This Index returns the latest Gross value obtained from a LDM88.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2 16-bit registers from index 2000.
The Gross Weight are also sent when reading multiple LDM data at index 3500-
see also: _GG_Grossvalue

This Index returns the latest Netto value obtained from a LDM88.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2 16-bit registers from index 2002.
The Netto Weight are also sent when reading multiple LDM data at index 3500-
see also: _GN_Nettovalue

This Index returns the Tare weight used in the latest filling cycle.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2 16-bit registers from index 2004.
see also: _DT_DosedTare

This Index returns the last dosed weight value obtained from a LDM88.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2 16-bit registers from index 2006.
see also: _GD_Dosedvalue

This Index returns the latest average weight value obtained from a LDM88.
The format is IEEE754 Single precision floating point format. The 32 bit data is obtained by reading 2 16-bit registers from index 2008.
see also: _GA_Averagevalue

This Index returns the Gross weight value obtained from a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2020.
The Gross Weight are also sent when reading multiple LDM data at index 3300-
see also: _GG_Grossvalue

This Index returns the Netto weight value obtained from a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2022.
The Netto Weight are also sent when reading multiple LDM data at index 3300-
see also: _GN_Nettovalue

This Index returns the Tare weight used in the latest filling cycle.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2024.
see also: _DT_DosedTare

This Index returns the last dosed weight value obtained from a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2026.
see also: _GD_Dosedvalue

This Index returns the latest average weight value obtained from a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2028.
see also: _GA_Averagevalue

This Index returns the current ADC value obtained from a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 202A.
see also: _GS_Sample

This Index returns the current ID of a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 202C.
The the high word (202C) are 0(zero) and the low word (202D) should be split into two bytes:
1. Byte is the minor ID, normally 13h (19d).
2. Byte is the major ID, normally 88h (136d).
The combined value will normally read 5000d in the Modbus Monitor.
see also: _ID_DeviceIdentification

This Index returns the current Firmware version of a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 202E.
The the high word (202E) are 0(zero) and the low word (202F) should be split into two bytes:
1. Byte is the minor IV, e.g. 02h (02d).
2. Byte is the major IV, e.g. 17h (23d).
The combined value would then read 5890d in the Modbus Monitor denoting IV=2.23
see also: _IV_FirmwareVersion

This Index returns the current Status for a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2030.
see also: _IS_DeviceStatus

This Index returns the current ADC reference value for a LDM88.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2032.
see also: _RR_ReadRef

This Index returns the Device serial number.
The 32 bit integer data is obtained by reading 2 16-bit registers from index 2034.
see also: _RS_ReadSerial

This Index returns the latest Qualifier value obtained from a LDM88.
The 16 bit integer data is obtained by reading one 16-bit registers at index 2060.
The Qualifier bit values are:

• 0001h - Under range
• 0002h - Over range
• 0004h - Not within Zero range (not yet implemented, zero)
• 0008h - Exactly zero
• 0010h - No motion, still stand, steady state
• 0020h - Tare set
• 0040h - Preset tare (0=tare is measured, 1=tare is set by user)
• 0080h - Invalid weighing (wire-break, A/D ref. out of range)
• 0100h - Set-point 0 (source>limit)
• 0200h - Set-point 1
• 0400h - Set-point 2
• 0800h - Set-point 3
• 1000h - Filling in progress
• 2000h - Filling has completed
• 4000h - Average ready
• 8000h - Cold start

The Qualifier word are also sent when reading multiple LDM data at index 3300- or 3500-

This Index is used to set or reset Zero, Tare or Max/valley/p2p.
The 16 bit integer data is accessed by writing one 16-bit register at index 2061.
See also:

• 01h: _RZ_ResetZero
• 02h: _SZ_Zero
• 04h: _RT_ResetTare
• 08h: _ST_Tare
• 10h: _RM_ResetMax
• 20h: _TH_TriggerHold

This Index is used to trigger measurements or filling cycles in a Device.
The 16 bit integer data is accessed by writing one 16-bit register at index 2062.
The value 0080h starts, and for checkweighers the value 0001h arborts retriggers.

This Index is used to Start or Stop the filling application in a Device.
The 16 bit integer data is accessed by writing one 16-bit register at index 2065.
A non-zero starts the filling application, and the value 0(zero) arborts filling.

This Index is used to Initiate writing to the Device EERROM.
The 16 bit integer data is accessed by writing one 16-bit register at index 2066. The values are:

• 0001h: AS - Save analog parameters
• 0002h: CS - Save calibration
• 0004h: WP – Save general setup parameters
• 0008h: SD – Save dosing parameters
• 0010h: SS – Save set-point parameters
• 0020h: SL - Save Mass flow parameters
• 8000h: FD – Factory default

This Index is used to select Setpoint in a Device.
The 16 bit integer data is accessed by writing one 16-bit register at index 2067.
Valid values are from 0(zero) to 3 for a Checkweigher and selects the setpoint acted upon by indexes:
2068h, 206Ah, and 206Ch below.

This Index is used to select source for the setpoint actions in a Device.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2068.
Please examine the the individual variants below for detailed capabilities:
   A0, A1, A2, A3

This Index is used to get or set Setpoint Hysteresis in a Device.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 206A.
see also:  H0, H1, H2, H3

This Index is used to get or set Setpoint limit in a Device.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 206C.
see also:  S0, S1, S2, S3

This Index returns the DosedInfo obtained from a Devide.
The 16 bit integer data is obtained by reading one 16-bit registers from index 206E.
see also:  _DI_DosedInfo,

Select the Extension board to operate on (WCN122).

Select the Extension Board parameter to view or change.
parameters are:

• 00: Board Type (Can,Profi,Ether,RS485,IO,...).
• 01: Board network address (Network only).
• 02: Board communication speed (when applicaple).
• 03+: Board Type dependent...

Select the Input to view or change.
The selected input can be changed according to the valis settings here: AssignInput.

Select the Output to view or change.
The selected output can be changed according to the valis settings here: AssignOutput.

This Index is used to Set/Read the Internet Protocol Address (v4) for the Device.
This 32 bit field containing the IPv4 Address takes effect on next re-start.
see also: NA

Parameter Selected by index 2072 and 2073 to view or change.

This Index returns the latest peak value obtained from a DAD141.
The format is IEEE754 Single precision floating point format.
The 32 bit data is obtained by reading 2 16-bit registers from index 2080.
See also command description: GM

This Index returns the latest peak value obtained from a DAD141.
The 32 bit Integer data is obtained by reading 2 16-bit registers from index 2082.
See also command description: GM

This Index returns the latest hold value obtained from a DAD141.
The format is IEEE754 Single precision floating point format.
The 32 bit data is obtained by reading 2 16-bit registers from index 2084.
See also command description: GH

This Index returns the latest hold value obtained from a DAD141.
The 32 bit Integer data is obtained by reading 2 16-bit registers from index 2086.
See also command description: GH

This Index returns the latest valley value obtained from a DAD141.
The format is IEEE754 Single precision floating point format.
The 32 bit data is obtained by reading 2 16-bit registers from index 2088.
See also command description: GV

This Index returns the latest valley value obtained from a DAD141.
The 32 bit Integer data is obtained by reading 2 16-bit registers from index 208A.
See also command description: GV

This Index returns the peak value of the DAD141.
The format is IEEE754 Single precision floating point format.
The 32 bit data is obtained by reading 2 16-bit registers from index 208C.
See also command description: GO

This Index returns the peak value of the DAD141.
The 32 bit Integer data is obtained by reading 2 16-bit registers from index 208E.
See also command description: GO

This Index returns Internal AG Value.
The format is IEEE754 Single precision floating point format.
The 32 bit data is obtained by reading 2 16-bit registers from index 2090.
See also command description: AV

This Index returns Internal AG Value.
The 32 bit Integer data is obtained by reading 2 16-bit registers from index 2092.
See also command description: AV

This Index is used to select Analog Output Source.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2100.
see also:  _AA_AnalogAction,

This Index defines the weight value for 20mA analog output.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2102.
see also:  _AH_AnalogHigh,

This Index defines the weight value for 4mA analog output.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2104.
see also:  _AL_AnalogLow,

This Index is used to select the filter setting.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2106.
see also:  _FL_FilterValue,

This Index defines over how long time a rolling average is calculated.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2108.
see also:  _FF_DispFilterFactor,

This Index Reads/Modify the status of the physical output signals.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 210A.
see also:  _IO_Output,

This Index Reads the status of the physical input signals.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 210C.
see also:  _IN_ReadInput,

See index 2410

This Index chooses filter mode, permitted values are “0” for IIR and “1” for FIR.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2110.
see also:  _FM_FilterMode,

This Index Reads/Modify the maximum number of counts allowed as no-motion.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2112.
see also:  _NR_NomotionRange,

This Index Reads/Modify the minimum time the weight must stay within NR to be no-motion.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2114.
see also:  _NT_NomotionTime,

This Index Reads/Modify the mask for the output signals.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2116.
see also:  _IM_Inputmask,

This Index Reads/Modify the Tare value.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2118.

See index 2412

See index 2402

See index 2400

This Index chooses Average after the filter by 2^UR samples.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2120.
see also:  _UR_UpdateRate,

This Index enables or disables the zero tracking (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2122.
see also:  _ZT_ZeroTrack,

See index 2414

This selects the Analog Output Mode.
see also:  _AM_AnalogMode,

Turns analog pre filter on or off.
see also:  _PF_PreFilter,

see also:  _SP_SetPresetTare,

Turns the internal Web Server ON or OFF.
see also:  _SE_ServerEnable,

Sets the Analog Reference register.
see also:  _AR_AnalogReference,

This Index Reads/Modify the absolute gain point (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2200.
see also:  _AG_AbsoluteGain,

This Index Reads/Modify the absolute zero point (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2202.
see also:  _AZ_AbsoluteZero,

This Index sets the calibration functions to the enabled state.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2204.
see also:  _CE_CalibrateEnable,

This Index sets the calibration gain (span) value (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2206.
see also:  _CG_CalibrateGain,

This Index Reads/Modify the maximum allowable output value (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 220C.
see also:  _CM_Maximum,

This Index Reads/Modify the minimum allowable output value (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 220E.
see also:  _CI_Minimum,

Obsolete - Use index 2066 (TAC protected).
see also:  _CS_SaveCalibration,

This Index sets the calibration zero point (TAC protected).
The 32 bit integer data accessed by writing 2 16-bit registers from index 2212.
see also:  _CZ_CalibrateZero,

This Index Reads/Modify the decimal point position (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2214.
see also:  _DP_DecimalPoint,

This Index Reads/Modify the the display step size (TAC protected).
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2216.
see also:  _DS_DisplayStep,

_MR_MRange

_CM2_Maximum2

_CM3_Maximum3

_ZI_InitZero

_ZR_ZeroRange

_TM_TareMode

_ZM_ZeroMode

_TN_TareNonvolatile

_ZN_ZeroNonvolatile

_FT_Firmwaretype

_LA_LoadCellsAttached

_CC_CornerCalculation

_CV_CalibrateValue

_ZM_ZeroMode

_FV_FacCalValue

This Index Reads/Modify the Pre-filling mode.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2300.
see also:  _PD1_PreFillMode,

This Index Reads/Modify the Correction factor for in-flight value in percent.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2302.
see also:  _PD2_InflightCorrection,

This Index Reads/Modify the time over which the zero check average will be build.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2304.
see also:  _PD3_ZeroCheckTime,

This Index Reads/Modify the Tare delay from trigger to tare averaging start.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2306.
see also:  _PD4_TareDelay,

This Index Reads/Modify the time over which the tare average will be build.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2308.
see also:  _PD5_TareAverageTime,

This Index Reads/Modify the Delay after pre-fill.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 230A.
see also:  _PD6_DelayAfterPrefill,

This Index Reads/Modify the blanking time after coarse valve has been shut off.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 230C.
see also:  _PD7_BlankingTime,

This Index Reads/Modify the In-flight delay time after fine valve has been shut off.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 230E.
see also:  _PD8_InFlightDelayTime,

This Index Reads/Modify the time over which the filling weight average will be build.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2310.
see also:  _PD9_FillWeightAverageTime,

This Index Reads/Modify the allowable deviation from calibrated zero.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2312.
see also:  _PD10_ZeroTolerance,

This Index Reads/Modify the tare reference. Nominal weight of the bottle.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2314.
see also:  _PD11_TareReference,

This Index Reads/Modify the allowable deviation from nominal bottle weight.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2316.
see also:  _PD12_TareTolerence,

This Index Reads/Modify the Set-point for end of pre-filling.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2318.
see also:  _PD13_PreFillLevel,

This Index Reads/Modify the Fine-fill weight. Part of the total filling weight done by the fine filling valve.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 231A.
see also:  _PD14_FineFillWeight,

This Index Reads/Modify the Filling weight.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 231C.
see also:  _PD15_FillingWeight,

This Index Reads/Modify the In-flight value.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 231E.
see also:  _PD16_InFlightValue,

This Index Reads/Modify the Set-point for end of Secondary pre-filling.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2320.
see also:  _PD17_PreFil2lLevel,

This Index Reads/Modify the Fill cycle timeout.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2322.
see also:  _PD18_FillTimeoutValue,

This Index Reads/Modify the Time for fine fill valve to open if underweight.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2324.
see also:  _PD19_UnderweightPostFillTime,

This Index Reads/Modify the number of cycles to pass before next tare.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2326.
see also:  _PD20_TareInterval,

This Index Reads/Modify the Time before monitoring weight increase.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2328.
see also:  _PD21_BagRuptureBlanking,

This Index Reads/Modify the Medium-fill weight. Part of the total filling weight done by the medium filling valve.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 232A.
see also: _PD22_MediumFillWeight

This Index Reads/Modify the Production Counter.
This Counter increments every time a Filling Cycle has completed.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 232C.
see also: _PD23_ProductionCounter

This Index selects trigger level.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2400.
see also:  _TL_TriggerLevel,

This Index selects rising or falling slope trigger.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2402.
see also:  _TE_TriggerEdge,

This Index Reads/Modify the Retrig window.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2404.
see also:  _RW_ReTrigWindow,

This Index Reads/Modify the Retrig time.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2406.
see also:  _TT_ReTriggerTime,

This Index Reads/Modify the Hold time.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2408.
see also:  _HT_HoldTime,

This Index Reads/Modify the tare window.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 240A.
see also:  _TW_TareWindow,

This Index Reads/Modify the tare time.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 240C.
see also:  _TI_TareTime,

This Index Reads/Modify the retrigger stop value.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 240E.
see also:  _TS_ReTrigStop,

This Index Reads/Modify the time over which the average value will be built.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2410.
see also:  _MT_MeasureTime,

This Index Reads/Modify the delay between falling/rising edge of trigger pulse and start of measurement.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2412.
see also:  _SD_StartDelay,

This Index Reads/Modify the Delta Time in milliseconds .
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2414.
see also:  _DT_DeltaTime,

This Index Reads/Modify the Flow decimal point.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2500.
see also:  _PL1_FlowDecimalPoint,

This Index Reads/Modify the Flow scale.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2502.
see also:  _PL2_FlowScale,

This Index Reads/Modify the flow measure timeslot length.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2504.
see also:  _PL3_Flow_dTime,

This Index Reads/Modify the flow measure window.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2506.
see also:  _PL4_Flow_dWeight,

This Index Reads/Modify the delay time after refill.
The 32 bit integer data accessed by reading or writing 2 16-bit registers from index 2508.
see also:  _PL5_RefillDelay,

_PL6_KpConstant

_PL7_KiConstant

_PL8_KdConstant

_PL9_FeedSetpoint

_PL10_SetpointTolerance

_PL11_NMR_Flow

_PL12_NMT_Flow

This Index Controls the mass flow measurement.
The 32 bit integer data accessed by reading or writing one 16-bit register from index 2600.
see also:  _LS_LossControl,

This Index Reads the mass flow status.
The 32 bit integer data accessed by reading one 16-bit register from index 2601.
see also:  _LI_LossInfo,

_VF_VolumetricFreeze

This Index Reads the mass flow.
The 32 bit integer data accessed by reading 2 16-bit registers from index 2700.
see also:  _GF_Flow,

This Index Reads the trend.
The 32 bit integer data accessed by reading 2 16-bit registers from index 2702.
see also:  _GR_Trend,

This Index Reads the Total accumulated mass.
The 32 bit integer data accessed by reading 2 16-bit registers from index 2704.
see also:  _GM_Massvalue,

This Index Reads the actual mass flow.
The 32 bit integer data accessed by reading 2 16-bit registers from index 2706.
see also:  _GD_FlowRate,