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HomeMy WebLinkAboutAD_IFC 300__en_HART V0102___ KROHNE ©KROHNE 05/2006 7025942100 - - Supplementary Installation and Operating � wE°vEGor Instructions ABILITY Optiflux IFC300 Converter with HART Interface • HART/Field Communicator 275/375 • Asset Management Solutions (AMS) i • Process Device Manager(PDM) _ PLW 1 Field Device Tool/Device Type Manager(FDT/DTM) '10 AW KR O H N E KROHNE Messtechnik GmbH&Co. KG Ludwig-Kroh ne-Str.5• D-47058 Duisburg 1/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail: krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM 1 General Information 3 2 IDs and Revision numbers 5 3 HART Communicator 275 (HC275), Field Communicator 375 (FC375) 6 3.1 Installation 6 3.2 Operating 6 4 Asset Management Solutions (AMS) 6 4.1 Installation 6 4.2 Operating 6 5 Process Device Manager (PDM) 7 5.1 Installation 7 5.2 Operating 7 6 Field Device Tool Device Type Manager (FDT DTM) 7 6.1 Installation 7 6.2 Operating 7 KR O H N E KROHNE Messtechnik GmbH&Co. KG -Ludwig-Kroh ne-Str.5• D-47058 Duisburg 2/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM 1 General Information The IFC 300 is a "four-wire"transmitter with 4...20mA current output and HART@ capability. Dependent on jumper setting and wiring the current output can operate as active or passive output. General characteristics of the IFC 300 HART@ interface: • Multidrop Mode is supported • Burst Mode is not supported Electrical connection: Refer to section "Electrical connection: outputs and inputs" of the following manual: • "Handbook IFC 300 signal converter" (KROHNE) There are two ways of using the HART@ communication: a)As a point-to-point connection between the IFC 300 and the HART@ master equipment. The instrument's current output may be active or passive. Point-to-Point Analog/Digital Mode �—\ Primary Master HART Analog Modem Terminal A(C) HART20 Terminal A-(C-) Power >>250 0 Supply 4...20 mA i ell ................. For C 300 For slaves with IF passive current I Addr.0 output(2 wire) Secondary Master KR O H N E KROHNE Messtechnik GmbH&Co. KG Ludwig-Kroh ne-Str.5• D-47058 Duisburg 3/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM b)As a multipoint connection (multidrop)with up to 15 devices (IFC 300 or other HART@ equipment) in parallel. The instrument's current outputs must be passive. Multidrop Mode \�� \ Primary Master d HART Modem HART Power >-250 0 Supply Terminal A(C) Terminal A-(C-) 4 mA 4 mA Secondary Master Up to 15 i Slaves IFC 300 IFC 300 Addr.>0 Addr.>0 (passive current output) (passive current output) KR O H N E KROHNE Messtechnik GmbH&Co. KG Ludwig-Kroh ne-Str.5• D-47058 Duisburg 4/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM In case that the IFC 300's current output shall work continuously active a 'third wire' is needed to properly connect it together with two-wire loop powered devices in the same network. Multidrop Mode (`three-wire') (Connecting two-wire and four-wire devices in the same network) Primary Master HART 4 mA 4 mA HART two-wire Modem loop powered / _.� devices I\ Addr.>0 Addr.>0 Power HART Supply Terminal A(C) 4 mA 4 mA Terminal A-(C-) four-wire active source >250 0 devices Secondary Master IFC 300 . . . IFC 300 y' Addr. >0 Addr.>0 T 81,0 2 IDs and Revision numbers The HART Device Descriptions described in this document have the following IDs and revision numbers: Manufacturer ID: 69 (Ox45) Device Type: 227 (OxE3) Device Revision: 1 DD Revision: 2 HART Universal Revision: 5 HC 275 OS Revision: >_4.9 FC 375 System SW Rev.: >_ 1.8 AMS Version: >_ 6.0 PDM Version: >_ 5.2 FDT Version: >_ 1.2 For information about Transmitter Revisions and related Device Descriptions refer to the KROHNE HART Device List. KR O H N E KROHNE Messtechnik GmbH&Co. KG -Ludwig-Kroh ne-Str.5• D-47058 Duisburg 5/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM 3 HART Communicator 275 (HC275), Field Communicator 375 (FC375) 3.1 Installation The IFC 300 HART Device Description has to be installed on the HC275 and FC375 respectively. Otherwise the user will work with the instrument as a generic one thus loosing opportunity for entire instrument control. For installing DDs on the HC275 a 'HART Communicator Module Programmer' is needed (see details in the 'Module Programmer User's Guide'). For installing DDs on the FC375 the 'Easy Upgrade Programming Utility' is needed and the FC375 must have a System Card with 'Easy Upgrade' option (see details in the '375 Field Communicator User's Manual'). 3.2 Operating Refer to the IFC 300 Menu Tree HC275/ FC375 (Attachment A). The IFC 300 operation via HC275/ FC375 is made quite close to the manual instrument control via keypad with the restriction that parameters of the device's "service" menu are not supported and simulation is possible only for current outputs. The online help of each parameter contains its function number as a reference to the device's local display and the "Handbook". Parameter protection for custody transfer is the same as on the device's local display. Other specific protection mechanisms like "password quick setup"and "password setup" are not supported via HART. The set of parameters of the HC275 "standard configuration" is only a partial set. However the HC275"full configuration"contains a complete set of supported parameters. Both types of configurations can be transferred to AMS. The FC375 always creates a "full" configuration for interaction with AMS. Still the FC375 considers only a partial parameter set (like the HC275 "standard configuration")when sending it to a device. 4 Asset Management Solutions (AMS) 4.1 Installation If the IFC 300 Device Description is not already installed on the AMS System a so called Installation Kit IFC 300 HARTAMS is needed (available as download from KROHNE 'Download Centre' on the internet or on floppy disk/ CD-ROM from KROHNE). For installing the DD with the Installation Kit refer to the `AMS Intelligent Device Manager Books Online"section "Basic AMS Functionality/Device Configurations/Installing Device Types/Procedures/Install device types from media". Please read also the "readme.txt", which is also contained in the Installation Kit. 4.2 Operating Refer to the IFC 300 Menu Tree AMS (Attachment B). Due to AMS requirements and conventions the IFC 300 operation differs to some extent from operation with HC275/ FC375 and via local keypad. Furthermore parameters of the device's "service" menu are not supported and simulation is possible only for current outputs. The online help of each parameter contains its function number as a reference to the device's local display and the "Handbook". Parameter protection for custody transfer is the same as on the device's local display. Other specific protection mechanisms like "password quick setup"and "password setup" are not supported via HART. KR O H N E KROHNE Messtechnik GmbH&Co. KG -Ludwig-Kroh ne-Str.5• D-47058 Duisburg 6/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM 5 Process Device Manager (PDM) 5.1 Installation If the IFC 300 Device Description is not already installed on the PDM System a so called Device Install IFC 300 HART PDM is needed (available as download from KROHNE `Download Centre' on the internet or on floppy disk/ CD-ROM from KROHNE). For installing the DD on PDM V 5.2 refer to the "PDM Manual"section 11.2:'Device Install/Integrating Devices in SIMA TIC PDM with 'Device Install"'. For installing the DD on PDM V 6.0 refer to the "PDM Manual"section 13:"Integrating Devices". Please read also the "readme.txt", which is also contained in the Device Install. 5.2 Operating Refer to the IFC 300 Menu Tree PDM (Attachment C). Due to PDM requirements and conventions the IFC 300 operation differs to some extent from operation with HC275/ FC375 and via local keypad. Furthermore parameters of the device's "service" menu are not supported and simulation is possible only for current outputs. The online help of each parameter contains its function number as a reference to the device's local display and the "Handbook". Parameter protection for custody transfer is the same as on the device's local display. Other specific protection mechanisms like "password quick setup"and "password setup" are not supported via HART. 6 Field Device Tool Device Type Manager (FDT DTM) 6.1 Installation If the IFC 300 Device Type Manager is not already installed on the Field Device Tool container a setup is needed (available as download from KROHNE 'Download Centre' on the internet or on CD-ROM from KROHNE). For installing the DTM with the setup refer to the setup's accompanying documentation. 6.2 Operating The IFC 300 operation via DTM is made quite close to the manual instrument control via keypad. Refer to the device's local display and the "Handbook". KR O H N E KROHNE Messtechnik GmbH&Co. KG -Ludwig-Kroh ne-Str.5• D-47058 Duisburg 7/20 Tel.:0203-301 0• Fax:0203-301 389•e-mail:krohne@krohne.de MrOOL Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM Attachment A IFC 300 HART Menu Tree HC275/ FC375 1 dynamic 1 measured values 1 volume fow variables 2 mass flow 3 flow speed 4 conductivity 5 coil temperature 6 counter 1 oar 7 counter 2 oar 2 in/outputs 1 A oar 2%range A opt 3Bopt 4%range B OP" 5Copt 6%range C oPr 7 D oar 1 zero calibration cusr 8%range D Oar 2 zero set cusr 3 size cusr 1 language 4 GK selection cusr 2 quick setup 2 tag 5 GK/GKH oat Cu r 3 reset errors 6 GKL oar.cusr 4 unit A/C cusr 7 coil resist.Rsp ousr 5 range A/C min cusr 8 density cusr 6 range A/C max cusr 9 target conductivity cusr 7 time constant A/C cusr 10 EF electr.factor cusr 8 lfe threshold A/C cusr 11 num.of electrodes 9 lfc hysteresis A/C cusr 12 field frequency cu=r 7 pulse val.unit opt cusr 13 select settling­ 8 pulse value D oar,cusr 14 settling time oac cu r 15 line frequency cusr 1 simul.current/frequency A Oar 3 test 2 simul.current/frequency B oar 1 limitation min cusr 3 simul.current C opt 2 limitation max cusr 4 simul.frequency D oar 3 flow direction cusr 4 time constant 5 pulse filter cusr 1 calibration 6 pulse width a• o r cusr 1 process input 7 pulse limitation ovs cusr 2 filter 8 noise filter cusr 4 setup 1 empty pipe cusr 9 noise level opt cusr 2 limit empty pipe Opt 10 n.suppressioncusr oar•cusr p y p p 3 full pipe oar,cusr 11 lfe threshold cusr 4 limit full pipe oar•cusr 12 lfc hysteresis 5 linearity cusr 6 gain cusr 7 coil current cusr 3 self test 8 flow profile cusr 4 information 9 limit flow profile oar•a,r 5 sensor limits 10 electrode noise cusr 1 liner 11 limit elect.noise oPr,cusr 2 I/O 2 electrode material 12 settling of field cusr �2 3 communication 4 device L 1 volume flow Designations: 2 mass flow 1 upper snsr limit Rd oar Optional,dependent on device 3 flow speed 2 lower snsr limit Rd implementation/configuration 4 conductivity 3 minimum span Rd Rd Read-only 5 coil temperature cur Custody Lock protected Local HC275/FC375, affects only HC275/FC375 views 06105 IFC 300 HA 45e30102(1/3) 6/OS K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 8/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree HC275/ FC375 1 dynamic variables 2 quick setup 3 test 1 process input �j 1 terminals A cuss 2 terminals B cusr 1 hardware 3 terminals C cusr 4 setup 2 I/O 4 terminals D— 2 A current output opt: pulse output opt 1 range 0%a 1 pulse shape—t 2 range 100%cuur 2 pulse width cusr 3 B 3 ext.range min cusp 3 max pulse rate cusr 4 ext.range max cus1 4 measurement cusr 4 C 5 error current cus1 5 pulse value unit cu 6 error condition oust 6 value p.pulse cus 5 D 7 measurement cusr 7 polarity cusr 8 range min cusr 8 lfe threshold cu, 9 range max asr 9 lfc hysteresis cus, 10 polarity cusp 10 time constant 11 limit min cus, 11 invert signal cam, 12 limit max cusr 12 special function opt,­ 13 lfc threshold cus 13 phase shift w.B Opt cusp 141fc hysteresis a e 15 time constant cusr status output oPr 16 special function cusr 1 mode 17 rc threshold opt,cus 2 output A OP, 18 rc hysteresis opt cu= output B opt output C opt frequency output opt: output D opt 1 pulse shape cusr 3 invert signal 2 pulse width cusr 3 100%pulse rate cusr limit switch opt 4 measurement cusr 1 measurement 5 range min cusr 2 threshold 6 range max cusr 3 hysteresis 7 polarity cost 4 polarity 8 limit min cusr 5 time constant 9 limit max cusr 6 invert signal 10 lfc threshold cos, 11 lfc hysteresis a e control input opt 13 time constant 1 mode cusr 14 invert signal cusr 2 invert signal 15 special function opt ast 16 phase shift w.B opt cus, 6 counter 1 1 function cos 7 counter 2 2 measurement opt cusp I r 31fc threshold opt,cusr 3 communication 41fe hysteresis opt cusp 4 device 5 time constant opt asr Designations: 6 preset value opt cos' opt Optional,dependent on device implementation/configuration Read-only cu Custody Lock protected Local HC275/FC375, affects only HC275/FC375 views 06105 IFC 300 HA 45e30102(2/3) 6/OS K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 9/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree HC275/ FC375 1 dynamic Li variables 2 quick setup 1 process input LJ 3 test 1 address 2 1/O 2 D/Atrim cost 3 apply values cu,r 4 message 1 manufacturer Rd 5 descriptor 2 model Rd 3 communication 1 HART 6 device information 3 device ID Rd 3 tag 4 setup 4 date 5 write protect Rd 6 final assembly no. 7 sensor serial no. 8 revision nos. 1 universal rev.Rd 2 device rev.Rd 3 software rev.Rd 4 hardware rev.Rd I PV is Rd 7 dynamic variables 2 SV is settings 3 TV is 4 4V is 1 request preams Rd 8 preambles 2 response preams 9 master reset 4 device 1 device info 1 tag 2 C number Rd 1 function cusp 2 measurem.1.line cos 2 display 1 language 3 range min coat 3 1.meas.page 2 default display cos, 4 range max c-,, 4 2.meas.page 5 limitation min 6 limitation max 1 list errors 7 Be threshold 3 special functions 2 reset errors 8 lfc hystereis 9 time constant 1 volume flow cos 10 format 1.line 4 units(device) 2 mass flow cost 11 measurem.2.line cusp 3 flow speed 12 format 2.line cusp 4 conductivity 13 measurem.3.line cusp 5 temperature 14 format 3.line cos 6 volume— 7 mass cusp 8 density cusp 1 volume flow 5 units(HART) 2 mass flow Designations: 3 flow speed opt Optional,dependent on device 6 formats(HART) 4 conductivity implementation/configuration 5 temperature Rd Read-only 7 circuit board info 6 counter 1 cos Custody Lock protected 7 counter 2 Local HC275/FC375, affects only HC275/FC375 views 06105 IFC 300 HA 45e30102(3/3) 6/OS K R O H N E KROHNE Messtechnik GmbH&Co.KG•Ludwig-Krohne-Str.5•D-47058 Duisburg 10/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM Attachment B IFC 300 HART Menu Tree AMS quick setup sensor device: current output A/C: volume flow sensor limits: • language unit A/C c upper sensor limit Rd Configure tag range A/C max— lower sensor limit Rd • range A/C min cu= minimum span Rd Compare pulse output D: time constant A/C cu,1 • Clear Offline • pulse value unit opt,— • lfc threshold A/C ca,e mass flow sensor limits: • value p.pulse D opt,c lfc hysteresis A/C cu,= ----------------------------------- flow speed sensor limits: Status/Conditions 4 . Process Variables Er conductivity sensor limits: Scan Device coil temperature snsr limits: ----------------------------------- Calibration Management input calibration Diagnostics and Test zero set cu,= c a • target conductivity Calibrate size cu • EF electrode factor c-1 • GK selection cu= num.of electrodes Reset GK/GKH op=.cu,= • field frequency cu,e ----------------------------------- GKL opt,cu,, select settling-- coil resist.Rsp— settling time opt,cut, Rename density cu,e line frequency cu, Unassign Assign/Replace input filter ----------------------------------- limitation max— noise filter cuu= • limitation min c noise level- Audit Trail flow direction car noise suppression opt,c d Record Manual Event time constant • pulse filter cusp lfe threshold c� Drawings/Notes... • pulse width—t • lfc hysteresis cu- Help... pulse limitation cu, self test/info self test: self test: • empty pipe cu flow profile cu,r • limit empty pipe opt,c d limit flow profile opt,c d • full pipe opt,cut, electrode noise cus= • limit full pipe opt,ad limit elect.noise opt,c,t • linearity cu,= settling of field cus Designations: gain c = opt Optional,dependent on device coil current information: implementation/configuration liner Rd Read-only electrode material c Custody Lock protected Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30102(1/5) 06/05 KR O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 11/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree AMS 1/0 terminals A/B/C/D • terminals current output Opt • measurement curt range 100%cost • limitation max­ range 0%cost • limitation min cure ext.range max cost • time constant curl ext.range min c-1 • polarity curt error current curt • lfc threshold cost error condition cost • lfc hysteresis cost special function cost • range max curt re threshold oft,art • range min cu= rc hysteresis Opt,cut, frequency output OPt Configure measurement curt pulse shape cost • limitation max—1 • pulse width- Compare limitation min CuS1 100%pulse rate a t Clear Offline time constant invert signal cull • polarity CuS1 special function Opt,cat ----------------------------------- lfc threshold cu51 • phase shift wrt.B Opt,cult Status/Conditions lfc hysteresis cult • range max cult Process Variables range min cost Scan Device pulse output OPt: pulse value unit cult ----------------------------------- measurement cuss value p.pulse cos, • time constant pulse shape curt Calibration Management polarity cuss pulse width cult Diagnostics and Test He threshold cull max pulse rate cU91 •Calibrate I&hysteresis cost invert signal cuss • special function opt,c,�t Reset phase shift wrt.B Opt,c 1 ----------------------------------- status output OPt: output A opt Rename mode output B opt • output C Opt Unassign output D opt Assign/Replace invert signal ----------------------------------- limit switch opt Audit Trail measurement invert signal • time constant Record Manual Event polarity Drawings/Notes... threshold • hysteresis Help... control input Opt • mode cost invert signal counter counter 1: counter 2: • function Cu91 function cos, • measurement Opt,cost measurement opt.cult • lfc threshold Opt c,.41 lfc threshold opt.cuss Designations: lfc hysteresis Opt,cuss lfc hysteresis Opt,cult opt Optional,dependent on device time constant Opt,cuss uss • time constant opt,c implementation/configuration preset value Opt,cuss preset value Opt,cuss ee Read-only cult Custody Lock protected Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30102(2/5) 06/05 K R O H N E KROHNE Messtechnik GmbH&Co.KG•Ludwig-Krohne-Str.5•D-47058 Duisburg 12/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree AMS device device info: units: • tag volume flow car • C number Rd mass flow-- flow speed display: conductivity • language temperature • default display c volume cus • mass Est • density C"t Configure L/2.meas page Compare function cusr measurem.2.line cus Clear Offline measurem.1.line cus format 2.line c • limitation max measurem.3.line cus ----------------------------------- • limitation min format 3.line a Status/Conditions JJ time constant Process Variables life threshold 5 fc hysteresis Scan Device range max c• • range min-- format 1.line Calibration Management HART Diagnostics and Test Calibrate identification: revision numbers: dynamic variables settings: • manufacturer Rd • universal rev.Rd • PV is Rd Reset model Rd device rev.Rd SV is ----------------------------------- device ID Rd software rev.Rd TV is • address hardware rev.Rd 4V is Rename tag Unassign date preambles: • message request preambles Rd Assign/Replace descriptor response preambles ----------------------------------- write protect Rd • final assembly no. Audit Trail sensor serial no. Record Manual Event HART units Drawings/Notes... display formats: units: Help... volume flow • volume flow • mass flow Loy mass flow • flow speed-, flow speed • conductivity Lao conductivity • temperature Lai temperature • counter 1 Loy counter 1 • counter 2 Luc counter 2 Designations: opt Optional,dependent on device implementation/configuration Rd Read-only —Custody Lock protected Lac Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30102(3/5) 06/05 K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 13/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree AMS Overview Failure in device Standard: error in device field current local • Primary variable out of I01 current output A limits parameter current output B • Non-primary variable out IO2 current output C of limits configuration software user interface 1,2,3 Configure Primary variable analog display • hardware settings Compare output saturated sensor electronic hardware detection • Primary variable analog sensor global RAMIROM error IO 1 Clear Offline output fixed sensor local RAM/ROM error IO 2 ----------------------------------- • Cold start • Configuration changed Status/Conditions Field device malfunction �5 Process Variables Scan Device Application error Check req.&Information ----------------------------------- Calibration Management q • application error over range A(current) check request: • empty pipe over range B(current) checks in progress Diagnostics and Test flow rate too high over range C(current) test sensor Calibrate field frequency too high over range A(pulse) • DC offset over range B(pulse) information: Reset open circuit A over range D(pulse) • open circuit B active settings counter 1 stopped ___________________________________ • counter 2 stopped • open circuit C factory settings power fail Rename backup 1 settings • control input Aactive Unassign backup 2 settings control input B active Assign/Replace over range display 1 • over range display 2 _____________________ backplane sensor Audit Trail backplane settings Uncertain backplane difference Record Manual Event optical interface Drawings/Notes... uncertain measurement field coil broken • pipe not full field coil bridged Help... empty pipe field current deviation • linearity field frequency too high • flow profile electronic temperature • electrode noise coil temperature • gain error overflow counter 1 • electrode symmetry overflow counter 2 • backplane invalid Designations: opt Optional,dependent on device implementation/configuration ee Read-only Custody Lock protected Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30102(4/5) 06/05 K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 14/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree AMS Configure L.31 process values: counter: outputs: Compare •volume flow • counter 1 Opt Aopr •mass flow • counter 2 opt • %range A opt Clear Offline • flow speed • B opt ----------------------------------- • conductivity • %range B opt • coil temperature • C opt Status/Conditions dJ • %range C opt Process Variables D op` Scan Device %range D Opt ----------------------------------- Device: HART: •tag Rd • Polling Address Rd Calibration Management • descriptor Rd • Device ID Rd Diagnostics and Test Calibrate Reset ----------------------------------- Rename Simulation current output A/C op,cusr Unassign Simulation current/frequency output A Opt,cusr Simulation currentifrequency output B opt,cusr Assign/Replace Simulation frequency output D opt cus Circuit Board Info Audit Trail Autom.zero calibration cusr Record Manual Event D/A trim cusp Drawings/Notes... Apply values asi Help... Master Reset Reset Errors Reset Configuration Changed Flag Designations: opt Optional,dependent on device implementation/configuration Rd Read-only cus Custody Lock protected Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30102(5/5) 06/05 K R O H N E KROHNE Messtechnik GmbH&Co.KG•Ludwig-Krohne-Str.5•D-47058 Duisburg 15/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM Attachment C IFC 300 HART Menu Tree PDM Menu Bar File Device View Options Help 2,3 Communication Path ----------------------------------- Load To Device Load To PG/PC ----------------------------------- Set Address ----------------------------------- Test • simuation.current/frequency A opt,c r Test simuation current/frequency B 01,a r • simuation current C Opt,cusp • simuation frequency D opt,cusr Reset Reset <master reset> • <reset errors> • <reset configuration changed flag> Calibration • automatic zero calibration c- Calibration D/A trim a • apply values c�sr ----------------------------------- Parameter Protection ----------------------------------- HART preambles dynamic variables settings HART request preambles PV is Rd • response preambles SV is • TV is • 4V is Designations: Opt Optional,dependent on device implementation/configuration Rd Read-only car Custody Lock protected Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30102(1/5) 06.05 K R O H N E KROHNE Messtechnik GmbH&Co.KG•Ludwig-Krohne-Str.5•D-47058 Duisburg 16/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree PDM Menu Bar Ef File Device View Options Help Measured Values Counters • volume flow counter 1 Opt • mass flow counter 2 opt • flow speed Display conductivity • coil temperature • device status Y t Diagram Yt Diagram volume flow • mass flow Outputs Outputs current/frequency o.A opt: current output C Opt: • measured value opt • measured value opt • A Opt • C Opt • %range A Opt %range COP, current/frequency o.B opt: frequency output D Opt • measured value Opt • measured value Opt • B Opt • D Opt • %range B Opt %range D Opt Device Status J�J Circuit Board Info ----------------------------------- Toolbar Status Bar ----------------------------------- Update Designations: opt Optional,dependent on device implementation/configuration Rd Read-only c st Custody Lock protected �=Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30102(2/5) 06.05 K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 17/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree PDM Menu Bar M File Device View Options Help Display Yt Diagram Outputs device standard • C number ' universal revision Rd overview: • device revision Rd Primary variable out of limits HART: software revision Rd Non-primary variable out of limits • tog hardware revision Rd AO outside the operating range limits • manufacturer Rd date Rd Analog Output in fixed mode • model Rd write protect Rd Cold start Device Status device ID Rd final assembly no.Rd Configuration changed • sensor serial no.Rd Field device malfunction failure/application failure in device: failure in device: application error: • error in device sensor local application error • I01 field current local empty pipe • parameter current output A flow rate too high • IO2 current output B field frequency too high • configuration current output C DC offset • display software user interface open circuit A/B/C • sensor electronic hardware settings over range A/B/C(current • sensor global hardware detection over range A/B/D(pulse) • RAM/ROM error IO 1 active settings • RAM/ROM error IO 2 factory settings • backup 1/2 settings uncertain/checks/info uncertain: information: • uncertain measurement field frequency too high counter 1 stopped • pipe not full electronic temperature counter 2 stopped • empty pipe coil temperature power fail • linearity overflow counter 1 control input A active • flow profile overflow counter 2 control input B active • electrode noise backplane invalid over range display 1 Circuit Board hifo gain error over range display 2 • electrode symmetry backplane sensor • field coil broken check request: backplane settings • field coil bridged checks in progress backplane difference Tool T ---------- field current deviation test sensor optical interface Toolbar r Status Bar ----------------------------------- Update Designations: opt Optional,dependent on device implementation/configuration Rd Read-only ­d Custody Lock protected Logy Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30102(3/5) 06.05 K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 18/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree PDM Parameter Table identification identification input operation unit operation unit self test device tag empty pipe c• • descriptor limit empty pipe Opt,C• ----------------------------------- message • full pipe cam: input limit fall pipe OPI c 1 device linearity cs: calibration C number Rd gain c t filter • manufacturer Rd • coil current— • model Rd flow profile— self test device ID Rd limit flow profile Opt•c� information universal revision Rd electrode noise— • device revision Rd limit elect.noise Op`cu e measuring limits software revision Rd settling of field cis ----------------------------------- hardware revision Rd • date information 10 final assembly no. liner A Opt sensor serial no. electrode material B Op` input measuring limits C Opt volume flow calibration upper sensor limit Rd D Opt • zero set cost • lower sensor limit Rd counter 1 • size cost • minimum span Rd • GK selection c mass flow counter 2 GrK/GKH OPI c•s, ----------------------------------- GKL op.cos flow speed • density c-, human interface �7 target conductivity cost conductivity local display EF electrode factor c-t • number of electrodes coil temperature units(device) • field frequency cu e units(HART) select settling— • settling time Op'- formats(HART) line frequency cos filter • limitation min c� • limitation max car • flow direction car • time constant • pulse filter cusp • pulse width OPI c • pulse limitation Op'-c°= • noise filter cost • noise level Opp c°s' • noise suppression OPI c°s • lfe threshold c°s' • lfe hysteresis c� Designations: Opt Optional,dependent on device implementation/configuration Rd Read-only —Custody Lock protected Logy Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30102(4/5) 06.05 K R O H N E KROHNE Messtechnik GmbH&Co.KG Ludwig-Krohne-Str.5•D-47058 Duisburg 19/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de Supplementary Installation and Operating Instructions IFC 300 HART HC275, FC375, AMS, PDM, FDT DTM IFC 300 HART Menu Tree PDM Parameter Table on ut ... identification terminals A cult status output°pt �4 • terminals B cust mode operation unit terminals C cust output A°pr device terminals D cust output B°pt A/B/C/D oP output C Opt ----------------------------------- • output D"Pt input current output Opt: invert signal • range 0%cu- calibration 4 range 100%cult limit switch°p1 filter ext.range min cu:t measurement • ext.range max cult threshold self test error current cult hysteresis information error condition cult polarity • measurement cult time constant measuring limits range min cult invert signal ----------------------------------- range max cst • polarity cult control input°pt 10 limit min cult mode cult A npt limit max c-, invert signal • He threshold cusr B°pi Me hysteresis t human interface C Opt time constant Est • special function cult local display D Opt re threshold°pt cat language counter 1 • re hysteresis oPc c default display cult counter 2 aPt units(device) .frequency output volume flow cult ----------------------------------- pulse shape as` mass flow cult • pulse width cult flow speed u human interface 100%pulse rate cult P • conductivity local display measurement cult temperature • range min cult volume cat units(device) range max cult mass c-t units(HART) polarity cult density cult • limit min cult formats(HART) limit max cyst units(HART) • lfc threshold cult volume flow • He hysteresis cat mass flow • time constant flow speed • invert signal c st conductivity • special function°pt cat temperature • phase shift wit.B OPI cult counter 1 • counter 2 pulse output°pt cus: formats(HART) • pulse shape volume flow Loc • pulse width cus: mass flow Loo • max pulse rate cult flow speed Loo • measurement cult • conductivity Loy • pulse value unit cult Lo value• pulse cult • temperature p'P • counter 1 Lo • polarity cult counter 2 Lac • lfc threshold cult • • lfc hysteresis cult Designations: time constant Opt Optional,dependent on device • invert signal-- implementation/configuration special function°pt cat ea Read-only phase shift wit.B OPI cult cat Custody Lock protected Loo Local PDM,affects only PDM views I{ROHNE IFC 300 HA 45e30102(5/5) 06.05 K R O H N E KROHNE Messtechnik GmbH&Co.KG•Ludwig-Krohne-Str.5•D-47058 Duisburg 20/20 Tel.:0203-301 0•Fax:0203-301 389•e-mail:krohne@krohne.de