The highest measured medium temperature ever reached can be read in this parameter This parameter can not be reset or changed by the user IM 01R04B07 00E E 3rd edition July 01 2013 00 3 104 All Rights Reserved Copyright 2009 Rota Yokogawa All Rights Reserved Copyright 2009 Rota Yokogawa IM 01R04B07 00E E 3rd edition July 01 2013 00 YOKOGAWA ELECTRIC CORPORATION World Headquarters 9 32 Nakacho 2 chome Musashino shi Tokyo 180 8750 Japan www yokogawa com YOKOGAWA CORPORATION OF AMERICA 2 Dart Road Newnan GA 30265 USA www yokogawa com us YOKOGAWA EUROPE B V Euroweg 2 3825 HD AMERSFOORT The Netherlands www yokogawa com eu IM 01R04B07 00E E 3rd edition July 01 2013 00 YOKOGAWA ELECTRIC ASIA Pte LTD 5 Bedok South Road Singapore 469270 Singapore www yokogawa com sg YOKOGAWA CHINA CO LTD 3F Tower D Cartelo Crocodile Building No 568 West Tianshan Road Changing District Shanghai China www yokogaw
67. ontrast Disp Period Select 0 5s 1 0s 2 05 Flow direction Select Forward Reverse Mass flow unit Select il E er RCCS30LR d Mir RCCS34 39 XR m8 h Mass flow format XXXXXXX XXXXX X XXX XX XXX XXX XX XXXX X XXXXX Mass flow unit Qmax to Qmax Mass flow unit Qmax to Qmax Mass flow unit Mass flow alm 1 sel Select No function More than Less than Mass flow alm 1 crit Decimal 110 to 110 of URV Mass flow unit Mass flow alm 2 sel Select No function More than Less than Mass flow alm 2 crit Decimal 110 to 110 of URV Mass flow unit Mass flow fix val sel Select Inhibit Enable IM 01R04B07 00E E 3rd edition July 01 2013 00 3 6 All Rights Reserved Copyright 2009 Rota Yokogawa wo x 9 9 Xx z D D D D kl fb d D D No function No function 10 o o Q 9 Inhibit o Vol flow unit Select Vol flow format m s m3 min m8 h m 3 d gal s gal min gal h gal d Cuft s Cuft min Cuft h Cuft d bbl s bbl min bbl h bbl d Impgal s Impgal min Impgal h Impgal d NS I Ny min I N h I N d me N s m8 N min m3 N h m3 N d Sl s Sl min Sl h Sl d
68. or R Total net only unit P can be selected I N P m3 N P only for gas application SI P Scuft P Sm P only for gas application or if reference density value is selected Pulse 1 rate Pulse 1 active mode The Pulse rate can be set according to the unit set in Pulse 1 unit Pulse rate is 0 to 10000 Hz Minimum output 20 Hz Select On Active Off Active The output levels depending on this parameter are shown on page 7 91 Pulse 1 width Select 0 05ms 0 1ms 0 5ms 1ms 5ms 10ms 50ms 100ms 500ms 1000ms Pulse 1 at alarm Select 0P 0Hz Measured value Hold If OP OHz is selected in case of alarm the pulse output is stopped If Measured value is selected the pulse output keeps on measuring If Hold is selected the pulse output keeps the value before entering the alarm error state IM 01R04B07 00E E 3rd edition July 01 2013 00 3 90 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION SO 1 function Select No Function Flow direction Total limit switch Mass flow alm 1 Mass flow alm 2 Mass flow alm 1 2 Vol flow alm 1 Vol flow alm 2 Vol flow alm 1 2 Density alm 1 Density alm 2 Density alm 1 2 Temp alm 1 Temp alm 2 Temp alm 1 2 Concentration meas alm 1 Concentration meas alm 2 Concentration meas alm 1 2 Net flow alm 1 Net flow alm 2 Net flow alm 142 Slug alarm Empty alarm Corrosion alarm All alarms All errors All alarms amp errors I
69. or if Reference density value is selected Total mass unit Select g kg t Ib Total volume unit For Total volume unit cm I m3 gal kgal Cuft bbl Impgal kImpgal I N m3 N SI Scuft MMscuft Sm can be selected I N m N only for gas application SI Scuft MMscuft Sm only for gas application or if Reference density value is selected Total net unit For option CST When Net flow select is set to Mass the Total net unit g kg t Ib can be selected When Net flow select is set to Volume the Total net unit cm8 I m2 gal kgal Cuft bbl Impgal klmpgal can be selected For option Cxx Selection depends from concentration unit Total energy unit Energy factor Heat of combustion Select MJ Btu Set the calorific value of the medium with the unit Energy factor Heat of combust unit The totalized energy of the medium can be indicated on display by F Total energy Heat of combust unit MJ kg Btu Ib MJ M N and Btu Scuft can be selected Total switch select Select Flex Total Mass Total Volume Total Net Total Total limit switch A totalizer limit can be set only to the forward totalizer selected in Total select If status output is set to Total Switch status output is set active if the totalizer reaches this value Total switch is not active if set to 0 0 Total at alarm Select Hold Continue Total Characteristic of totalizer selected in Total select in
70. otals Exe Diag Self test Status LCD Key Test Exe Service Self Test Exe R R R R R Clear History ord Sel R R R R R R R R Clear History abs Exe Input Output test Analog Out 1 R W Analog Out 2 R W Pulse Out 1 R W Status Out 1 R W Pulse Out 2 R W R W R All Rights Reserved Copyright 2009 Rota Yokogawa 3 53 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Diag R Service Initial R Val R R R R R Sel Sel 30s Exe R Exe Exe Tag R W Long Tag R W IM 01R04B07 00E E 3rd edition July 01 2013 00 3 54 All Rights Reserved Copyright 2009 Rota Yokogawa Basic Setup Display config Disp select 1 Disp select 2 All Rights Reserved Copyright 2009 Rota Yokogawa Vol flo Dens Temp Conc meas Net flo F Totl flex R Totl flex D Totl flex F Totl mass R Totl mass D Totl mass F Totl vol R Totl vol D Totl vol F Totl net R Totl net D Totl net F Totl energy Velocity Drive Gain Mass flo Vol flo Dens Temp Conc meas Net flo F Totl flex R Totl flex D Totl flex F Totl mass R Totl mass D Totl mass F Totl vol R Totl vol D Totl vol F Totl net R Totl net D Totl net F Totl energy Velocity Drive Gain None 3 55 3 PARAMETER DESCRIPTION Sel Sel IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Disp select 3 Disp select 4 Display contrast Mass flo Vol flo Dens Temp Conc meas Net flo F T
71. otl flex R Totl flex D Totl flex F Totl mass R Totl mass D Totl mass F Totl vol R Totl vol D Totl vol F Totl net R Totl net D Totl net F Totl energy Velocity Drive Gain None Mass flo Vol flo Dens Temp Conc meas Net flo F Totl flex R Totl flex D Totl flex F Totl mass R Totl mass D Totl mass F Totl vol R Totl vol D Totl vol F Totl net R Totl net D Totl net F Totl energy Velocity Drive Gain None IM 01R04B07 00E E 3rd edition July 01 2013 00 3 56 Sel Sel Sel All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Basic Setup Sel min o kg min kg h kg d t min Uh Ib h Ib d Mass flo LRV R W Mass flo URV R W Mass flo Damping R W Sel kg L kg m3 Ib gal Ib Cuft g L API Density LRV R W Density URV R W Density damping R W Sel Temp LRV R W Temp URV R W Temp Damping R W Analog 1 select Sel Vol flo All Rights Reserved Copyright 2009 Rota Yokogawa 3 57 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Sel Sel Sel Sel g P LP m3 Std P_ R W IM 01R04B07 00E E 3rd edition July 01 2013 00 3 58 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Basic Setup SO 1 function No Function Sel Flow direction Total Switch Mass flo alm 1 Mass flo alm 2 Mass flo alm 1 2 Vol flo alm 1 Vol flo alm 2 Vol flo alm 1 2 Dens alm 1 Dens alm 2 Dens alm 1 2
72. r Detailed Setup If the pulse width is not configured under Detailed Setup menu the pulse width will be set default to F Total mass gt Pulse 1ms R Total mass gt Pulse If frequency is selected the frequency generated F Total volume 5 Pulse at URV upper range value has to be defined R Total volume gt Pulse Default is URV 1000Hz F Total net 3 Pulse Differences between Pulse and Frequency R Total net gt Pulse output Mass Flow gt Frequency For pulse output the mass or volume is internally Volume Flow gt Frequency totalized and if the increment is reached one Net Flow gt Frequency pulse is sent Density gt Frequency For a frequency output the measured value is Temperature gt Frequency calculated in actual frequency according to the Concentration meas gt Frequency definition of the user e g 10000 Hz 54321 kg h Notice By selecting a variable mass or volume with 50 duty cycle which can be totalized automatically the pulse Set as frequency output the pulse length is changing output is selected with the change of the measured value All Rights Reserved Copyright 2009 Rota Yokogawa 3 91 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION A NOTE At frequencies above 500 Hz frequency output 1 inserts gaps in the pulse train Therefore it is required to use a minimum pulse integration time of 10 sec to get accurate frequency measurements If shorter pulse integration time is n
73. s g s g min g h kg s kg min kg h kg d t min t h t d Ib s Ib min Ib h Ib d can be selected When Net flow select is set to Volume cm s cm3 min cm h I s l min I h l d m3 s m3 min m3 h m3 d gal s gal min gal h gal d Cuft s Cuft min Cuft h Cuft d bbl s bbl min bbl h bbl d Impgal s Impgal min Impgal h Impgal d can be selected Net flow format Select XXXXXXX XXXXX X XXXX XX xxx XXX xx XXXX x XXXXX upper range value Net flow LRV Set a net flow value to the 4 mA or 0 Hz low range value Net flow URV Set a net flow value to the 20 mA or xxxxx Hz Abs URV LRV 596 of Qnom Net flow damping Set the damping time in s Damping time effects outputs and display After 5 times damping time the given value is displayed t 63 Net flow lowcut Set the low cut effects output and display A hysteresis of 0 0596 of Qnom is given by the system Net flow alm 1 sel Select No function More than Less than Net flow alm 1 crit Select a net flow alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13 Net flow alm 2 sel Select No function More than Less than Net flow alm 2 crit Restrictions All alarms have to be in 0 110 of URV LRV Alarm criteria 2 must always be larger than alarm criteria 1 Select a net flow alarm level What happens in case of an alarm has to be defined in Status out 3 12 3 13
74. s Reset all totals 096 signal lock If Autozero is selected active status input starts autozero procedure If 0 signal lock is selected analog outputs 1 and 2 are fixed to 4 mA while status input is active If parameter Total reset cntrl is enabled f Reset flex totals is selected active status input sets flex totalizer to zero f Reset mass totals is selected active status input sets mass totalizer to zero f Reset volume totals is selected active status input sets volume totalizer to zero f Reset net totals is selected active status input sets net totalizer to zero f Reset all totals is selected active status input sets all totalizer to zero SI active mode Select On Active Off Active If On Active is selected the status input is closed active If Off Active is selected the status input is open active All Rights Reserved Copyright 2009 Rota Yokogawa 3 95 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION 3 14 HART output Detailed Setup HART output To set the assignments of HART device variables which are reported via HART Universal Command 3 PV is Set the assignment of Primary variable PV PV is linked to Analog output 1 Changing of PV will change the assignment of Analog output 1 and vice versa Select Mass flow Volume flow Density Temperature Concentration meas Net flow None SV is Set the assignment of Secondary variab
75. sity LRV whichever is higher Corrosion damp Set damping on density for comparison with Corrosion crit up to 10h 3 22 Detector data Detailed Setup The sensor model is defined in Parameter Detailed Setup Sensor model A VVARNING The function Sensor model is only for changing a converter in case of maintenance Never change the sensor model if the sensor is not changed The sensor constants for the selected detector are stored in parameters Detailed Setup Sensor constants You find the main sensor constants on the name plate In case of doubt of the measured value please confirm that the proper sensor constants are stored The serial number of the converter is stored in Detailed Setup Device Information Serial no Converter The serial number of the detector is stored in Detailed Setup Device Information Serial no Detector For compact version RCCTS there is only one serial number The tag number if provided by the customer option BG is stored in Basic setup Tag For integral type RCCT3x and remote type RCCF31 RCCR31 combined ordered with RCCS3x the detector data are factory stored in the concerning parameters For not combined remote type RCCF31 with option NC see chapter 5 5 If the parameter Detailed setup Sensor model is changed to another type the following parameters are changed to new default values corresponding to the selected model Qnom Mass flow unit Mass flow LRV Mass flow URV V
76. so useful for batching if the batch starts with an empty pipe In such case please install the detector vertically Gas application Yes No m pipe alm sel Apply pu pipe crit Density URV Ei pipe crit 2 Density URV or LRV whichever is uL or LRV whichever is s Empty pipe OFF Ec pipe Esp pipe E pipe So pipe Empty pipe ON OFF ON OFF OFF Alarm off Alarm On Alarm off Alarm On Alarm off Alarm off if density if density 2 empty pipe crit empty pipe crit Outputs either Outputs either Measured Measured Value Hold or Value Hold or 4mA OHz 4mA 0Hz IM 01R04B0700E E 3rd edition July 01 2013 00 3 102 All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION 3 21 Corrosion detection Detailed Setup Corrosion detection Detection of corrosion in pipe Not available if gas measurement After density value stored in Corrosion crit has been reached alarm is ordered Not working if fixed output is activated if selected reference density is enabled This function is useful if the max den This function is only good for liquids with relative constant density sity of the fluid is known and cor Set an upper density level If this density level is reached permanently rosion may happen As alternative a warning occurs to this function the user can watch density periodically Corrosion alm sel Select Not apply Apply Corrosion crit Set density value up to Density URV or Den
77. ss MID Custody Transfer Type Q01 This user manual is additional to IM 01R04B04 00x E for standard Rotamass 3 series This manual describes the special conditions for european MID custody transfer type option Q01 which deviate from the standard flowmeter Chapters 1 2 3 5 6 8 9 10 and 11 of IM 01R04B04 00x E are also valid for Custody Transfer Type Chapter 2 of this manual replaces chapter 4 of IM 01 R04B04 00x E Chapter 3 of this manual replaces chapter 7 of IM 01 R04B04 00x E A IMPORTANT For explosion protected instruments and instructions for PED Pressure Equipment Directive see IM 01R04B04 00x E Rotamass with custody transfer option for liquids others than water tested according OIML R 117 1 is suitable for measuring liquids liquids with solid content multi phase mixtures simultaneous measurement of density temperature and cumulated mass and volume connection to controllers and process control systems ROTAMASS provides the following l O connections and can be configured for a wide variety of different measurement applications controlling checking monitoring metering mixing filling 1 passive double pulse output 90 degrees phase shifted according DIN EN 6551 for custody transfer of total mass or volume 1 analog output for density tested for custody transfer applications 1 passive pulse output status output 1 status input The firmware is the same as in standard type The
78. t Impgal klmpgal L N m3 N L Std StdCuft MMscuft m3 Std F Totl mass Unit Sel o F Totl vol Unit cm3 Sel Co kgal Cuft Impgal klmpgal L N m3 N L Std StdCuft MMscuft m3 Std All Rights Reserved Copyright 2009 Rota Yokogawa 3 61 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Basic Setup Sel F Totl net Unit o m 3 Co CH mio SIX Co kgal c mpgal klmpgal L N m3 N L Std StdCuft MMscuft m3 Std Flex total Sel Mass total Volume total Net total Total switch select Detailed Display config Disp Select 1 Mass flo Sel Setup Vol flo Dens Temp Conc meas Net flo F Totl flex R Totl flex D Totl flex F Totl mass R Totl mass D Totl mass F Totl vol R Totl vol D Totl vol F Totl net R Totl net D Totl net F Totl energy Velocity Drive Gain IM 01R04B07 00E E 3rd edition July 01 2013 00 3 62 All Rights Reserved Copyright 2009 Rota Yokogawa Detailed Disp Select 2 Setup Vol flo Drive Gain None Disp Select 3 All Rights Reserved Copyright 2009 Rota Yokogawa Drive Gain None 3 63 3 PARAMETER DESCRIPTION Sel Sel IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION Detailed Setup Display contrast 5 Display period RCCSSOLR IM 01R04B07 00E E 3rd edition July 01 2013
79. this situation it is recommended to keep the flowrate always 1096 below max Q Example Flowrate 11 t h Pulse unit kg Pulse rate 0 1 kg P Time factor related to s 3600 P h Check Lowest pulse width 0 5 s pulse rate time factor max flow rate 0 5 s 0 1 kg P 3600 P h 11000 kg h 16 4 ms customer should select 10 ms pulse width or lower Max Q 18000 kg h 11000 kg h 18000 kg h 1096 Result Pulse width 2 10 ms Pulse rate 0 1 kg P For a first orientation the max Q for certain pulse widths and units for a pulse rate of 0 1 1 and 10 are given in the table 7 1 Max flow restriction this amount will be lost Max flow from pulse width unit rate POR AERO EN ra Grey zone t F3 EPS All Rights Reserved Copyright 2009 Rota Yokogawa 3 PARAMETER DESCRIPTION Table 7 1 Max flowrate for different pulse settings reduced by 10 Pulse Width in ms 1000 500 100 50 10 5 1 0 5 0 1 0 05 Max pulse sending frequency for the different pulse settings in P s 0 45 0 9 4 5 9 45 90 450 900 4500 9000 Pulse Pulse Maximum Flow Rate Unit rate g 0 1 162 g h 324 g h 1 62 kg h 3 24 kg h 16 2 kg h 32 4 kg h 162 kg h 324 kg h 1 62 Uh 3 24 t h g 1 11 62 kg h 3 24 kg h 16 2 kg h 32 4 kg h 162 kg h 324 kg h 1 62 t h 3 24 t h 16 2 t h 32 4 t h g 1
80. w Aw Aw Aw IM 01R04B07 00E E 3rd edition July 01 2013 00 3 48 All Rights Reserved Copyright O 2009 Rota Yokogawa Detailed Setup All Rights Reserved Copyright 2009 Rota Yokogawa Net flow Net flow select Conc meas alm 1 Sel More than Less than Conc meas alm 1 Crit Conc meas alm 2 Sel More than Less than Conc meas alm 2 crit Volume Net flow unit e o SIS 3 12 2 g h kg min kg h kg d t min c SiS o Slll x 3 3 Sl Es 8 z o b s b min b h Ib d cm min cm h mE eas m3 min m8 h mid gal s gal min gal h gal d Cuft min Cuft h Cuft d bbl s bbl min bbl h 9 3 zt o o co 3 PARAMETER DESCRIPTION Sel R W Sel R W Sel Sel 49 IM 01R04B07 00E E 3rd edition July 01 2013 00 3 PARAMETER DESCRIPTION bbl d Impgal s Detailed Setup mpgal min Impgal h Impgal d Net flow format Sel XX XXXX X XXXXX Net flow LRV R W Net flow URV R W Net flow damping R W Net flow lowcut R W Net flow Alm 1 Sel No function Sel Net flow Alm 1 Crit R W Net flow Alm 2 Sel No function Sel Net flow Alm 2 Crit R W R Slug detection Slug alarm select Not apply Sel Apply R Slug criteria R W Slug duration R W After slug Measured value Sel Drive gain damping IM 01R04B07 00E E 3rd edition July 01 2013 00 3 50 All Rights Reserved Copyright 2009 Rota

Download Pdf Manuals

image

Related Search

Related Contents

Gebruikershandleiding  Mediatrix 2102 Reference Manual  Schneider Novus Vertriebs  LogiLink 2.5" SATA USB 2.0 HDD Enclosure USB powered  Franke 0392146  Cuisinart IB-8565 User's Manual  PDFファイル - 医薬品医療機器総合機構  DFI302 - Parte G - Manual em Português  Nord C2D English User Manual v1.1x edition C  Manuale d'uso User Manual Made in Italy  

Copyright © All rights reserved.
Failed to retrieve file