Emerson Rosemount X-Stream Series User manual

www.EmersonProcess.com
Modbus Manual
HASXEE-IM-MB
5/2017
Gas Analyzers
X-STREAM Enhanced Series
Modbus Manual

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Table of ConTenTs
Chapter 1 Modbus Functions 1-3
1.1 Abstract ..........................................................................................................................1-3
1.2 Modbus TCP/IP...............................................................................................................1-3
1.3 Supported Functions.....................................................................................................1-5
1.4 Adressing .......................................................................................................................1-5
1.4.1 General Register Addressing .....................................................................................1-5
1.4.2 Bit Ordering .................................................................................................................1-5
1.4.3 32-Bit Data Type Registers .........................................................................................1-5
1.4.4 32-Bit Registers Table Marking ..................................................................................1-5
1.5 List of Parameters and Registers - Sorted by Tag Name ...........................................1-6
1.6 List of Parameters and Registers - Sorted by Daniel Registers..............................1-47
1.7 ListofBiteldStates ...................................................................................................1-86
1st edition, 5/2017
Emerson Process Management GmbH & Co. OHG
Rosemount Analytical
Process Gas Analyzer Center of Excellence
Industriestrasse 1
63594 Hasselroth
Germany
T [phone]
F [phone]

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Chapter 1
Modbus Functions
This chapter lists all Modbus functions
and registers supported by X-STREAM gas
analyzers.
Refer to the www.Modbus.org website for de-
tailled documentation about programming the
interface. At date of creation of this instruction
manual the following documents were used:
1.1 Abstract
For a list of
supported functions page 1-4
supported parameters and registers,
ordered by parameter tag name page 1-6
ordered by register number page 1-47
 biteldstates     page 1-86
Before using Modbus TCP/IP take care to
congurethecommunicationproperly:
Instruction Manual HASXEE-IM-HS
6-94.
For Modbus TCP/IP the analyzer is factory
conguredtosupportDHCPservers:Themo-
1.2 Modbus TCP/IP
ment, the powered instrument is connected
toaDHCPserverviaethernet,itwillreceive
avalidIPaddressandbecomevisibleinthe
network.
IfnoDHCPserverisavailable,congurethe
IP address manually Instruction Manual
HASXEE-IM-HS 6-94.
• MODBUSProtocolSpecication:
Modbus_Application_Protocol_V1_1b.
pdf
• MODBUSSerialLineImplementationGuide:
Modbus_over_serial_line_V1_02.pdf.
• MODBUS TCP/IP Implementation Gui-
de: Modbus_Messaging_Implementati-
on_Guide_V1_0b.pdf

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1.3 Supported Functions
Modbus Function Function Code Note 1)
decimal (hex)
ReadCoils 01 (0x01) for registers of 2000
ReadDiscreteInputs 02 (0x02) for registers of 1000
ReadHoldingRegisters 03 (0x03) for registers of 3000, 8000, 9000, 10000
ReadInputRegisters 04 (0x04) for registers of 4000, 8000, 9000, 10000
WriteSingleCoil 05 (0x05) for registers of 2000
WriteSingleRegister 06 (0x06) for registers of 3000
Diagnostic 08 (0x08) subfunction"00=ReturnQueryData"only
WriteMultipleCoils 15 (0x0F) for registers of 2000
WriteMultipleRegisters 16 (0x10) for registers of 3000, 8000, 9000, 10000
1.3 Modbus - Supported Functions
1) Registers ranges 8000, 9000 and 10000 are Daniellongwordoroatingpointregisters.
To calculate the related Modicon registers use the following table:
Daniel Modicon Data type
8001 - 8499 equals 5001 - 5999 long word
9001 - 9999 equals 6001 - 7999 oatingpoint
10001 - 10999 equals 16001 - 17999 oatingpoint
or thefollowingpagesforcomparisonsofallDanielandModiconregisters.

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1.4 Modbus - Addressing
1.4 Adressing
1.4.1 General Register Addressing
The device uses a zero based addressing
mode. That means the address numbering
convention starts at one. Therefore the
documented addresses need to have one
subtracted from them when frames are
constructedtocommunicatewiththedevice.
Example:
Read Register 4001
Transferred frame uses address 4001 -1 =
4000dec = 0FA0hex
See a complete Modbus transmission frame
herefore (MB-Addr = 1):
TX 01 04 0F A0 00 01 32 FC
1.4.2 Bit Ordering
Someregistersareusingbiteldmemoryty-
pes which means a certain bit within a word or
double word can be referenced as a Boolean.
The bit numbering for those types starts at 0
andistheleastsignicantbitofthatregister.
Note: Modicon Bit Ordering which would re-
versethebitorderisnotsupported.
1.4.3 32-Bit Data Type Registers
The device supports the following register
types as a 32-bit register:
• FLOAT: Single precision oating point
according IEEE-754
• DWORD:Unsigned32bitvalueor32-bit
biteld
• LONG:Singed32-bitvalue
Since Modbus denes only 16-bit register
typesforthetransmissionofa32-bitvalue
areusedtwoconsecutiveregisters.
Howtotransmitthese2consecutiveregi-
stersisnotwell-denedbuttherehasbeen
established 3 different modes used by Mod-
bus host systems.
Thesearesupportedbythedevicebutthe
requiredmodehastobecongured.
Congurationselectionsare:
• 16BitLow:1stregisterislowwordofthe
32-bitvalue,2ndregisterishighword.
• 16BitHigh:1stregisterishighwordof
the 32-bit value, 2nd register is low
word.
• 32Bit: There is allocated only one re-
gister address for containing a 32-bit
value. In the transmission frame the
amount of transmitted bytes/words is
doubled and the 2 consecutive words
are contained. This mode we named
alsoasDanielmode.
1.4.4 32-Bit Registers Table Marking
Thereisaconictinthenumberofconsu-
med register addresses between the 2 16Bit
modes and the 32 Bit mode.
Thereforearedeneddifferentaddressing
ranges for those 32-Bit register types.
• Modicon:Applies to the transmission
modes16BitLowand16BitHigh.
• Daniel:Appliestothe32Bittransmission
mode

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1.5 List of Parameters and Registers - Sorted by Tag Name
1.5 List of Parameters and Registers - Sorted by Tag Name
Note!
The client access column in this list provides information about the read only (RO) or read/write
(R/W) access restrictions for each parameter.
Tag Name Address Data
Type
Client
Access Description
Modicon Daniel
Control.Acknowledge.AllStates 2091 2091 Boolean R/W 1=Acknowledgedevice'sstates;0=noeffect
Control.Acknowledge.Failure 2092 2092 Boolean R/W 1=Acknowledgedevice'sNamurFailure
alarms;0=noeffect
Control.Acknowledge.FctChecks 2095 2095 Boolean R/W 1=Acknowledgedevice'sNamurFctCheck
alarms;0=noeffect
Control.Acknowledge.LevelAlarms 2096 2096 Boolean R/W 1=Acknowledgedevice'slevelalarms;0=no
effect
Control.Acknowledge.MaintRequests 2094 2094 Boolean R/W 1=Acknowledgedevice'sNamurMaintRequ
alarms;0=noeffect
Control.Acknowledge.OffSpecs 2093 2093 Boolean R/W 1=Acknowledgedevice'sNamurOff-spec
alarms;0=noeffect
Control.ApplyGas.PumpState1 2081 2081 Boolean R/W Pump1 state (0=Off 1=On)
Control.ApplyGas.PumpState2 2082 2082 Boolean R/W Pump1 state (0=Off 1=On)
Control.ApplyGas.SampleValve1 2051 2051 Boolean R/W 0=closeallvalves;1=opensamplevalve
comp1
Control.ApplyGas.SampleValve2 2052 2052 Boolean R/W 0=closeallvalves;1=opensamplevalve
comp2
Control.ApplyGas.SampleValve3 2053 2053 Boolean R/W 0=closeallvalves;1=opensamplevalve
comp3
Control.ApplyGas.SampleValve4 2054 2054 Boolean R/W 0=closeallvalves;1=opensamplevalve
comp4
Control.ApplyGas.SampleValve5 2055 2055 Boolean R/W 0=closeallvalves;1=opensamplevalve
comp5
Control.ApplyGas.Span1Valve1 2061 2061 Boolean R/W 0=opensamplevalve;1=openspan1valve
comp1
Control.ApplyGas.Span1Valve2 2065 2065 Boolean R/W 0=opensamplevalve;1=openspan1valve
comp2
Control.ApplyGas.Span1Valve3 2069 2069 Boolean R/W 0=opensamplevalve;1=openspan1valve
comp3
Control.ApplyGas.Span1Valve4 2073 2073 Boolean R/W 0=opensamplevalve;1=openspan1valve
comp4
Control.ApplyGas.Span1Valve5 2077 2077 Boolean R/W 0=opensamplevalve;1=openspan1valve
comp5
Control.ApplyGas.Span2Valve1 2062 2062 Boolean R/W 0=opensamplevalve;1=openspan2valve
comp1
Control.ApplyGas.Span2Valve2 2066 2066 Boolean R/W 0=opensamplevalve;1=openspan2valve
comp2
Control.ApplyGas.Span2Valve3 2070 2070 Boolean R/W 0=opensamplevalve;1=openspan2valve
comp3
Control.ApplyGas.Span2Valve4 2074 2074 Boolean R/W 0=opensamplevalve;1=openspan2valve
comp4

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1.5 List of Parameters and Registers - Sorted by Tag Name
Tag Name Address Data
Type
Client
Access Description
Modicon Daniel
Control.ApplyGas.Span2Valve5 2078 2078 Boolean R/W 0=opensamplevalve;1=openspan2valve
comp5
Control.ApplyGas.Span3Valve1 2063 2063 Boolean R/W 0=opensamplevalve;1=openspan3valve
comp1
Control.ApplyGas.Span3Valve2 2067 2067 Boolean R/W 0=opensamplevalve;1=openspan3valve
comp2
Control.ApplyGas.Span3Valve3 2071 2071 Boolean R/W 0=opensamplevalve;1=openspan3valve
comp3
Control.ApplyGas.Span3Valve4 2075 2075 Boolean R/W 0=opensamplevalve;1=openspan3valve
comp4
Control.ApplyGas.Span3Valve5 2079 2079 Boolean R/W 0=opensamplevalve;1=openspan3valve
comp5
Control.ApplyGas.Span4Valve1 2064 2064 Boolean R/W 0=opensamplevalve;1=openspan4valve
comp1
Control.ApplyGas.Span4Valve2 2068 2068 Boolean R/W 0=opensamplevalve;1=openspan4valve
comp2
Control.ApplyGas.Span4Valve3 2072 2072 Boolean R/W 0=opensamplevalve;1=openspan4valve
comp3
Control.ApplyGas.Span4Valve4 2076 2076 Boolean R/W 0=opensamplevalve;1=openspan4valve
comp4
Control.ApplyGas.Span4Valve5 2080 2080 Boolean R/W 0=opensamplevalve;1=openspan4valve
comp5
Control.ApplyGas.ZeroValve1 2056 2056 Boolean R/W 0=opensamplevalve;1=openzerovalve
comp1
Control.ApplyGas.ZeroValve2 2057 2057 Boolean R/W 0=opensamplevalve;1=openzerovalve
comp2
Control.ApplyGas.ZeroValve3 2058 2058 Boolean R/W 0=opensamplevalve;1=openzerovalve
comp3
Control.ApplyGas.ZeroValve4 2059 2059 Boolean R/W 0=opensamplevalve;1=openzerovalve
comp4
Control.ApplyGas.ZeroValve5 2060 2060 Boolean R/W 0=opensamplevalve;1=openzerovalve
comp4
Control.Calibration.Blowback_1 2016 2016 Boolean R/W Blowback procedure comp1 (1=start)
Control.Calibration.Blowback_2 2017 2017 Boolean R/W Blowback procedure comp2 (1=start)
Control.Calibration.Blowback_3 2018 2018 Boolean R/W Blowback procedure comp3 (1=start)
Control.Calibration.Blowback_4 2019 2019 Boolean R/W Blowback procedure comp4 (1=start)
Control.Calibration.Blowback_5 2020 2020 Boolean R/W Blowback procedure comp5 (1=start)
Control.Calibration.Blowback_All 2025 2025 Boolean R/W Blowback procedure all (1=start)
Control.Calibration.Calib_Cancel 2026 2026 Boolean R/W Cancel any calibration (1=cancel)
Control.Calibration.ProgSequence 2024 2024 Boolean R/W Zero+span calibration all (1=start)
Control.Calibration.Span_1 2006 2006 Boolean R/W Span calibration comp1 (1=start)
Control.Calibration.Span_2 2007 2007 Boolean R/W Span calibration comp2 (1=start)
Control.Calibration.Span_3 2008 2008 Boolean R/W Span calibration comp3 (1=start)
Control.Calibration.Span_4 2009 2009 Boolean R/W Span calibration comp4 (1=start)
Control.Calibration.Span_5 2010 2010 Boolean R/W Span calibration comp5 (1=start)
Control.Calibration.Span_All 2022 2022 Boolean R/W Span calibration all (1=start)
Control.Calibration.Zero_1 2001 2001 Boolean R/W Zero calibration comp1 (1=start)
Control.Calibration.Zero_2 2002 2002 Boolean R/W Zero calibration comp2 (1=start)

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1.5 List of Parameters and Registers - Sorted by Tag Name
Tag Name Address Data
Type
Client
Access Description
Modicon Daniel
Control.Calibration.Zero_3 2003 2003 Boolean R/W Zero calibration comp3 (1=start)
Control.Calibration.Zero_4 2004 2004 Boolean R/W Zero calibration comp4 (1=start)
Control.Calibration.Zero_5 2005 2005 Boolean R/W Zero calibration comp5 (1=start)
Control.Calibration.Zero_All 2021 2021 Boolean R/W Zero calibration all (1=start)
Control.Calibration.ZeroSpan_1 2011 2011 Boolean R/W Zero+span calibration comp1 (1=start)
Control.Calibration.ZeroSpan_2 2012 2012 Boolean R/W Zero+span calibration comp1 (1=start)
Control.Calibration.ZeroSpan_3 2013 2013 Boolean R/W Zero+span calibration comp1 (1=start)
Control.Calibration.ZeroSpan_4 2014 2014 Boolean R/W Zero+span calibration comp1 (1=start)
Control.Calibration.ZeroSpan_5 2015 2015 Boolean R/W Zero+span calibration comp1 (1=start)
Control.Calibration.ZeroSpan_All 2023 2023 Boolean R/W Zero+span calibration all (1=start)
Control.Range.CurrentRange1 3451 3451 Word R/W current range comp1 (0=R1, 1=R2, 2=R3,
3=R4)
Control.Range.CurrentRange2 3452 3452 Word R/W current range comp2 (0=R1, 1=R2, 2=R3,
3=R4)
Control.Range.CurrentRange3 3453 3453 Word R/W current range comp3 (0=R1, 1=R2, 2=R3,
3=R4)
Control.Range.CurrentRange4 3454 3454 Word R/W current range comp4 (0=R1, 1=R2, 2=R3,
3=R4)
Control.Range.CurrentRange5 3455 3455 Word R/W current range comp5 (0=R1, 1=R2, 2=R3,
3=R4)
Control.Validation.Span_1 2106 2106 Boolean R/W Spanvalidationcomp1(1=start)
Control.Validation.Span_2 2107 2107 Boolean R/W Spanvalidationcomp2(1=start)
Control.Validation.Span_3 2108 2108 Boolean R/W Spanvalidationcomp3(1=start)
Control.Validation.Span_4 2109 2109 Boolean R/W Spanvalidationcomp4(1=start)
Control.Validation.Span_5 2110 2110 Boolean R/W Spanvalidationcomp5(1=start)
Control.Validation.Span_All 2122 2122 Boolean R/W Spanvalidationall(1=start)
Control.Validation.Zero_1 2101 2101 Boolean R/W Zerovalidationcomp1(1=start)
Control.Validation.Zero_2 2102 2102 Boolean R/W Zerovalidationcomp2(1=start)
Control.Validation.Zero_3 2103 2103 Boolean R/W Zerovalidationcomp3(1=start)
Control.Validation.Zero_4 2104 2104 Boolean R/W Zerovalidationcomp4(1=start)
Control.Validation.Zero_5 2105 2105 Boolean R/W Zerovalidationcomp5(1=start)
Control.Validation.Zero_All 2121 2121 Boolean R/W Zerovalidationall(1=start)
Control.Validation.ZeroSpan_1 2111 2111 Boolean R/W Zero+spanvalidationcomp1(1=start)
Control.Validation.ZeroSpan_2 2112 2112 Boolean R/W Zero+spanvalidationcomp1(1=start)
Control.Validation.ZeroSpan_3 2113 2113 Boolean R/W Zero+spanvalidationcomp1(1=start)
Control.Validation.ZeroSpan_4 2114 2114 Boolean R/W Zero+spanvalidationcomp1(1=start)
Control.Validation.ZeroSpan_5 2115 2115 Boolean R/W Zero+spanvalidationcomp1(1=start)
Control.Validation.ZeroSpan_All 2123 2123 Boolean R/W Zero+spanvalidationall(1=start)
Info.InterfaceID 4033 4033 Word RO IDofusedInterface(1=SerProc2=SerSvc
17=ETH1 18=ETH2)
Info.ProgramVersion 4011…
4016
4011…
4016 String RO softwarereleaseversion
Info.SensorVersion 4026 4026 Word RO Versionnumberofsensorrmware
Info.SerialNumber 3141…
3147
3141…
3147 String RO serialnumberofthedevice
PV_LV1 16141…
16142 10071 Float RO LastvalidPrimaryVariable1(Concentration in ppm)

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1.5 List of Parameters and Registers - Sorted by Tag Name
Tag Name Address Data
Type
Client
Access Description
Modicon Daniel
PV_LV2 16143…
16144 10072 Float RO LastvalidPrimaryVariable2(Concentration in ppm)
PV_LV3 16145…
16146 10073 Float RO LastvalidPrimaryVariable3(Concentration in ppm)
PV_LV4 16147…
16148 10074 Float RO LastvalidPrimaryVariable4(Concentration in ppm)
PV_LV5 16149…
16150 10075 Float RO LastvalidPrimaryVariable5(Concentration in ppm)
PV1 6001…
6002 9001 Float RO Primary Variable 1 (Concentration in ppm)
PV2 6003…
6004 9002 Float RO Primary Variable 2 (Concentration in ppm)
PV3 6005…
6006 9003 Float RO Primary Variable 3 (Concentration in ppm)
PV4 6007…
6008 9004 Float RO Primary Variable 4 (Concentration in ppm)
PV5 6009…
6010 9005 Float RO Primary Variable 5 (Concentration in ppm)
Service.Calibration.ChanProcMode1 3311 3311 Word R/W calprocmodecomp1(0=Disabled1=Manu-
al2=SingleAuto3=AdvCal)
Service.Calibration.ChanProcMode2 3312 3312 Word R/W calprocmodecomp2(0=Disabled1=Manu-
al2=SingleAuto3=AdvCal)
Service.Calibration.ChanProcMode3 3313 3313 Word R/W calprocmodecomp3(0=Disabled1=Manu-
al2=SingleAuto3=AdvCal)
Service.Calibration.ChanProcMode4 3314 3314 Word R/W calprocmodecomp4(0=Disabled1=Manu-
al2=SingleAuto3=AdvCal)
Service.Calibration.ChanProcMode5 3315 3315 Word R/W calprocmodecomp5(0=Disabled1=Manu-
al2=SingleAuto3=AdvCal)
Service.Calibration.Tubing 3316 3316 Word R/W Tubing (0=Parallel 1=Serial)
Service.General.ChannelActive1 3001 3001 Word R/W built-in component1
Service.General.ChannelActive2 3002 3002 Word R/W built-in component2
Service.General.ChannelActive3 3003 3003 Word R/W built-in component3
Service.General.ChannelActive4 3004 3004 Word R/W built-in component4
Service.General.ChannelActive5 3005 3005 Word R/W built-in component5
Service.General.Identication.CPLDVersion 4028 4028 Word RO VersionnumberofCPLDrmware
Service.General.Identication.ManufacturingInfo 3251…
3266
3251…
3266 String R/W Infos stored for manufacturing purposes
Service.General.Identication.ProgramVersi-
onDate
4017…
4022
4017…
4022 String RO software release date
Service.General.Identication.SensorBuild 4027 4027 Word RO Buildnumberofsensorrmware
Service.General.Identication.SerialNumber 3141…
3147
3141…
3147 String R/W serialnumberofthedevice
Service.General.ResetDevice 2100 2100 Boolean R/W Resetthedevice
Service.IO.InputSimEnable1 3180 3180 Word R/W EnableInputsSimulationofXDIOCard#1
Service.IO.InputSimEnable2 3200 3200 Word R/W EnableInputsSimulationofXDIOCard#2
Service.IO.InputSimVal1 3235 3235 Word R/W SimulationInputstateofaXDIOCard#1
Service.IO.InputSimVal2 3250 3250 Word R/W SimulationInputstateofaXDIOCard#2

Emerson Process Management GmbH & Co. OHG
1-10
X-STREAM XE
Modbus Manual
HASXEE-IM-MB
5/2017
1.5 List of Parameters and Registers - Sorted by Tag Name
Tag Name Address Data
Type
Client
Access Description
Modicon Daniel
Service.Measurement.AbsMaxRange1 6323…
6324 9162 Float R/W absolute maximum range of comp1
Service.Measurement.AbsMaxRange2 6327…
6328 9164 Float R/W absolute maximum range of comp2
Service.Measurement.AbsMaxRange3 6331…
6332 9166 Float R/W absolute maximum range of comp3
Service.Measurement.AbsMaxRange4 6335…
6336 9168 Float R/W absolute maximum range of comp4
Service.Measurement.AbsMaxRange5 6339…
6340 9170 Float R/W absolute maximum range of comp5
Service.Measurement.AbsMinRange1 6321…
6322 9161 Float R/W absolute minimum range of comp1
Service.Measurement.AbsMinRange2 6325…
6326 9163 Float R/W absolute minimum range of comp2
Service.Measurement.AbsMinRange3 6329…
6330 9165 Float R/W absolute minimum range of comp3
Service.Measurement.AbsMinRange4 6333…
6334 9167 Float R/W absolute minimum range of comp4
Service.Measurement.AbsMinRange5 6337…
6338 9169 Float R/W absolute minimum range of comp5
Service.Measurement.Compensation.PfactCoeffs1 6541…
6548
9271…
9274 Float R/W polynom coeffs for pressure factor of comp1
Service.Measurement.Compensation.PfactCoeffs2 6549…
6556
9275…
9278 Float R/W polynom coeffs for pressure factor of comp2
Service.Measurement.Compensation.PfactCoeffs3 6557…
6564
9279…
9282 Float R/W polynom coeffs for pressure factor of comp3
Service.Measurement.Compensation.PfactCoeffs4 6565…
6572
9283…
9286 Float R/W polynom coeffs for pressure factor of comp4
Service.Measurement.Compensation.PfactCoeffs5 6573…
6580
9287…
9290 Float R/W polynom coeffs for pressure factor of comp5
Service.Measurement.Compensation.PfactEna-
ble1 3421 3421 Word R/W enable pressure span compensation of comp1
Service.Measurement.Compensation.PfactEna-
ble2 3422 3422 Word R/W enable pressure span compensation of comp2
Service.Measurement.Compensation.PfactEna-
ble3 3423 3423 Word R/W enable pressure span compensation of comp3
Service.Measurement.Compensation.PfactEna-
ble4 3424 3424 Word R/W enable pressure span compensation of comp4
Service.Measurement.Compensation.PfactEna-
ble5 3425 3425 Word R/W enable pressure span compensation of comp5
Service.Measurement.Compensation.PfactSenso-
rAssign1 3426 3426 Word R/W assign press-sensor of span comp1 (0=Man 1=DSP_P12=DSP_P2etc.)
Service.Measurement.Compensation.PfactSenso-
rAssign2 3427 3427 Word R/W assign press-sensor of span comp2 (0=Man 1=DSP_P12=DSP_P2etc.)
Service.Measurement.Compensation.PfactSenso-
rAssign3 3428 3428 Word R/W assign press-sensor of span comp3 (0=Man 1=DSP_P12=DSP_P2etc.)
Service.Measurement.Compensation.PfactSenso-
rAssign4 3429 3429 Word R/W assign press-sensor of span comp4 (0=Man 1=DSP_P12=DSP_P2etc.)