Reg Num Label Description Acc NV Cnfg Prot Modbus Reg Type Modbus Metric Unit Modbus US ...

206 Pages·2017·2.08 MB·English

Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
2ParityPortA Communication Port A parity type. Only even and odd parity are supported for ASCII Modbus. No parity is supported for TCP/IP or RTU RW Y int - - uint32 - None (0) 2 0 2
Modbus. Although it is not required to set this point, selecting the correct protocol will speed the automatic detection process. Odd (1)
Even (2)
3BaudPortA The baud rate used for serial port A. R Y Y int bits/sec bits/sec uint32 bits/sec 1200 (1200) 19200 1200 115200
(Deprecated) 2400 (2400)
9600 (9600)
19200 (19200)
38400 (38400)
57600 (57600)
115200 (115200)
5StopBitsPortA Communication Port A number of stop bits. Only 1 stop bit is supported. RW Y int - - uint8 - 1 (1) 1 1 1
6ModbusIDPortA The Modbus address used by communication Port A. The Modbus address is also used as a basis for the meter's IP address in the form RW Y Y int - - uint8 - 32 1 247
172.16.17.ModbusID when the meter is running a PPP server on the serial port.
7CommRspDlyPortA Communication Port A response delay. The communication port will wait the specified amount of time before sending a response. RW Y Y int ms ms uint8 ms 0 0 100
8CommTCPTimeoutPortA Specifies the inactivity timeout (no TCP/IP packets) before the meter automatically disconnects a PPP connection (direct serial or modem RW Y Y int sec sec uint8 sec 15 1 60
connection) on Port A.
16TspfMatch When the differences between the magnitudes of the computed upstream and downstream TSPF to exceed this percentage, they are RW Y Y Y int % % uint8 % 30 0 100
reset to the default tracking target Pf distance (Tspf). A value of 100 forces the calculated values to never reset to the defaults. A value of
zero forces them to remain at the defaults.
18VelHold The number of batches the average flow velocity (AvgFlow) is held at the last measured value when meter is in acquisition mode RW Y Y Y int - - uint8 - 0 0 255
(IsAcqMode).
19StackSize Indicates the number of transducer firings to be point-by-point averaged to generate a signal for a single transit time measurement. A value RW Y Y int - - uint8 - None (1) 1 1 16
of 1 indicates no stacking. When stacking is used, the batch period can differ from the user-specified value (SpecBatchUpdtPeriod). 2 (2)
Stacking is primarily used to reduce random (white) noise on the received signal. 4 (4)
8 (8)
16 (16)
20Pk1Thrsh The minimum amplitude of first peak of the signal required for it to be used. RW Y Y Y int - - uint8 - 10 0 30
21MinChord The minimum number of operating chords for a valid measurement. If the number of operating chords is less than this value, then the too RW Y Y Y int - - uint8 - 1 1 8
few operating chords (IsTooFewOperChords) status is set. The range of values and default value are dependent upon the meter device
number (DeviceNumber).
22Filter Bandpass filter switch. When set to TRUE (1) the bandpass filter is used on the received transducer signal to remove unwanted RW Y Y int - - boolean - Filter off (FALSE) FALSE (0) FALSE (0) TRUE (1)
frequencies. Filter on (TRUE)
23FireSeq The order in which the transducers fire. The meter fires at the fastest possible rate only when each chord's upstream/downstream RW Y Y Y int - - uint8 - 2 0 2
transducers are not fired successively.
24SNRatio The minimum signal-to-noise threshold. Conversion of this value to decibels is 10 * log10 (SNRatio). If the ratio of the signal energy to the RW Y Y Y int - - uint8 - 10 5 30
noise energy is below this threshold, then the measurement is discarded. Discarded measurement data may cause a chord to be
considered failed if the percentage of good measurements falls below the minimum percentage good threshold (MinPctGood).
If, in a batch, a chord has at least one signal discarded due to too low SNR, the chord's signal-to-noise low alarm, IsSNRTooLowA,
IsSNRTooLowB, IsSNRTooLowC, IsSNRTooLowD, is set to TRUE (1).
25MaxNoise Maximum noise energy threshold. If the signal's noise energy is above this threshold, the signal for that transducer firing is discarded. If a RW Y Y Y int energy (MkII energy (MkII uint32 energy 195 24 391
chord has at least one signal for a batch discarded due to too large noise energy, the chord's max noise alarm, DidExceedMaxNoiseA, equiv) equiv)
DidExceedMaxNoiseB, DidExceedMaxNoiseC, DidExceedMaxNoiseD is set to TRUE (1).
27Reserved R int
28GainLowLmt The minimum gain applied to the received signal. On power-up, this value is set to the minimum gain for the Acquisition Module R Y int gain (h/w) gain (h/w) float32 gain (h/w) 25 0 3.40E+38
(Deprecated) (DSPBdRevNum).
30GainHighLmt The maximum gain applied to the received signal. On power-up, this value is set to the maximum gain for the Acquisition Module R Y int gain (h/w) gain (h/w) float32 gain (h/w) 49881.6 0 3.40E+38
(Deprecated) (DSPBdRevNum).
31NumVals Chord proportion update factor. This controls how quickly the chord proportions change relative to the current velocity proportion values. RW Y Y Y int - - uint16 - 10 1 1000
The lower the factor, the more quickly the proportions change.
32LowFlowLmt Minimum velocity for updating chord proportions. Chord proportions are not updated when the flow velocity is below this value. RW Y Y Y int m/s m/s uint8 m/s 1 1 30
33FlowDir The meter installed backwards control used in setting the current flow direction indicator (FlowDirection). Set the meter installed backwards RW Y Y Y int - - boolean - Meter in normal direction (FALSE) FALSE (0) FALSE (0) TRUE (1)
control to TRUE (1) if the meter is installed backwards from the normal (forward) flow direction. Meter in reverse direction (TRUE)
34ChordInactv Chord inactive indicator. Used to set one or more chords to be inactive. At least one chord must be active. The range and default value are RW * * * int - - bitfield - 0 ChordInactvA (NV, Cnfg, Prot)
dependent upon the meter type (indicated by the DeviceNumber). If a chord is set to be inactive, its corresponding IsBatchInactiveA, 1 ChordInactvB (NV, Cnfg, Prot)
IsBatchInactiveB, IsBatchInactiveC, IsBatchInactiveD, data point(s) is set to TRUE (1). 2 ChordInactvC (NV, Cnfg, Prot)
3 ChordInactvD (NV, Cnfg, Prot)
35CalFlag Calibration function switch. When changed from FALSE (0) to TRUE (1), the calibration accumulated uncorrected volume CalVol and RW int - - boolean - Stop calibration (FALSE) FALSE (0) FALSE (0) TRUE (1)
calibration elapsed time CalTime data points are reset. While TRUE (1), the flow volume and time are accumulated into the CalVol and Start calibration (TRUE)
CalTime data points.
37AlarmDef The number of consecutive batches with active alarm condition before an alarm is set to active. This is used to activate chord A hard failed RW Y Y Y int - - uint16 - 100 1 1000
alarm (IsHardFailedA), chord B hard failed alarm (IsHardFailedB), chord C hard failed alarm (IsHardFailedC), chord D hard failed alarm
(IsHardFailedD) and transducer firing synchronization alarm (IsXdcrFiringSyncError).
page 1
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
47DoUpdtPathDiag When set to TRUE (1), signal processing diagnostic data (path tracking information) is updated. RW int - - boolean - Do not update diagnostic data (FALSE) FALSE (0) FALSE (0) TRUE (1)
Do update diagnostic data (TRUE)
The diagnostic data include following data points:
Maximum signal quality value (MsqvA1..MsqvD2)
Maximum signal quality position (MsqpA1..MsqpD2)
Critical point value (PfvA1..PfvD2)
Selected peak zero crossing position (P1A1..P1D2)
Selected peak width (PwA1..PwD2)
Energy arrival position (QpefA1..QpefD2)
Critical point position (PfA1..PfD2)
Peak 1 zero crossing position (Pp1A1..Pp1D2)
Peak 2 zero crossing position (Pp2A1..Pp2D2)
Peak 3 zero crossing position (Pp3A1..Pp3D2)
Peak 4 zero crossing position (Pp4A1..Pp4D2)
Peak 1 normalized amplitude (Ap1A1..Ap1D2)
Peak 2 normalized amplitude (Ap2A1..Ap2D2)
Peak 3 normalized amplitude (Ap3A1..Ap3D2)
Peak 4 normalized amplitude (Ap4A1..Ap4D2)
Peak 1 score (Ff1A1..Ff1D2)
Peak 2 score (Ff2A1..Ff2D2)
Peak 3 score (Ff3A1..Ff3D2)
Peak 4 score (Ff4A1..Ff4D2)
Peak 5 score (Ff5A1..Ff5D2)
Selected peak (SelPkA1..SelPkD2)
Energy arrival position (QpefA1..QpefD2)
51ResetTrkParam Forces the signal tracking targets (TspfA1..TspfD2, TspeA1..TspeD2 and TampA1..TampD2) to be reset to the default values (Tspf, Tspe RW Y int - - boolean - Do not reset tracking (FALSE) TRUE (1) FALSE (0) TRUE (1)
and Tamp) when TRUE (1). Once these values are reset, the value of this point is automatically reset to FALSE (0). Do reset tracking (TRUE)
52ResetProp Forces the chord proportion bins (FwdPropABin1..FwdPropDBin10, RevPropABin1..RevPropDBin10, RW Y int - - boolean - Do not reset proportions (FALSE) TRUE (1) FALSE (0) TRUE (1)
FwdPropVelABin1..FwdPropVelDBin10 and RevPropVelABin1..RevPropVelDBin10) to be reset to the default values when TRUE (1). The Do reset proportions (TRUE)
default values are based upon the meter type, indicated by the device number (DeviceNumber).
Once the chord proportion bin values are reset, the value of this data point is automatically reset to zero and proportion bin updates will not
begin (IsPropUpdtActive) until the required amount of time without chord failures has elapsed (PropUpdtSeconds).
62StatusA Chord A status indicator. This is a bitfield consisting of multiple Boolean data point values. R * * * int - - bitfield - 0 DidExceedMaxNoiseA (NV)
1 IsSNRTooLowA (NV)
2 DidTmDevChkFailA (NV)
3 IsAcqSndSpdRangeErrA (NV)
4 DidDltTmChkFailA (NV)
5 IsXdcrMaintenanceRequiredA (NV, Cnfg)
7 IsChordLengthMismatchedA (NV)
8 IsSigClippedA (NV)
9 IsSigQltyBadA (NV)
10 IsSigDistortedA (NV)
11 IsPeakSwitchDetectedA (NV)
12 IsMeasSndSpdRangeA (NV)
13 IsBatchInactiveA (NV)
14 IsFailedForBatchA (NV)
15 IsAcqMode (NV)
63StatusB Chord B status indicator. This is a bitfield consisting of multiple Boolean data point values. R * * * int - - bitfield - 0 DidExceedMaxNoiseB (NV)
1 IsSNRTooLowB (NV)
2 DidTmDevChkFailB (NV)
3 IsAcqSndSpdRangeErrB (NV)
4 DidDltTmChkFailB (NV)
5 IsXdcrMaintenanceRequiredB (NV, Cnfg)
7 IsChordLengthMismatchedB (NV)
8 IsSigClippedB (NV)
9 IsSigQltyBadB (NV)
10 IsSigDistortedB (NV)
11 IsPeakSwitchDetectedB (NV)
12 IsMeasSndSpdRangeB (NV)
13 IsBatchInactiveB (NV)
14 IsFailedForBatchB (NV)
15 IsAcqMode (NV)
64StatusC Chord C status indicator. This is a bitfield consisting of multiple Boolean data point values. R * * * int - - bitfield - 0 DidExceedMaxNoiseC (NV)
1 IsSNRTooLowC (NV)
2 DidTmDevChkFailC (NV)
3 IsAcqSndSpdRangeErrC (NV)
4 DidDltTmChkFailC (NV)
5 IsXdcrMaintenanceRequiredC (NV, Cnfg)
7 IsChordLengthMismatchedC (NV)
8 IsSigClippedC (NV)
9 IsSigQltyBadC (NV)
10 IsSigDistortedC (NV)
11 IsPeakSwitchDetectedC (NV)
12 IsMeasSndSpdRangeC (NV)
13 IsBatchInactiveC (NV)
14 IsFailedForBatchC (NV)
15 IsAcqMode (NV)
page 2
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
65StatusD Chord D status indicator. This is a bitfield consisting of multiple Boolean data point values. R * * * int - - bitfield - 0 DidExceedMaxNoiseD (NV)
1 IsSNRTooLowD (NV)
2 DidTmDevChkFailD (NV)
3 IsAcqSndSpdRangeErrD (NV)
4 DidDltTmChkFailD (NV)
5 IsXdcrMaintenanceRequiredD (NV, Cnfg)
7 IsChordLengthMismatchedD (NV)
8 IsSigClippedD (NV)
9 IsSigQltyBadD (NV)
10 IsSigDistortedD (NV)
11 IsPeakSwitchDetectedD (NV)
12 IsMeasSndSpdRangeD (NV)
13 IsBatchInactiveD (NV)
14 IsFailedForBatchD (NV)
15 IsAcqMode (NV)
66SystemStatus General system status indicator. This is a bitfield consisting of multiple Boolean data point values. R * * * int - - bitfield - 0 IsBatchDataRcvFailed (NV)
1 AreSwComponentsIncompatible (NV)
2 DidPowerFail (NV)
3 IsAcqModuleIncompatible (NV)
4 IsXdcrFiringSyncError (NV)
7 IsColocMeterQFlowRangeErr (NV)
8 IsTooFewOperChords (NV)
9 IsMeterVelAboveMaxLmt (NV)
10 IsBlockageDetected (NV)
11 IsBoreBuildupDetected (NV)
12 IsLiquidDetected (NV)
13 IsAbnormalProfileDetected (NV)
14 IsReverseFlowDetected (NV)
67PctGoodA1 The performance of path A1 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
68PctGoodB1 The performance of path B1 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
69PctGoodC1 The performance of path C1 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
70PctGoodD1 The performance of path D1 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
71PctGoodA2 The performance of path A2 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
72PctGoodB2 The performance of path B2 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
73PctGoodC2 The performance of path C2 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
74PctGoodD2 The performance of path D2 indicated as the percentage of good signals in those received from that transducer in a batch. See also the R int % % uint8 %
minimum percentage of good measurements for working chord (MinPctGood).
77GainA1 Gain when transducer A1 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
78GainA2 Gain when transducer A2 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
79GainB1 Gain when transducer B1 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
80GainB2 Gain when transducer B2 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
81GainC1 Gain when transducer C1 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
82GainC2 Gain when transducer C2 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
83GainD1 Gain when transducer D1 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
84GainD2 Gain when transducer D2 is receiving a signal. Gain is applied to the received signal in hardware in volts/volt (hardware gain units). R Y int gain (h/w) gain (h/w) float32 gain (h/w)
(Deprecated) Conversion from hardware gain to decibels is gain (db) = 20 * log10(gain(hw)). Alarm limits for gain alarms are GainLowLmt and
GainHighLmt.
200ZeroCut This value is used along with the pipe area (PipeArea) to compute the volumetric flow cutoff (QCutOff) below which the flow-condition RW Y Y Y float m/s m/s float32 m/s 0.1 0 1
volumetric flow rate (QFlow) is considered zero, chord turbulence values are not calculated (TurbulenceA..TurbulenceD) (except for
diagnostic chord. See IsDiagnosticChordEnabled) and "flow gated" (FLOW_GATED) values are not accumulated. Also, when the average
weighted flow velocity (AvgWtdFlowVel) is below this threshold the flow direction (FlowDirection) will not change. The flow analysis lower
limit (FlowAnalysisLowFlowLmt) may not be set lower than this value.
202SSMax Maximum speed of sound. This is used to define the area to search for a signal when in acquisition mode. The minimum (SSMin) and this RW Y Y Y float m/s m/s float32 m/s 450 150 1500
maximum speed of sound may need to be adjusted to prevent problems acquiring the signal.
204SSMin Minimum speed of sound. This is used to define the area to search for a signal when in acquisition mode and is also used in emission rate RW Y Y Y float m/s m/s float32 m/s 300 150 1500
determination. This minimum and the maximum speed of sound (SSMax) may need to be adjusted to prevent problems acquiring the
signal.
206EmRateDesired The desired emission rate or time between the firing of two transducers in sequence based on the firing order (FireSeq). The actual RW Y Y Y float sec sec float32 ms 0 0 64
emission rate used (EmRateActual) will not be less than the meter's calculated minimum based on the meter's geometry (pipe diameter
(PipeDiam)), distance between transducers (LA, LB, LC, LD), axial distance between transducers (XA, XB, XC, XD), the minimum speed of
sound (SSMin) and the physical characteristics of the transducers themselves. The actual emission rate used may also be impacted by
stacking (StackEmRateActual). A value of (0) ensures the use of fastest available rate determined by the meter.
page 3
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
212MinPctGood The minimum percentage of good measurements for a working chord. A chord with a percentage of good measurements less than this RW Y Y Y float % % uint8 % 65 0 90
threshold is considered failed and its corresponding IsFailedForBatchA, IsFailedForBatchB, IsFailedForBatchC, IsFailedForBatchD is set to
TRUE (1). The percentage of good measurements for a chord may vary slightly from the individual path good measurements (PctGoodA1,
PctGoodA2, PctGoodB1, PctGoodB2, PctGoodC1, PctGoodC2, PctGoodD1, PctGoodD2) since both the upstream and downstream
paths must be good at the same time for a chord to be considered good.
214MinHoldTime The minimum sampling hold time limit. This is the minimum amount of time the meter waits after firing a transducer before sampling the RW Y Y Y float sec sec float32 µs 208 208 32000
receiving transducer's signal. This value should only be changed at the factory or under the direction of Daniel technical support. After a
firmware upgrade, this value may be automatically adjusted to be within the required limits.
216Pk1Pct The percentage of the maximum signal amplitude used as a threshold to find the first peak which is then used to determine the starting RW Y Y Y float % % uint8 % 60 40 100
position of the sampled waveform. If conditions exist that make the start of the signal difficult to detect (peak switching) this level may be
adjusted to get a stable signal.
218MinSigQlty The minimum acceptable signal quality based on signal and noise energies. When either path in a chord's signal quality (as measured by RW Y Y Y float - - uint8 - 13 5 30
signal to noise ratios) is below this threshold, the chord's signal quality status, IsSigQltyBadA, IsSigQltyBadB, IsSigQltyBadC,
IsSigQltyBadD is set to TRUE (1).
220DltChk The maximum amount of time allowed for delta times (the difference between the up stream and down stream signal transit time). Usually RW Y Y Y float sec sec float32 µs 5.6 2.8 32
adjusted by setting the transducer type (SetXdcrType). It is converted to sample interval units (DltChkSI) internally for use by the meter.
When a chord's delta check value exceeds this limit, the chord's time check error status, DidDltTmChkFailA, DidDltTmChkFailB,
DidDltTmChkFailC, DidDltTmChkFailD is set to TRUE (1).
222SpecBatchUpdtPeriod Specifies the minimum batch update period when there is no stacking (StackSize). The "Rapid" update period can be selected only when RW Y Y Y float sec sec uint16 ms Standard - 1000 ms (1000) 1000 250 1000
there is no bandpass filtering (Filter) and may cause greater uncertainty in the measured flow rate. Rapid - 250 ms (250)
224NegSpan The minimum time the signal must remain negative adjacent to a zero crossing. Usually adjusted by setting the transducer type RW Y Y Y float sec sec float32 µs 2.4 1 10
(SetXdcrType). It is converted to sample interval units (NegSpanSI) internally for use by the meter. This parameter is used to detect
distorted waveforms and incorrect measurements. This value should only be changed at the factory or under the direction of Daniel
technical support.
226PosSpan The minimum time the signal must remain positive adjacent to a zero crossing. It is converted to sample interval units (PosSpanSI) internally RW Y Y Y float sec sec float32 µs 3.2 1 10
for use by the meter. Usually adjusted by setting the transducer type (SetXdcrType). This parameter is used to detect distorted waveforms
and incorrect measurements. This value should only be changed at the factory or under the direction of Daniel technical support.
228TmDevLow1 The minimum standard deviation value of the transit time for which the quality check (TmDevFctr1) is evaluated. Paths with times closer to RW Y Y Y float sec sec float32 µs 2 0 10
the mean are assumed to be valid without further evaluation. Usually adjusted by setting the transducer type (SetXdcrType). This value
should only be changed at the factory or under the direction of Daniel technical support.
232CRange Maximum percentage chord speed of sound deviation. If a chord's speed of sound measurement relative to the average speed of sound is RW Y Y Y float % % float32 % 0.5 0 10
above this threshold, IsMeasSndSpdRangeA, IsMeasSndSpdRangeB, IsMeasSndSpdRangeC, IsMeasSndSpdRangeD, is set to TRUE
(1).
238Pk1Wdth The maximum time between zero crossings (one half cycle) used as the distance to search for the next peak value. This value is converted RW Y Y Y float sec sec float32 µs 5.6 1 10
internally to sample intervals for use (PkPlsWdthSI). Usually adjusted by setting the transducer type (SetXdcrType). This value should only
be changed at the factory or under the direction of Daniel technical support.
240TmDevFctr1 Measurement Quality check transit time standard deviation factor. When a path's transit time is more than this number of standard RW Y Y Y float - - float32 - 2 1 100
deviations from the path's median transit time for the batch, the individual measurement is flagged as bad and the corresponding chord's
DidTmDevChkFailA, DidTmDevChkFailB, DidTmDevChkFailC, DidTmDevChkFailD are set to TRUE (1). This value should only be
changed at the factory or under the direction of Daniel technical support.
248StackEmRateDesired The desired emission rate or time between firing of the same transducer when stacking is turned on, that is the stack size (StackSize) is not RW Y Y Y float sec sec float32 ms 0 0 64
equal to (1). The actual emission rate used (StackEmRateActual) will not be less than the meter's calculated minimum based on the meter's
geometry (pipe diameter (PipeDiam)), distance between transducers (LA, LB, LC, LD), axial distance between transducers (XA, XB, XC,
XD), the minimum speed of sound (SSMin) and the physical characteristics of the transducers themselves. This value may impact the
overall transducer to transducer emission rate selected by the emission rate desired (EmRateDesired). A value of (0) ensures the use of
fastest available rate determined by the meter.
250TampLo The lower limit or floor for the magnitude (absolute value of) the default (Tamp) and the individual path (TampA1, TampA2, TampB1, RW Y Y Y float % % uint8 % 30 0 100
TampB2, TampC1, TampC2, TampD1, TampD2) computed values. This value should only be changed at the factory or under the direction
of Daniel technical support.
252TspfLo The lower limit or floor for the default (Tspf) and the individual path (TspfA1, TspfA2, TspfB1, TspfB2, TspfC1, TspfC2, TspfD1, TspfD2) RW Y Y Y float sample sample uint8 sample 8 0 37
computed values. Usually adjusted by setting the transducer type (SetXdcrType). This value should only be changed at the factory or under intervals intervals intervals
the direction of Daniel technical support.
254TspeLo The lower limit or floor for the default (Tspe) and the individual path (TspeA1, TspeA2, TspeB1, TspeB2, TspeC1, TspeC2, TspeD1, RW Y Y Y float sample sample int8 sample -8 -25 25
TspeD2) computed values. This value should only be changed at the factory or under the direction of Daniel technical support. intervals intervals intervals
256Tspf The default for the targeted SPF which is the time in sample intervals (SI) or distance between the first motion (Pf) and the signal the zero RW Y Y Y float sample sample uint8 sample 15 0 37
crossing detection point (P1). When the meter is first started or when ResetTrkParam is set TRUE (1) this value is used as the initial value intervals intervals intervals
used to compute TspfA1, TspfA2, TspfB1, TspfB2, TspfC1, TspfC2, TspfD1, TspfD2. It is also the value used for inactive paths. Usually
adjusted by setting the transducer type (SetXdcrType). This value should only be changed at the factory or under the direction of Daniel
technical support. See also (TspfLo) and (TspfHi).
258Tspe The default for the targeted SPE which is the time in sample intervals (SI) or distance between the first energy position (Pe) and the signal RW Y Y Y float sample sample int8 sample 8 -25 25
the zero crossing detection point (P1). When the meter is first started or when ResetTrkParam is set TRUE (1) this value is used as the intervals intervals intervals
initial value used to compute TspeA1, TspeA2, TspeB1, TspeB2, TspeC1, TspeC2, TspeD1, TspeD2. It is also the value used for inactive
paths. Usually adjusted by setting the transducer type (SetXdcrType). This value should only be changed at the factory or under the
direction of Daniel technical support. See also (TspeLo) and (TspeHi).
260Tamp The default for the targeted Amp which is the value of the peak following the zero crossing detection point (P1). When the meter is first RW Y Y Y float % % int8 % -70 -100 100
started or when ResetTrkParam is set TRUE (1) this value is used as the initial value used to compute TampA1, TampA2, TampB1,
TampB2, TampC1, TampC2, TampD1, TampD2. It is also the value used for inactive paths. Usually adjusted by setting the transducer type
(SetXdcrType). This value should only be changed at the factory or under the direction of Daniel technical support. See also (TampLo) and
(TampHi).
262TspfSen The sensitivity applied to the comparison of the individual peaks SPF to the paths targeted SPF, TspfA1, TspfA2, TspfB1, TspfB2, TspfC1, RW Y Y Y float sample sample uint8 sample 10 6 37
TspfC2, TspfD1, TspfD2. The sensitivity is used to generate similar magnitudes to the SPE and Amp comparisons used to score peaks in intervals intervals intervals
the process of selecting P1. This value should only be changed at the factory or under the direction of Daniel technical support.
264TspeSen The sensitivity applied to the comparison of the individual peaks SPE to the paths targeted SPE, TspeA1, TspeA2, TspeB1, TspeB2, RW Y Y Y float sample sample uint8 sample 18 6 37
TspeC1, TspeC2, TspeD1, TspeD2. The sensitivity is used to generate similar magnitudes to the SPF and Amp comparisons used to score intervals intervals intervals
peaks in the process of selecting P1. This value should only be changed at the factory or under the direction of Daniel technical support.
266TampSen The sensitivity applied to the comparison of the individual peaks Amp to the paths targeted Amp, TampA1, TampA2, TampB1, TampB2, RW Y Y Y float % % uint8 % 30 5 100
TampC1, TampC2, TampD1. The sensitivity is used to generate similar magnitudes to the SPE and SPF comparisons used to score peaks
in the process of selecting P1. This value should only be changed at the factory or under the direction of Daniel technical support.
page 4
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
268TspfWt The weighting applied to the score generated by TspfSen when summed with TspeWt * TspeSen score and TampWt * TampSen score to RW Y Y Y float - - float32 - 2 0 3
generate an overall rating to select P1. This value should only be changed at the factory or under the direction of Daniel technical support.
270TspeWt The weighting applied to the score generated by TspeSen when summed with TspfWt * TspfSen score and TampWt * TampSen score to RW Y Y Y float - - float32 - 0 0 3
generate an overall rating to select P1. This value should only be changed at the factory or under the direction of Daniel technical support.
272TampWt The weighting applied to the score generated by TampSen when summed with TspeWt * TspeSen score and TspfWt * TspfSen score to RW Y Y Y float - - float32 - 0.5 0 3
generate an overall rating to select P1. This value should only be changed at the factory or under the direction of Daniel technical support.
274TspeLmt The Tspf and Tspe calculations are not performed if the distance (in SI) between Pe and Pf exceed this amount. This value should only be RW Y Y Y float sample sample uint16 sample 25 0 30
changed at the factory or under the direction of Daniel technical support. intervals intervals intervals
276TampHi The upper limit or ceiling for the magnitude (absolute value of) the default (Tamp) and the individual path (TampA1, TampA2, TampB1, RW Y Y Y float % % uint8 % 100 0 100
TampB2, TampC1, TampC2, TampD1) computed values. This value should only be changed at the factory or under the direction of Daniel
technical support.
278TspfHi The upper limit or ceiling for the default (Tspf) and the individual path (TspfA1, TspfA2, TspfB1, TspfB2, TspfC1, TspfC2, TspfD1, TspfD2) RW Y Y Y float sample sample uint8 sample 25 0 37
computed values. Usually adjusted by setting the transducer type (SetXdcrType). This value should only be changed at the factory or under intervals intervals intervals
the direction of Daniel technical support.
280TspeHi The upper limit or ceiling for the default (Tspe) and the individual path (TspeA1, TspeA2, TspeB1, TspeB2, TspeC1, TspeC2, TspeD1, RW Y Y Y float sample sample int8 sample 20 -25 25
TspeD2) computed values. This value should only be changed at the factory or under the direction of Daniel technical support. intervals intervals intervals
284FwdA0 The forward flow A0 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float m/s m/s float32 m/s 0 -1 1
average flow velocity (AvgFlow).
286FwdA1 The forward flow A1 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float - - float32 - 1 0.95 1.05
average flow velocity (AvgFlow).
288FwdA2 The forward flow A2 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float s/m s/m float32 s/m 0 -0.1 0.1
average flow velocity (AvgFlow).
290FwdA3 The forward flow A3 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float s2/m2 s2/m2 float32 s2/m2 0 -0.1 0.1
average flow velocity (AvgFlow).
292RevA0 The forward flow A0 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float m/s m/s float32 m/s 0 -1 1
average flow velocity (AvgFlow).
294RevA1 The reverse flow A1 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float - - float32 - 1 0.95 1.05
average flow velocity (AvgFlow).
296RevA2 The reverse flow A2 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float s/m s/m float32 s/m 0 -0.1 0.1
average flow velocity (AvgFlow).
298RevA3 The reverse flow A3 coefficient used in dry calibration. The dry calibration "A" coefficients are always applied to the flow velocity to generate RW Y Y Y float s2/m2 s2/m2 float32 s2/m2 0 -0.1 0.1
average flow velocity (AvgFlow).
302PipeDiam The pipe inside diameter used to calculate the pipe area (PipeArea) and port angle (PortAngle). RW Y Y Y float m m float32 m 0.1524 0.0254 2
304XA Chord A "X" dimension (component of LA in the direction of flow within the meter bore). The factory setting should only be changed when RW Y Y Y float m m float32 m 0.1778 0 2
changing a transducer or after a meter cold start.
306XB Chord B "X" dimension (component of LB in the direction of flow within the meter bore). The factory setting should only be changed when RW Y Y Y float m m float32 m 0.28575 0 2
changing a transducer or after a meter cold start.
308XC Chord C "X" dimension (component of LC in the direction of flow within the meter bore). The factory setting should only be changed when RW Y Y Y float m m float32 m 0.28575 0 2
changing a transducer or after a meter cold start.
310XD Chord D "X" dimension (component of LD in the direction of flow within the meter bore). The factory setting should only be changed when RW Y Y Y float m m float32 m 0.1778 0 2
changing a transducer or after a meter cold start.
312LA The distance between the transducer faces on chord A. The factory setting should only be changed when changing a transducer or after a RW Y Y Y float m m float32 m 0.3175 0 5
meter cold start.
314LB The distance between the transducer faces on chord B. The factory setting should only be changed when changing a transducer or after a RW Y Y Y float m m float32 m 0.4445 0 5
meter cold start.
316LC The distance between the transducer faces on chord C. The factory setting should only be changed when changing a transducer or after a RW Y Y Y float m m float32 m 0.4445 0 5
meter cold start.
318LD The distance between the transducer faces on chord D. The factory setting should only be changed when changing a transducer or after a RW Y Y Y float m m float32 m 0.3175 0 5
meter cold start.
332AvgDlyA The chord-specific delay for chord A primarily due to the signal processing algorithm and acoustic propagation time within the transducer RW Y Y Y float sec sec float32 µs 0 0 50
including the matching layer. It is used in conjunction with the overall system delay (SystemDelay).
334AvgDlyB The chord-specific delay for chord B primarily due to the signal processing algorithm and acoustic propagation time within the transducer RW Y Y Y float sec sec float32 µs 0 0 50
including the matching layer. It is used in conjunction with the overall system delay (SystemDelay).
336AvgDlyC The chord-specific delay for chord C primarily due to the signal processing algorithm and acoustic propagation time within the transducer RW Y Y Y float sec sec float32 µs 0 0 50
including the matching layer. It is used in conjunction with the overall system delay (SystemDelay).
338AvgDlyD The chord-specific delay for chord D primarily due to the signal processing algorithm and acoustic propagation time within the transducer RW Y Y Y float sec sec float32 µs 0 0 50
including the matching layer. It is used in conjunction with the overall system delay (SystemDelay).
340DltDlyA The adjustment to the chord A delta times (the individual times used for DltTmA (DltTmA)) to ensure calibration at zero flow. RW Y Y Y float sec sec float32 µs 0 -1 1
342DltDlyB The adjustment to the chord B delta times (the individual times used for DltTmB (DltTmB)) to ensure calibration at zero flow. RW Y Y Y float sec sec float32 µs 0 -1 1
344DltDlyC The adjustment to the chord C delta times (the individual times used for DltTmC (DltTmC)) to ensure calibration at zero flow. RW Y Y Y float sec sec float32 µs 0 -1 1
346DltDlyD The adjustment to the chord D delta times (the individual times used for DltTmD (DltTmD)) to ensure calibration at zero flow. RW Y Y Y float sec sec float32 µs 0 -1 1
348SystemDelay The portion of the signal transit time due to the physical characteristics of the electronics. It is computed as seven times the sample interval R Y float sec sec float32 µs
(SampInterval) plus an electronics delay constant. It is used in conjunction with the chord specific delay times (AvgDlyA, AvgDlyB, AvgDlyC,
AvgDlyD).
350PortAngle Meter port angle for speed of sound correction. The angle is computed from X (XA) and pipe ID (PipeDiam) dimensions. The correction R float deg deg float32 deg
(SOSGeometryCorrFctrA, SOSGeometryCorrFctrB, SOSGeometryCorrFctrC, SOSGeometryCorrFctrD) is not used for meters with 45
degree port angles.
352FlowVelA Chord A flow velocity. R float m/s m/s float32 m/s
354FlowVelB Chord B flow velocity. R float m/s m/s float32 m/s
356FlowVelC Chord C flow velocity. R float m/s m/s float32 m/s
358FlowVelD Chord D flow velocity. R float m/s m/s float32 m/s
360AvgFlow Average flow velocity (per batch). This is the dry cal velocity (DryCalVel) with any selected flow calibration method (CalMethod) as well as R float m/s m/s float32 m/s
the flow profile correction factor (CorrectionFactor) applied.
362SndVelA Chord A speed of sound. R float m/s m/s float32 m/s
364SndVelB Chord B speed of sound. R float m/s m/s float32 m/s
366SndVelC Chord C speed of sound. R float m/s m/s float32 m/s
368SndVelD Chord D speed of sound. R float m/s m/s float32 m/s
page 5
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
370AvgSndVel Average speed of sound (per batch) of all non-failed velocity measurement chords. The diagnostic chord's (IsDiagnosticChordEnabled) R Y float m/s m/s float32 m/s
speed of sound is not included in the average.
372CalVol Calibration accumulated uncorrected volume. This is the accumulation of the uncorrected volume while the CalFlag data point is set to R float m3 m3 float32 m3
TRUE (1) or the DI1 gates the calibration with IsDI1UsedForCal as indicated by IsCalOnBatch.
374CalTime Calibration elapsed time. This is the elapsed time while the CalFlag data point is set to TRUE (1) or the DI1 gates the calibration with R float MkII time MkII time float32 MkIII time
IsDI1UsedForCal as indicated by IsCalOnBatch. Note that the native units UNIT_MKIII_PULSES are counted in 1000 pulses/second while pulses pulses pulses
the Modbus UNIT_MKII_PULSES are counted as 1 pulse/0.1048575 seconds
376IsCalOnBatch Identifies when the CalVol and CalTime data points are being updated. R float - - boolean - Batch calibration off (FALSE)
Batch calibration on (TRUE)
378IsCalOn Identifies when the meter is in the calibration mode. R float - - boolean - Off (FALSE)
On (TRUE)
386DryCalVel Flow velocity after application of dry-calibration coefficients (A coefficients FwdA0, FwdA1, FwdA2, FwdA3, RevA0, RevA1, RevA2 and R float m/s m/s float32 m/s
RevA3) and before application of the flow calibration method (CalMethod) to the average weighted flow velocity (AvgWtdFlowVel).
390LinearMtrFctr Piecewise linearization meter factor. This meter factor is only applied to the flow velocity when the piecewise linearization method is selected R float - - float32 -
via the calibration method (CalMethod) data point. It is computed from the piecewise velocities and the corresponding gains plus the
offsets.
392QMeter Volumetric flow rate (no expansion correction). Computed as average flow (AvgFlow) times pipe area (PipeArea). R float m3/hr m3/hr float32 m3/hr
394QCutOff The volumetric flow rate below which the flow-condition volumetric flow rate (QFlow) is considered zero, chord turbulence values are not R float m3/hr m3/hr float32 m3/hr
calculated (TurbulenceA..TurbulenceD) (except for diagnostic chord. See IsDiagnosticChordEnabled) and "flow gated" (FLOW_GATED)
values are not accumulated. This value is computed by multiplying the flow velocity low cutoff (ZeroCut) by the meter inside pipe area
(PipeArea). When the flow rate is above this threshold, the cutoff indicator (IsFlowAboveCutoff) is TRUE (1).
402MaxTmA1 Maximum batch transit time (A1). R float sec sec float32 µs
404MaxTmB1 Maximum batch transit time (B1). R float sec sec float32 µs
406MaxTmC1 Maximum batch transit time (C1). R float sec sec float32 µs
408MaxTmD1 Maximum batch transit time (D1). R float sec sec float32 µs
410MaxTmA2 Maximum batch transit time (A2). R float sec sec float32 µs
412MaxTmB2 Maximum batch transit time (B2). R float sec sec float32 µs
414MaxTmC2 Maximum batch transit time (C2). R float sec sec float32 µs
416MaxTmD2 Maximum batch transit time (D2). R float sec sec float32 µs
418MinTmA1 Minimum batch transit time (A1). R float sec sec float32 µs
420MinTmB1 Minimum batch transit time (B1). R float sec sec float32 µs
422MinTmC1 Minimum batch transit time (C1). R float sec sec float32 µs
424MinTmD1 Minimum batch transit time (D1). R float sec sec float32 µs
426MinTmA2 Minimum batch transit time (A2). R float sec sec float32 µs
428MinTmB2 Minimum batch transit time (B2). R float sec sec float32 µs
430MinTmC2 Minimum batch transit time (C2). R float sec sec float32 µs
432MinTmD2 Minimum batch transit time (D2). R float sec sec float32 µs
434MeanTmA1 Mean batch transit time (A1). R float sec sec float32 µs
436MeanTmB1 Mean batch transit time (B1). R float sec sec float32 µs
438MeanTmC1 Mean batch transit time (C1). R float sec sec float32 µs
440MeanTmD1 Mean batch transit time (D1). R float sec sec float32 µs
442MeanTmA2 Mean batch transit time (A2). R float sec sec float32 µs
444MeanTmB2 Mean batch transit time (B2). R float sec sec float32 µs
446MeanTmC2 Mean batch transit time (C2). R float sec sec float32 µs
448MeanTmD2 Mean batch transit time (D2). R float sec sec float32 µs
452DltTmA Mean batch delta time for chord A. R float sec sec float32 µs
454DltTmB Mean batch delta time for chord B. R float sec sec float32 µs
456DltTmC Mean batch delta time for chord C. R float sec sec float32 µs
458DltTmD Mean batch delta time for chord D. R float sec sec float32 µs
460SDevTmA1 Batch transit time standard deviation (A1). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
462SDevTmB1 Batch transit time standard deviation (B1). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
464SDevTmC1 Batch transit time standard deviation (C1). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
466SDevTmD1 Batch transit time standard deviation (D1). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
468SDevTmA2 Batch transit time standard deviation (A2). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
470SDevTmB2 Batch transit time standard deviation (B2). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
472SDevTmC2 Batch transit time standard deviation (C2). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
474SDevTmD2 Batch transit time standard deviation (D2). It is calculated from transit times of waveforms used for measurement. R float ns ns float32 µs
476SDevDltTmA Batch delta time standard deviation for chord A. R float ns ns float32 µs
478SDevDltTmB Batch delta time standard deviation for chord B. R float ns ns float32 µs
480SDevDltTmC Batch delta time standard deviation for chord C. R float ns ns float32 µs
482SDevDltTmD Batch delta time standard deviation for chord D. R float ns ns float32 µs
484MaxDltTmA Maximum batch delta time for chord A. R float sec sec float32 µs
486MaxDltTmB Maximum batch delta time for chord B. R float sec sec float32 µs
488MaxDltTmC Maximum batch delta time for chord C. R float sec sec float32 µs
490MaxDltTmD Maximum batch delta time for chord D. R float sec sec float32 µs
492MinDltTmA Minimum batch delta time for chord A. R float sec sec float32 µs
494MinDltTmB Minimum batch delta time for chord B. R float sec sec float32 µs
496MinDltTmC Minimum batch delta time for chord C. R float sec sec float32 µs
498MinDltTmD Minimum batch delta time for chord D. R float sec sec float32 µs
502HoldTmA1 Hold time (A1). R float sec sec float32 µs
504HoldTmA2 Hold time (A2). R float sec sec float32 µs
506HoldTmB1 Hold time (B1). R float sec sec float32 µs
508HoldTmB2 Hold time (B2). R float sec sec float32 µs
510HoldTmC1 Hold time (C1). R float sec sec float32 µs
512HoldTmC2 Hold time (C2). R float sec sec float32 µs
page 6
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
514HoldTmD1 Hold time (D1). R float sec sec float32 µs
516HoldTmD2 Hold time (D2). R float sec sec float32 µs
550PfA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
552PfA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
554PfB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
556PfB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
558PfC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
560PfC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
562PfD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
564PfD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
566P1A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
568P1A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
570P1B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
572P1B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
574P1C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
576P1C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
578P1D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
580P1D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
582PwA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
584PwA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
586PwB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
588PwB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
590PwC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
592PwC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
594PwD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
596PwD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
816NEA1 Average batch noise energy (A1). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
818NEA2 Average batch noise energy (A2). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
820NEB1 Average batch noise energy (B1). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
822NEB2 Average batch noise energy (B2). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
824NEC1 Average batch noise energy (C1). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
826NEC2 Average batch noise energy (C2). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
828NED1 Average batch noise energy (D1). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
830NED2 Average batch noise energy (D2). R float energy (MkII energy (MkII float32 energy
equiv) equiv)
832QpefA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
834QpefA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
836QpefB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
838QpefB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
840QpefC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
842QpefC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
844QpefD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
846QpefD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals page 7
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
850MsqvA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
852MsqvA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
854MsqvB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
856MsqvB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
858MsqvC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
860MsqvC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
862MsqvD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
864MsqvD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
866MsqpA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
868MsqpA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
870MsqpB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
872MsqpB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
874MsqpC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
876MsqpC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
878MsqpD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
880MsqpD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
882PfvA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
884PfvA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
886PfvB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
888PfvB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
890PfvC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
892PfvC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
894PfvD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
896PfvD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint32 -
900Pp1A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
902Pp1A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
904Pp1B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
906Pp1B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
908Pp1C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
910Pp1C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
912Pp1D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
914Pp1D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
916Pp2A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
918Pp2A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
920Pp2B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
922Pp2B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
924Pp2C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
926Pp2C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
928Pp2D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
930Pp2D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
932Pp3A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
934Pp3A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
936Pp3B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
938Pp3B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
940Pp3C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
942Pp3C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
944Pp3D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
946Pp3D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
page 8
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
950Pp4A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
952Pp4A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
954Pp4B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
956Pp4B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
958Pp4C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
960Pp4C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
962Pp4D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
964Pp4D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float sample sample uint16 sample
intervals intervals intervals
966Ap1A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
968Ap1A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
970Ap1B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
972Ap1B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
974Ap1C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
976Ap1C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
978Ap1D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
980Ap1D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
982Ap2A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
984Ap2A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
986Ap2B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
988Ap2B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
990Ap2C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
992Ap2C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
994Ap2D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
996Ap2D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1000Ap3A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1002Ap3A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1004Ap3B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1006Ap3B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1008Ap3C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1010Ap3C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1012Ap3D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1014Ap3D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1016Ap4A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1018Ap4A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1020Ap4B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1022Ap4B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1024Ap4C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1026Ap4C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1028Ap4D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1030Ap4D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float % % float32 %
1050TspfA1 Tracking target Pf value (A1). R Y float sample sample float32 sample
intervals intervals intervals
1052TspfA2 Tracking target Pf value (A2). R Y float sample sample float32 sample
intervals intervals intervals
1054TspfB1 Tracking target Pf value (B1). R Y float sample sample float32 sample
intervals intervals intervals
1056TspfB2 Tracking target Pf value (B2). R Y float sample sample float32 sample
intervals intervals intervals
1058TspfC1 Tracking target Pf value (C1). R Y float sample sample float32 sample
intervals intervals intervals
1060TspfC2 Tracking target Pf value (C2). R Y float sample sample float32 sample
intervals intervals intervals
1062TspfD1 Tracking target Pf value (D1). R Y float sample sample float32 sample
intervals intervals intervals
1064TspfD2 Tracking target Pf value (D2). R Y float sample sample float32 sample
intervals intervals intervals
1066TspeA1 Tracking target Pe value (A1). R Y float sample sample float32 sample
intervals intervals intervals
1068TspeA2 Tracking target Pe value (A2). R Y float sample sample float32 sample
intervals intervals intervals
1070TspeB1 Tracking target Pe value (B1). R Y float sample sample float32 sample
intervals intervals intervals
1072TspeB2 Tracking target Pe value (B2). R Y float sample sample float32 sample
intervals intervals intervals
1074TspeC1 Tracking target Pe value (C1). R Y float sample sample float32 sample
intervals intervals intervals
1076TspeC2 Tracking target Pe value (C2). R Y float sample sample float32 sample
intervals intervals intervals
1078TspeD1 Tracking target Pe value (D1). R Y float sample sample float32 sample
intervals intervals intervals
page 9
Daniel Gas Ultrasonic Firmware: 1.35 Database: 8.23.006
The below Modbus register table is applicable for Gas 4-Path (DeviceNumber 3414), 2-Path (DeviceNumber 3412) and 1-Path (DeviceNumber 3411) meters
NRuemg Label Description Acc NV Cnfg Prot RMeogd Tbyupse MMetordicb Uusnit CMusoUUtdo.nSbmit.u asry NatTivyep Deata NatiUven iDtata Selections/Bitmap D(enfaatuivlet Vuanliut)e (nMaVitnivaimelu uuemnit ) (nMaaVtixvaiemlu uuenmit )
1080TspeD2 Tracking target Pe value (D2). R Y float sample sample float32 sample
intervals intervals intervals
1082TampA1 Tracking target normalized amplitude value (A1). R Y float % % float32 %
1084TampA2 Tracking target normalized amplitude value (A2). R Y float % % float32 %
1086TampB1 Tracking target normalized amplitude value (B1). R Y float % % float32 %
1088TampB2 Tracking target normalized amplitude value (B2). R Y float % % float32 %
1090TampC1 Tracking target normalized amplitude value (C1). R Y float % % float32 %
1092TampC2 Tracking target normalized amplitude value (C2). R Y float % % float32 %
1094TampD1 Tracking target normalized amplitude value (D1). R Y float % % float32 %
1096TampD2 Tracking target normalized amplitude value (D2). R Y float % % float32 %
1100Ff1A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1102Ff1A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1104Ff1B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1106Ff1B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1108Ff1C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1110Ff1C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1112Ff1D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1114Ff1D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1116Ff2A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1118Ff2A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1120Ff2B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1122Ff2B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1124Ff2C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1126Ff2C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1128Ff2D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1130Ff2D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1132Ff3A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1134Ff3A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1136Ff3B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1138Ff3B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1140Ff3C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1142Ff3C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1144Ff3D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1146Ff3D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1150Ff4A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1152Ff4A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1154Ff4B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1156Ff4B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1158Ff4C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1160Ff4C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1162Ff4D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1164Ff4D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1166Ff5A1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1168Ff5A2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1170Ff5B1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1172Ff5B2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1174Ff5C1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1176Ff5C2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1178Ff5D1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1180Ff5D2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - int16 -
1182SelPkA1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1184SelPkA2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1186SelPkB1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1188SelPkB2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1190SelPkC1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1192SelPkC2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1194SelPkD1 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1196SelPkD2 The value is updated only while the update path diagnostics control (DoUpdtPathDiag) is TRUE (1). R float - - uint8 -
1500PosVolUncorr Accumulation of uncorrected volume (integer portion) in the forward direction. The total can be computed using this integer portion (digits R Y long m3 m3 uint64 m3
to the left of the decimal) with the fractional portion (PosVolUncorrFrac) (digits to the right of the decimal). Note that this value is
incremented using internal units which may be different than those displayed and rolls over at an unsigned 64 bit integer
(18,446,744,073,709,551,615 cubic meters). However, when read via Modbus, the value rolls from 999,999,999 to 0.
1502NegVolUncorr Accumulation of uncorrected volume (integer portion) in the reverse direction. The total can be computed using this integer portion (digits to R Y long m3 m3 uint64 m3
the left of the decimal) with the fractional portion (NegVolUncorrFrac) (digits to the right of the decimal). Note that this value is incremented
using internal units which may be different than those displayed and rolls over at an unsigned 64 bit integer (18,446,744,073,709,551,615
cubic meters). However, when read via Modbus, the value rolls from 999,999,999 to 0.
page 10