ROC OPC Items

AI.FILTERED_EU:64

R4

The loop input voltage (+T) in engineering units.

3.14:64

AI.FILTERED_EU:65

R4

The board supply voltage (V++) in engineering units.

3.14:65

AI.FILTERED_EU:66

R4

The Aux analog output #1 in engineering units.

3.14:66

AI.FILTERED_EU:67

R4

The Aux analog output #2 in engineering units.

3.14:67

AI.FILTERED_EU:68

R4

The Aux analog output #3 in engineering units.

3.14:68

USER_OPCODE.DATA_mm:n

STRING

Parameter of the configurable Opcode point where mm is a two digit decimal number from 01 to 44 and n represents the table (zero-based).

0.m:n

USER_OPCODE.REVISION:n

R4

Sequence/Revision number of the configurable Opcode point where the n is the logical number.  

0.0:n

DI.POINT_TAG_ID:n

STRING

 10 character name for the discrete input. 

1.0:n

DI.FILTER:n

UI1

Number of time intervals required in high state for input to be considered high. Bit 2 of the mode parameter is used to determine the time basis.

1.1:n

DI.STATUS:n

UI1

The state of the input. Normally, a value of 1 is high and a value of 0 is low. This can be reversed by setting bit 7 of the mode parameter (Invert Enable).

1.2:n

DI.MODE:n

UI1

Bitmask settings for the discrete input

•       Bit 0: Invert Enable (1 = Invert, 0 = Normal)

•       Bit 1: Latch Enable (1 = Latch on Set, 0 = Normal)

•       Bit 2: Filter Interval 0 = 250 msec. (50 msec. for built in DI) 1 = 15 sec (3 sec for built in DI))

•       Bit 3: TDI Enable (1 = Timed Discrete Input, 0 = Normal)

•       Bit 4: ALM Enable (1 = Alarm checking active,

0 = No alarm checking)

•       Bit 5: RBX on Clear (1 = Generate RBX when exiting alarm condition, 0 = No RBX generated)

•       Bit 6: RBX on Set (1 = Generate RBX when entering alarm condition, 0 = No RBX  generated)

•       Bit 7: Manual Mode (1 = scan disabled, 0 = Normal scan)

DI.ALARM_CODE:n

UI1

Bitmask containing alarm information

•         Bit 0: TDI Low Alarm

•         Bit 1: TDI Low Low Alarm

•         Bit 2: TDI High Alarm

•         Bit 3: TDI High High Alarm

•         Bit 4: TDI Rate Alarm

•         Bit 5: Status Change

•         Bit 6: Not used

•         Bit 7: Manual mode READ ONLY.

1.4:n

DI.ACCUM_VALUE:n

UI4

Number of 0 to 1 transitions.

1.5:n

DI.ON_COUNTER:n

UI4

Number of scan periods when the Status parameter is in the 1 state.

1.6:n

DI.OFF_COUNTER:n

UI4

Number of scan periods when the Status parameter is in the 0 state.

1.7:n

DI.0_COUNT:n

I2

Number of scan periods that represent a 0 percent input pulse width (TDI).

1.8:n

DI.100_COUNT:n

I2

Number of scan periods that represent a 100 percent input pulse width (TDI).

1.9:n

DI.MAX_COUNT:n

UI2

The number of scan periods in which the input must make a transition from the 0 to 1 state (TDI).

1.10:n

DI.UNITS:n

STRING

 10 character name for the engineering units (TDI).

1.11:n

DI.SCAN_PERIOD:n

UI2

The number of scan periods between Status updates.

1.12:n

DI.ZERO_EU:n

R4

EU value corresponding to 0 percent input (TDI).

1.13:n

DI.SPAN_EU:n

R4

EU value corresponding to 100 percent input (TDI).

1.14:n

DI.LOW_ALARM:n

R4

EU value representing the low alarm threshold (TDI).

1.15:n

DI.HIGH_ALARM:n

R4

EU value representing the high alarm threshold (TDI).

1.16:n

DI.LOLO_ALARM:n

R4

EU value representing the low low alarm threshold (TDI).

1.17:n

DI.HIHI_ALARM:n

R4

EU value representing the high high alarm threshold (TDI).

1.18:n

DI.DELTA_ALARM:n

R4

EU value representing greatest allowable change between scans before generating an alarm (TDI).

1.19:n

DI.ALARM_DEADBAND:n

R4

EU value representing a dead zone above high alarm limits and below the low alarm limits to prevent spurious alarms (TDI).

1.20:n

DI.EU_VALUE:n

R4

Calculated EU value (TDI).

1.21:n

DI.TDI_COUNT:n

UI2

The number of scan periods that the pulse width of the input signal is in the 1 state (TDI). 

READ ONLY.

DO.POINT_TAG_ID:n

STRING

 10 character name for the discrete output.

2.0:n

DO.TIME_ON:n

UI2

Number of 50 msec. intervals the output is on.

2.1:n

DO.SPARE_1:n

UI1

Parameter number 2. Not Used.  READ ONLY.

2.2:n

DO.STATUS:n

UI1

The current state of the output.

2.3:n

DO.MODE:n

UI1

Bitmask settings for the discrete output.

•      Bit 0: Momentary (0 = Disable, 1 = Enable)

•      Bit 1: Toggle (0 = Disable, 1 = Enable)

•      Bit 2: Not Used (Do not set)

•      Bit 3: TDO Enable (1 = Timed Discrete Output, 0 = Normal)

•      Bit 4: CLR on Reset (0 = Disable, 1 =Enable)

•      Bit 5: Not Used

•      Bit 6: Not Used

•      Bit 7: Manual Mode (1 = scan disabled, 0 = Normal scan)

2.4:n

DO.ALARM_CODE:n

UI1

Bitmask settings for the discrete output.

•       Bit 0-5: Not Used

•       Bit 6: Point Fail (FloBoss 107 Only)

•       Bit 7: Manual Mode

2.5:n

DO.ACCUM_VALUE:n

UI4

Number of 0 to 1 transitions.

2.6:n

DO.UNITS:n

STRING

 10 character name for the Engineering Units.

2.7:n

DO.CYCLE_TIME:n

UI2

The sum of the on and off time (1 cycle time) in 50 msec. periods.

2.8:n

DO.0_COUNT:n

I2

The count in 50 msec. periods that represent a 0 percent output pulse width.

2.9:n

DO.100_COUNT:n

I2

The count in 50 msec. periods that represent a 100 percent output pulse width.

2.10:n

DO.LOW_READING_EU:n

R4

The EU value corresponding to the 0 percent count.

2.11:n

DO.HIGH_READING_EU:n

R4

The EU value corresponding to the 100 percent count.

2.12:n

DO.EU_VALUE:n

R4

EU value that corresponds to the amount of on-time for the discrete output.

2.13:n

Indicates the alarm mode.

• Bit 7 – Not Used
• Bit 6 – Report-by-Exception (RBX) on Set. Valid values are 0 (Disabled on Set) and 1 (RBX on Set)

Note: Valid only for the FB107.

Indicates scanning mode. Valid values are 0 (Automatic) and 1 (Manual).

Note: Valid only for the FB107.

AI.POINT_TAG_ID:n

STRING

 10 character name for the analog input.

3.0:n

AI.UNITS:n

STRING

 10 character name for the Engineering Units.

3.1:n

AI.SCAN_PERIOD:n

UI2

Time between updates in 50 msec. intervals.

3.2:n

AI.FILTER:n

UI2

Percentage of last value used in calculating current value.

3.3:n

AI.ADJUSTED_ATOD_0:n

I2

A/D value corresponding to 0 percent input.

3.4:n

AI.ADJUSTED_ATOD_100:n

I2

A/D value corresponding to 100 percent input.

3.5:n

AI.LOW_READING_EU:n

R4

EU value corresponding to 0 percent input.

3.6:n

AI.HIGH_READING_EU:n

R4

EU value corresponding to 100 percent input.

3.7:n

AI.LOW_ALARM_EU:n

R4

EU value representing the low alarm threshold.

3.8:n

AI.HIGH_ALARM_EU:n

R4

EU value representing the high alarm threshold.

3.9:n

AI.LOLO_ALARM_EU:n

R4

EU value representing the low low alarm threshold.

3.10:n

AI.HIHI_ALARM_EU:n

R4

EU value representing the high high alarm threshold.

3.11:n

AI.DELTA_ALARM_EU:n

R4

EU value representing greatest allowable change between scans before generating an alarm.

3.12:n

AI.ALARM_DEADBAND:n

R4

EU value representing a dead zone above high alarm limits and below the low alarm limits to prevent spurious alarms.

3.13:n

AI.FILTERED_EU:n

R4

The current value in engineering units.

3.14:n

AI.MODE:n

UI1

Bitmask settings for the analog input.

•         Bit 0: Not Used

•         Bit 1: Low Low and High High Clamping (0 = Disable, 1 = Enable)

•         Bit 2: Temperature Compensation (0 = Enable, 1 = Disable)

•         Bit 3: Use Average Input (0 = Disable, 1 = Enable)

•         Bit 4: ALM Enable (0 = Disable, 1 = Enable)

•         Bit 5: RBX on Clear (0 = Disable, 1 = Enable)

•         Bit 6: RBX on Set (0 = Disable, 1 = Enable)

•        Bit 7: Manual Mode (0 = Disable, 1 = Enable)

3.15:n

AI.RAW_ATOD_INPUT:n

I2

Raw A/D input reading: 

READ ONLY IN ROC 300 SERIES AND FB 407.

R/W IN FB 100 SERIES AND FB 500 SERIES.

3.17:n

AI.ACTUAL_SCAN:n

UI2

Actual scan time. Should be the same as Scan Period unless system is overloaded. 

READ ONLY.

3.18:n

AI.FAULT_EU_VALUE:n

R4

Fault EU Value

3.19:n

AI. CALIB_ZERO_RAW:n

UI2

Calibrated Zero Raw

3.20:n

AI.CALIB_MID_RAW_1:n

UI2

Calibrated Mid-point Raw #1 A/D Value

3.21:n

AI.CALIB_MID_RAW_2:n

UI2

Calibrated Mid-point Raw #2 A/D Value

3.22:n

AI.CALIB_MID_RAW_3:n

UI2

Calibrated Mid-point Raw #3 A/D Value

3.23:n

AI.CALIB_SPAN_RAW:n

UI2

Calibrated Span Raw

3.24:n

AI.CALIB_ZERO_EU_VALUE:n

R4

Calibrated Zero EU Value

3.25:n

AI.CALIB_MID_EU_VALUE_1:n

R4

Calibrated Mid-point EU #1

3.26:n

AI.CALIB_MID_EU_VALUE_2:n

R4

Calibrated Mid-point EU #2

3.27:n

AI.CALIB_MID_EU_VALUE_3:n

R4

Calibrated Mid-point EU #3

3.28:n

AI.CALIB_SPAN_EU:n

R4

Calibrated Span EU

3.29:n

AI.OFFSET_ADDED_CALC_EU:n

      R4

Offset to be added to all calculated EU fields

3.30:n

AI_CALIB_SET_VALUE_ED:n

R4

Calibrated set value; desired ED value for a calibrated point

3.31:n

AI_CALIB_MANUAL_VALUE:n

R4

Calibrated manual value; the current EU value of the AI while performing calibration

3.32:n

AI.CALIB_TIMER:n

UI2

Calibration Timer-number of seconds until a timeout occurs

3.33:n

AI.CALIB_TIMER:n

UI2

Calibration Timer-number of seconds until a timeout occurs

3.33:n

AI.CALIB_MODE:n

UI8

Calibration Mode

•       0 = Use current calibration

•       1 = Start calibration

•       2 = Calibrate input

•       3 = Restore previous calibration values

•       4 = End calibration

Note: No event is logged for this parameter

3.34:n

AI.CALIB_TYPE:n

UI8

Calibration Mode

• 0 = No calibration active
• 1 = Set Zero
• 2 = Set Span
• 3 = Set Mid-point #1
• 4 = Set Mid-point #2
• 5 = Set Mid-point #3
• 6 = Set Offset

3.35:n

AO.POINT_TAG_ID:n

STRING

 10 character name for the analog output.

4.0:n

AO.UNITS:n

STRING

 10 character name for the Engineering Units.

4.1:n

AI.ADJUSTED_ATOD_0:n

I2

A/D value corresponding to 0 percent output.

4.2:n

AO.ADJUSTED_ATOD_100:n

I2

A/D value corresponding to 100 percent output.

4.3:n

AO.LOW_READING_EU:n

R4

EU value corresponding to 0 percent output.

4.4:n

AO.HIGH_READING_EU:n

R4

EU value corresponding to 100 percent output.

4.5:n

AO.VALUE_EU:n

R4

EU value represents the last analog output scan.

4.6:n

AO.MODE:n

UI1

Bitmask settings for the analog output

•       Bit 0: Not Used

•       Bit 1: Not Used

•       Bit 2: Not Used

•       Bit 3: Clear on Reset (0 = Disable, 1 = Enable)

•       Bit 4: ALM Enable (0 = Disable, 1 = Enable)

•       Bit 5: RBX on Clear (0 = Disable, 1 = Enable)

•       Bit 6: RBX on Set (0 = Disable, 1 = Enable)

•       Bit 7: Manual Mode (0 = Disable, 1 = Enable)

4.7:n

AO.ALARM_CODE:n

UI1

Bitmask alarm codes

•               Bit 0: Not Used

•               Bit 1: Not Used

•               Bit 2: Not Used

•               Bit 3: Not Used

•               Bit 4: Not Used

•               Bit 5: Not Used

•               Bit 6: Point Fail

•               Bit 7: Manual Mode READ ONLY.

4.8:n

AO.RAW_ATOD_INPUT:n

I2

Raw A/D input reading.  READ ONLY.

4.9:n

AO.SCAN_MODE:n

UI1

Scan mode-valid values are 0 (Automatic) and 1 (Manual)

4.10:n

AO_MANUAL_EU:n

R4

Indicates the Manual EU

4.11:n

AO.PHYSICAL_EU:n

R4

Indicates the Physical EU

4.12:n

PULSE.POINT_TAG_ID:n

STRING

 10 character name for the pulse input.

5.0:n

PULSE.UNITS:n

STRING

 10 character name for the Engineering Units.

5.1:n

PULSE.RATE_FLAG:n

UI1

Type of pulse input selected

•       0: Rate mode

•       1: Accumulator, maximum Rollover

•       2: Accumulator, entered Rollover

5.2:n

PULSE.RATE_PERIOD:n

UI1

Time period used for rate calculation

•       0: EU/minute

•       1: EU/hour

•       2: EU/day

5.3:n

PULSE.TYPE:n

UI1

Type of measurement performed.  READ ONLY.

5.4:n

PULSE.SCAN_PERIOD:n

UI2

50 msec. intervals between scans of the EU value.

5.5:n

PULSE.CONVERSION:n

R4

The number of pulses times this number equals the Units.

5.6:n

PULSE.LOW_ALARM_EU:n

R4

EU value representing the low alarm threshold.

5.7:n

PULSE.HIGH_ALARM_EU:n

R4

EU value representing the high alarm threshold.

5.8:n

PULSE.LOLO_ALARM_EU:n

R4

EU value representing the low low alarm threshold.

5.9:n

PULSE.HIHI_ALARM_EU:n

R4

EU value representing the high high alarm threshold.

5.10:n

PULSE.DELTA_ALARM_EU:n

R4

EU value representing greatest allowable change between scans before generating an alarm.

5.11:n

PULSE.ALARM_DEADBAND:n

R4

The dead zone for alarms or the rollover value depending on the Rate Flag.

5.12:n

PULSE.VALUE_EU:n

R4

The measured value, either EUs per unit of time or accumulated EUs, depending on the Rate Period.

5.13:n

PULSE.MODE:n

UI1

Bitmask settings for the Pulse Input

•       Bit 0: Not Used

•       Bit 1: Not Used

•       Bit 2: Not Used

•       Bit 3: Conversion (1 = Direct, 0 = Reciprocal)

•       Bit 4: ALM Enable (1 = Enable, 0 = Disable)

•       Bit 5: RBX on Clear (1 = Enable, 0 = Disable)

•       Bit 6: RBX on Set (1 = Enable, 0 = Disable)

•       Bit 7: Manual Mode (1 = Manual, 0 = Normal)

5.14:n

PULSE.ALARM_CODE:n

UI1

Bitmask alarm codes

•       Bit 0: Low Alarm

•       Bit 1: Low Low Alarm

•       Bit 2: High Alarm

•       Bit 3: High High Alarm

•       Bit 4: Rate Alarm

•       Bit 5: Not Used

•       Bit 6: Not Used

•       Bit 7: Manual Mode

READ ONLY.

5.15:n

PULSE.ACCUM_VALUE:n

UI4

The value of raw counts accumulated during each scan period.

READ ONLY FOR INDUSTRY CANADA UNITS.

5.16:n

PULSE.CURRENT_RATE:n

R4

EU value representing the rate as of the most recent scan. 

READ ONLY.

5.17:n

PULSE.TOTAL_TODAY:n

R4

Total EUs accumulated since the most recent contract hour.

5.18:n

PULSE.TOTAL_YD:n

R4

Total EUs accumulated during the most recent 24 hours since the last contract hour. 

READ ONLY.

5.19:n

PULSE.CONT_ACCUM:n

UI4

Continuous Accumulator. 

READ ONLY NOTE:  

This item is supported in Industry Canada ROC devices only and replaces the PULSE.TOTAL_YD item. 

Enable the Industry Canada ROC type in the device screen.

5.19:n

PULSE.PULSE_FOR_DAY:n

UI4

Pulses for Day. 

NOTE:  

This item is supported in FB 500 series devises only.

5.20:n

PULSE.FREQ:n

R4

Frequency in Hertz

5.21:n

PULSE.CONT_ACCUM:n

UI32

Continuous accumulator (for Industry Canada)

5.19:n

PID.POINT_TAG_ID:n

STRING

 10 character name for the PID.

6.0:n

PID.CONTROL_TYPE:n

UI1

Bitmask settings for control

•       Bit 0: Operation Mode (0 = Manual, 1  = Automatic)

•       Bit 1: Control Type (0 = Primary, 1  = Override)

•       Bit 2: DO Control (0 = On, 1 = Off)

•       Bit 3: Not Used

•       Bit 4: PID shutdown on ROC restart (0 = Disable, 1 = Enable)

•       Bit 5: Not Used

•       Bit 6: Manual Tracking Enable (0 = Disable, 1 = Enable)

•       Bit 7: PID Loop Shutdown Bit (0 = Shutdown, 1 = Operational)

6.1:n

PID.LOOP_STATUS:n

UI1

Current state of PID algorithm.

•      0 = Primary and Override loops disabled

•      1 = Primary loop running

•      2 = Override loop running READ ONLY.

6.2:0

PID.ACTUAL_SCAN_TIME:n

UI2

Number of 50 msec. periods between PID scans. READ ONLY.

6.3:n

PID.PRI_INPUT_VAR:n

STRING

 Primary input point.

6.4:n

PID.PRI_OUTPUT_VAR:n

STRING

 Primary output point.

6.5:n

PID.PRI_SW_SETPOINT:n

R4

Input value at which control passes to override control loop.

6.6:n

PID.PRI_SW_VAR:n

STRING

 Primary switch process variable

6.7:n

PID.PRI_SW_MODE:n

STRING

 Comparison type (greater than, less than) that causes switch-over from primary to override control loop.

6.8:n

PID.OVR_INPUT_VAR:n

STRING

 Override input point.

6.9:n

PID.OVR_OUTPUT_VAR:n

STRING

 Override output point – second output of PID.

6.10:n

PID.OVR_SW_SETPOINT:n

R4

Input value at which control passes to primary control loop.

6.11:n

PID.OVR_SW_VAR:n

STRING

 Override switch process variable

6.12:n

PID.OVR_SW_MODE:n

STRING

 Comparison type (greater than, less than) that causes switch-over from override to primary control loop.

6.13:n

PID.PRI_SETPOINT:n

R4

Setpoint is used for controlling the primary process variable.

6.14:n

PID.PRI_CHANGE_EU_MIN:n

R4

The maximum rate at which the primary process variable is allowed to ramp to a new set point.

6.15:n

PID.PRI_LOOP_PERIOD:n

UI2

The amount of time between PID calculations in 50 msec. periods for the primary loop calculations.

6.16:n

PID.PRI_P_GAIN:n

R4

Ratio of change in output to change in input based on continuous linear relationship for the primary control loop.

6.17:n

PID.PRI_I_GAIN:n

R4

Ratio of change in output to change in input based on time relationship for the primary control loop.

6.18:n

PID.PRI_D_GAIN:n

R4

Ratio of change in output to change in input based on rate of change relationship for the primary control loop.

6.19:n

PID.PRI_SCALE_FACTOR:n

R4

Ratio of output span to input span for the primary control loop.

6.20:n

PID.PRI_DEADBAND:n

R4

Dead zone around setpoint in which integral action is disabled for the primary control loop.

6.21:n

PID.PRI_PV:n

R4

Current value of primary control loop process variable.

6.22:n

PID.PRI_OUTPUT_EU:n

R4

EU value of output of primary PID loop.

6.23:n

PID.PRI_SW_PV_EU:n

R4

Input value that is compared to the primary switch value which is used to determine if control should be passed to the override control loop.

6.24:n

PID.MIN_CTL_TIME:n

UI2

The minimum amount of time (in 50 msec. periods) that the primary or override control loop must maintain control before switching back to the other control loop.

6.25:n

PID.OVR_SETPOINT:n

R4

Setpoint is used for controlling the override process variable.

 6.26:n

PID.OVR_CHANGE_EU_MIN:n

R4

The maximum rate at which the override process variable is allowed to ramp to a new setpoint.

6.27:n

PID.OVR_LOOP_PERIOD:n

UI2

The amount of time between PID calculations in 50 msec. periods for the override loop calculations.

6.28:n

PID.OVR_P_GAIN:n

R4

Ratio of change in output to change in input based on continuous linear relationship for the override control loop.

6.29:n

PID.OVR_I_GAIN:n

R4

Ratio of change in output to change in input based on time relationship for the override control loop.

6.30:n

PID.OVR_D_GAIN:n

R4

Ratio of change in output to change in input based on rate of change relationship for the override control loop.

6.31:n

PID.OVR_SCALE_FACTOR:n

R4

Ratio of output span to input span for the override control loop.

6.32:n

PID.OVR_DEADBAND:n

R4

Dead zone around setpoint in which integral action is disabled for the override control loop.

6.33:n

PID.OVR_PV:n

R4

Current value of override control loop process variable.

6.34:n

PID.OVR_OUTPUT_EU:n

R4

EU value of output of override PID loop.

6.35:n

PID.OVR_SW_PV_EU:n

R4

Input value that is compared to the override switch value which is used to determine if control should be passed to the primary control loop.

6.36:n

AGA.POINT_TAG_ID

STRING

10 character name for the AGA.

7.0:n

AGA.LATITUDE:n

R4

Geographic latitude of metering location.

7.1:n

AGA.ELEVATION:n

R4

Elevation of metering location.

7.2:n

AGA.CALC_METHOD:n

UI1

Bitmask setting for calculation method

•       Bit 0: Super compressibility method (0 = NX-19, 1 = AGA8)

•       Bit 1: Calculation method (0 = AGA3, 1  = AGA7)

•       Bit 2: AGA3 algorithm (0 = 1985, 1  = 1992)

•       Bit 3: Units (0 = US, 1 = Metric)

•       Bit 4: ALM Enable (0 = Disable, 1 = Log Alarms)

•       Bit 5: RBX on Clear (0 = Disable, 1  = Enable)

•       Bit 6: RBX on Set (0 = Disable, 1  = Enable)

•       Bit 7: Not Used

7.3:n

AGA.OPTIONS:n

UI1

Bitmask configuration options

•       Bit 0: Tap type (0 = Flange, 1 = Pipe)

•       Bit 1: Specific Gravity (0 = Calculate, 1  = Entered)

•       Bit 2: Static Pressure (0 = Downstream, 1  = Upstream)

•       Bit 3: Static Pressure (0 = Gauge, 1  = Absolute)

•       Bit 4: Heating Value (0 = Calculate, 1  = Entered)

•       Bit 5: Acceleration (0 = Calculate, 1  = Entered)

•       Bit 6: Heating Value (0 = Mass, 1  = Volume)

•       Bit 7: Not Used

7.4:n

AGA.SPECIFIC_GRAVITY:n

R4

Specific gravity.

7.5:n

AGA.HEATING_VALUE:n

R4

Heating value.

7.6:n

AGA.GRAV_ACCEL_ CORRECTION:n

R4

Gravitational Acceleration value.

7.7:n

AGA.SCAN_PERIOD:n

UI2

Number of 50 msec. periods between flow calculations. Note: This item does not exist in the NEW_AGA section of item tags.

7.8:n

AGA.PIPE_DIAMETER:n

R4

Inside pipe diameter used for AGA3 calculation.

7.9:n

AGA.ORIFICE_DIAMETER:n

R4

Orifice diameter used for AGA3 calculation.

7.10:n

AGA.ORIFICE_MEASURED_TE MP:n

R4

Orifice plate temperature.

7.11:n

AGA.ORIFICE_MATERIAL:n

UI1

Orifice plate material (0 = Stainless steel,  1 = Monel, 2 = Carbon Steel)

7.12:n

AGA.DESCRIPTION:n

STRING

30 character description of meter run.

7.13:n

AGA.ALARM_CODE:n

UI1

Bitmask alarm fields

• Bit 0: Low Alarm
• Bit 1: Not Used
• Bit 2: High Alarm
• Bit 3: Not Used
• Bit 4: Not Used
• Bit 5: Not Used
• Bit 6: No Flow
• Bit 7: Manual Mode READ ONLY.

7.14:n

AGA.LOW_ALARM_EU:n

R4

Flow value that triggers a low alarm.

7.15:n

AGA.HIGH_ALARM_EU:n

R4

EU value representing the high alarm threshold.

7.16:n

AGA.VISCOSITY:n

R4

Viscosity of flowing gas.

7.17:n

AGA.SPECIFIC_HEAT_RATIO:n

R4

Specific Heat Ratio.

7.18:n

AGA.CONTRACT_PRESSURE:n

R4

Flow measurement pressure specified in gas contract.

7.19:n

AGA.CONTRACT_TEMP:n

R4

Flow measurement temperature specified in gas contract.

7.20:n

AGA.DP_LOW_CUTOFF:n

R4

Low flow limits that sets flow calculation to zero. ORIFICE

7.21:n

AGA.KFACTOR

R4

Low flow limits that sets flow calculation to zero.

TURBINE  

FB 504, 104, AND 107 ONLY.

7.21:n

AGA.MFACTOR

R4

Low flow limits that sets flow calculation to zero.

TURBINE

FB 407 VERSION 1.10 OR GREATER ONLY.

7.21:n

AGA.GRAVITY_CORRECTION:n

      R4

Correction for local gravity.

7.22:n

AGA.NITROGEN:n

R4

Mole percent Nitrogen.

7.23:n

AGA.CARBON_DIOXIDE:n

R4

Mole percent Carbon Dioxide.

7.24:n

AGA.HYDROGEN_SULFIDE:n

R4

Mole percent Hydrogen Sulfide.

7.25:n

AGA.WATER:n

R4

Mole percent Water.

7.26:n

AGA.HELIUM:n

R4

Mole percent Helium.

7.27:n

AGA.METHANE:n

R4

Mole percent Methane.

7.28:n

AGA.ETHANE:n

R4

Mole percent Ethane.

7.29:n

AGA.PROPANE:n

R4

Mole percent Propane.

7.30:n

AGA.N_BUTANE:n

R4

Mole percent n-Butane.

7.31:n

AGA.I_BUTANE:n

R4

Mole percent i-Butane.

7.32:n

AGA.N_PENTANE:n

R4

Mole percent n-Pentane.

7.33:n

AGA.I_PENTANE:n

R4

Mole percent i-Pentane.

7.34:n

AGA.N_HEXANE:n

R4

Mole percent n-Hexane.

7.35:n

AGA.N_HEPTANE:n

R4

Mole percent n-Heptane.

7.36:n

AGA.N_OCTANE:n

R4

Mole percent n-Octane.

7.37:n

AGA.N_NONANE:n

R4

Mole percent n-Nonane.

7.38:n

AGA.N_DECANE:n

R4

Mole percent n-Decane.

7.39:n

AGA.OXYGEN:n

R4

Mole percent Oxygen.

7.40:n

AGA.CARBON_MONOXIDE:n

R4

Mole percent Carbon Monoxide.

7.41:n

AGA. HYDROGEN:n

R4

Mole percent Hydrogen.

7.42:n

AGA.SPARE_1:n

UI1

Not used.

7.43:n

AGA.ENABLE_STACK_UP:n

UI1

Using stacked differential pressure transmitters.

7.44:n

AGA.LOW_DP_VAR:n

STRING

Low differential pressure (hw) input.

7.45:n

AGA.DP_VAR:n

STRING

Differential Pressure (hw) Input. ORIFICE

7.46:n

AGA.FLOW_RATE_INPUT

STRING

Flow Rate Input  TURBINE

7.46:n

AGA.PF_VAR:n

STRING

Static pressure input – Pf.

7.47:n

AGA.TF_VAR:n

STRING

Temperature input – Pf.

7.48:n

AGA.LOW_DP_SETPOINT:n

R4

Setpoint value at which switchover to low differential pressure input occurs.

7.49:n

AGA.HIGH_DP_SETPOINT:n

R4

Setpoint value at which switchover to high differential pressure input occurs.

7.50:n

AGA.HW:n

R4

Differential pressure.

7.51:n

AGA.PF:n

R4

Static pressure.

7.52:n

AGA.TF:n

R4

Temperature of flowing fluid.

7.53:n

AGA.KFACTOR:n

R4

k-Factor (107, 504, 104)

7.21:n

AGA.MFACTOR:n

R4

k-Factor (407 turbine version 1.1 or greater))

7.21:n

AGA.FLOW_RATE_INPUT:n

R4

k-Factor (turbine)

7.46:n

HISTORY.POINT_TAG_ID_mm:n

STRING

Where mm is a two digit decimal number from 01 to 15

8.P:n

HISTORY.POINT_mm:n

STRING

Where mm is a two digit decimal number from 01 to 15

8.P:n

HISTORY.ARCHIVE_TYPE_mm:n

UI1

Where mm is a two digit decimal number from 01 to 15

8.P:n

HISTORY.RATE_TYPE_mm:n

UI1

Where mm is a two digit decimal number from 01 to 15

8.P:n

LCD.TEXT_LINE1:n

STRING

Text for display line 1.

9.0:n

LCD.TEXT_LINE2:n

STRING

Text for display line 2.

9.1:n

LCD.TEXT_LINE3:n

STRING

Text for display line 3.

9.2:n

LCD.DATA_LINE1_VAR:n

STRING

Data for line 1.

9.3:n

LCD.DATA_LINE2_VAR:n

STRING

Data for line 2.

9.4:n

LCD.DATA_LINE3_VAR:n

STRING

Data for line 3.

9.5:n

AGAFLOW.DP:n or AGAFLOW.HW:n

R4

Differential pressure. 

ORIFICE

READ ONLY.

10.0:n

AGAFLOW.UNCORRECTED_FLOW:n

R4

Uncorrected Flow. 

TURBINE

READ ONLY.

10.0:n

AGAFLOW.PF:n

R4 

Static pressure.  READ ONLY.

10.1:n

AGAFLOW.TF:n

R4

Temperature of flowing fluid.  READ ONLY.

10.2:n

AGAFLOW.MCF_PER_DAY:n

R4

Instantaneous flow rate in thousands of cubic feet per day.  

READ ONLY.

10.3:n

AGAFLOW.MMBTU_PER_DAY:n

R4

Instantaneous energy rate in millions of cubic feet per day. 

READ ONLY.

10.4:n

AGAFLOW.MCF_TODAY:n

R4

Accumulated flow rate since start of contract day in thousands of cubic feet. 

READ ONLY IN FB 500 - SERIES.

10.5:n

AGAFLOW.MMBTU_TODAY:n 

R4

Accumulated energy rate since start of contract day in millions of cubic feet. 

READ ONLY IN FB 500 – SERIES.

10.6:n

AGAFLOW.MCF_YD:n

R4

Accumulated flow rate in thousands of cubic feet in 24 hour period prior to start of current Contract day. 

READ ONLY IN FB 500 – SERIES.

10.7:n

AGAFLOW.MCF_CONT_ACCUM:n

UI4

Flow continuous accumulated. 

NOTE: THIS ITEM IS SUPPORTED IN INDUSTRY CANADA ROC DEVICES ONLY AND REPLACES THE AGAFLOW. MCF_YD ITEM.  

ENABLE THE INDUSTRY CANADA ROC TYPE IN THE DEVICE SCREEN.

10.7:n

AGAFLOW.MMBTU_YD:n

R4

Accumulated energy rate in millions of cubic feet in 24 hour period prior to start of current Contract day. 

READ ONLY IN FB 500 - SERIES.

10.8:n

AGAFLOW.MMBTU_CONT_ACCUM:n

UI4

Energy continuous accumulated. 

NOTE: THIS ITEM IS SUPPORTED IN INDUSTRY CANADA ROC DEVICES ONLY AND REPLACES THE AGAFLOW. MMBTU_YD ITEM.  

ENABLE THE INDUSTRY CANADA ROC TYPE IN THE DEVICE SCREEN.

10.8:n

AGAFLOW.PRESSURE_EXT:n

R4

Calculated pressure extension value.  READ ONLY.

10.9:n

AGAFLOW.C_PRIME:n

R4

Calculated C' value.  READ ONLY.

10.10:n

AGAFLOW.SAMPLE_TIME:n

R4

Sample time value.  READ ONLY. Note: This item does not exist in the NEW_AGAFLOW section of item tags.

10.11:n

AGAFLOW.EXPANSION_FACTOR:n

R4

READ ONLY.

10.12:n

AGAFLOW.FR:n

R4

Reynolds number value.  READ ONLY.

10.13:n

AGAFLOW.FTF:n

R4

Flowing temperature factor value. READ ONLY.

10.14:n

AGAFLOW.FPV:n

R4

Super-compressibility factor value.  READ ONLY.

10.15:n

AGAFLOW.FGR:n

R4

Specific gravity factor value.  READ ONLY.

10.16:n

AGAFLOW.FB:n

R4

Orifice flow factor value.  READ ONLY.

10.17:n

AGAFLOW.FPB:n

R4

Pressure base factor value.  READ ONLY.

10.18:n

AGAFLOW.FTB:n

R4

Temperature base factor value.  READ ONLY.

10.19:n

AGAFLOW.FA:n

R4

Thermal expansion factor value.  READ ONLY.

10.20:n

AGAFLOW.FLOW_MINUTES:n

R4

Flowing minute (ROCPAC only).  READ ONLY. Note: This item does not exist in the NEW_AGA section of item tags.

10.21:n

AGAFLOW.HW:n

R4

Orifice: hw – Meter Differential Pressure

Value (Inches H2O or kPa) 

10.0:n

AGAFLOW.UNCORRECTED_FLOW:n

R4

Turbine: Uncorrected Flow Rate

10.9:n

AGAFLOW.MCF_CONT_ACCUM:n

R4

Flow Continuous Accum – MCF or km3

(Industry Canada) 

10.7:n

AGAFLOW.MMBTU_CONT_ACCUM:n

R4

Energy Continuous Accum – MMBTU or

GJ (Industry Canada) 

10.8:n

TANK.TAG:n

STRING

 10 character name for tank.

11.0:n

TANK.UNITS:n

STRING

 10 character name for the engineering units.

11.1:n

TANK.LEVEL_VAR:n

STRING

 Tank level input.

11.2:n

TANK.METER_OUTPUT_VAR:n

STRING

 Meter output (Pulse input).

11.3:n

TANK.SCAN_PERIOD:n

UI2

Number of 50msec periods between volume calculations.

11.4:n

TANK.ALARM_CODE:n

UI1

Bitmask of alarms

•  Bit 4: Rate Alarm

•  Others: Not Used READ ONLY.

11.5:n

TANK.SPARE_1:n

UI1

Not Used. 

READ ONLY.

11.6:n

TANK.DELTA_ALARM_EU:n

R4

The maximum drop in level between scans before an alarm is generated.

11.7:n

TANK.STRAPPING_VALUE:n

R4

Factor for equating 1 inch of water column to the volumetric quantity of the tank.

11.8:n

TANK.SPECIFIC_GRAVITY:n

R4

Specific gravity of the liquid stored in the tank.

11.9:n

TANK.LEVEL_DEADBAND:n

R4

The amount of change in level required before the rate alarm clears.

11.10:n

TANK.MANUAL_ENTRY_BBLS:n

R4

Amount of liquid manually removed from tank.

11.11:n

TANK.TOTAL_BBLS_HAULED:n

R4

Sum of manually removed units.  READ ONLY.

11.12:n

TANK.CUR_FLUID_LEVEL:n

R4

Current liquid level in tank. 

READ ONLY.

11.13:n

TANK.MIDNIGHT_LEVEL:n

R4

Liquid level at start of contract day.  READ ONLY.

11.14:n

TANK.BBLS_DISCHARGED:n

R4

Volume of liquid discharged through the turbine since start of contract day. 

READ ONLY.

11.15:n

TANK.TODAYS_VOLUME:n

R4

Net volume gain or loss since start of contract day.  

READ ONLY.

11.16:n

TANK.YD_VOLUME:n

R4

Yesterday's net volume gain or loss.  READ ONLY.

11.17:n

TANK.LAST_SCAN_LEVEL:n

R4

Level of liquid in tank at time of last scan.  READ ONLY.

11.18:n

TANK.CORRECTED_BASE_PI:n

R4

Corrected base PI..  READ ONLY.

11.19:n

AGAFLOW.POINT_TAG_ID:n

STRING

10 character name for tank.

11.0:n

CLOCK.SECOND

UI1

Current second in real time clock.

12.0:n

CLOCK.MINUTE

UI1

Current minute in real time clock.

12.1:n

CLOCK.HOUR

UI1

Current hour in real time clock.

12.2:n

CLOCK.DAY

UI1

Current day in real time clock.

12.3:n

CLOCK.MONTH

UI1

Current month in real time clock.

12.4:n

CLOCK.YEAR

UI1

Current year in real time clock. 2 digit year.

12.5:n

CLOCK.LEAP_YEAR

UI1

For ROC 300 series and FB 407, the number of years ago that the last leap year occurred. Equals 0 on a leap year. 

For FB 500 series, 1 for a leap year, 2 for not a leap year.

READ ONLY IN FB 500 - SERIES.

12.6:n

CLOCK.DAY_OF_WEEK

UI1

Current day of week ( 1=Sunday, 7=Saturday ).

READ ONLY IN FB 500 - SERIES.

12.7:n

CLOCK.DATE_TIME

STRING

 Date and Time string from ROC real time clock setting. The format is WWW Mmm dd,yyyy hh:mm:ss, were WWW is the Day Of The Week

Text, Mmm is the Month Text, dd is the Day of the month, yyyy is the Four Digit Year, hh is the Hour, mm is the Minutes, ss is the Seconds. 

Example: WED Jul 11, 2001 16:34:15. 

All the values are read from opcode 7. 

READ ONLY.

12.8:n

CLOCK.DATE_TIME_2

STRING

 Date and Time string from ROC real time clock

setting. The format is yyyy/mm/dd hh:mm:ss, where yyyy is the Four digit year, mm is the two digit month, dd is the two digit day of the month, hh is the Hour, mm is the Minutes, ss is the Seconds. All the values are read from Point type 12, Parameter number 8 using opcode 180 and 181.

NOTE: This item is available in Version 5.0.1.3 and above.

12.8:n

CLOCK.CENTURY

UI1

First two digits of a four digit year. 

NOTE: This item is supported in Industry

Canada ROC devices only. Enable the Industry Canada ROC type in the device screen.

12.9:n

CLOCK.DAYLIGHT_SAVINGS

     UI1

•       1 for daylight savings enabled

•       0 for daylight savings not enabled

 NOTE: This item is supported in Industry

Canada ROC devices only. Enable the Industry Canada ROC type in the device SCREEN.

12.10:n

CLOCK.DATE

UI4

Date from the ROC real time clock setting in the form YYYYMMDD. READ ONLY.

N/A

CLOCK.TIME

UI4

Time from the ROC real time clock setting in the form HHMMSS.  READ ONLY. 

N/A

CLOCK.FLAG_23:n

UI1

Comm Port 2 Security

12.23:n

CLOCK.FLAG_24:n

UI1

Manages LCD Port Security for FloBoss 107. Valid values are: 

0            = Disabled 

1            = Enabled; managed by password  2 = Enabled; managed by passwoprd and access level security 

12.24:n

CLOCK.FLAG_25:n

UI1

Sets Comm Port Pass-Through mode for FloBoss 100-Series,: 

0            = No Pass Through. 

1            = LOI to COM1 (103/104 and 107) 

2            = COM1 to LOI (103/104), LOI to COM2 (107) 

3            = LOI to COM2 (103/104), LOI to COM3 (107) 

4            = COM2 to LOI (103/104), COM1 to LOI (107) 

5            = COM1 to COM2 (103/104), COM1 to

COM2 (107) 

6            = COM2 to COM1 (103/104), COM1 to

COM3 (107) 

7            = COM2 to LOI (107) 

8            = COM2 to COM1 (107) 

9            = COM2 to COM 3 (107) 

10         = COM3 to LOI (107) 

11         = COM3 to COM1 (107) 

12         = COM3 to COM2 (107)  

12.25:n

CLOCK.FLAG_26:n

UI1

For FloBoss 103/104, manages the 6 Point I/O Setup Flag: 

Bit 0: 0 = AI1 1 = DI1 

Bit 1: 0 = AI2 1 = DI2 

Bit 2: 0 = AO 1 = DO1 

Bit 4: 0 = PI1 1 = DI3 

Bit 5: 0 = PI2 1 = DI4 

Bits 3, 6, and 7 – Not Used  

12.26:n

CLOCK.FLAG_27:n

UI1

Manages Comm Port 3 Security for FloBoss 107. Valid values are: 

0  = Disabled 

1  = Enabled; managed by password 

2  = Enabled; managed by password and

access level security  

12.27:n

CLOCK.FLAG_28:n

UI1

Manages communications port 3 RTS for

FloBoss 107 only, 

0  = Disabled 

1  = Enable for 30 seconds  

12.28:n

CLOCK.FLAG_29:n

UI1

Manages the configured number of daily history logs for FloBoss 107 only,  

12.29:n

SYSTEM_FLAG.CRC_CHECK

UI1

Indicates the CRC check.

13.0:n

SYSTEM_FLAG.FLAG_1

UI1

System flag 1.

13.1:n

SYSTEM_FLAG.FLAG_2

UI1

System flag 2.

13.2:n

SYSTEM_FLAG.FLAG_3

UI1

System flag 3.

13.3:n

SYSTEM_FLAG.FLAG_4

UI1

System flag 4.

13.4:n

SYSTEM_FLAG.FLAG_5

UI1

System flag 5.

13.5:n

SYSTEM_FLAG.FLAG_6

UI1

System flag 6.

13.6:n

SYSTEM_FLAG.FLAG_7

UI1

System flag 7.

13.7:n

SYSTEM_FLAG.RTS_ROI

UI1

Enable RTS use on operator interface port.

13.8:n

SYSTEM_FLAG.RTS_COMM1

UI1

Enable RTS use on communications port 1.

13.9:n

SYSTEM_FLAG.RTS_COMM2

UI1

Enable RTS use on communications port 2.

13.10:n

SYSTEM_FLAG.CLEAR_FIRM

UI1

Clear all saved restart data, restores factory defaults.

13.11:n

SYSTEM_FLAG.IO_SCAN_EN

UI1

Enable I/O scamming.

13.12:n

SYSTEM_FLAG.RTS_OUT2_ON

UI1

Control Auxiliary Output 2.

13.13:n

SYSTEM_FLAG. RTS_OUT1_ON

UI1

Control Auxiliary Output 1

13.14:n

SYSTEM_FLAG.COLD_START

UI1

ROC initialized from restart configuration.

13.15:n

SYSTEM_FLAG.WARM_START

UI1

ROC initialized from RAM.

13.16:n

SYSTEM_FLAG.READ_IO

UI1

Forces ROC to read and update I/O configuration.

13.17:n

SYSTEM_FLAG.WRITE_TO_FIRM

UI1

Save configuration settings to EEPROM.

13.18:n

SYSTEM_FLAG.WR_FIRM_DONE

UI1

Signals when a write to EEPROM has completed

13.19:n

SYSTEM_FLAG.EVENT_LOG_FLAG

UI1

Enables the Event Log for FB 100 Series and FB 500 Series.

Enables Init. History for FB 407 and ROC 300 Series with FlashPAC

13.20:n

SYSTEM_FLAG.LOI_SECURITY

UI1

Manages LOI Security

13.21:n

SYSTEM_FLAG.PORT_1_SECURITY

UI1

ManagesCom Port 1Security

13.22:n

SYSTEM_FLAG.PORT_2_SECURITY

UI1

ManagesCom Port 2Security

13.23:n

SYSTEM_FLAG.PORT_PASSTHRU_MO

Sets Comm Port Pass-Through mode:

13.25:n

SYSTEM_FLAG.PT_IO_SETUP_FLAG

Manages the 6 Point I/O Setup Flag

13.26:n

SYSTEM_FLAG.PORT_3_SECURITY

ManagesCom Port 3Security

13.27:n

SYSTEM_FLAG.PORT_3_RTS_TEST

SetsComm Port 3 RTS Test

13.28:n

SYSTEM_FLAG.CFG_DAILY_HIST

Manages the configured number of daily history logs.

13.29:n

SYSTEM_FLAG.HISTORY_TS_OPT

Manages the history time stamp option.

13.30:n

SYSTEM_FLAG.CFG_DAILY_HIST

Manages the configured number of daily history logs.

13.31:n

SYSTEM_FLAG.FLAG_23:n

UI1

Comm Port 2 Security

12.23:n

SYSTEM_FLAG.FLAG_24:n

UI1

Manages LCD Port Security for FloBoss 107. Valid values are: 

0              = Disabled 

1              = Enabled; managed by password  2 = Enabled; managed by passwoprd and access level security 

12.24:n

SYSTEM_FLAG.FLAG_25:n

UI1

Sets Comm Port Pass-Through mode for FloBoss 100-Series,:  0 = No Pass Through. 

1              = LOI to COM1 (103/104 and 107) 

2              = COM1 to LOI (103/104), LOI to COM2 (107) 

3              = LOI to COM2 (103/104), LOI to COM3 (107) 

4              = COM2 to LOI (103/104), COM1 to LOI (107) 

5              = COM1 to COM2 (103/104), COM1 to COM2 (107) 

6              = COM2 to COM1 (103/104), COM1 to COM3 (107) 

7              = COM2 to LOI (107) 

8              = COM2 to COM1 (107) 

9              = COM2 to COM 3 (107) 

10           = COM3 to LOI (107) 

11           = COM3 to COM1 (107) 

12           = COM3 to COM2 (107)  

12.25:n

SYSTEM_FLAG.FLAG_26:n

UI1

For FloBoss 103/104, manages the 6 Point I/O Setup Flag:  Bit 0: 0 = AI1 1 = DI1 

Bit 1: 0 = AI2 1 = DI2 

Bit 2: 0 = AO 1 = DO1 

Bit 4: 0 = PI1 1 = DI3 

Bit 5: 0 = PI2 1 = DI4  

Bits 3, 6 and 7 – Not Used  

12.26:n

SYSTEM_FLAG.FLAG_27:n

UI1

Manages Comm Port 3 Security for FloBoss 107. Valid values are: 

0              = Disabled 

1              = Enabled; managed by password 

2              = Enabled; managed by passwoprd and access level security  

12.27:n

SYSTEM_FLAG.FLAG_28:n

UI1

Manages communications port 3 RTS for FloBoss 107 only,  0 = Disabled 1 = Enable for 30 seconds  

12.28:n

SYSTEM_FLAG.FLAG_29:n

UI1

Manages the configured number of daily history logs for FloBoss 107 only,  

12.29:n

PORT.TAG_ID:n

STRING

10 character name for the communications port.

14.0:n

PORT.BAUD_RATE:n

UI2

Transmit and receive data rate.

14.1:n

PORT.STOP_BITS:n

UI1

Number of stop bits in a character.

14.2:n

PORT.DATA_BITS:n

UI1

Number of data bits in a character.

14.3:n

PORT.PARITY:n

UI1

Parity checks to be performed on incoming data.

14.4:n

PORT.STATUS:n

UI1

Bitmask indicators of communications card status

•               Bit 0: No Port Installed (1  = No port installed, 0 = port installed)

•               Bit 1: RBX Enable (1  = RBX active,  0 = No RBX)

•               Bit 2: Not Used

•               Bit 3: Not Used

•               Bit 4: Not Used

•               Bit 5: Not Used

•               Bit 6: Not Used

•               Bit 7: User Configurable READ ONLY.

14.5:n

PORT.MODE:n

UI1

Bitmask settings of communications card

•       Bit 0: Not Used

•       Bit 1: Enable RBX (0 = RBX inactive, 1 = RBX message pending)

•       Bit 2: Enable Extra Key-On

•       Bit 3: Not Used

•       Bit 4: Not Used

•       Bit 5: Not Used

•       Bit 6: User Configurable Flag

•       Bit 7: User Configurable Flag

14.6:n

PORT.KEY_ON_DELAY:n

UI1

Push-to-talk delay in 50msec or 10msec intervals.

14.7:n

PORT.TURNAROUND_DELAY:n

UI1

Delay between receipt of a request and the transmission of a response, in 50msec or 10msec intervals.

14.8:n

PORT.RETRY_COUNT:n

UI1

Number of times a message is repeated if a valid response is not received.

14.9:n

PORT.RETRY_TIME:n

UI2

Key-on delay for RBXs over trunked communications systems in 50msec or 10msec intervals.

14.10:n

PORT.ALARM_POINTER:n

UI2

The pointer to the last alarm in the alarm log that triggered a RBX. READ ONLY.

14.11:n

PORT.RECV_COUNTER_COPY:n

UI2

Number of received messages  READ ONLY.

14.12:n

PORT.RETRY_COUNTER:n

UI2

Number of retries due to no response.  READ ONLY.

14.13:n

PORT.VALID_RECEIVE_CTR:n

UI2

Number of valid Opcodes received on this port.

14.14:n

PORT.MODEM_STATUS:n

UI1

READ ONLY. Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.15:n

PORT.MODEM_TYPE:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.16:n

PORT.CONNECT_TIME:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.17:n

PORT.CONFIG_COMMAND:n

STRING

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.18:n

PORT.CONNECT_COMMAND:n

STRING

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.19:n

PORT.DISCONNECT_TIME:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.20:n

PORT.INACTIVITY_TIME:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.21:n

PORT.RBX_TIME_BASE_1:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.22:n

PORT.RBX_RETRY_COUNT_1:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.23:n

PORT.RBX_TIME_BASE_2:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.24:n

PORT.RBX_RETRY_COUNT_2:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.25:n

PORT.RBX_TIME_BASE_3:n

R4

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.26:n

PORT.RBX_RETRY_COUNT_3:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.27:n

PORT.RBX_UNIT:n

or 

PORT.RBX_ADDRESS:n  

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.28:n

PORT.RBX_GROUP:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.29:n

PORT.STORE_FORWARD_ADDR_

1:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.30:n

PORT.STORE_FORWARD_GROU

P_1:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.31:n

PORT.STORE_FORWARD_ADDR_

2:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.32:n

PORT.STORE_FORWARD_GROU

P_2:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.33:n

PORT.STORE_FORWARD_ADDR_

3:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.34:n

PORT.STORE_FORWARD_GROU

P_3:n

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

14.35:n

PORT.RBX_ADDRESS:n

UI1

RBX Address

14.28:n

SYSTEM.ROC_UNIT or

SYSTEM.ROC_ADDRESS 

UI1

ROC unit address for communications. 

15.0:n

SYSTEM.ROC_GROUP

UI1

ROC group address for communications.

15.1:n

SYSTEM.STATION_NAME

STRING

 20 character name or location of the ROC.

15.2:n

SYSTEM.ACTIVE_PIDS

UI1

Number of PID loops that are enabled.

15.3:n

SYSTEM.ACTIVE_AGAS

UI1

Number of AGA calculations that are enabled.

15.4:n

SYSTEM.ACTIVE_TANKS

UI1

Number of Tank functions which are enabled.

15.5:n

SYSTEM.HISTORY_BASE

UI1

Number of Base RAM history points enabled.

15.6:n

SYSTEM.HISTORY_1

UI1

Number of RAM 1 history points enabled.

15.7:n

SYSTEM.HISTORY_2

UI1

Number of RAM 2 history points enabled.

15.8:n

SYSTEM.HISTORY_3

UI1

Number of RAM 3 history points enabled.

15.9:n

SYSTEM.CONTRACT_HOUR

UI1

Hour considered as start of day.

15.10:n

SYSTEM.PART_NUMBER

STRING

 Version name.  READ ONLY.

15.11:n

SYSTEM.FISHER_ID

STRING

 Firmware identification.

15.12:n

SYSTEM.TIME_CREATED

STRING

 Time and date when firmware was created.  READ ONLY.

15.13:n

SYSTEM.SERIAL_NUMBER

STRING

 ROM serial number.  READ ONLY.

15.14:n

SYSTEM.CUSTOMER_NAME

STRING

 Customer name for which the ROM version was created. READ ONLY.

15.15:n

SYSTEM.ROM_PIDS

UI1

Maximum PID loops supported.  READ ONLY.

15.16:n

SYSTEM.ROM_AGAS

UI1

Maximum AGA calculations supported.  READ ONLY.

15.17:n

SYSTEM.ROM_TANKS

UI1

Maximum Tank functions supported.  READ ONLY.

15.18:n

SYSTEM.FST_ACTIVE

UI1

Number of FSTs that can be run. READ ONLY.

15.19:n

SYSTEM.RAM

UI1

Number of 128K RAM segments.  READ ONLY.

15.20:n

SYSTEM.ROM

UI1

Number of 128K ROM segments.  READ ONLY.

15.21:n

SYSTEM.MPU_LOADING

R4

Percentage of time that processor is busy.  READ ONLY.

15.22:n

SYSTEM.UTILITIES

UI1

Bitmask utility code

•               Bit 0: AGA reports installed

•               Bit 1: LCD installed

•               Bit 2: COM1 User Enable

•               Bit 3: COM2 User Enable

•               Bit 4: User C Enable

•               Bit 5: Not Used

•               Bit 6: Not Used

•               Bit 7: Not Used READ ONLY.

15.23:n

SYSTEM.ROC_TYPE 

UI2

Read Only.

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver.  1.05 and greater  only.

15.24:n

SYSTEM.UNITS_FLAG

UI1

Note: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

15.25:n

SYSTEM.ENCRYPT_KEY1

UI4

Encryption Key 1

15.26:n

SYSTEM.ENCRYPT_KEY2

UI4

Encryption Key 2

15.27:n

SYSTEM.ENCRYPT_KEY3

UI4

Encryption Key 3

15.28:n

SYSTEM.ENCRYPT_KEY4

UI4

Encryption Key 4

15.29:n

SYSTEM.ENCRYPT_KEY5

UI4

Encryption Key 5

15.30:n

SYSTEM.ENCRYPT_KEY6

UI4

Encryption Key 6

15.31:n

SYSTEM.ENCRYPT_KEY7

UI4

Encryption Key 7

15.32:n

SYSTEM.ENCRYPT_KEY8

UI4

Encryption Key 8

15.33:n

SYSTEM.ROC_ADDRESS:n

UI1

ROC Address

15.0:n

FST.POINT_TAG_ID:n

STRING

10 character name for the FST.

16.0:n

FST.RESULT_REG:n

R4

The result register or SVA.

16.1:n

FST.REG_01:n

R4

Register used for global storage.

16.2:n

FST.REG_02:n

R4

Register used for global storage.

16.3:n

FST.REG_03:n

R4

Register used for global storage.

16.4:n

FST.REG_04:n

R4

Register used for global storage.

16.5:n

FST.REG_05:n

R4

Register used for global storage.

16.6:n

FST.REG_06:n

R4

Register used for global storage.

16.7:n

FST.REG_07:n

R4

Register used for global storage.

16.8:n

FST.REG_08:n

R4

Register used for global storage.

16.9:n

FST.REG_09:n

R4

Register used for global storage.

16.10:n

FST.REG_10:n

R4

Register used for global storage.

16.11:n

FST.TIMER_1:n

UI4

Timer value.

16.12:n

FST.TIMER_2:n

UI4

Timer value.

16.13:n

FST.TIMER_3:n

UI4

Timer value.

16.14:n

FST.TIMER_4:n

UI4

Timer value.

16.15:n

FST.MESSAGE_1:n

STRING

30 character field for storing a message.

16.16:n

FST.MESSAGE_2:n

STRING

30 character field for storing a message.

16.17:n

FST.MESSAGE_DATA:n

STRING

10 character field for message data.  READ ONLY.

16.18:n

FST.MISC_1:n

UI1

Eight bits of global storage.

16.19:n

FST.MISC_2:n

UI1

Eight bits of global storage.

16.20:n

FST.MISC_3:n

UI1

Eight bits of global storage.

16.21:n

FST.MISC_4:n

UI1

Eight bits of global storage.

16.22:n

FST.COMPARE_FLAG_SVD:n

UI1

Compare value of 0 - 255.

16.23:n

FST.RUN_FALG:n

UI1

Indicator of running status for FST (0 = shut down, 1 = running).

16.24:n

FST.CODE_SIZE:n

UI2

Number of bytes used by the FST.

NOTE: This item is supported in FB 100 series, FB 407, and ROC 300 Series only.

16.25:n

FST.INSTRUCTION_POINTER:n

R4

Location in memory of next function to be executed.

NOTE: This item is supported in FB 500 Series, FB 100 Series, FB 407, and ROC 300 Series only.

16.26:n

FST.EXECUTION_DELAY:n

UI2

Delay in 100 msec. periods between FST commands.

16.27:n

FST.MSG2_DATA

STRING

Message #2 Data (for FB107): MS2 function puts its value into this parameter. 

16.28:n

SOFT_POINT.POINT_TAG_ID:n

STRING

10 character name of soft point.

17.0:n

SOFT_POINT.INTEGER_FLAG:n

UI2

Integer flag used by FST or User program.

17.1:n

SOFT_POINT.DATA_01:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.2:n

SOFT_POINT.DATA_02:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.3:n

SOFT_POINT.DATA_03:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.4:n

SOFT_POINT.DATA_04:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.5:n

SOFT_POINT.DATA_05:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.6:n

SOFT_POINT.DATA_06:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.7:n

SOFT_POINT.DATA_07:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.8:n

SOFT_POINT.DATA_08:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.9:n

SOFT_POINT.DATA_09:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.10:n

SOFT_POINT.DATA_10:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.11:n

SOFT_POINT.DATA_11:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.12:n

SOFT_POINT.DATA_12:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.13:n

SOFT_POINT.DATA_13:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.14:n

SOFT_POINT.DATA_14:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.15:n

SOFT_POINT.DATA_15:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.16:n

SOFT_POINT.DATA_16:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.17:n

SOFT_POINT.DATA_17:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.18:n

SOFT_POINT.DATA_18:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.19:n

SOFT_POINT.DATA_19:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.20:n

SOFT_POINT.DATA_20:n

R4

Where n represents the Soft Point numbers 1 to 32 using a zero based decimal number of 0 to 31.

17.21:n

SOFT_POINT.SOFT_POINT_LOGGING

UI1

Controls soft point logging. Valid values are: 

0  (Enable logging) 

1  (Disable logging)  

17.22:n

DATABASE.POINTER_TO_TAG:n

R4

Memory pointer to database tag.  READ ONLY.

19.0:n

DATABASE.ARCHIVE_TYPE:n

UI1

Archive type of database point.

19.1:n

DATABASE.POINT_TYPE:n

UI1

Point type of database point.

19.2:n

DATABASE.POINT_LOGIC_NUM:n

UI1

Point logic number of database point.

19.3:n

DATABASE.PARAMETER_NUM:n

UI1

Parameter number of database point.

19.4:n

DATABASE.TOTAL_YD:n

R4

NOTE: This item is supported in FB 500 series, ROC 300 FlashPACs and FB 407 ver. 1.05 and greater only.

19.5:n

DATABASE_LAST_DAILY_VALUE:n

R4

Last Daily Value (FloBoss 500-Series, FloBoss 100-Series, FlashPACs, FloBoss 407 version 1.05 or greater, and RegFlo)  

19.6:n

DATABASE_LAST_HOUR_TOTAL:n

LAST HOUR’S TOTAL (FLOBOSS 103/104 VERSION 2.00 OR GREATER AND FLOBOSS 107)  

19.7:n

DATABASE_USER_TEXT_1:n

STRING

USER-SPECIFIED TEXT TYPICALLY USED FOR HISTORY VALUE UNITS.  

DEFAULT VALUES FOR FB107: LOGICAL  

0: “MINUTES…” LOGICAL  

1: “INH2)…..” LOGICAL  

2: “PSIG……” LOGICAL  

3: “DEG F “ LOGICAL  

4: “……….” LOGICAL  5: “……….” LOGICAL  

6: “MCF…….” LOGICAL  

7: “MMBTU…..” LOGICALS  

8 – 99: “……….”  

TASK.STACK_POINTER:n

UI2

Pointer to task.  READ ONLY.

20.0:n

TASK.STACK_SEGMENT:n

UI2

Stack segment used by task.  READ ONLY.

20.1:n

TASK.PRIORITY:n

UI1

Priority of task. READ ONLY.

20.2:n

TASK.STATUS:n

UI1

Status value of task.

20.3:n

TASK.TASK_NAME:n

STRING

10 character name of task.  READ ONLY.

20.4:n

TASK.CHILD:n

R4

Child identifier of task. READ ONLY.

20.5:n

TASK.ENTRY_TIME:n

UI2

Time of entry of last execution.  READ ONLY.

20.6:n

TASK.EXIT_TIME:n

UI2

Time of exit of last execution.  READ ONLY.

20.7:n

MODBUS_CONFIG_A_1.STATUS

I1

Modem status.

32.0:n

MODBUS_CONFIG_A_1.MODEM_TYPE

STRING

Modem type.

32.1:n

MODBUS_CONFIG_A_1.CONNECT_TIME

UI2

Connect time.

32.2:n

MODBUS_CONFIG_A_1.CONFIG_COMMAND

STRING

Config command.

32.3:n

MODBUS_CONFIG_A_1.RTU_ADDR_1

UI1

1^st RTU Address

32.4:n

MODBUS_CONFIG_A_1.RTU_ADDR_2

UI1

2^nd RTU Address

32.5:n

MODBUS_CONFIG_A_1.RTU_ADDR_3

UI1

3^rd RTU Address

32.6:n

MODBUS_CONFIG_A_1.RTU_ADDR_4

UI1

4^th RTU Address

32.7:n

MODBUS_CONFIG_A_1.RTU_ADDR_5

UI1

5^th RTU Address

32.8:n

MODBUS_CONFIG_A_1.RTU_ADDR_6

UI1

6^th RTU Address

32.9:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_1

STRING

1^st connect command

32.10:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_2

STRING

2^nd connect command

32.11:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_3

STRING

3^rd connect command

32.12:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_4

STRING

4^th connect command

32.13:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_5

STRING

5^th connect command

32.14:n

MODBUS_CONFIG_A_1.CONNECT_COMMAND_6

STRING

6^th connect command

32.15:n

MODBUS_CONFIG_A_1.DISCONNECT_TIME

UI2

Disconnect time

32.16:n

MODBUS_CONFIG_A_2.STATUS

I1

 Modem status.

33.0:n

MODBUS_CONFIG_A_2.MODEM_TYPE

STRING

  Modem type.

33.1:n

MODBUS_CONFIG_A_2.CONNECT_TIME

UI2

 Connect time.

33.2:n

MODBUS_CONFIG_A_2.CONFIG_COMMAND

STRING

  Config command.

33.3:n

MODBUS_CONFIG_A_2.RTU_ADDR_1

UI1

1^st RTU Address

33.4:n

MODBUS_CONFIG_A_2.RTU_ADDR_2

UI1

2^nd RTU Address

33.5:n

MODBUS_CONFIG_A_2.RTU_ADDR_3

UI1

3^rd RTU Address

33.6:n

MODBUS_CONFIG_A_2.RTU_ADDR_4

UI1

4^th RTU Address

33.7:n

MODBUS_CONFIG_A_2.RTU_ADDR_5

UI1

5^th RTU Address

33.8:n

MODBUS_CONFIG_A_2.RTU_ADDR_6

UI1

6^th RTU Address

33.9:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_1

STRING

 1^st connect command

33.10:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_2

STRING

 2^nd connect command

33.11:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_3

STRING

 3^rd connect command

33.12:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_4

STRING

 4^th connect command

33.13:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_5

STRING

 5^th connect command

33.14:n

MODBUS_CONFIG_A_2.CONNECT_COMMAND_6

STRING

 6^th connect command

33.15:n

MODBUS_CONFIG_A_2.DISCONNECT_TIME

UI2

Disconnect time

33.16:n

MODBUS_CONFIG_B_1.RTU

UI1

Format (RTU or ASCII)

34.0:n

MODBUS_CONFIG_B_1.BYTE_ORDER_MSB

UI1

Byte Order 

34.1:n

MODBUS_CONFIG_B_1.HOST_ENABLE

UI1

Host Enable

34.2:n

MODBUS_CONFIG_B_1.LOG_DATA

UI1

Log Data

34.3:n

MODBUS_CONFIG_B_1.INIT_MEMORY

UI1

Init Memory

34.4:n

MODBUS_CONFIG_B_1.PORT_SWITCH_ENABLE

UI1

Port Switch Enabled

34.5:n

MODBUS_CONFIG_B_1.DCD_DI_SPT

UI2

DCD, DI, or SPT

34.6:n

MODBUS_CONFIG_B_1.MODBUS_BAUD_RATE

UI2

Modbus Baud Rate

34.7:n

MODBUS_CONFIG_B_1.SWITCH_BAUD_RATE

UI2

Switch Baud Rate

34.8:n

MODBUS_CONFIG_B_1.INPUT_DATA_START

UI2

Input Data Start

34.9:n

MODBUS_CONFIG_B_1.OUTPUT_DATA_START

UI2

Output Data Start

34.10:n

MODBUS_CONFIG_B_1.HI_INTEGER_SCALE

I2

HI Integer Scale

34.11:n

MODBUS_CONFIG_B_1.LOW_INTEGER_SCALE

I2

LOW Integer Scale

34.12:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_1

R4

HI Float Scale 1

34.13:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_1

R4

LOW Float Scale 1

34.14:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_2

R4

HI Float Scale 2

34.15:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_2

R4

LOW Float Scale 2

34.16:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_3

R4

HI Float Scale 3

34.17:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_3

R4

LOW Float Scale 3

34.18:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_4

R4

HI Float Scale 4

34.19:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_4

R4

LOW Float Scale 4

34.20:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_5

R4

HI Float Scale 5

34.21:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_5

R4

LOW Float Scale 5

34.22:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_6

R4

HI Float Scale 6

34.23:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_6

R4

LOW Float Scale 6

34.24:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_7

R4

HI Float Scale 7

34.25:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_7

R4

LOW Float Scale 7

34.26:n

MODBUS_CONFIG_B_1.HI_FLOAT_SCALE_8

R4

HI Float Scale 8

34.27:n

MODBUS_CONFIG_B_1.LO_FLOAT_SCALE_8

R4

LOW Float Scale 8

34.28:n

FUNCTION_CONFIG_1.FUNCTION_TAG_ID

 STRING

 10 character name of Function Config 1 Item.

35.0:n

FUNCTION_CONFIG_1.START_ADDR_01

UI2

Start Address 1

35.1:n

FUNCTION_CONFIG_1.END_ADDR_01

UI2

End Address 1

35.2:n

FUNCTION_CONFIG_1.TYPE_01

UI1

Type 1

35.3:n

FUNCTION_CONFIG_1.LGL_01

UI1

Logical Number 1

35.4:n

FUNCTION_CONFIG_1.PARAM_01

UI1

Parameter 1

35.5:n

FUNCTION_CONFIG_1.CONV_01

UI1

Conversion 1

35.6:n

FUNCTION_CONFIG_1.START_ADDR_02

UI2

Start Address 2

35.7:n

FUNCTION_CONFIG_1.END_ADDR_02

UI2

End Address 2

35.8:n

FUNCTION_CONFIG_1.TYPE_02

UI1

Type 2

35.9:n

FUNCTION_CONFIG_1.LGL_02

UI1

Logical Number 2

35.10:n

FUNCTION_CONFIG_1.PARAM_02

UI1

Parameter 2

35.11:n

FUNCTION_CONFIG_1.CONV_02

UI1

Conversion 2

35.12:n

FUNCTION_CONFIG_1.START_ADDR_03

UI2

Start Address 3

35.13:n

FUNCTION_CONFIG_1.END_ADDR_03

UI2

End Address 3

35.14:n

FUNCTION_CONFIG_1.TYPE_03

UI1

Type 3

35.15:n

FUNCTION_CONFIG_1.LGL_03

UI1

Logical Number 3

35.16:n

FUNCTION_CONFIG_1.PARAM_03

UI1

Parameter 3

35.17:n

FUNCTION_CONFIG_1.CONV_03

UI1

Conversion 3

35.18:n

FUNCTION_CONFIG_1.START_ADDR_04

UI2

Start Address 4

35.19:n

FUNCTION_CONFIG_1.END_ADDR_04

UI2

End Address 4

35.20:n

FUNCTION_CONFIG_1.TYPE_04

UI1

Type 4

35.21:n

FUNCTION_CONFIG_1.LGL_04

UI1

Logical Number 4

35.22:n

FUNCTION_CONFIG_1.PARAM_04

UI1

Parameter 4

35.23:n

FUNCTION_CONFIG_1.CONV_04

UI1

Conversion 4

35.24:n

FUNCTION_CONFIG_1.START_ADDR_05

UI2

Start Address 5

35.25:n

FUNCTION_CONFIG_1.END_ADDR_05

UI2

End Address 5

35.26:n

FUNCTION_CONFIG_1.TYPE_05

UI1

Type 5

35.27:n

FUNCTION_CONFIG_1.LGL_05

UI1

Logical Number 5

35.28:n

FUNCTION_CONFIG_1.PARAM_05

UI1

Parameter 5

35.29:n

FUNCTION_CONFIG_1.CONV_05

UI1

Conversion 5

35.30:n

FUNCTION_CONFIG_1.START_ADDR_06

UI2

Start Address 6

35.31:n

FUNCTION_CONFIG_1.END_ADDR_06

UI2

End Address 6

35.32:n

FUNCTION_CONFIG_1.TYPE_06

UI1

Type 6

35.33:n

FUNCTION_CONFIG_1.LGL_06

UI1

Logical Number 6

35.34:n

FUNCTION_CONFIG_1.PARAM_06

UI1

Parameter 6

35.35:n

FUNCTION_CONFIG_1.CONV_06

UI1

Conversion 6

35.36:n

FUNCTION_CONFIG_1.START_ADDR_07

UI2

Start Address 7

35.37:n

FUNCTION_CONFIG_1.END_ADDR_07

UI2

End Address 7

35.38:n

FUNCTION_CONFIG_1.TYPE_07

UI1

Type 7

35.39:n

FUNCTION_CONFIG_1.LGL_07

UI1

Logical Number 7

35.40:n

FUNCTION_CONFIG_1.PARAM_07

UI1

Parameter 7

35.41:n

FUNCTION_CONFIG_1.CONV_07

UI1

Conversion 7

35.42:n

FUNCTION_CONFIG_1.START_ADDR_08

UI2

Start Address 8

35.43:n

FUNCTION_CONFIG_1.END_ADDR_08

UI2

End Address 8

35.44:n

FUNCTION_CONFIG_1.TYPE_08

UI1

Type 8

35.45:n

FUNCTION_CONFIG_1.LGL_08

UI1

Logical Number 8

35.46:n

FUNCTION_CONFIG_1.PARAM_08

UI1

Parameter 8

35.47:n

FUNCTION_CONFIG_1.CONV_08

UI1

Conversion 8

35.48:n

FUNCTION_CONFIG_1.START_ADDR_09

UI2

Start Address 9

35.49:n

FUNCTION_CONFIG_1.END_ADDR_09

UI2

End Address 9

35.50:n

FUNCTION_CONFIG_1.TYPE_09

UI1

Type 9

35.51:n

FUNCTION_CONFIG_1.LGL_09

UI1

Logical Number 9

35.52:n

FUNCTION_CONFIG_1.PARAM_09

UI1

Parameter 9

35.53:n

FUNCTION_CONFIG_1.CONV_09

UI1

Conversion 9

35.54:n

FUNCTION_CONFIG_1.START_ADDR_10

UI2

Start Address 10

35.55:n

FUNCTION_CONFIG_1.END_ADDR_10

UI2

End Address 10

35.56:n

FUNCTION_CONFIG_1.TYPE_10

UI1

Type 10

35.57:n

FUNCTION_CONFIG_1.LGL_10

UI1

Logical Number 10

35.58:n

FUNCTION_CONFIG_1.PARAM_10

UI1

Parameter 10

35.59:n

FUNCTION_CONFIG_1.CONV_10

UI1

Conversion 10

35.60:n

HOST_CONFIG_1.HOST_TAG_ID

STRING

 10 character name of Host Config 1 Item.

36.0:n

HOST_CONFIG_1.RTU_ADDR_01

UI1

0 RTU Address

36.1:n

HOST_CONFIG_1.FNC_NUM_01

UI1

0 Function Number

36.2:n

HOST_CONFIG_1.REG_NUM_01

UI2

0 Register Number

36.3:n

HOST_CONFIG_1.SAVE_NUM_01

UI2

0 Slave Number

36.4:n

HOST_CONFIG_1.NUM_REGS_01

UI1

0 Number of Registers

36.5:n

HOST_CONFIG_1.STATUS_01

UI1