FLXA402 4-Wire Converter HART Communication · 16 pH calc X X X X 41 Sensor current 1-1 - X X X 17...

TechnicalInformation

FLXA402 4-Wire ConverterHART Communication

TI 12A01F01-61EN

TI 12A01F01-61EN©Copyright Nov. 20181st Edition Nov. 20182nd Edition July 2019

Yokogawa Electric Corporation2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan

FLEXA, FLXA, SENCOM and FieldMate are registered trademarks of Yokogawa Electric Corporation.

Contents1. General ....................................................................................................2

1.1 InstallingDDfiles ..............................................................................................2

1.2 Functions Available via HART Communication .............................................31.2.1 Multi-drop mode .................................................................................................4

1.2.2 Write protection ..................................................................................................4

1.2.3 Device Variable Code .........................................................................................5

1.2.4 Diagnostics Command (Command 48)..............................................................6

1.3 Precaution ........................................................................................................10

2. DD Menu Structure (Device revision 1, DD revision 1) ................112.1 Online menu .....................................................................................................11

2.1.1 process_variables_root_menu ........................................................................ 12

2.1.2 diagnostic_root_menu ..................................................................................... 16

2.1.3 maintenance_root_menu ................................................................................ 17

2.1.4 device_root_menu ........................................................................................... 23

2.2 Offline ...............................................................................................................35

Revision Information .....................................................................................37

HART Communication 2

TI 12A01F01-61EN July 01, 2019-00

This document describes HART communication by FLXA402 4-Wire Converter. Before communicating using the HART protocol, refer to the User’s Manual for the FLXA402 4-Wire Converter Operation of Converter IM 12A01A03-01EN for details of the parameters.For latest User’s Manual, download it from our website or scan QR code. http://www.yokogawa.com/an/flxa402/download/

1. GeneralHART Communication superimposes specific waveforms called HART Communication waveforms on the 4–20 mA analog signal from a FLXA402 to enable remote intercommunication between the online FLXA402 and a setup tool (*).*: FieldMate, Plant Resource Manager (PRM), or a handheld HART communicator may be used as the setup tool.Note: When using FieldMate or a 375 Field Communicator, make sure you use the following or greater version of the product. FieldMate R3.04.00 + Device Files R3.09.00HART is a registered trademark of FIELD COMM GROUP. https://www.fieldcommgroup.org/

1.1 InstallingDDfilesTo enable HART communication between a FLXA402 and setup tool, the device description (DD) file of the FLXA402 needs to be installed in the setup tool. The DD file contains the HART communication details and menu configurations specific to the FLXA402.FieldMate is provided with the latest versions of DD files at the time when sold. The current version of DD files can be downloaded from the following site (*):

YOKOGAWA : http://www.yokogawa.com/an/download/an-dl-fieldbus-001en.htm(*): The URL s is subject to change without prior notice. If the URL cannot be accessed, consult your nearest sales office or the

agency from which you purchased the product.

n Before using FieldMateBefore using FieldMate, check the revision of Device Files.

CompatibilityamongrevisionsofFLXA402,FieldMateandDDfileHOUSING ASSY FieldMate

Software revision Device revision Revision of Device Files

1.01.01 or later 1 R3.09 or laterThe software revision and the device revision are shown on the display of FLXA402 Main or Home screen which is introduced by pressing the Detail. (Figure 1)

Revision of FLXA402

Device revision for HART

Figure 1 Software Revision

No. TI 12A01F01-61EN 2nd Edition : July 2019 (YK)All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation

https://web-material3.yokogawa.com/IM12A01F01-03EN.pdf

http://www.yokogawa.com/an/flxa402/download/


TI 12A01F01-61EN July 01, 2019-00

n Installing DD FileFor how to install the DD file, see the respective documentation for the setup tool you use. For FieldMate R3.04.00+Device Files R3.09.00, installing DD File is not required.

n Connecting Setup ToolConnect HART modem at the both ends of the load resistance which is 250 ohms or larger and is installed between the setup tool terminals and mA1. You can connect the setup tool to any interconnection terminals such as those in the central control room, a converter’s junction box, or somewhere within the transmission loop.

1.2 Functions Available via HART Communication

FLXA402 via Hart communication enables the following settings: Error settings (4.7), mA output settings (4.3), Contact input settings (4.2), HART setting (4.6.2). Information on the sensor settings or calibration are available as Read only. The numbers in the parentheses correspond the section number in the User’s Manual IM 12A01F01-03EN.

Correspondences between menu structure and FLXA402 front panel display+– Converter Menu ……… Shows the information of the Slot 1 sensor in FLXA402 +– HOLD ……… Enables Manual HOLD +– WASH ……… Not operational +– Detail ……… Read only +– Trend ……… Disables reference +– Other ……… Disables reference +– Reset ……… Disables reference +– Setting ……… Setting changeable: ma Output, ma Input, HART +– Lang ……… Disables reference +– Alarm ……… Disables reference+– sensor Menu ……… Displays information of sensors on Slot1 +– Detail ……… Read only +– Calibration ……… Not executable +– Reset Wellness ……… Not executable +– Reset ……… Not executable +– Setting ……… Read only



TI 12A01F01-61EN July 01, 2019-00

1.2.1 Multi-drop modeMultiple number of field devices put in multi-drop mode can be connected in parallel on a single cable. To enable the multi-drop mode, set the device address to a unique number from 1 to 63.

NOTEMulti-drop mode communication requires the devices on the link to be given unique device addresses for polling (polling addresses). If the same address is set in two or more devices, correct communication is disabled.

Canceling multi-drop mode:To release a device from the multi-drop mode, set the polling address to zero.

1.2.2 Write protectionTurning the slide switches ON disables the setting via HART communication (default: OFF).If you create a password at "Setting" on the display, it protects HART setting, disabling writing over HART parameters. See 1.3 in IM 12A01F01-03EN Operation of Converter

1

ON

2

Front view with the front panel openedReboot switch(Do not use it)

Slide switch(for HART only)

Figure 2 FLXA402

CAUTIONSlide switch 1 is for HART. DO NOT turn ON the Slide switch 2.

CAUTIONDO NOT push the button switch next to the Slide switches, when they are set to ON/OFF.



TI 12A01F01-61EN July 01, 2019-00

1.2.3 Device Variable CodeUse Device Variable Code for FLXA402 to set device variables from SV to QV.or to Read process values on Command 9.Code Name PV SV TV QV Code Name PV SV TV QV

0 AO1 current*1 - X X X 25 Temp 1-1 X X X X1 AI X X X X 26 pH 1-1 X X X X2 Differential pH X X X X 27 ORP 1-1 X X X X3 Differential ORP X X X X 28 rH 1-1 X X X X4 Differential Conduct X X X X 29 Sensor mV1 1-1 - X X X5 Differential Resist X X X X 30 Sensor mV2 1-1 - X X X6 Differential DO X X X X 31 Sensor mV3 1-1 - X X X7 Average pH X X X X 32 Conduct1 1-1 X X X X8 Average ORP X X X X 33 Conduct2 1-1 X X X X9 Average Conduct X X X X 34 Resist1 1-1 X X X X10 Average Resist X X X X 35 Resist2 1-1 X X X X11 Average DO X X X X 36 Concent1 1-1 X X X X12 Ratio X X X X 37 Concent2 1-1 X X X X13 Passage X X X X 38 USP 1-1 - X X X14 Rejection X X X X 39 Sensor Ohms 1-1 - X X X15 Deviation X X X X 40 Oxygen 1-1 X X X X16 pH calc X X X X 41 Sensor current 1-1 - X X X17 Script 1 X X X X *18 Script 2 X X X X *19 Script 3 X X X X *20 Script 4 X X X X *21 Script 5 X X X X *22 Script 6 X X X X *23 Script 7 X X X X *24 Script 8 X X X X *

42 Temp 2-1 X X X X 59 Temp 1-2 X X X X43 pH 2-1 X X X X 60 pH 1-2 X X X X44 ORP 2-1 X X X X 61 ORP 1-2 X X X X45 rH 2-1 X X X X 62 rH 1-2 X X X X46 Sensor mV1 2-1 - X X X 63 Sensor mV1 1-2 - X X X47 Sensor mV2 2-1 - X X X 64 Sensor mV2 1-2 - X X X48 Sensor mV3 2-1 - X X X 65 Sensor mV3 1-2 - X X X49 Conduct1 2-1 X X X X 66 Conduct1 1-2 X X X X50 Conduct2 2-1 X X X X 67 Conduct2 1-2 X X X X51 Resist1 2-1 X X X X 68 Resist1 1-2 X X X X52 Resist2 2-1 X X X X 69 Resist2 1-2 X X X X53 Concent1 2-1 X X X X 70 Concent1 1-2 X X X X54 Concent2 2-1 X X X X 71 Concent2 1-2 X X X X55 USP 2-1 - X X X 72 USP 1-2 - X X X56 Sensor Ohms 2-1 - X X X 73 Sensor Ohms 1-2 - X X X57 Oxygen 2-1 X X X X 74 Oxygen 1-2 X X X X58 Sensor current 2-1 - X X X 75 Sensor current 1-2 - X X X

76 Temp 1-3 X X X X 93 Temp 1-4 X X X X77 pH 1-3 X X X X 94 pH 1-4 X X X X78 ORP 1-3 X X X X 95 ORP 1-4 X X X X79 rH 1-3 X X X X 96 rH 1-4 X X X X80 Sensor mV1 1-3 - X X X 97 Sensor mV1 1-4 - X X X81 Sensor mV2 1-3 - X X X 98 Sensor mV2 1-4 - X X X82 Sensor mV3 1-3 - X X X 99 Sensor mV3 1-4 - X X X83 Conduct1 1-3 X X X X 100 Conduct1 1-4 X X X X84 Conduct2 1-3 X X X X 101 Conduct2 1-4 X X X X85 Resist1 1-3 X X X X 102 Resist1 1-4 X X X X86 Resist2 1-3 X X X X 103 Resist2 1-4 X X X X87 Concent1 1-3 X X X X 104 Concent1 1-4 X X X X88 Concent2 1-3 X X X X 105 Concent2 1-4 X X X X89 USP 1-3 - X X X 106 USP 1-4 - X X X90 Sensor Ohms 1-3 - X X X 107 Sensor Ohms 1-4 - X X X91 Oxygen 1-3 X X X X 108 Oxygen 1-4 X X X X92 Sensor current 1-3 - X X X 109 Sensor current 1-4 - X X X

X configurable - not configurable*Only (NaN) is displayed currently.


TI 12A01F01-61EN July 01, 2019-00

FLXA402 use the following extended Units code for each unit Unit Unit Code

rH 240S/m 241µS/m 242S/cm 243Ohm m 244MOhm m 245%SAT 247

1.2.4 Diagnostics Command (Command 48)HART Status Group CMD48

byte bit HART Alarm Name Alarm Number NE107

Device Status - 0 PV Out of Limit - S1 Non-PV Out of Limit - S2 Loop Current Saturated - S3 Loop Current Fixed - N4 More Status Available - N5 Cold Start - N6 Configuration Changed - N7 Device Malfunction - N

Device Specific Status 0 0 0 Hardware failure 001 F1 Internal com. error 002 F2 IO mod. param. read error 003 F3 Com. mod. param. read error 004 F4 CPU param. read error 005 F5 Reserved 006 N6 Reserved 007 N7 Reserved 008 N

Device Specific Status 1 1 0 VGB calc. error 009 F1 Ratio calc. error 010 F2 Passage calc. error 011 F3 Rejection calc. error 012 F4 Deviation calc. error 013 F5 Script error 014 N6 Reserved 015 N7 Reserved 016 N

Device Specific Status 2 2 0 mA1 output burn out 017 F1 mA2 output burn out 018 F2 mA3 output burn out 019 F3 mA4 output burn out 020 F4 mA1 saturation 021 S5 mA2 saturation 022 S6 mA3 saturation 023 S7 mA4 saturation 024 S

Device Specific Status 3 3 0 AI exceeds limit 025 S1 AI out of range 026 F2 Expiry time exceeded 027 M3 Reserved N4 Wash response failure 029 M5 Reserved N6 Converter Error Simulation 031 C7 Fail safe occur 032 F


TI 12A01F01-61EN July 01, 2019-00

HART Status Group CMD48 byte bit HART Alarm Name Alarm

Number NE107Device Specific Status 4 4 0 Simulated mA value 1 033 C

1 Simulated mA value 2 034 C2 Simulated mA value 3 035 C3 Simulated mA value 4 036 C4 Outputs in HOLD1 037 N5 Outputs in HOLD2 038 N6 Outputs in HOLD3 039 N7 Outputs in HOLD4 040 N

Device Specific Status 5 5 0 Output configuration error 041 F1 Other configuration error 042 C2 Reserved 043 N3 Reserved 044 N4 Reserved 045 N5 Reserved 046 N6 Reserved 047 N7 Reserved 048 N

Extended Device Status 6 0 Maintenance Required(NE107: M) - N1 Device Variable Alert *1 - S2 Critical Poew Failure F3 Failure (NE107: F) - N4 Out of Specification (NE107: S) - N5 Function Check (NE107: C) - N6 Reserved N7 Reserved N

Device Operationg Mode 7 0 Reserved N1 Reserved N2 Reserved N3 Reserved N4 Reserved N5 Reserved N6 Reserved N7 Reserved N

Standardized Status0 8 0 Device Variable Simulation Active C1 Non-Volatile Memory Defect F2 Volatile Memory Defect F3 Watchdog Reset Executed F4 Power Supply Conditions Out of Range S5 Environmental Conditions Out of Range S6 Electronic Defect F7 Device Configuration Locked - N

Standardized Status1 9 0 Status Simulation Active - N1 Discrete Variable Simulation Active - C2 Event Notification Overflow N3 Reserved N4 Reserved N5 Reserved N6 Reserved N7 Reserved N

Analog Channel Saturated

10 0 Analog Channel 1 N1 Analog Channel 2 N2 Analog Channel 3 N3 Analog Channel 4 N4 Reserved N5 Reserved N6 Reserved N7 Reserved N


TI 12A01F01-61EN July 01, 2019-00


Number NE107Standardized Status2 11 0 Sub-Device List Changed N

1 Duplicate master Detected. N2 Reserved N3 Reserved N4 Reserved N5 Reserved N6 Reserved N7 Reserved N

Standardized Status2for Wireless HART

12 0 Reserved N1 Reserved N2 Reserved N3 Reserved N4 Reserved N5 Reserved N6 Reserved N7 Reserved N

Analog Channel Fixed 13 0 Analog Channel 1 N1 Analog Channel 2 N2 Analog Channel 3 N3 Analog Channel 4 N4 Reserved N5 Reserved N6 Reserved N7 Reserved N

Device Specific Status 6 14 0 Sensor 1-1 device failure 101 F1 Sensor 1-2 device failure 201 F2 Sensor 1-3 device failure 301 F3 Sensor 1-4 device failure 401 F4 Sensor 2-1 device failure 501 F5 Reserved 601 N6 Reserved 701 N7 Reserved 801 N

Device Specific Status 7 15 0 Sensor 1-1 configuration error 102 F1 Sensor 1-2 configuration error 202 F2 Sensor 1-3 configuration error 302 F3 Sensor 1-4 configuration error 402 F4 Sensor 2-1 configuration error 502 F5 Reserved 602 N6 Reserved 702 N7 Reserved 802 N

Device Specific Status 8 16 0 Temp. 1-1 exceeds user limit 103 S1 Temp. 1-2 exceeds user limit 203 S2 Temp. 1-3 exceeds user limit 303 S3 Temp. 1-4 exceeds user limit 403 S4 Temp. 2-1 exceeds user limit 503 S5 Reserved 603 N6 Reserved 703 N7 Reserved 803 N

Device Specific Status 9 17 Process 1-1 exceeds user limit 104 S1 Process 1-2 exceeds user limit 204 S2 Process 1-3 exceeds user limit 304 S3 Process 1-4 exceeds user limit 404 S4 Process 2-1 exceeds user limit 504 S5 Reserved 604 N6 Reserved 704 N7 Reserved 804 N


TI 12A01F01-61EN July 01, 2019-00


Number NE107Device Specific Status 10 18 0 Sensor 1-1 measurement warning 105 N

1 Sensor 1-2 measurement warning 205 N2 Sensor 1-3 measurement warning 305 N3 Sensor 1-4 measurement warning 405 N4 Sensor 2-1 measurement warning 505 N5 Reserved 605 N6 Reserved 705 N7 Reserved 805 N

Device Specific Status 11 19 0 Sensor 1-1 out of spec. 106 S1 Sensor 1-2 out of spec. 206 S2 Sensor 1-3 out of spec. 306 S3 Sensor 1-4 out of spec. 406 S4 Sensor 2-1 out of spec. 506 S5 Reserved 606 N6 Reserved 706 N7 Reserved 806 N

Device Specific Status 12 20 0 Sensor 1-1 warning 107 N1 Sensor 1-2 warning 207 N2 Sensor 1-3 warning 307 N3 Sensor 1-4 warning 407 N4 Sensor 2-1 warning 507 N5 Reserved 607 N6 Reserved 707 N7 Reserved 807 N

Device Specific Status 13 21 0 Sensor 1-1 disable 108 F1 Sensor 1-2 disable 208 F2 Sensor 1-3 disable 308 F3 Sensor 1-4 disable 408 F4 Sensor 2-1 disable 508 F5 Reserved 608 N6 Reserved 708 N7 Reserved 808 N

Device Specific Status 14 22 0 Reserved N1 Reserved N2 Reserved N3 Reserved N4 Reserved N5 Reserved N6 Reserved N7 Reserved N



*: Reserved is fixed 0.


TI 12A01F01-61EN July 01, 2019-00

1.3 Precautionl Setting on the FLXA402 and a setup tool

HART/MODBUS network/the panel operation, they cannot be established simultaneously to change the setting of FLXA402.During the panel operation or the setting via MODBUS network, establishing HART connection issues a fail.We recommend mA output to be on Manual Hold status while you are changing the setting.(See 3.7 Hold operation (manual Hold) on IM 12A01F01-03EN Operation of Converter.

l Access to parameters (Printout, Up/Download of parameters)The large number of parameters are configured in FLXA402. Therefore, it may take several minutes to carry our operation by using a lot of parameters.

l Note on DisplayUpdate the menu display whenever the setting of FLXA402 is revised.



TI 12A01F01-61EN July 01, 2019-00

2. DD Menu Structure (Device revision 1, DD revision 1)

2.1 Online menuprocess_variables_root_menudevice_root_menudiagnostic_root_menumaintenance_root_menu


TI 12A01F01-61EN July 01, 2019-00

2.1.1 process_variables_root_menuProcess variables root menu Dynamic variables

PVPV % rngeSVTVQVPV isSV isTV isQV is

Device variablesCH1-1

Sensor typePH sensor

pH 1-1ORP 1-1rH 1-1Temp 1-1Sensor mV1 1-1Sensor mV2 1-1Sensor mV3 1-1

SC sensorConduct1 1-1Conduct2 1-1Resist1 1-1Resist2 1-1Temp1-1Concent1 1-1Concent2 1-1USP 1-1Sensor ohms 1-1

ISC sensorConduct1 1-1Conduct2 1-1Temp1-1Sensor ohms 1-1

DO sensorOxygen1-1Temp 1-1Sensor current 1-1

CH1-2 …CH1-3 …CH1-4 …CH2-1 …

ConverterAO1 currentAIDifferential pH Differential ORPDifferential ConductDifferential ResistDifferential DOAverage pHAverage ORP


TI 12A01F01-61EN July 01, 2019-00

Average ConductAverage ResistAverage DORatioPassageRejectionDeviationpH calcScript 1Script 2Script 3Script 4Script 5Script 6Script 7Script 8

Dynamic variables status

PV qualityPV limitSV qualitySV limitTV qualityTV limitQV qualityQV limit

Device variables status

CH1-1PH sensor

pH 1-1 qualitypH 1-1 limitORP 1-1 qualityORP 1-1 limitrH 1-1 qualityrH 1-1 limitTemp 1-1 qualityTemp 1-1 limitSensor mV1 1-1 qualitySensor mV1 1-1 limitSensor mV2 1-1 qualitySensor mV2 1-1 limitSensor mV3 1-1 qualitySensor mV3 1-1 limit

SC sensorConduct1 1-1 qualityConduct1 1-1 limitConduct2 1-1 qualityConduct2 1-1 limitResist1 1-1 qualityResist1 1-1 limitResist2 1-1 qualityResist2 1-1 limitTemp 1-1 qualityTemp 1-1 limitConcent1 1-1 qualityConcent1 1-1 limitConcent2 1-1 qualityConcent2 1-1 limitUSP 1-1 quality


TI 12A01F01-61EN July 01, 2019-00

USP 1-1 limitSensor Ohms 1-1 qualitySensor Ohms 1-1 limit

ISC sensorConduct1 1-1 qualityConduct1 1-1 limitConduct2 1-1 qualityConduct2 1-1 limitTemp 1-1 qualityTemp 1-1 limitSensor Ohms 1-1 qualitySensor Ohms 1-1 limit

DO sensorOxygen 1-1 qualityOxygen 1-1 limitTemp 1-1 qualityTemp 1-1 limitSensor current 1-1 qualitySensor current 1-1 limit

CH1-2 …CH1-3 …CH1-4 …CH2-1 …

ConverterAO1 current qualityAO1 current limitAI qualityAI limitDifferential pH qualityDifferential pH limitDifferential ORP qualityDifferential ORP limitDifferential Conduct qualityDifferential Conduct limitDifferential Resist qualityDifferential Resist limitDifferential DO qualityDifferential DO limitAverage pH qualityAverage pH limitAverage ORP qualityAverage ORP limitAverage Conduct qualityAverage Conduct limitAverage Resist qualityAverage Resist limitAverage DO qualityAverage DO limitRatio qualityRatio limitPassage quality


TI 12A01F01-61EN July 01, 2019-00

Passage limitRejection qualityRejection limitDeviation qualityDeviation limitpH calc qualitypH calc limitScript 1 qualityScript 1 limitScript 2 qualityScript 2 limitScript 3 qualityScript 3 limitScript 4 qualityScript 4 limitScript 5 qualityScript 5 limitScript 6 qualityScript 6 limitScript 7 qualityScript 7 limitScript 8 qualityScript 8 limit

View input/outputAO1 currentAO2 currentAO3 currentAO4 currentAI currentContact in/out

Sensor variablesCH1-1

PH sensorIMP1 1-1IMP2 1-1Sensor mV1 1-1Sensor mV2 1-1Sensor mV3 1-1

SC sensorSensor Ohms 1-1Polarization 1-1

ISC sensorSensor Ohms 1-1

DO sensorSensor current 1-1Polarization voltage 1-1Available KOH 1-1Pressure level (process)

CH1-2 …CH1-3 …CH1-4 …CH2-1 …

User select User select values[selected device variavle name][selected device variavle name][selected device variavle name]


TI 12A01F01-61EN July 01, 2019-00

[selected device variavle name][selected device variavle name][selected device variavle name][selected device variavle name][selected device variavle name]

User select codesUser select code 1User select code 2User select code 3User select code 4User select code 5User select code 6User select code 7User select code 8

2.1.2 diagnostic_root_menuDiagnostics root menu

Device statusDevice StatusExtended Device StatusStandardized Status 0Standardized Status 1Device Specific Status 0Device Specific Status 1Device Specific Status 2Device Specific Status 3Device Specific Status 4Device Specific Status 5Device Specific Status 6Device Specific Status 7Device Specific Status 8Device Specific Status 9Device Specific Status 10Device Specific Status 11Device Specific Status 12Device Specific Status 13Config changed countClear config changed flag

Detailed device statusCH1-1

PH sensorSC sensorISC sensorDO sensor

CH1-2 …CH1-3 …CH1-4 …CH2-1 …Converter


TI 12A01F01-61EN July 01, 2019-00

2.1.3 maintenance_root_menuMaintenance root menu

TestSimulation all clearTest auto release timeLoop current(AO1) testAO2 testAO3 testAO4 testStatus simulation

DisplaySquawkAdjust touch panelLuminance select

Error configurationConverter

Measurement alarmVGB calc. errorRatio calc. errorPassage calc. errorRejection calc. errorDeviation calc. errorScript Error 1Script Error 2Script Error 3Script Error 4

I/O alarmFail safe occur

Maintenance statusOutputs in HOLD 1Outputs in HOLD 2Outputs in HOLD 3Outputs in HOLD 4Wash response failure 1Wash response failure 2Wash response failure 3Wash response failure 4

Setting alarmmA 1 configuration error mA 2 configuration errormA 3 configuration errormA 4 configuration errorError in mA table 1Error in mA table 2Error in mA table 3Error in mA table 4Display 1-1 setting error Display 1-2 setting error Display 1-3 setting error Display 1-4 setting error Display 2-1 setting error Display 2-2 setting errorDisplay 2-3 setting errorDisplay 2-4 setting error HART setting errorContact config. error 1


TI 12A01F01-61EN July 01, 2019-00

Contact config. error 2Contact config. error 3Contact config. error 4

PH sensorSensor status

Sensor not detectTemp element not detectID chip failureLE detectcalibration dueimp1 glasbreak detectimp2 glasbreak detect

Measurement warningtemp too hightemp too lowpH too highpH too lowORP too highORP too lowrH too highrH too lowimp(pH/ORP) too highimp(pH/ORP) too lowimp(ref) too highimp(ref) too lowpH temp comp warningSSA temp out. Operating spec

Device statusSENCOM Comm. Error

SC sensorSensor status

Sensor not detectTemp element not detectID chip failurecalibration due

Measurement warningtemp too hightemp too lowconductivity too highconductivity too lowtemp comp1 warningtemp comp2 warningUSP limit exceededUSP margin exceededPolarization detectedmatrix1 errormatrix2 errorconc table errorSSA temp out. Operating spec


ISC sensorSensor status


TI 12A01F01-61EN July 01, 2019-00

Sensor not detectTemp element not detectID chip failurecalibration due

Measurement warningtemp too hightemp too lowconductivity too highconductivity too lowtemp comp1 warningtemp comp2 warningmatrix1 errormatrix2 errorconc table errorSSA temp out. Operating spec


DO sensorSensor status

Sensor not detectTemp element not detectID chip failuresensor membrane failurecalibration due

Measurement warningtemp too hightemp too lowDO too highDO too lowSSA temp out. Operating spec


Condensed status map

Device statusPrimary Variable Out of LimitsNon-Primary Variable Out of LimitsLoop Current SaturatedLoop Current FixedMore Status AvailableCold StartConfiguration ChangedDevice Malfunction

Ext dev statusMaintenance requiredDevice variable alertFailureOut of SpecificationFunction Check


TI 12A01F01-61EN July 01, 2019-00

Device diagnostic status 0

Device configuration locked

Device diagnostic status 1

Status simulation activeDiscrete Variable Simulation active

Device Specific Status 0

Hardware failureInternal com. errorIO mod. param. read errorCom. mod. param. read errorCPU param. read error


VGB calc. errorRatio calc. errorPassage calc. errorRejection calc. errorDeviation calc. errorScript error


mA 1 output burn outmA 2 output burn outmA 3 output burn outmA 4 output burn outmA 1 saturationmA 2 saturationmA 3 saturationmA 4 saturation


AI exceeds limitAI out of rangeExpiry time exceededWash response failureConverter Error SimulationFail safe occur


Simulated mA value 1Simulated mA value 2Simulated mA value 3 Simulated mA value 4Outputs in HOLD1Outputs in HOLD2Outputs in HOLD3Outputs in HOLD4


TI 12A01F01-61EN July 01, 2019-00


Output configuration errorOther configuration error


Sensor 1-1 device failureSensor 1-2 device failureSensor 1-3 device failureSensor 1-4 device failureSensor 2-1 device failureSensor 2-2 device failureSensor 2-3 device failureSensor 2-4 device failure


Sensor 1-1 configuration errorSensor 1-2 configuration errorSensor 1-3 configuration errorSensor 1-4 configuration errorSensor 2-1 configuration errorSensor 2-2 configuration errorSensor 2-3 configuration errorSensor 2-4 configuration error


Temp. 1-1 exceeds user limitTemp. 1-2 exceeds user limitTemp. 1-3 exceeds user limitTemp. 1-4 exceeds user limitTemp. 2-1 exceeds user limitTemp. 2-2 exceeds user limitTemp. 2-3 exceeds user limitTemp. 2-4 exceeds user limit


Process 1-1 exceeds user limitProcess 1-2 exceeds user limitProcess 1-3 exceeds user limit


TI 12A01F01-61EN July 01, 2019-00

Process 1-4 exceeds user limitProcess 2-1 exceeds user limitProcess 2-2 exceeds user limitProcess 2-3 exceeds user limitProcess 2-4 exceeds user limit


Sensor 1-1 measurement warningSensor 1-2 measurement warningSensor 1-3 measurement warningSensor 1-4 measurement warningSensor 2-1 measurement warningSensor 2-2 measurement warningSensor 2-3 measurement warningSensor 2-4 measurement warning


Sensor 1-1 out of spec.Sensor 1-2 out of spec.Sensor 1-3 out of spec.Sensor 1-4 out of spec.Sensor 2-1 out of spec.Sensor 2-2 out of spec.Sensor 2-3 out of spec.Sensor 2-4 out of spec.


Sensor 1-1 warningSensor 1-2 warningSensor 1-3 warningSensor 1-4 warningSensor 2-1 warningSensor 2-2 warningSensor 2-3 warningSensor 2-4 warning


Sensor 1-1 disableSensor 1-2 disableSensor 1-3 disableSensor 1-4 disableSensor 2-1 disableSensor 2-2 disableSensor 2-3 disableSensor 2-4 disable


TI 12A01F01-61EN July 01, 2019-00

Reset condensed status map

Device reset

2.1.4 device_root_menuDevice root menu

Basic setupAnalog output

AO1 isAO1 targetAO1 parameter

AO1 linear limit value

AO1 LRVAO1 URVAO1 sub LRVAO1 sub URV

AO1 table limit value

AO1 LRVAO1 URV





AO2 LRVAO2 URV





AO3 LRVAO3 URV



TI 12A01F01-61EN July 01, 2019-00




AO4 LRVAO4 URV

HART basic setup

PV isSV isTV isQV is

Tag settingTagLong tag

Detailed setupAO hold for setupAnalog output/input

Analog output 1AO1 is

AO1 targetAO1 parameter

AO1 modeAO1 function selectAO1 burnoutAO1 damping timeAO1 simulation valueAO1 hold setting

AO1 hold Last/Fixed selectAO1 hold fixed valueAO1 hold during calibration




AO1 LRVAO1 URV

Analog output 2 …Analog output 3 …Analog output 4 …


TI 12A01F01-61EN July 01, 2019-00

Analog inputAI typeAI damping timeAI upper LimitAI lower limitAI temperature

AI temp unitAI Temp LRVAI Temp URV

AI pressureAI press unitAI Press LRVAI Press URVPressure comp.(DO70G)

Contact inputContact input 1

DI1 typeDI1 wash targetDI1 change range target

Contact input 2DI2 typeDI2 wash targetDI2 change range target

Display setupAuto return time selectLuminance selectBacklight auto off time selectSquawk setting

Device information

Date/TimeCurrent dateCurrent time

Serial No.Software revInternal serial No.

Housing assymA output moduleCommunication moduleAnalog sensor module 1Analog sensor module 2

Sensor information

*The rest of this is displayed on the different area.

HART detailed setup

HART outputPV isSV isTV is


TI 12A01F01-61EN July 01, 2019-00

QV isLoop current modePoll addr

HART identification

TagLong tagNum req preamsNum resp preamsDescriptorMessageDateFinal asembly numDistributorModelWrite protectSTX CountACK Count

HART sub unit setup

Sub unit selectSensor 1-1 subunit enableSensor 1-2 subunit enableSensor 1-3 subunit enableSensor 1-4 subunit enableSensor 2-1 subunit enableSensor 2-2 subunit enableSensor 2-3 subunit enableSensor 2-4 subunit enable

HART revisionsFld dev revDev idUniversal revSoftware revHardware rev


TI 12A01F01-61EN July 01, 2019-00

* The rest of the Sensor informationSensor information

CH1-1Sensor typeSerial No.PH sensor

Sensor wellness

Progress timeHeat cycleZeroSlopeImpedance1Impedance2

Predict maintenance

Projected maintenance timeProjected maintenance statusProjected replacement timeProjected replacement status

Setting information

Configure sensorSensor typeTemp. elementModbus address

Measure settingTemperature settings

Unit

Temp. compensation

CompensationManual temp.Reference temp.

Process Temp. Compensation

Method (pH)Temp coef (TC pH)Method(ORP)Temp coef1 (TC ORP)Temp coef2 (TC ORP)Impedance measure

High/Low alarm setting

Temp. high limitTemp. low limitpH high limitpH low limitORP high limit


TI 12A01F01-61EN July 01, 2019-00

ORP low limitrH high limitrH low limit

Calibration settings

Temp offsetStabilization timeCalibr. IntervalCal. set pH

UnitZero unitSlope unit

Limits and timingzero high limitzero low limitslope high limitslope low limitStep Range

Buffers (select set)

Select Buffer

Zero/Slope/ITPZeroSlopeITPZero2Slope2

Cal. set ORP/rHLimits and timing

zero high limitzero low limitslope high limitslope low limitStep Range (ORP)Step Range (rH)

zero/slopeZeroSlope

zero/slope2ZeroSlope

Wellness settingsImpedance 1

Impedance 1High limitLow limit


TI 12A01F01-61EN July 01, 2019-00

Impedance 2Impedance 2High limitLow limit

Sensor diag. settings

Impedance 1FINEImpedance 2FINEProgress timeBAD Limit

Define heat cycleHeat cycleBAD LimitHeat cycle temperatureHeat cycle time

Define SENCOM status

Sterilized temp.Sterilized timeHigh temp.1High temp.2High pH valueLow pH value

SC sensorSensor wellness

Progress timeHeat cycleCell constantPolarization

Predict maintenance

Projected calibration timeProjected calibration status

Setting information

Configure sensorSensor typeMeasuring unitTemperature settings

Temp. element

Othersc.c.(factory)c.c.(adjusted)Modbus address

Measure settingSC1 sel./comp.SC2 sel./comp.


TI 12A01F01-61EN July 01, 2019-00

Concent1 sel./comp.Temperature settings

Unit

Temp. compensation

CompensationManual temp.Reference temp

Temp coefTemp coef1Temp coef2

MatrixSelect matrix1Select matrix2


Temperature High LimitTemperature Low LimitConductivity High LimitConductivity Low LimitResistance High LimitResistance Low LimitUSP safety margin


Temp offsetLimits

Air calibrationc.c. highc.c. low

TimingStep RangeStabilization timeCalibr. interval

Wellness settingsSensor diag. settings

Progress timeBAD Limit

Define heat cycle

Heat cycleBAD LimitHeat cycle temperatureHeat cycle time


TI 12A01F01-61EN July 01, 2019-00

OthersPolarization High Limit


Sterilized temp.Sterilized timeHigh temp.1High temp.2

ISC sensorSensor wellness

Progress timeHeat cycleCell constant

Predict maintenance

Projected calibration timeProjected calibration status

Setting information

Configure sensorMeasuring unitTemperature settings

Temp. element

Othersc.c.(factory)c.c.(adjusted)Modbus address

Measure settingSC1 sel./comp.SC2 sel./comp.Concent1 sel./comp.Temperature settings

Unit

Temp. compensation

CompensationManual temp.Reference temp

Temp coefTemp coef1Temp coef2

MatrixSelect matrix1Select matrix2



TI 12A01F01-61EN July 01, 2019-00

Temperature High LimitTemperature Low LimitConductivity High LimitConductivity Low Limit


Temp offsetLimits

Air calibrationc.c. highc.c. low

TimingStep RangeStabilization timeCalibr. interval






DO sensorSensor wellness

Progress timeHeat cycleSlope

Setting information

Configure sensorSensor typeGalvanic

Sensor sensitivitySensor sensitivity (User defined)

PolarographicSensor sensitivityPolarization Voltage

Others


TI 12A01F01-61EN July 01, 2019-00

Temp. elementModbus address

Measure settingDO settings

Unit

Temperature settings

Unit

Temp. compensation

CompensationManual temp.

Salinity comp.CompensationSalinity

Pressure comp.(Measure)

CompensationPressure level (process)Pressure unit


Temp. high limitTemp. low limitDO (mgl) high limitDO (mgl) low limitDO (ppm) high limitDO (ppm) low limitDO (ppb) high limitDO (ppb) low limitDO (%SAT) high limitDO (%SAT) low limit

Calibration settingsTemp offsetLimits and timing (Galvanic)

zero high limitzero low limitslope high limitslope low limit

Limits and timing (Polarographic)

zero high limitzero low limitslope high limitslope low limitStabilization time


TI 12A01F01-61EN July 01, 2019-00

Step Range (mgl)zero pointspan point

Step Range (ppm)zero pointspan point

Step Range (ppb)zero pointspan point

Step Range (%SAT)

zero pointspan pointCalibr. interval

zero/slope (Galvanic)

Zero CurrentSlope

zero/slope (Polarographic)

Zero CurrentSlope

Pressure Comp. (Cal.)

Pressure level (calibration)




Check KOH residue

Sensor type



CH1-2 …CH1-3 …CH1-4 …CH2-1 …


TI 12A01F01-61EN July 01, 2019-00

2.2 Offlineoffline_root_menu Tag

Long tagDescriptorMessageDateFinal asmbly numPoll addrLoop current modeNum resp preamsTest auto release time

SV isTV isQV is

AO1 targetAO1 parameterAO1 modeAO1 function selectAO1 burnoutAO1 damping timeAO1 simulation valueAO1 hold Last/Fixed selectAO1 hold fixed valueAO1 hold during calibration




AI typeAI damping time


TI 12A01F01-61EN July 01, 2019-00

AI upper LimitAI lower limitAI Temp. LRVAI Temp. URVAI Press. LRVAI Press. URVPressure comp.(DO70G)

DI1 typeDI1 wash targetDI1 change range targetDI2 typeDI2 wash targetDI2 change range target

Sub unit select

Auto return time selectLuminance selectBacklight auto off time select

37

TI 12A01F01-61EN July 01, 2019-00

Revision InformationTitle : FLXA402 4-Wire Converter HART CommunicationManual number : TI 12A01F01-61EN

July 2019/2nd Edition Revised (page 5)

Nov. 2018/1st Edition Newly published

Yokogawa Electric Corporation 2-9-32 Nakacho, Musashino-shi, Tokyo 180-8750, JAPAN http://www.yokogawa.com/an/

FLXA402 4-Wire Converter HART Communication · 16 pH calc X X X X 41 Sensor current 1-1 - X X X 17...

Documents

Transcript of FLXA402 4-Wire Converter HART Communication · 16 pH calc X X X X 41 Sensor current 1-1 - X X X 17...