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HomeMy WebLinkAboutAD_IFC 300__en_HART V0201_100318__ KROHNE - ©KROHNE 03/07 7026322100 Supplementary Installation and Operating WE'VE GOT Instructions ABILITY Optiflux IFC300 Converter with HART Interface (Dev Rev 2, DD Rev 1) • HART/Field Communicator 375 • Asset Management Solutions (AMS) • Process Device Manager(PDM) • Field Device Tool/Device Type Manager(FDT/DTM) '10 AW HART_SuppHFC300_V0201.DOC 1/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - 1 General Information 3 2 IDs and Revision numbers 5 3 Inputs/Outputs and HART Dynamic/Transmitter Variables 6 4 Basic Configuration Parameters 7 5 Field Communicator 375 (FC375) 7 5.1 Installation 7 5.2 Operating 7 6 Asset Management Solutions (AMS) 7 6.1 Installation 7 6.2 Operating 7 7 Process Device Manager (PDM) 8 7.1 Installation 8 7.2 Operating 8 8 Field Device Tool Device Type Manager (FDT DTM) 8 8.1 Installation 8 8.2 Operating 8 9 Attachment: Menu Trees for FC375, AMS and PDM 9 HART_Suppl_IFC300_V0201 DOC 2/23 04/2007 Supplementary Handbook IFC 300 HART, FC375,AMS, PDM, DTM KROHNE - 1 General Information The IFC 300 is a "four-wire" transmitter with 4...20mA current output and HART® capability. Dependent on jumper setting and/or 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 1 Primary Master HART Analog Modem Terminal A(C) M HART 20 Terminal A-(C-) Power >-250.0 4...20 mA Supply I For slaves with IFC 300 "I"O passive current Addr.0 W output(2 wire) I Secondary Master HART_Suppl_IFC300_V0201.DOC 3/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - 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 \F-I HART Modem HART Power 7>-250 Supply �( Terminal A(C) Terminal A-(C ) 4mA 4mA Secondary Master Up to 15 -' Slaves IFC 300 IFC 300 Addr.>0 Addr.>0 (passive current output) (passive current output) HART_Suppl_IFC300_V0201.DOC 4/23 04/2007 Supplementary Handbook IFC 300 HART, FC375,AMS, PDM, DTM KROHNE - In case 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 fir Modem loop powered devices I\ Addr.>0 Addr.>0 Power HART Supply n A I Terminal A(C) 4 mA 4 mA Terminal A-(C-) four-wire active source >250 0 devices Secondary Master (�, 11 Q' Q IFC 300 . . . IFC 300 ``' Addr.>0 Addr.>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: 2 DD Revision: 1 HART Universal Revision: 5 FC 375 System SW Rev.: >_ 1.8 AMS Version: >_6.0 PDM Version: >_6.0 For information about Transmitter Revisions and related Device Descriptions refer to the KROHNE HART Device List. HART_Suppl_IFC300_V0201.DOC 5/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - 3 Inputs/Outputs and HART Dynamic/Transmitter Variables The IFC 300 is available with a choice of output/input assemblies (see details in the section 1/0 assemblies for the outputs and inputs"of the"Handbook IFC 300 signal converter" (KROHNE)): The assignment of the 1/0 terminals (A, B, C and D)to the HART Dynamic Variables (PV, SV, TV and FV) depends on the device's 1/0 option: HART Dynamic Variables: PV SV TV FV Basic 1/0 terminals: A D - - Modular I/O and C D A B EEx—i 1/0 terminals: The IFC 300 transmitter handles up to 10 measurement-related HART Transmitter Variables but the sub-set of available variables depends on the device's 1/0 option and its configuration: HART Transmitter Code' Type Notes Variable Flow Speed 20 Linear Volume Flow 21 Linear Mass Flow 22 Linear Conductivity 24 Linear Coil Temperature 23 Linear Counter 1 (C) 6 Totaliser valid for Basic 10 option only Counter 1 (B) 13 Totaliser valid for Modular 1/0 and EEx—i 1/0 options only Counter 2 (D) 14 Totaliser Counter 3 (A) 12 Totaliser valid for Modular 1/0 and EEx—i 1/0 options only Diagnosis Value 25 Linear function and validity depend on 'diagnosis value' setting (Fct. C1.3.17) ' HART Transmitter Variable Code To Dynamic Variables which are tied to linear analogue outputs (i.e. current outputs and frequency outputs) the HART Transmitter Variables are assigned by selecting the 'measurement' (Fct. C2.x.5)for these outputs. (E.g. when selecting the 'measurement'volume flow for current output A of a device with Basic 10 the HART Transmitter Variable Volume Flow is assigned to the HART Dynamic Variable PV). This implies that only Transmitter Variables of linear type can be assigned to Dynamic Variables tied to current or frequency outputs. (A totaliser variable e.g. can't be assigned to PV, the HART current output) For Dynamic Variables not tied to linear analogue outputs there is no such correlation: Both linear and totaliser type Transmitter Variables can be assigned (Fct. C4). (Therefore a totaliser variable e.g. can be assigned to SV, TV and FV unless the respective output is a current or frequency output.) HART_Suppl_IFC300_V0201.DOC 6/23 04/2007 Supplementary Handbook IFC 300 HART, FC375,AMS, PDM, DTM KROHNE - 4 Basic Configuration Parameters There are some parameters (namely measurement counter 1.3 and diagnosis value selection) which, after they have been changed, require a warm start of the device e.g. for updating dependent units parameters, before any other parameters may be written. Dependent on the characteristics and capabilities of the HART host system (e.g. online-/offline-orientation)these parameters are treated differently (see details below). 5 Field Communicator 375 (FC375) 5.1 Installation The IFC 300 HART Device Description has to be installed on the 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 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'). 5.2 Operating Refer to the IFC 300 Menu Tree FC375 (Attachment A). The IFC 300 operation via 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 FC375 always creates a "full" configuration for interaction with AMS. Still the FC375 considers only a partial parameter set (like the "standard configuration" in the HART Communicator HC275)when sending it to a device. Basic Configuration Parameters: In online mode the counter measurement and diagnosis value settings can be changed with the corresponding methods located in the menu tree below the related parameter. When editing an offline configuration these parameters are read only, however they are written to the device when sending an offline configuration 6 Asset Management Solutions (AMS) 6.1 Installation If the IFC 300 Device Description is not already installed on the AMS System a so called Installation Kit IFC 300 HART AMS is needed (available as download from KROHNE 'Download Center' 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. 6.2 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 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. Basic Configuration Parameters: HART_Suppl_IFC300_V0201.DOC 7/23 04/2007 Supplementary Handbook IFC 300 HART, FC375,AMS, PDM, DTM KROHNE - In online mode the counter measurement and diagnosis value settings can be changed with the corresponding methods located in the "Basic Configuration" menu. When editing an offline configuration these parameters are read only. 7 Process Device Manager (PDM) 7.1 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 Center' on the internet or on floppy disk/CD-ROM from KROHNE). For installing the DID 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 DID 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. 7.2 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 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. Basic Configuration Parameters: In the PDM offline Parameter Table the counter measurement and diagnosis value settings can be changed directly and dependent units parameters are updated automatically. However in Online Dialogs of the PDM Parameter Table an automatic update isn't possible. 8 Field Device Tool Device Type Manager (FDT DTM) 8.1 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. 8.2 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". HART_Suppl_IFC300_V0201.DOC 8/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM [KROHNE - 9 Attachment: Menu Trees for FC375, AMS and PDM Attachment A IFC 300 HART Menu Tree FC375 1 dynamic 1 measured values 1 volume f6w variables 2 mass flow 3 flow speed 4 conductivity 5 coil temperature 6 counter 1 Opt 7 counter 2 Op, 8 counter 3 Op 9 diagnosis value Opt 2 in/outputs 1 AOpr 2%range A Op 3Bop, 4%range B Opt 5 C Op, 6%range C Opt 7DOpt 8%range D Opt 1 language 1 reset errors 2 tag 2 reset counter 1 cusp 2 quick setup 3 reset counter 2 c-, 3 reset 4 reset counter 3 Opt,cu�� 1 measurement A/C asr 4 analog outputs 2 unit— 3 range min A/C cus 4 range max A/C Ousr 5 lfc threshold cusp 6 lfc hysteresis cusr 7 time constant c-I 5 digital outputs 1 measurement D Opt cs 2 pulse vat.unit Op.cusp 3 value p.pulse D opt, 4 lfc threshold Opt,— 5 1&hysteresis Opt,aer 1 simulation 1 simul.current/frequency A opt 2 simul.current/frequency B Opt 3 test 3 simul.current C Op 4 simul.frequency D Opt 2 information 1 C number 2 info process input 3 info device 4 setup 4 info display 2 3 Designations: Opt Optional,dependent on device implementation/configuration Rd Read-only awe Custody Lock protected ap<Local FC375, affects only FC375 views KROHNE IFC 300 HA 45e30201(1/4) 04/06 HART_Suppl_IFC300_V0201.DOC 9/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree FC375 1 dynamic I calibration 1 autom.zero calib.cusp variables 2 zero set cusp 2 quick setup 3 size cusr 3 test 4 GK selection cusp 5 GK/GKH opt l process input 6 GKL om,cusp 4 setup 7 coil resist.Rsp cys 8 density cusp 9 target conductivity as, 10 EF electr.factor cusp 11 num.of electrodes 12 field frequency cusr 13 select settling cusr 14 settling time oPt-,I 15 line frequency cu= 2 filter 1 limitation min cu 2 limitation max car 3 flow direction cos 4 time constant 5 pulse filter cusp 6 pulse width opt cusr 7 pulse limitation op,.cost 8 noise filter cusp 9 noise level oPc cusr 10 n.suppression opt cos 11 lfc threshold car 12 lfc hysteresis cusp 3 self test 1 empty pipe-1 2 limit empty pipe opt cu 3 full pipe oP,,cis: 4 limit full pipe opt as 5 linearity c sr 6 gain— 7 coil current cusp 8 flow profile— 9 limit flow profile op',c— 10 electrode noise cusr 11 limit elect.noise opt,cus, 12 settling of field asp 13 diagnosis value Rd 14 select diagnosis 4 information 1 liner 2 electrode material 3 serial no.sensor Rd 4 V no.sensor Rd 5 sensor electr.info 2 1/O 3 VO Counter 5 sensor limits 1 volume flow 4 1/0 HART 2 mass flow 5 device 3,4 1 upper snsr limit Rd Designations: 3 flow speed 2 lower snsr limit Rd op,Optional,dependent on device 4 conductivity 3 minimum span Rd implementation/configuration 5 coil temperature Rd Read-only cu Custody Lock protected Local FC375, affects only FC375 views KROHNE IFC 300 HA 45e30201(2/4) 04/06 HART_Suppl_IFC300_V0201.DOC 10/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree FC375 1 dynamic variables 2 quick setup 1 3 test ® 1 terminals A 4 setup 1 process input 2 terminals B cusr 3 terminals C cus 1 hardware 4 terminals D c� 2 1/O current output oPI: pulse output opt 2 A 1 range 0%-- 1 pulse shape— 2 range 100%cost 2 pulse width cusp 3 ext.range min cusp 3 max pulse rate cusp 3 B 4 ext.range max cusr 4 measurement cusr 5 error current cusr 5 pulse value unit cu= 4 C 6 error condition cusp 6 value p.pulse cu= 7 measurement a-I 7 polarity— 8 range min cusr 8 lfc threshold cus 5 D 9 range max cusr 91fc hysteresis cus 10 polarity-- 10 time constant 11 limit min cusr 11 invert signal cost 12 limit max-t 12 special function oPI,cusp 13 lfc threshold ae 13 phase shift w.B opt ae 14 lfc hysteresis cusr 14 information x 15 time constant asp 16 special function ad status output oPI 17 rc threshold ovc cusr 1 mode 18 rc hysteresis OPT•cu= 2 output A opt 19 information x output B Opt output C opt frequency output opt: output D Opt 1 pulse shape cusp 3 invert signal 2 pulse width cud 4 information x 3 100%pulse rate cus 4 measurement cues limit switch opt 5 range min cusr 1 measurement 6 range max cusr 2 threshold 7 polarity cusr 3 hysteresis 8 limit min cus 4 polarity 9 limit max cu 5 time constant 10 lfc threshold cusr 6 invert signal 11 lfc hysteresis cus 7 information x 13 time constant 14 invert signal-- control input opt 15 special function opt,cusp 1 mode cusr 16 phase shift w.B opt,cusp 2 invert signal 17 information x 3 information x 1 counter 1 3 1/0 Counter 1 function asp 2 counter 2 2 measurement Opt,Rd 3 select measurement opt cu 3 counter 3 oP 4 lfc threshold opt,cusp 41/0 HART 5 lfc hysteresis OPc- 5 device 4D 6 time constant oot•cost Designations: opt Optional,dependent on device 7 preset value x Oust implementation/configuration 8 reset counter x c-pt,cu r p c 9 set counter x oP cusp Rd Read-only 10 information as,Custody Lock protected Loc Local FC375, affects only FC375 views KROHNE IFC 300 HA 45e30201(3/4) 04/06 HART_Suppl_IFC300_V0201.DOC 11/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree FC375 1 dynamic D variables 1 2 quick setup 3 test 1 process input 21/0 D 4 setup 3110 Counter 3 1 PV is Rd 4110 HART 2 SV is 1 function cusr 3 TV is 2 measurem.1.line car 4 4V is 1 tag 3 range min cusp 5 D/A trim c. 2 C number Rd 4 range max cusp 6 apply values cus 3 device serial no. 5 limitation min 4 electronic serial no. 6 limitation max 1 device info 5 info device 7 lfc threshold 5 device 8 lfc hystereis 2 display 1 language 9 time constant 2 default display 0= 10 format 1.line 3 info display 11 measurem.2.line— 3 1.meas.page 12 format 2.line— 4 2.meas.page 13 measurem.3.line— 1 select range 14 format 3.lime 5 graphic page 2 range centre 3 range+/- 4 time scale 3 special functions 1 list errors 2 reset errors 3 warmstart 4 units(device) 1 volume flow cu 1 volume flow 2 mass flow c s 2 mass flow 3 flow speed 3 flow speed 4 conductivity 4 conductivity 5 temperature 5 temperature 6 volume car 6 counter 1 7 mass c-I 7 counter 2 8 density cts, 8 counter 3 Opt 9 diagnosis value 1 address 1 manufacturer Rd 5 HART 2 message 2 model Rd 3 descriptor 3 device ID Rd 4 units(HART) 3 tag 5 formats(HART) 4 date 5 write protect Rd 6 device information 6 fma l assembly no. 7 sensor serial no. 8 revision nos. 1 universal rev.Rd 2 device rev.Rd 3 software rev.Rd Designations: 4 hardware rev.Rd opt Optional,dependent on device implementation/configuration 8 preambles 1 request preams Rd Rd Read-only 6 circuit board info 9 master reset 2 response preams case Custody Lock protected 10 prepare download rac Local FC375, affects only FC375 views KROHNE IFC 300 HA 45e30201(4/4) 04/06 HART_Suppl_IFC300_V0201.DOC 12123 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - Attachment B IFC 300 HART Menu Tree AMS quick setup sensor device: current output A/C: volume flow sensor limits: • language measurement A/C cyst upper sensor limit Rd Configure ' tag unit A/C— • lower sensor limit Rd 2 3 • range A/C max ad minimum span Rd Compare pulse output D: • range A/C min asr Clear Offline measurement D opt•c- time constant A/C cyst mass flow sensor limits: • pulse value unit opt cys: lfc threshold A/C cyst ----------------------------------- • value P.pulse D opt cy= lfc hysteresis A/C cy= ... • flow speed sensor limits: lfc threshold op,.- Process Variables Status/Conditions 4D ... • lfc hysteresis opt,cost conductivity sensor limits: D Scan Device coil temperature snsr limits: ----------------------------------- Calibration Management input calibration Diagnostics and Test SD zero set ase target conductivity cw Calibrate size c-- EF electrode factor cps: • GK selection cyst num.of electrodes Reset GK/GKH op,,cusr field frequency c d Basic Configuration GKL opt.cyst select settling cyst • coil resist.Rsp cy. settling time Op',c-I . density cyst line frequency cost Rename input filter Unassign Assign/Replace limitation max • noise filter— • limitation min noise level aye ----------------------------------- flow direction cys, noise suppression opt,cyst Audit Trail time constant pulse filter cyst lfc threshold ells, Record Manual Event pulse width— lfc hysteresis cwt Drawings/Notes... pulse limitation ad Help... self test/info selftest: self test: electrode noise c-- • empty pipe cy limit elect.noise opt c- • limit empty pipe opt cyst settling of field c d • full pipe op,,-- diagnosis value Rd • limit full pipe opt cy. • linearity cy information: Designations: gain cy liner opt Optional,dependent on device coil current c s electrode material implementation/configuration flow profile cy serial no.sensor Rd Rd Read-only • limit flow profile opt.cys� Rd ells: V no.sensor Custody Lock protected �y Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30201(1/5) 04/06 HART_Suppl_IFC300_V0201.DOC 13/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree AMS 1/0 terminals A/B/C/D • terminals current output opt • measurement cu- • range 100%cost • limitation max as= range 0%cos, • limitation min c-- ext.range max c-- time constant c-- ext.range min c-- polarity cost error current cos= • lfc threshold as= error condition cos= • lfc hysteresis cost special function cost • range max c-- rc threshold opt,cos= • range min cut= • rc hysteresis Opt,cu- .frequency output opr Configure measurement cu. pulse shape cost • limitation max cos= pulse width cut= Compare 1'3 limitation min cost 100%pulse rate cost Clear Offline time constant invert signal cost • polarity cu•= special function op,cat ----------------------------------- lfc threshold cost phase shift wrt.B op.cam= Status/Conditions 4D lfc hysteresis cu= • range max cus= Process Variables D range min-- Scan Device pulse output OP_: pulse value unit cost • measurement cu- value p.pulse cost • time constant pulse shape—t Calibration Management polarity cost pulse width- Diagnostics and Test D I&threshold cost max pulse rate cuss •Calibrate lfc hysteresis cost invert signal cut= • special function op=,cost Reset phase shift wrt.B op;cost Basic Configuration status output oP=: output A opt ----------------------------------- • mode output B Opt Rename output C Opt • output D opt Unassign invert signal Assign/Replace limit switch opt: ----------------------------------- measurement invert signal • time constant Audit Trail polarity Record Manual Event threshold • hysteresis Drawings/Notes... Help... control input opt • mode—, invert signal counter counter 1: counter 2: counter 3 opt • function cost function a= function cost • measurement opt,cos= measurement Opt,cost measurement Opt,Cott • lfc threshold opt,as= • lfc threshold opt,as= • lfc threshold Opt,Cult Designations: lfc hysteresis Opt,cu- lfc hysteresis opt,cost I&hysteresis opt,as= opt Optional,dependent on device time constant opt,cus= • time constant Opt,as= time constant opt,c„st implementation/configuration preset value opt,cos= • preset value Opt,cos= • preset value Opt,cu- Read-only cos=Custody Lock protected Lo Local AMS,affects only AMS views KItOHNE IFC 300 HA 45e30201(2/5) 04/06 HART_Suppl_IFC300_V0201.DOC 14/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree AMS device device info: units: • tag volume flow ems= • C number Rd mass flow asr • device serial no.Rd flow speed • electronic serial no.Rd conductivity • temperature display: volume air • language mass as= • default display _ density— Configure 1.meas./graph.page/2.meas page Compare 1,2 p • function—_ • measurem.2.line Clear Online measurem.1.line cam= format 2.line— • limitation max • measurem.3.line----------------------------------- cam= • limitation min format 3.line _ Status/Conditions 4D time constant Process Variables lfc threshold graphic page: SD lfc hysteresis select range Scan Device range max c- range centre • range min-== range+/- ----------------------------------- • format 1.line time scale Calibration Management HART Diagnostics and Test D Calibrate identification: revision numbers: dynamic variables settings: • manufacturer Rd • universal rev.Rd • PV is Rd Reset • model Rd device rev.Rd SV is Basic Configuration device ID Rd software rev.Rd TV is • address • hardware rev.Rd • 4V is ---------------------- tag Rename date preambles: • message request preambles Rd Unassign descriptor response preambles Assign/Replace • write protect Rd • final assembly no. • sensor serial no. Audit Trail HART units Record Manual Event Drawings/Notes... display formats: units: • volume flow Loc • volume flow Help... mass flow mass flow flow speed Loc flow speed • conductivity Luc conductivity • temperature temperature • counter 1 Lo, counter 1 • counter 2 Lo, counter 2 • counter 3 Opt, °^ counter 3 Op_ • diagnosis value Opt— opt Designations: Optional,dependent on device implementation/configuration Rd Read-only c•s=Custody Lock protected Lo<Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30201(3/5) 04/06 HART_Suppl_IFC300_V0201.DOC 15/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM _ KROHNE - IFC 300 HART Menu Tree AMS Overview Failure(device) Standard: F error in device F field current local • Primary variable out of F I01 F current output A limits F parameter F current output B • Non-primary variable out F IO2 F current output C of limits F configuration F software user interface Configure 1,2, Primary variable analog F display F hardware settings Compare output saturated F sensor electronic F hardware detection • Primary variable analog F sensor global F RAM/ROM error IO 1 Clear Offline output fixed F sensor local F RAM/ROM error 10 2 • Cold start ----------------------------------- • Configuration changed Status/Conditions Field device malfunction Process Variables D Scan Device Failure(application) Check req.&Information ----------------------------------- Calibration Management 4 • F application error F over range A(current) check request: • F empty pipe F over range B(current) C checks in progress Diagnostics and Test D F flow rate too high F over range C(current) C test sensor Calibrate F field frequency too high F over range A(pulse) • F DC offset F over range B(pulse) information: Reset F open circuit A F over range D(pulse) . I counter 1 stopped • PP Basic Configuration F open circuit B F active settings I counter 2 stopped F open circuit C F factory settings I counter 3 stopped • F backup 1 settings . I power fail Rename F backup 2 settings I control input A active • I control input B active Unassign I over range display 1 Assign/Replace I over range display 2 • I backplane sensor Out of specification I backplane settings g • s Audit Trail I backplane difference Record Manual Event S out of specification S field coil broken I optical interface S pipe not full S field coil bridged Drawings/Notes... S empty pipe S field current deviation S linearity S field frequency too high Help... S flow profile S electronic temperature S electrode noise S coil temperature S gain error S overflow counter 1 S electrode symmetry S overflow counter 2 • S overflow counter 3 • S backplane invalid Designations: opt Optional,dependent on device implementation/configuration Rd Read-only c­Custody Lock protected Lo Local AMS,affects only AMS views IQtOHNE IFC 300 HA 45e30201(4/5) 04/06 HART_Suppl_IFC300_V0201.DOC 16/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM - I KROHNE - IFC 300 HART Menu Tree AMS process values: counter: outputs: •volume flow • counter 1 opt •Aopt •mass flow • counter 2 op •%range A opt • flow speed • counter 3 opt •B opt Configure 1,2,3 'conductivity •%range B opt •coil temperature •C opt Compare •diagnosis value opr •%range C opt Clear Offline •D o°` •%range D 0p1 ----------------------------------- Status/Conditions D Device: HART: •tag Rd •Polling Address Rd Process Variables •descriptor Rd •Device ID Rd Scan Device ----------------------- Calibration Management Simulation current output A/C opt,as Simulation current/frequency output A Opt,cwr Diagnostics and Test Simulation current/frequency output B opt,cus, Calibrate Simulation frequency output D opt,c s, Circuit Board Info Reset Basic Configuration Autom.zero calibration cus D/A trim cusp ----------------------------------- Apply values c s Rename Unassign Reset Errors Assign/Replace Reset Configuration Changed Flag Master Reset ----------------------------------- Warmstart Audit Trail Reset Counter 1 cusr Set Counter 1-- Record Manual Event Reset Counter 2 cusp Set Counter 2 as, Drawings/Notes... Reset Counter 3 Opt,cv Help... Set Counter 3 opI,cusr Select Measurement Counter 1 Select Measurement Counter 2 Select Measurement Counter 3 Opt Select Diagnosis Value Designations: opt Optional,dependent on device implementation/configuration Rd Read-only cusp Custody Lock protected Lac Local AMS,affects only AMS views KROHNE IFC 300 HA 45e30201(5/5) 04/06 HART_Suppl_IFC300_V0201.DOC 17/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - Attachment C IFC 300 HART Menu Tree PDM Menu Bar File Device View Options Help Communication Path ----------------------------------- Load To Device Load To PG/PC ----------------------------------- Set Address ----------------------------------- Test • simuation.curerent/frequency A ov,. Test simuation current/frequency B opt,- • simuation current C Opt,c-- • simuation frequency D Opt,cusr Reset • <reset errors> <reset counter 1>asr Reset <reset configuration changed flag> <set counter 1>as- • <master reset <reset counter 2>asp • <warmstart> <set counter 2>cust • <reset counter 3>opt, • <set counter 3>opt,cwt Calibration Calibration • automatic zero calibration c- • D/A trim c s • apply values awe ----------------------------------- 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 —Custody Lock protected Loc Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(1/6) 04.06 HART_Suppl_IFC300_V0201.DOC 18/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree PDM DMenu Bar I File Device View Options help Measured Values Counters • volume flow counter 1 Opt • mass flow counter 2 opt • flow speed counter 3 opt Display conductivity • coil temperature • diagnosis value • device status Y t Diagram Yt Diagram volume flow • mass flow Outputs Outputs current/frequency o.A opt: current output C ON • measured value opt measured value • A opt • C opt • %range A opt %range C opt 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 D 3 Circuit Board Info ----------------------------------- Toolbar Status Bar ----------------------------------- Update Designations: opt Optional,dependent on device implementation/configuration Rd Read-only cyst Custody Lock protected Loc Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(2/6) 04.06 HART_Suppl_IFC300_V0201.DOC 19/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree PDM DMenu Bar I File Device View Options Help Display Yt Diagram device LNon-primary Outputs • C number Rd ' universal revision Rd • device revision Rd : • device serial no.Rd Rd variable out of limits • electronic serial no.Rd software revision • hardware revision Rdimary variable out of limits • date Rd side the operating range limits HART: Rd Output in fixed mode write protectmanufacturer Rd final assembly no.Rdart Device Status sensor serial noRduration changed model Rdevice malfunction • device ID Rd failure failure(device): failure(device): failure(application): • F error in device F sensor local F application error • F 101 F field current local F empty pipe • F parameter F current output A F flow rate too high • F 102 F current output B F field frequency too high • F configuration F current output C F DC offset • F display F software user interface F open circuit A/B/C • F sensor electronic F hardware settings F over range AB/C(current • F sensor global F hardware detection F over range A/B/D(pulse) • F RAM/ROM error IO 1 F active settings • F RAM/ROM error IO 2 F factory settings • F backup 1/2 settings off-spec/checks/info out of specification: information: • S out of specification S field frequency too high I counter 1 stopped • S pipe not full S electronic temperature I counter 2 stopped • S empty pipe S coil temperature I power fail • S linearity S overflow counter 1 I control input A active • S flow profile S overflow counter 2 I control input B active • S electrode noise S backplane invalid I over range display 1 Circuit Board hifo S gain error S overflow counter 3 I over range display 2 • S electrode symmetry I backplane sensor • S field coil broken check request: I backplane settings • S field coil bridged C checks in progress I backplane difference ---------------------------------- S field current deviation C test sensor I optical interface Toolbar I counter 3 stopped Status Bar ----------------------------------- Update Designations: Opt Optional,dependent on device implementation/configuration Rd Read-only cis,Custody Lock protected Loc Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(3/6) 04.06 HART_Suppl_IFC300_V0201.DOC 20/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree PDM Parameter Table identification identification input operation unit operation unit • tag If test device descriptor empty pipe c-1 ----------------------------------- message limit empty pipe opr.c•� • full pipe CP- input device limit full pipe OPI calibration C number linearity c•sr • device serial no.Rd gain cusp filter electronic serial no.Rd coil current cus: self test manufacturer Rd flow profile a= • model Rd limit flow profile 0 cis information device ID Rd electrode noise— measuringlimits universal revision Rd limit elect.noise°pq c-I device revision Rd settling of field c°s ----------------------------------- software revision Rd diagnosis value IO hardware revision Rd information • date liner A op` final assemblyno. • electrode material B op, SD • sensor serial no. • serial no.sensor Rd C op • V no.sensor Rd input measurin limits imits D op` calibration volume flow counter 1 zero set c-- upper sensor limit Rd • size cti lower sensor limit Rd counter 2 GK selection cus minimum span Rd counter 3 op" GYIGYH Op`c•" mass flow GKL Op"a,, ----------------------------------- density c- flow speed human interface target conductivity cusp 6 EF electrode factor— conductivity local display D number of electrodes units(device) field frequency asr coil temperature • select settling—1 units(HART) settling time op-0 c� formats(HART) line frequency— filter • limitation min— • limitation max— • flow direction— • time constant • pulse filter c-- • pulse width cp;asp • pulse limitation op4 c • noise filter asp • noise level Opa a•, • noise suppression op°cusr • lfc threshold-1 • lfc hysteresis c-- Designations: op'Optional,dependent on device implementation/configuration Rd Read-only —Custody Lock protected Lod Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(4/6) 04.06 HART_Suppl_IFC300_V0201.DOC 21/23 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree PDM Parameter Table on ut identification terminals A- status output OPt • terminals B— mode operation unit D • terminals C— • output A OW device terminals D— output B Opt A/B/C/D OW output C Opt ----------------------------------- output D OPt current output OP': invert signal input o cult 4D range0%cu calibration range 100%c-st limit switch Opt filter ext.range min cut measurement • ext.range max cwt threshold self test error current cult hysteresis information error condition cult polarity • measurement cult time constant measuring limits range min cost invert signal ----------------------------------- range max c- • polarity gut control input OF' IO limit mint mode cult A Opt limit max cult invert signal • lfc threshold cost B Opt • lfc hysteresis cu=t counter 1/2/3 OPt C Opt time constant cult • special function • function cost D Opt rc threshold Op-0 cost measurement OPr • rc hysteresis Op4 cost lfc threshold"Pt counter 1 lfc hysteresis OPt counter 2 frequency output OPt time constant"Pt counter 3 OP, pulse shape cat preset value OPt • pulse width cost ----------------------------------- 100%pulse rate cult human interface measurement cost • range min-t local display 6 range max cost units(device) polarity cyst • limit min-t units(HART) limit max-t formats(HART) lfc threshold cult • lfc hysteresis cult • time constant • invert signal cost • special function OPt cult • phase shift wrt.B OF, cu=t pulse output Opt • pulse shaper • pulse width cat • max pulse rate cult • measurement cult • pulse value unit a� • value p.pulse cult • polarity cult • lfc threshold cost • lfc hysteresis cult Designations: time constant Opt Optional,dependent on device invert signal cust implementation/configuration special function OP,cult Rd Read-only • phase shift wrt.B 0K cult cult Custody Lock protected Loc Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(5/6) 04.06 HART_Suppl_IFC300_V0201.DOC 22123 04/2007 Supplementary Handbook IFC 300 HART, FC375, AMS, PDM, DTM KROHNE - IFC 300 HART Menu Tree PDM Parameter Table human interface identification local displav operation unit 4D language •device default display asp L/2.measurement page ----------------------------------- function cam, input measurement 1.line Drange min— calibration range max- filter limitation min limitation max self test Ifc threshold information lfc hysteresis • time constant measuring limits format 1.line • measurement 2.line cusr ----------------------------------- • format 2.line cusp IO measurement 3.line cus: A Opp SD format 3.line cuss B opt graphic page • select range C opt range centre •D Op range+/- • time scale counter 1 units(device) counter 2 volume flow cus counter 3 Op" mass flow oar • flow speed ----------------------------------- conductivity human interface temperature • volume ae local display mass cusp units(device) • density— units(HART) units(HART) formats(HART) volume flow • mass flow • flow speed • conductivity • temperature • counter 1 • counter 2 • counter 3 Op, formats(HART) • volume flow Lo, • mass flow Loc • flow speed L•, • conductivity L., • temperature • counter I Loy • counter 2 L., Designations: counter 3 Opt.-, Opt Optional,dependent on device diagnosis value Opl.Lo, implementation/configuration Rd Read-only —Custody Lock protected Loc Local PDM,affects only PDM views KROHNE IFC 300 HA 45e30201(6/6) 04.06 HART_Suppl_IFC300_V0201.DOC 23123 04/2007