ROC OPC Items

Table Of Contents

Standard Items

Protocol Items

The ROC protocol implementation supports the following item names for use by client applications:

Configurable Opcode Point Items

If present in the ROC Operating System, there are eight Configurable Opcode points. The parameters for this Point Type consist of a sequence number and 44 ROC parameter identifications (Point Type, Logical Number, and Parameter Number – TLP). See TLP Data Type.

Note

All configuration items are Read Only.

Opcode 6 Items

Item	Data Type	Description
CONFIG.NUM_DI:n	UI2	Number of discrete inputs
CONFIG.NUM_AI:n	UI2	Number of analog inputs
CONFIG.NUM_DO:n	UI2	Number of discrete outputs
CONFIG.NUM_AO:n	UI2	Number of analog outputs
CONFIG.NUM_METER:n	UI2	Number of meter runs
CONFIG.NUM_PULSE:n	UI2	Number of pulse inputs
CONFIG.NUM_PIDS:n	UI2	Number of PID loops
CONFIG.NUM_TANKS:n	UI2	Number of tanks
CONFIG.NUM_DB_BASE:n	UI2	Number of Base RAM historical points
CONFIG.NUM_DB_RAM1:n	UI2	Number of RAM 1 historical points
CONFIG.NUM_DB_RAM2:n	UI2	Number of RAM 2 historical points
CONFIG.NUM_DB_RAM3:n	UI2	Number of RAM 3 historical points
CONFIG.FST_PRESENT:n	UI1	FST present flag
CONFIG.UTILITIES:n	UI1	Utilities installed bitmask • Bit 0: AGA report • 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
CONFIG.MANUAL_STATUS:n	UI1	ROC manual status
CONFIG.ALARM_STATUS:n	UI1	ROC alarm status
CONFIG.NUM_SOFT_PT:n	UI1	Number of softpoints
CONFIG.NUM_PORTS:n	UI1	Number of softpoints
CONFIG.ROC_TYPE:n	UI1	Number of softpoints
CONFIG.NUM_TABLES:n	UI1	Number of softpoints
CONFIG.CUSTOMER_NAME:n	STRING	20 character customer name
CONFIG.NUM_TYPE_22:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_23:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_24:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_25:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_27:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_28:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_29:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_30:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_31:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_32:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_33:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_34:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_35:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_36:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_37:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_38:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_TYPE_39:n	UI1	Indicates existence of any User Defined Points
CONFIG.NUM_MVS:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_40:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_RUN:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_41:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_EXTRA_RUN:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_42:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_USERS_LIST:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_43:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_POWER_CONTROL:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_44:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_45:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_46:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY..
CONFIG.NUM_TYPE_47:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_48:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_49:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_50:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_51:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_52:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_53:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_54:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_55:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.AI_CALIB:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_56:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.KEYPAD_LOGON_SEC:n – FloBoss 407	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_57:n – FloBoss 500	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_58:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_59:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.
CONFIG.NUM_TYPE_60:n	UI1	NOTE: THIS ITEM IS SUPPORTED IN FB 407 AND 500 SERIES ONLY.

Opcode 103 - Firmware Items

Item	Data Type	Description
FIRMWARE.LAST_POWER_OFF_TI ME:n	STRING	Date/Time ROC was last shut down. 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. READ ONLY
FIRMWARE.LAST_POWER_ON_TI ME:n	STRING	Date/Time ROC was last powered up. 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. READ ONLY
FIRMWARE.CURRENT_MANUAL_C LEAR_SET:n	UI1	Current manual cleared or set. READ ONLY
FIRMWARE.CURRENT_ALARM_CL EAR_SET:n	UI1	Current alarm cleared or set. READ ONLY
FIRMWARE.PRODUCT_ID:n	STRING	Product Identification. READ ONLY
FIRMWARE.DATE_TIME_PRODUC ED:n	STRING	Date/Time Firmware produced. READ ONLY
FIRMWARE.ROC_UNIT:n	UI1	ROC unit address for communications. READ ONLY
FIRMWARE.ROC_ADDRESS:n	UI1	ROC unit address for communications. READ ONLY
FIRMWARE.ROC_GROUP:n	UI1	ROC group address for communications. READ ONLY
FIRMWARE.STATION_NAME:n	STRING	20 character name or location of the ROC. READ ONLY.
FIRMWARE.DATE_TIME:n	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. READ ONLY.

Point Type 3 - Main Board Analog Input Items

The main board analog inputs can be read just as any other analog input. The following items describe each main board analog input and its address:

Item	Data Type	Description	T.P:L
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

Point Type 0 and 99 – Configurable Opcode Items

Use the Opcode table to group data being polled for more efficient communications. You can assign parameters from different point types to the Opcode table data points, which can substantially reduce the number of polls from a host computer.

Use of the term Opcode in this context does not refer to the operator identification codes in ROC protocols.

ROC800 devices use point type 99 for the configurable Opcode Table, other models use point type 0.

In ROCLink, use the Configure menu to find the Opcode Table settings. There are 16 tables of 44 parameters for a total of 704 possible parameters. In the example below, there are two parameters defined in the fourth table.

To use these these tags with ACM in an OPC client use the USER_OPCODE_DATA_mm:n tag.

The mm defines the point within the table, the n represents the table number which are zero-based; i.e. Table No. 3 in ROCLink will be referenced by the number 2 in the OPC item.

For example, to reference the first tag in the image above use:

USER_OPCODE_DATA_01:3 (first point, fourth table)

Polling USER_OPCODE_DATA_01:3 will return the TLP of the tag, not the value. To poll the value you must apply the <T***> modifier such as:

USER_OPCODE_DATA_01:3<TFLP> for floating point or:

USER_OPCODE_DATA_01:3<TINT8> for an 8-bit integer. See the Data Types section above for a complete list of <T***> modifiers.

How do I know if my tag is floating point or integer? When you define the tag in ROCLink by clicking the ellipsis button next to the tag, you see the data type on that dialog (in this case UINT8):

Item	Data Type	Description	T.P:L
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

Point Type 1 - Discrete Input Items

Item	Data Type	Description	T.P:L
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.	1.22:n

Point Type 2 - Discrete Output Items

Item	Data Type	Description	T.P:L
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

Point Type 3 - Analog Input Items

Item	Data Type	Description	T.P:L
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

Point Type 4 - Analog Output Items

Item	Data Type	Description	T.P:L
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

Point Type 5 - Pulse Input Items

Item	Data Type	Description	T.P:L
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

Point Type 5 – Pulse Input Items (Alternates)

Item	Data Type	Description	T.P:L
PULSE.CONT_ACCUM:n	UI32	Continuous accumulator (for Industry Canada)	5.19:n

Point Type 6 - PID Items

Item	Data Type	Description	T.P:L
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

Point Type 7 - AGA Items

Item	Data Type	Description	T.P:L
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.	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

Point Type 7 – AGA (Alternate)

Item	Data Type	Description	T.P:L
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

Point Type 8 – HISTORY Items

Item	Data Type	Description	T.P:L
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

Point Type 9 - LCD Items

Item	Data Type	Description	T.P:L
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

Point Type 10 - AGA Flow Items

Item	Data Type	Description	T.P:L
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.	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.	10.21:n

Point Type 10 – AGA Flow Items (Alternates)

Item	Data Type	Description	T.P:L
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

Point Type 11 - Tank Items

Item	Data Type	Description	T.P:L
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

Point Type 11 – Tank Items (Alternates)

Item	Data Type	Description	T.P:L
AGAFLOW.POINT_TAG_ID:n	STRING	10 character name for tank.	11.0:n

Point Type 12 - Clock Items

Item	Data Type	Description	T.P:L
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

Point Type 12 – Clock Items (Alternates)

Item	Data Type	Description	T.P:L
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

Point Type 13 - System Flag Items

Item	Data Type	Description	T.P:L
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

Point Type 13 – System Flag Items (Alternates)

Item	Data Type	Description	T.P:L
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

Point Type 14 - Communication Port Items

Item	Data Type	Description	T.P:L
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

Point Type 14 – Port Items (Alternates)

Item	Data Type	Description	T.P:L
PORT.RBX_ADDRESS:n	UI1	RBX Address	14.28:n

Point Type 15 - System Items

Item	Data Type	Description	T.P:L
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

Point Type 15 – System Items (Alternates)

Item	Data Type	Description	T.P:L
SYSTEM.ROC_ADDRESS:n	UI1	ROC Address	15.0:n

Point Type 16 - FST Items

Item	Data Type	Description	T.P:L
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

Point Type 17 - Soft Point Items

Item	Data Type	Description	T.P:L
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

Point Type 19 - Database Items

Item	Data Type	Description	T.P:L
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: “……….”

Point Type 20 - Task Parameter Items

Item	Data Type	Description	T.P:L
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

Point Type 20 - User Defined Items

Note

These items are defined using “T.P:L<Data Type>” where “Data Type” is defined in Section 9.1.8 – TLP Data Type for user defined points.

Point Type 32 – MODBUS CONFIG A1 Items

Item	Data Type	Description	T.P:L
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

Point Type 33 – MODBUS CONFIG A2 Items

Item	Data Type	Description	T.P:L
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

Point Type 34 – MODBUS CONFIG B1 Items

Item	Data Type	Description	T.P:L
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

Point Type 35 – FUNCTION CONFIG 1 Items

Item	Data Type	Description	T.P:L
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

Point Type 36 – HOST CONFIG 1 Items

Item	Data Type	Description	T.P:L
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	0 Status	36.6:n
HOST_CONFIG_1.RTU_ADDR_02	UI1	1 RTU Address	36.7:n
HOST_CONFIG_1.FNC_NUM_02	UI1	1 Function Number	36.8:n
HOST_CONFIG_1.REG_NUM_02	UI2	1 Register Number	36.9:n
HOST_CONFIG_1.SAVE_NUM_02	UI2	1 Slave Number	36.10:n
HOST_CONFIG_1.NUM_REGS_02	UI1	1 Number of Registers	36.11:n
HOST_CONFIG_1.STATUS_02	UI1	1 Status	36.12:n
HOST_CONFIG_1.RTU_ADDR_03	UI1	2 RTU Address	36.13:n
HOST_CONFIG_1.FNC_NUM_03	UI1	2 Function Number	36.14:n
HOST_CONFIG_1.REG_NUM_03	UI2	2 Register Number	36.15:n
HOST_CONFIG_1.SAVE_NUM_03	UI2	2 Slave Number	36.16:n
HOST_CONFIG_1.NUM_REGS_03	UI1	2 Number of Registers	36.17:n
HOST_CONFIG_1.STATUS_03	UI1	2 Status	36.18:n
HOST_CONFIG_1.RTU_ADDR_04	UI1	3 RTU Address	36.19:n
HOST_CONFIG_1.FNC_NUM_04	UI1	3 Function Number	36.20:n
HOST_CONFIG_1.REG_NUM_04	UI2	3 Register Number	36.21:n
HOST_CONFIG_1.SAVE_NUM_04	UI2	3 Slave Number	36.22:n
HOST_CONFIG_1.NUM_REGS_04	UI1	3 Number of Registers	36.23:n
HOST_CONFIG_1.STATUS_04	UI1	3 Status	36.24:n
HOST_CONFIG_1.RTU_ADDR_05	UI1	4 RTU Address	36.25:n
HOST_CONFIG_1.FNC_NUM_05	UI1	4 Function Number	36.26:n
HOST_CONFIG_1.REG_NUM_05	UI2	4 Register Number	36.27:n
HOST_CONFIG_1.SAVE_NUM_05	UI2	4 Slave Number	36.28:n
HOST_CONFIG_1.NUM_REGS_05	UI1	4 Number of Registers	36.29:n
HOST_CONFIG_1.STATUS_05	UI1	4 Status	36.30:n
HOST_CONFIG_1.RTU_ADDR_06	UI1	5 RTU Address	36.31:n
HOST_CONFIG_1.FNC_NUM_06	UI1	5 Function Number	36.32:n
HOST_CONFIG_1.REG_NUM_06	UI2	5 Register Number	36.33:n
HOST_CONFIG_1.SAVE_NUM_06	UI2	5 Slave Number	36.34:n
HOST_CONFIG_1.NUM_REGS_06	UI1	5 Number of Registers	36.35:n
HOST_CONFIG_1.STATUS_06	UI1	5 Status	36.36:n
HOST_CONFIG_1.RTU_ADDR_07	UI1	6 RTU Address	36.37:n
HOST_CONFIG_1.FNC_NUM_07	UI1	6 Function Number	36.38:n
HOST_CONFIG_1.REG_NUM_07	UI2	6 Register Number	36.39:n
HOST_CONFIG_1.SAVE_NUM_07	UI2	6 Slave Number	36.40:n
HOST_CONFIG_1.NUM_REGS_07	UI1	6 Number of Registers	36.41:n
HOST_CONFIG_1.STATUS_07	UI1	6 Status	36.42:n
HOST_CONFIG_1.RTU_ADDR_08	UI1	7 RTU Address	36.43:n
HOST_CONFIG_1.FNC_NUM_08	UI1	7 Function Number	36.44:n
HOST_CONFIG_1.REG_NUM_08	UI2	7 Register Number	36.45:n
HOST_CONFIG_1.SAVE_NUM_08	UI2	7 Slave Number	36.46:n
HOST_CONFIG_1.NUM_REGS_08	UI1	7 Number of Registers	36.47:n
HOST_CONFIG_1.STATUS_08	UI1	7 Status	36.48:n
HOST_CONFIG_1.RTU_ADDR_09	UI1	8 RTU Address	36.49:n
HOST_CONFIG_1.FNC_NUM_09	UI1	8 Function Number	36.50:n
HOST_CONFIG_1.REG_NUM_09	UI2	8 Register Number	36.51:n
HOST_CONFIG_1.SAVE_NUM_09	UI2	8 Slave Number	36.52:n
HOST_CONFIG_1.NUM_REGS_09	UI1	8 Number of Registers	36.53:n
HOST_CONFIG_1.STATUS_09	UI1	8 Status	36.54:n
HOST_CONFIG_1.RTU_ADDR_10	UI1	9 RTU Address	36.55:n
HOST_CONFIG_1.FNC_NUM_10	UI1	9 Function Number	36.56:n
HOST_CONFIG_1.REG_NUM_10	UI2	9 Register Number	36.57:n
HOST_CONFIG_1.SAVE_NUM_10	UI2	9 Slave Number	36.58:n
HOST_CONFIG_1.NUM_REGS_10	UI1	9 Number of Registers	36.59:n
HOST_CONFIG_1.STATUS_10	UI1	9 Status	36.60:n

Point Type 37 – MODBUS CONFIG B2 Items

Item	Data Type	Description	T.P:L
MODBUS_CONFIG_B_2.RTU	UI1	Format (RTU or ASCII)	37.0:n
MODBUS_CONFIG_B_2.BYTE_ORDER_MSB	UI1	Byte Order	37.1:n
MODBUS_CONFIG_B_2.HOST_ENABLE	UI1	Host Enable	37.2:n
MODBUS_CONFIG_B_2.LOG_DATA	UI1	Log Data	37.3:n
MODBUS_CONFIG_B_2.INIT_MEMORY	UI1	Init Memory	37.4:n
MODBUS_CONFIG_B_2.PORT_SWITCH_ENABLE	UI1	Port Switch Enabled	37.5:n
MODBUS_CONFIG_B_2.DCD_DI_SPT	UI2	DCD, DI, or SPT	37.6:n
MODBUS_CONFIG_B_2.MODBUS_BAUD_RATE	UI2	Modbus Baud Rate	37.7:n
MODBUS_CONFIG_B_2.SWITCH_BAUD_RATE	UI2	Switch Baud Rate	37.8:n
MODBUS_CONFIG_B_2.INPUT_DATA_START	UI2	Input Data Start	37.9:n
MODBUS_CONFIG_B_2.OUTPUT_DATA_START	UI2	Output Data Start	37.10:n
MODBUS_CONFIG_B_2.HI_INTEGER_SCALE	I2	HI Integer Scale	37.11:n
MODBUS_CONFIG_B_2.LOW_INTEGER_SCALE	I2	LOW Integer Scale	37.12:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_1	R4	HI Float Scale 1	37.13:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_1	R4	LOW Float Scale 1	37.14:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_2	R4	HI Float Scale 2	37.15:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_2	R4	LOW Float Scale 2	37.16:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_3	R4	HI Float Scale 3	37.17:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_3	R4	LOW Float Scale 3	37.18:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_4	R4	HI Float Scale 4	37.19:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_4	R4	LOW Float Scale 4	37.20:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_5	R4	HI Float Scale 5	37.21:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_5	R4	LOW Float Scale 5	37.22:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_6	R4	HI Float Scale 6	37.23:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_6	R4	LOW Float Scale 6	37.24:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_7	R4	HI Float Scale 7	37.25:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_7	R4	LOW Float Scale 7	37.26:n
MODBUS_CONFIG_B_2.HI_FLOAT_SCALE_8	R4	HI Float Scale 8	37.27:n
MODBUS_CONFIG_B_2.LO_FLOAT_SCALE_8	R4	LOW Float Scale 8	37.28:n

Point Type 38 – FUNCTION CONFIG 2 Items

Item	Data Type	Description	T.P:L
FUNCTION_CONFIG_2.FUNCTION_TAG_ID	STRING	10 character name of Function Config 2 Item.	38.0:n
FUNCTION_CONFIG_2.START_ADDR_01	UI2	Start Address 1	38.1:n
FUNCTION_CONFIG_2.END_ADDR_01	UI2	End Address 1	38.2:n
FUNCTION_CONFIG_2.TYPE_01	UI1	Type 1	38.3:n
FUNCTION_CONFIG_2.LGL_01	UI1	Logical Number 1	38.4:n
FUNCTION_CONFIG_2.PARAM_01	UI1	Parameter 1	38.5:n
FUNCTION_CONFIG_2.CONV_01	UI1	Conversion 1	38.6:n
FUNCTION_CONFIG_2.START_ADDR_02	UI2	Start Address 2	38.7:n
FUNCTION_CONFIG_2.END_ADDR_02	UI2	End Address 2	38.8:n
FUNCTION_CONFIG_2.TYPE_02	UI1	Type 2	38.9:n
FUNCTION_CONFIG_2.LGL_02	UI1	Logical Number 2	38.10:n
FUNCTION_CONFIG_2.PARAM_02	UI1	Parameter 2	38.11:n
FUNCTION_CONFIG_2.CONV_02	UI1	Conversion 2	38.12:n
FUNCTION_CONFIG_2.START_ADDR_03	UI2	Start Address 3	38.13:n
FUNCTION_CONFIG_2.END_ADDR_03	UI2	End Address 3	38.14:n
FUNCTION_CONFIG_2.TYPE_03	UI1	Type 3	38.15:n
FUNCTION_CONFIG_2.LGL_03	UI1	Logical Number 3	38.16:n
FUNCTION_CONFIG_2.PARAM_03	UI1	Parameter 3	38.17:n
FUNCTION_CONFIG_2.CONV_03	UI1	Conversion 3	38.18:n
FUNCTION_CONFIG_2.START_ADDR_04	UI2	Start Address 4	38.19:n
FUNCTION_CONFIG_2.END_ADDR_04	UI2	End Address 4	38.20:n
FUNCTION_CONFIG_2.TYPE_04	UI1	Type 4	38.21:n
FUNCTION_CONFIG_2.LGL_04	UI1	Logical Number 4	38.22:n
FUNCTION_CONFIG_2.PARAM_04	UI1	Parameter 4	38.23:n
FUNCTION_CONFIG_2.CONV_04	UI1	Conversion 4	38.24:n
FUNCTION_CONFIG_2.START_ADDR_05	UI2	Start Address 5	38.25:n
FUNCTION_CONFIG_2.END_ADDR_05	UI2	End Address 5	38.26:n
FUNCTION_CONFIG_2.TYPE_05	UI1	Type 5	38.27:n
FUNCTION_CONFIG_2.LGL_05	UI1	Logical Number 5	38.28:n
FUNCTION_CONFIG_2.PARAM_05	UI1	Parameter 5	38.29:n
FUNCTION_CONFIG_2.CONV_05	UI1	Conversion 5	38.30:n
FUNCTION_CONFIG_2.START_ADDR_06	UI2	Start Address 6	38.31:n
FUNCTION_CONFIG_2.END_ADDR_06	UI2	End Address 6	38.32:n
FUNCTION_CONFIG_2.TYPE_06	UI1	Type 6	38.33:n
FUNCTION_CONFIG_2.LGL_06	UI1	Logical Number 6	38.34:n
FUNCTION_CONFIG_2.PARAM_06	UI1	Parameter 6	38.35:n
FUNCTION_CONFIG_2.CONV_06	UI1	Conversion 6	38.36:n
FUNCTION_CONFIG_2.START_ADDR_07	UI2	Start Address 7	38.37:n
FUNCTION_CONFIG_2.END_ADDR_07	UI2	End Address 7	38.38:n
FUNCTION_CONFIG_2.TYPE_07	UI1	Type 7	38.39:n
FUNCTION_CONFIG_2.LGL_07	UI1	Logical Number 7	38.40:n
FUNCTION_CONFIG_2.PARAM_07	UI1	Parameter 7	38.41:n
FUNCTION_CONFIG_2.CONV_07	UI1	Conversion 7	38.42:n
FUNCTION_CONFIG_2.START_ADDR_08	UI2	Start Address 8	38.43:n
FUNCTION_CONFIG_2.END_ADDR_08	UI2	End Address 8	38.44:n
FUNCTION_CONFIG_2.TYPE_08	UI1	Type 8	38.45:n
FUNCTION_CONFIG_2.LGL_08	UI1	Logical Number 8	38.46:n
FUNCTION_CONFIG_2.PARAM_08	UI1	Parameter 8	38.47:n
FUNCTION_CONFIG_2.CONV_08	UI1	Conversion 8	38.48:n
FUNCTION_CONFIG_2.START_ADDR_09	UI2	Start Address 9	38.49:n
FUNCTION_CONFIG_2.END_ADDR_09	UI2	End Address 9	38.50:n
FUNCTION_CONFIG_2.TYPE_09	UI1	Type 9	38.51:n
FUNCTION_CONFIG_2.LGL_09	UI1	Logical Number 9	38.52:n
FUNCTION_CONFIG_2.PARAM_09	UI1	Parameter 9	38.53:n
FUNCTION_CONFIG_2.CONV_09	UI1	Conversion 9	38.54:n
FUNCTION_CONFIG_2.START_ADDR_10	UI2	Start Address 10	38.55:n
FUNCTION_CONFIG_2.END_ADDR_10	UI2	End Address 10	38.56:n
FUNCTION_CONFIG_2.TYPE_10	UI1	Type 10	38.57:n
FUNCTION_CONFIG_2.LGL_10	UI1	Logical Number 10	38.58:n
FUNCTION_CONFIG_2.PARAM_10	UI1	Parameter 10	38.59:n
FUNCTION_CONFIG_2.CONV_10	UI1	Conversion 10	38.60:n

Point Type 39 – HOST CONFIG 2 Items

Item	Data Type	Description	T.P:L
HOST_CONFIG_2.HOST_TAG_ID	STRING	10 character name of Host Config 1 Item.	39.0:n
HOST_CONFIG_2.RTU_ADDR_01	UI1	0 RTU Address	39.1:n
HOST_CONFIG_2.FNC_NUM_01	UI1	0 Function Number	39.2:n
HOST_CONFIG_2.REG_NUM_01	UI2	0 Register Number	39.3:n
HOST_CONFIG_2.SAVE_NUM_01	UI2	0 Slave Number	39.4:n
HOST_CONFIG_2.NUM_REGS_01	UI1	0 Number of Registers	39.5:n
HOST_CONFIG_2.STATUS_01	UI1	0 Status	39.6:n
HOST_CONFIG_2.RTU_ADDR_02	UI1	1 RTU Address	39.7:n
HOST_CONFIG_2.FNC_NUM_02	UI1	1 Function Number	39.8:n
HOST_CONFIG_2.REG_NUM_02	UI2	1 Register Number	39.9:n
HOST_CONFIG_2.SAVE_NUM_02	UI2	1 Slave Number	39.10:n
HOST_CONFIG_2.NUM_REGS_02	UI1	1 Number of Registers	39.11:n
HOST_CONFIG_2.STATUS_02	UI1	1 Status	39.12:n
HOST_CONFIG_2.RTU_ADDR_03	UI1	2 RTU Address	39.13:n
HOST_CONFIG_2.FNC_NUM_03	UI1	2 Function Number	39.14:n
HOST_CONFIG_2.REG_NUM_03	UI2	2 Register Number	39.15:n
HOST_CONFIG_2.SAVE_NUM_03	UI2	2 Slave Number	39.16:n
HOST_CONFIG_2.NUM_REGS_03	UI1	2 Number of Registers	39.17:n
HOST_CONFIG_2.STATUS_03	UI1	2 Status	39.18:n
HOST_CONFIG_2.RTU_ADDR_04	UI1	3 RTU Address	39.19:n
HOST_CONFIG_2.FNC_NUM_04	UI1	3 Function Number	39.20:n
HOST_CONFIG_2.REG_NUM_04	UI2	3 Register Number	39.21:n
HOST_CONFIG_2.SAVE_NUM_04	UI2	3 Slave Number	39.22:n
HOST_CONFIG_2.NUM_REGS_04	UI1	3 Number of Registers	39.23:n
HOST_CONFIG_2.STATUS_04	UI1	3 Status	39.24:n
HOST_CONFIG_2.RTU_ADDR_05	UI1	4 RTU Address	39.25:n
HOST_CONFIG_2.FNC_NUM_05	UI1	4 Function Number	39.26:n
HOST_CONFIG_2.REG_NUM_05	UI2	4 Register Number	39.27:n
HOST_CONFIG_2.SAVE_NUM_05	UI2	4 Slave Number	39.28:n
HOST_CONFIG_2.NUM_REGS_05	UI1	4 Number of Registers	39.29:n
HOST_CONFIG_2.STATUS_05	UI1	4 Status	39.30:n
HOST_CONFIG_2.RTU_ADDR_06	UI1	5 RTU Address	39.31:n
HOST_CONFIG_2.FNC_NUM_06	UI1	5 Function Number	39.32:n
HOST_CONFIG_2.REG_NUM_06	UI2	5 Register Number	39.33:n
HOST_CONFIG_2.SAVE_NUM_06	UI2	5 Slave Number	39.34:n
HOST_CONFIG_2.NUM_REGS_06	UI1	5 Number of Registers	39.35:n
HOST_CONFIG_2.STATUS_06	UI1	5 Status	39.36:n
HOST_CONFIG_2.RTU_ADDR_07	UI1	6 RTU Address	39.37:n
HOST_CONFIG_2.FNC_NUM_07	UI1	6 Function Number	39.38:n
HOST_CONFIG_2.REG_NUM_07	UI2	6 Register Number	39.39:n
HOST_CONFIG_2.SAVE_NUM_07	UI2	6 Slave Number	39.40:n
HOST_CONFIG_2.NUM_REGS_07	UI1	6 Number of Registers	39.41:n
HOST_CONFIG_2.STATUS_07	UI1	6 Status	39.42:n
HOST_CONFIG_2.RTU_ADDR_08	UI1	7 RTU Address	39.43:n
HOST_CONFIG_2.FNC_NUM_08	UI1	7 Function Number	39.44:n
HOST_CONFIG_2.REG_NUM_08	UI2	7 Register Number	39.45:n
HOST_CONFIG_2.SAVE_NUM_08	UI2	7 Slave Number	39.46:n
HOST_CONFIG_2.NUM_REGS_08	UI1	7 Number of Registers	39.47:n
HOST_CONFIG_2.STATUS_08	UI1	7 Status	39.48:n
HOST_CONFIG_2.RTU_ADDR_09	UI1	8 RTU Address	39.49:n
HOST_CONFIG_2.FNC_NUM_09	UI1	8 Function Number	39.50:n
HOST_CONFIG_2.REG_NUM_09	UI2	8 Register Number	39.51:n
HOST_CONFIG_2.SAVE_NUM_09	UI2	8 Slave Number	39.52:n
HOST_CONFIG_2.NUM_REGS_09	UI1	8 Number of Registers	39.53:n
HOST_CONFIG_2.STATUS_09	UI1	8 Status	39.54:n
HOST_CONFIG_2.RTU_ADDR_10	UI1	9 RTU Address	39.55:n
HOST_CONFIG_2.FNC_NUM_10	UI1	9 Function Number	39.56:n
HOST_CONFIG_2.REG_NUM_10	UI2	9 Register Number	39.57:n
HOST_CONFIG_2.SAVE_NUM_10	UI2	9 Slave Number	39.58:n
HOST_CONFIG_2.NUM_REGS_10	UI1	9 Number of Registers	39.59:n
HOST_CONFIG_2.STATUS_10	UI1	9 Status	39.60:n

Point Type 40 - MVS Items

Item	Data Type	Description	T.P:L
MVS.SENSOR_TAG:n	STRING	10 character tag identification of MVS.	40.0:n
MVS.SENSOR_ADDRESS:n	UI1	Address of MVS.	40.1:n
MVS.SENSOR_CONFIG:n	UI1	Bitmask configuration options for MVS • Bit 0: Type (0 = Imperial, 1 = Metric Units) • Bit 1: H2O temperature (0 = 60 degF, 1 = 68 degF)	40.2:n
MVS.POLL_MODE:n	UI1	Bitmask settings for poll • Bit 0: Off Scan • Bit 1: Normal Poll • Bit 2: Input Freeze • Bit 3: Not Used • Bit 4: Poll for Configuration • Bit 5: Set Tag and Address • Bit 6: Calibrate • Bit 7: Not Used	40.3:n
MVS.SPARE_1:n	UI1		40.4:n
MVS.STATUS:n	UI1	Bitmask settings for sensor status • Bit 0: DP Fail • Bit 1: AP Fail • Bit 2: PT Fail • Bit 3: Not Used • Bit 4: Input Frozen • Bit 5: Sensor Comm Fail • Bit 6: 485 Comm Fail • Bit 7: Off Scan	40.5:n
MVS.ALARMS:n	UI1	Bitmask settings for sensor alarms • Bit 0: DP Low Alarm • Bit 1: AP Low Alarm • Bit 2: PT Low Alarm • Bit 3: DP High Alarm • Bit 4: AP High Alarm • Bit 5: PT High Alarm • Bit 6: Not Used • Bit 7: Not Used	40.6:n
MVS.VOLTAGE:n	R4	Sensor voltage.	40.7:n
MVS.DP_READING:n	R4	Differential pressure reading.	40.8:n
MVS.PRESS_READING:n	R4	Pressure reading.	40.9:n
MVS.TEMP_READING:n	R4	Temperature reading.	40.10:n
MVS.DP_REVERSE_FLOW:n	R4	DP Reverse flow.	40.11:n
MVS.STATIC_PRESS_EFFECT:n	R4	Static pressure effect. READ ONLY.	40.12:n
MVS.DP_MIN_SCALE:n	R4	DP min cal point. READ ONLY.	40.13:n
MVS.DP_VALUE_1:n	R4	Cal midpoint 1. READ ONLY.	40.14:n
MVS.DP_VALUE_2:n	R4	Cal midpoint 2. READ ONLY.	40.15:n
MVS.DP_VALUE_3:n	R4	Cal midpoint 3. READ ONLY.	40.16:n
MVS.DP_MAX_SCALE:n	R4	DP max cal point. READ ONLY.	40.17:n
MVS.AP_MIN_SCALE:n	R4	AP min cal point. READ ONLY.	40.18:n
MVS.AP_VALUE_1:n	R4	Cal midpoint 1. READ ONLY.	40.19:n
MVS.AP_VALUE_2:n	R4	Cal midpoint 2. READ ONLY.	40.20:n
MVS.AP_VALUE_3:n	R4	Cal midpoint 3. READ ONLY.	40.21:n
MVS.AP_MAX_SCALE:n	R4	AP max cal point. READ ONLY.	40.22:n
MVS.PT_MIN_SCALE:n	R4	PT min cal point. READ ONLY.	40.23:n
MVS.PT_VALUE_1:n	R4	Cal midpoint 1. READ ONLY.	40.24:n
MVS.PT_VALUE_2:n	R4	Cal midpoint 2. READ ONLY.	40.25:n
MVS.PT_VALUE_3:n	R4	Cal midpoint 3. READ ONLY.	40.26:n
MVS.PT_MAX_SCALE:n	R4	PT max cal point. READ ONLY.	40.27:n
MVS.CALIB_CMD:n	UI1	Calibrate command.	40.28:n
MVS.CALIB_TYPE:n	UI1	Calibrate type.	40.29:n
MVS.SET_VALUE:n	R4	Calibrate set value.	40.30:n
MVS.MANUAL_DP:n	R4	Manual differential pressure.	40.31:n
MVS.MANUAL_AP:n	R4	Manual AP.	40.32:n
MVS.MANUAL_PT:n	R4	Manual PT.	40.33:n
MVS.DP_MODE:n	UI1	Bitmask Settings for the DP Input • Bit 0: Sensor Alarm Enable (1 = Enable, 0 = Disable) • Bit 1: Not Used • Bit 2: Not Used • Bit 3: Not Used • Bit 4: ALM Enable (1 = Enable, 0 = Disable) • Bit 5: SRBX on Clear (1 = Enable, 0 = Disable) • Bit 6: SRBX on Set (1 = Enable, 0 = Disable ) • Bit 7: Not Used	40.34:n
MVS.DP_ALARM_CODE:n	UI1	Bitmask DP alarm codes • 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: Point Fail • Bit 7: Not Used READ ONLY.	40.35:n
MVS.DP_LOW_ALARM:n	R4	Value representing the low alarm threshold (TDI) for DP.	40.36:n
MVS.DP_HIGH_ALARM:n	R4	Value representing the high alarm threshold (TDI).	40.37:n
MVS.DP_DEADBAND:n	R4	Dead zone around set point in which integral action is disabled for DP.	40.38:n
MVS.DP_ FAULT_VALUE:n	R4	DP Alarm Fault Value	40.39:n
MVS.AP_MODE:n	UI1	Bitmask Settings for the AP Input • Bit 0: Not Used • Bit 1: Not Used • Bit 2: Not Used • Bit 3: Not Used • 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: Not Used	40.40:n
MVS.AP_ALARM_CODE:n	UI1	Bitmask AP alarm codes • 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: Point Fail • Bit 7: Not Used READ ONLY.	40.41:n
MVS.AP_LOW_ALARM:n	R4	Value representing the low alarm threshold (TDI) for AP.	40.42:n
MVS.AP_HIGH_ALARM:n	R4	Value representing the high alarm threshold (TDI) for AP.	40.43:n
MVS.AP_DEADBAND:n	R4	Dead zone around set point in which integral action is disabled for AP.	40.44:n
MVS.AP_FAULT_VALUE:n	R4		40.45:n
MVS.PT_MODE:n	UI1	Bitmask Settings for the PT Input • Bit 0: Not Used • Bit 1: Not Used • Bit 2: Not Used • Bit 3: Not Used • 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: Not Used	40.46:n
MVS.PT_ALARM_CODE:n	UI1	Bitmask PT alarm codes • 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: Point Fail • Bit 7: Not Used READ ONLY.	40.47:n
MVS.PT_LOW_ALARM:n	R4	Value representing the low alarm threshold (TDI) for PT.	40.48:n
MVS.PT_HIGH_ALARM:n	R4	Value representing the high alarm threshold (TDI) for PT.	40.49:n
MVS.PT_DEADBAND:n	R4	Dead zone around set point in which integral action is disabled for PT.	40.50:n
MVS.PT_FAULT_VALUE:n	R4		40.51:n
MVS.PT_BIAS	R4	PT Bias	40.52:n
MVS.SP_OFFSET	R4	SP Offset	40.53:n
MVS.CONFIG_CHANGE_COUNTER	UI2	Configuration Change Counter	40.54:n
MVS.SENSOR_TYPE	UI1	Sensor Type 0 = Unknown 1 = 4088A 2 = 4088B 3 = R3095 4 = MVS205	40.55:n

Point Type 41 - Run Items

Item	Data Type	Description	T.P:L
RUN.POINT_TAG_ID:n	STRING	10 character name of run.	41.0:n
RUN.ATMOS_PRESS:n	R4	Value of atmospheric pressure.	41.1:n
RUN.CALC_METHOD_II:n	UI1	Bitmask setting for calculation method Bit 0: Detail Level (0 = Detailed Method, 1 = Gross Method) Bit 1: Gross method (0 = Gross Method II, 1 = Gross Method I) Bit 2: Calculated of Manual Value (0 = Calculated, 1 = Enter Atmospheric Pressure for AGA 1992 only Bit 3: BTU Dry or Wet (0 = BTU Dry, 1 = BTU Wet) Bit 4: BTU Dry or Wet Override (0 = See Bit 3, 1 =BTU as Delivered ) Bit 5: Not Used Bit 6: Not Used Bit 7: Not Used	41.2:n
RUN.ORIFICE_REF_TEMP_VAR:n	STRING	Not Used.	41.3:n
RUN.PIPE_REF_TEMP:n	R4	Pipe reference temperature.	41.4:n
RUN.PIPE_ MATERIAL:n	UI1	Pipe material.	41.5:n
RUN.FACTORY_ENTRY_DEF:n	UI1	Bitmask setting for factory entry • Bit 0: Fb Factor • Bit 1: Fr Factor • Bit 2: Expansion Factor • Bit 3: Fpb Factor • Bit 4: Ftb Factor • Bit 5: Ftf Factor • Bit 6: Fgr Factor • Bit 7: Fpv Factor	41.6:n
RUN.FB_FACTOR:n	R4	Orifice flow factor value.	41.7:n
RUN.FR_FACTOR:n	R4	Reynolds number value.	41.8:n
RUN.EXPANSION_FACTOR:n	R4	Expansion Factor (Y)	41.9:n
RUN.FPB_FACTOR:n	R4	Pressure base factor value.	41.10:n
RUN.FTB_FACTOR:n	R4	Temperature base factor value.	41.11:n
RUN.FTF_FACTOR:n	R4	Flowing temperature factor value.	41.12:n
RUN.FGR_FACTOR:n	R4	Specific gravity factor value.	41.13:n
RUN.FPV_FACTOR:n	R4	Super compressibility factor value.	41.14:n
RUN.POINT_01:n	UI1	History point 1	41.15:n
RUN.POINT_01_ROLLUP:n	UI1	RollUp type 1	41.16:n
RUN.POINT_01_VAR:n	STRING	TLP 1	41.17:n
RUN.POINT_01_CONVERSION:n	R4	Conversion 1	41.18:n
RUN.POINT_02:n	UI1	History point 2	41.19:n
RUN.POINT_02_ROLLUP:n	UI1	RollUp type 2	41.20:n
RUN.POINT_02_VAR:n	STRING	TLP 2	41.21:n
RUN.POINT_02_CONVERSION:n	R4	Conversion 2	41.22:n
RUN.POINT_03:n	UI1	History point 3	41.23:n
RUN.POINT_03_ROLLUP:n	UI1	RollUp type 3	41.24:n
RUN.POINT_03_VAR:n	STRING	TLP 3	41.25:n
RUN.POINT_03_CONVERSION:n	R4	Conversion 3	41.26:n
RUN.POINT_04:n	UI1	History point 4	41.27:n
RUN.POINT_04_ROLLUP:n	UI1	RollUp type 4	41.28:n
RUN.POINT_04_VAR:n	STRING	TLP 4	41.29:n
RUN.POINT_04_CONVERSION:n	R4	Conversion 4	41.30:n
RUN.POINT_05:n	UI1	History point 5	41.31:n
RUN.POINT_05_ROLLUP:n	UI1	RollUp type 5	41.32:n
RUN.POINT_05_VAR:n	STRING	TLP 5	41.33:n
RUN.POINT_05_CONVERSION:n	R4	Conversion 5	41.34:n
RUN.POINT_06:n	UI1	History point 6	41.35:n
RUN.POINT_06_ROLLUP:n	UI1	RollUp type 6	41.36:n
RUN.POINT_06_VAR:n	STRING	TLP 6	41.37:n
RUN.POINT_06_CONVERSION:n	R4	Conversion 6	41.38:n
RUN.POINT_07:n	UI1	History point 7	41.39:n
RUN.POINT_07_ROLLUP:n	UI1	RollUp type 7	41.40:n
RUN.POINT_07_VAR:n	STRING	TLP 7	41.41:n
RUN.POINT_07_CONVERSION:n	R4	Conversion 7	41.42:n
RUN.POINT_08:n	UI1	History point 8	41.43:n
RUN.POINT_08_ROLLUP:n	UI1	RollUp type 8	41.44:n
RUN.POINT_08_VAR:n	STRING	TLP 8	41.45:n
RUN.POINT_08_CONVERSION:n	R4	Conversion 8	41.46:n
RUN.POINT_09:n	UI1	History point 9	41.47:n
RUN.POINT_09_ROLLUP:n	UI1	RollUp type 9	41.48:n
RUN.POINT_09_VAR:n	STRING	TLP 9	41.49:n
RUN.POINT_09_CONVERSION:n	R4	Conversion 9	41.50:n
RUN.POINT_10:n	UI1	History point 10	41.51:n
RUN.POINT_10_ROLLUP:n	UI1	RollUp type 10	41.52:n
RUN.POINT_10_VAR:n	STRING	TLP 10	41.53:n
RUN.POINT_10_CONVERSION:n	R4	Conversion 10	41.54:n
RUN.POINT_11:n	UI1	History point 11	41.55:n
RUN.POINT_11_ROLLUP:n	UI1	RollUp type 11	41.56:n
RUN.POINT_11_VAR:n	STRING	TLP 11	41.57:n
RUN.POINT_11_CONVERSION:n	R4	Conversion 11	41.58:n
RUN.POINT_12:n	UI1	History point 12	41.59:n
RUN.POINT_12_ROLLUP:n	UI1	RollUp type 12	41.60:n
RUN.POINT_12_VAR:n	STRING	TLP 12	41.61:n
RUN.POINT_12_CONVERSION:n	R4	Conversion 12	41.62:n
RUN.POINT_13:n	UI1	History point 13	41.63:n
RUN.POINT_13_ROLLUP:n	UI1	RollUp type 13	41.64:n
RUN.POINT_13_VAR:n	STRING	TLP 13	41.65:n
RUN.POINT_13_CONVERSION:n	R4	Conversion 13	41.66:n
RUN.POINT_14:n	UI1	History point 14	41.67:n
RUN.POINT_14_ROLLUP:n	UI1	RollUp type 14	41.68:n
RUN.POINT_14_VAR:n	STRING	TLP 14	41.69:n
RUN.POINT_14_CONVERSION:n	R4	Conversion 14	41.70:n
RUN.POINT_15:n	UI1	History point 15	41.71:n
RUN.POINT_15_ROLLUP:n	UI1	RollUp type 15	41.72:n
RUN.POINT_15_VAR:n	STRING	TLP 15	41.73:n
RUN.POINT_15_CONVERSION:n	R4	Conversion 15	41.74:n
RUN.POINT_16:n	UI1	History point 16	41.75:n
RUN.POINT_16_ROLLUP:n	UI1	RollUp type 16	41.76:n
RUN.POINT_16_VAR:n	STRING	TLP 16	41.77:n
RUN.POINT_16_CONVERSION:n	R4	Conversion 16	41.78:n

Point Type 42 - Extra Run Items

Item	Data Type	Description	T.P:L
EXTRA_RUN.POINT_TAG_ID:n	STRING	10 character name for extra run.	42.0:n
EXTRA_RUN.MCF_TODAY:n	R4	Accumulated flow rate since start of contract day in millions of cubic feet.	42.1:n
EXTRA_RUN.MCF_YESTERDAY:n	R4	Yesterday’s accumulated flow rate in millions of cubic feet.	42.2:n
EXTRA_RUN.MCF_MONTH:n	R4, UI4 in Industry Canada Roc devices	Accumulated flow rate since start of contract month in millions of cubic feet.	42.3:n
EXTRA_RUN.MCF_PREV_MONTH:n	R4, UI4 in Industry Canada Roc devices	Previous month’s accumulated flow in millions of cubic feet.	42.4:n
EXTRA_RUN.MCF_ACCUMULATED:n	R4, UI4 in Industry Canada Roc devices	Accumulated flow during each scan period in millions of cubic feet.	42.5:n
EXTRA_RUN.MIN_TODAY:n	R4	Accumulated minutes since start of contract day.	42.6:n
EXTRA_RUN.MIN_YESTERDAY:n	R4	Yesterday’s accumulated minutes.	42.7:n
EXTRA_RUN.MIN_MONTH:n	R4	Accumulated minutes since start of contract month.	42.8:n
EXTRA_RUN.MIN_PREV_MONTH:n	R4	Previous month’s accumulated minutes.	42.9:n
EXTRA_RUN.MIN_ ACCUMULATED:n	R4	Accumulated minutes during each scan period.	42.10:n
EXTRA_RUN.MMBTU_TODAY:n	R4	Accumulated energy rate in millions of cubic feet since start of current contract day.	42.11:n
EXTRA_RUN.MMBTU_YESTERDAY:n	R4	Accumulated energy rate in millions of cubic feet in 24 hour period prior to start of current contract day.	42.12:n
EXTRA_RUN.MMBTU_MONTH:n	R4, UI4 in Industry Canada Roc devices	Accumulated energy rate in millions of cubic feet since start of contract month.	42.13:n
EXTRA_RUN.MMBTU_PREV_MONTH:n	R4, UI4 in Industry Canada Roc devices	Previous month’s accumulated energy rate in millions of cubic feet.	42.14:n
EXTRA_RUN.MMBTU_ACCUMULATED:n	R4, UI4 in Industry Canada Roc devices	Accumulated energy rate in millions of cubic feet during each scan.	42.15:n
EXTRA_RUN.UNCORRECT_TODAY:n	R4	Accumulated uncorrected since start of contract day.	42.16:n
EXTRA_RUN.UNCORRECT_YESTERDAY:n	R4	Yesterday’s accumulated uncorrected.	42.17:n
EXTRA_RUN.UNCORRECT_MONTH:n	R4, UI4 in Industry Canada Roc devices	Accumulated uncorrected since start of contract month.	42.18:n
EXTRA_RUN.UNCORRECT_PREV_MONTH:n	R4, UI4 in Industry Canada Roc devices	Previous month’s accumulated uncorrected.	42.19:n
EXTRA_RUN.UNCORRECT_ACCUMULATED:n	R4, UI4 in Industry Canada Roc devices	Accumulated uncorrected during each scan period.	42.20:n
EXTRA_RUN.ORIFICE_DIAMETER:n	R4	Orifice diameter used for calculation. READ ONLY.	42.21:n
EXTRA_RUN.PIPE_DIAMETER:n	R4	Pipe internal diameter used for calculation. READ ONLY.	42.22:n
EXTRA_RUN.BETA:n	R4	Diameter ratio. READ ONLY.	42.23:n
EXTRA_RUN.VELOCITY_APPR:n	R4	• Ev – AGA 1992 • Zb – AGA 1985 READ ONLY.	42.24:n
EXTRA_RUN.COEFF_DISCHARGE:n	R4	Coefficient discharge in CdFt (AGA 1992) or Zf (AGA 1985). READ ONLY.	42.25:n
EXTRA_RUN.REYNOLDS_NUMBER:n	R4	Reynolds number value. READ ONLY.	42.26:n
EXTRA_RUN.UPSTREAM_PRESS:n	R4	Upstream static pressure. READ ONLY.	42.27:n
EXTRA_RUN.MOLECULAR_WT:n	R4	Molecular weight. READ ONLY.	42.28:n

Point Type 42 – Extra Run Items (Alternates)

Item	Data Type	Description	T.P:L
EXTRA_RUN.EXTRA_MCF_MONTH:n	UI32	Flow Month – MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.3:n
EXTRA_RUN.EXTRA_MCF_PREV_MONTH:n	UI32	Flow Previous Month – MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.4:n
EXTRA_RUN.EXTRA_MCF_ACCUMULATED:n	UI32	Flow Accumulated (rollover at 1,000,000) - MCF (km3) (Industry Canada) (FloBoss 500-Series, FloBoss 100 Series, and RegFlo)	42.5:n
EXTRA_RUN.EXTRA_MMBTU_MONTH:n	UI32	Energy Month – MMBTU (GJ) (Industry Canada) (ROC300-Series and FloBoss 407)	42.13:n
EXTRA_RUN.EXTRA_MMBTU_PREV_MONTH:n	UI32	Energy Previous Month – MMBTU (GJ) (Industry Canada) (ROC300-Series and FloBoss 407)	42.14:n
EXTRA_RUN.EXTRA_MMBTU_ACCUMULATED:n	UI32	Energy Accumulated (rollover at 1,000,000) - MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.15:n
EXTRA_RUN.EXTRA_UNCORRECT_MONTH:n	UI32	Uncorrected Month – MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.18:n
EXTRA_RUN.EXTRA_UNCORRECT_PREV_MONTH:n	UI32	Uncorrected Previous Month – MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.19:n
EXTRA_RUN.EXTRA_UNCORRECT_ACCUMULATED:n	UI32	Uncorrected Accumulation (rollover at 1,000,000) – MCF (km3) (Industry Canada) (ROC300-Series and FloBoss 407)	42.20:n

Point Type 43 - User List Items

Item	Data Type	Description	T.P:L
USER_LIST.TEXT_01:n	STRING	10 character text for display data.	43.0:n
USER_LIST.TEXT_02:n	STRING	10 character text for display data.	43.1:n
USER_LIST.TEXT_03:n	STRING	10 character text for display data.	43.2:n
USER_LIST.TEXT_04:n	STRING	10 character text for display data.	43.3:n
USER_LIST.TEXT_05:n	STRING	10 character text for display data.	43.4:n
USER_LIST.TEXT_06:n	STRING	10 character text for display data.	43.5:n
USER_LIST.TEXT_07:n	STRING	10 character text for display data.	43.6:n
USER_LIST.TEXT_08:n	STRING	10 character text for display data.	43.7:n
USER_LIST.TEXT_09:n	STRING	10 character text for display data.	43.8:n
USER_LIST.TEXT_10:n	STRING	10 character text for display data.	43.9:n
USER_LIST.TEXT_11:n	STRING	10 character text for display data.	43.10:n
USER_LIST.TEXT_12:n	STRING	10 character text for display data.	43.11:n
USER_LIST.TEXT_13:n	STRING	10 character text for display data.	43.12:n
USER_LIST.TEXT_14:n	STRING	10 character text for display data.	43.13:n
USER_LIST.TEXT_15:n	STRING	10 character text for display data.	43.14:n
USER_LIST.TEXT_16:n	STRING	10 character text for display data.	43.15:n
USER_LIST.DATA_01_VAR:n	STRING	10 character text for display data.	43.16:n
USER_LIST.DATA_02_VAR:n	STRING	10 character text for display data.	43.17:n
USER_LIST.DATA_03_VAR:n	STRING	10 character text for display data.	43.18:n
USER_LIST.DATA_04_VAR:n	STRING	10 character text for display data.	43.19:n
USER_LIST.DATA_05_VAR:n	STRING	10 character text for display data.	43.20:n
USER_LIST.DATA_06_VAR:n	STRING	10 character text for display data.	43.21:n
USER_LIST.DATA_07_VAR:n	STRING	10 character text for display data.	43.22:n
USER_LIST.DATA_08_VAR:n	STRING	10 character text for display data.	43.23:n
USER_LIST.DATA_09_VAR:n	STRING	10 character text for display data.	43.24:n
USER_LIST.DATA_10_VAR:n	STRING	10 character text for display data.	43.25:n
USER_LIST.DATA_11_VAR:n	STRING	10 character text for display data.	43.26:n
USER_LIST.DATA_12_VAR:n	STRING	10 character text for display data.	43.27:n
USER_LIST.DATA_13_VAR:n	STRING	10 character text for display data.	43.28:n
USER_LIST.DATA_14_VAR:n	STRING	10 character text for display data.	43.29:n
USER_LIST.DATA_15_VAR:n	STRING	10 character text for display data.	43.30:n
USER_LIST.DATA_16_VAR:n	STRING	10 character text for display data.	43.31:n
USER_LIST.AUX_UNITS_1	STRING	10 character Auxiliary Units String 1	43.32:n
USER_LIST.AUX_UNITS_2	STRING	10 character Auxiliary Units String 2	43.33:n
USER_LIST.AUX_UNITS_3	STRING	10 character Auxiliary Units String 3	43.34:n
USER_LIST.AUX_UNITS_4	STRING	10 character Auxiliary Units String 4	43.35:n
USER_LIST.AUX_UNITS_5	STRING	10 character Auxiliary Units String 5	43.36:n
USER_LIST.AUX_UNITS_6	STRING	10 character Auxiliary Units String 6	43.37:n
USER_LIST.AUX_UNITS_7	STRING	10 character Auxiliary Units String 7	43.38:n
USER_LIST.AUX_UNITS_8	STRING	10 character Auxiliary Units String 8	43.39:n
USER_LIST.AUX_UNITS_9	STRING	10 character Auxiliary Units String 9	43.40:n
USER_LIST.AUX_UNITS_10	STRING	10 character Auxiliary Units String 10	43.41:n
USER_LIST.AUX_UNITS_11	STRING	10 character Auxiliary Units String 11	43.42:n
USER_LIST.AUX_UNITS_12	STRING	10 character Auxiliary Units String 12	43.43:n
USER_LIST.AUX_UNITS_13	STRING	10 character Auxiliary Units String 13	43.44:n
USER_LIST.AUX_UNITS_14	STRING	10 character Auxiliary Units String 14	43.45:n
USER_LIST.AUX_UNITS_15	STRING	10 character Auxiliary Units String 15	43.46:n
USER_LIST.AUX_UNITS_16	STRING	10 character Auxiliary Units String 16	43.47:n

Point Type 44 - Power Control Items

Item	Data Type	Description	T.P:L
POWER_CONTROL.TAG:n	STRING	10 character tag identification for power control.	44.0:n
POWER_CONTROL.STATUS:n	UI2	Status value of power control. READ ONLY.	44.1:n
POWER_CONTROL.ENABLE:n	UI2	Value for enabling power control.	44.2:n
POWER_CONTROL.VALID_RX:n	UI2	Valid RX	44.3:n
POWER_CONTROL.START_TIME_1:n	UI2	Start time 1	44.4:n
POWER_CONTROL.START_TIME_2:n	UI2	Start time 2	44.5:n
POWER_CONTROL.START_TIME_3:n	UI2	Start time 3	44.6:n
POWER_CONTROL.ON_TIME_1:n	UI2	On time 1	44.7:n
POWER_CONTROL.ON_TIME_2:n	UI2	On time 2	44.8:n
POWER_CONTROL.ON_TIME_3:n	UI2	On time 3	44.9:n
POWER_CONTROL.OFF_TIME_1:n	UI2	Off time 1	44.10:n
POWER_CONTROL.OFF_TIME_2:n	UI2	Off time 2	44.11:n
POWER_CONTROL.OFF_TIME_3:n	UI2	Off time 3	44.12:n
POWER_CONTROL.ACTIVE_ZONE:n	UI2	Time period when power control is enabled.	44.13:n
POWER_CONTROL.HOLD_TIME:n	UI2	Hold Time	44.14:n
POWER_CONTROL.POWER_TIMER:n	UI2	Power timer value. READ ONLY.	44.15:n
POWER_CONTROL.LOGICAL_DO:n	UI2	Discrete output number.	44.16:n
POWER_CONTROL.LOW_BATTERY:n	R4	Low Battery	44.17:n
POWER_CONTROL.ON_COUNTER:n	UI4	Number of scan periods when the Status parameter is in the 1 state.	44.18:n
POWER_CONTROL.OFF_COUNTER:n	UI4	Number of scan periods when the Status parameter is in the 0 state.	44.19:n

Point Type 45 - Sampler Items

Item	Data Type	Description	T.P:L
SAMPLER.CALIB_OPTIONS:n	UI1	Calibration Options	45.0:n
SAMPLER.AMBIENT_TEMP_MERCURY:n	R4	Ambient temperature of Mercury	45.1:n
SAMPLER.CALIB_TEMP_MERCURY:n	R4	Temperature of Mercury when Calibrating	45.2:n
SAMPLER.CALCU_WEIGHTS_GRAV_ACCEL:n	R4	Calibrated Weights Gravitational Acceleration	45.3:n
SAMPLER.WATER_TEMP_CALIB:n	R4	Temperature of Water when Calibrating	45.4:n
SAMPLER.AIR_TEMP_CALIB:n	R4	Temperature of Air when Calibrating	45.5:n
SAMPLER.USER_CORRECTION_FACTOR:n	R4	User Correction Factor	45.6:n
SAMPLER.SAMPLER_ENABLE:n	UI1	Sampler Enable • 0 = Disabled • 1 = Enabled	45.7:n
SAMPLERSAMPLER_VOL_ACCUM:n	R4	Sampler Accumulation Trigger	45.8:n
SAMPLER.SAMPLER_DURATION:n	R4	Sampler Duration	45.9:n
SAMPLER.ALARM_CODE	UI1	Sensor Module (SM) Integrity Alarm Code: (FloBoss 504 only) Bit 6 through 7 – Not Used Bit 5 – Channel B Failure 0 = No Alarm Present 1 = Alarm Present Bit 4 – Channel A Failure 0 = No Alarm Present 1 = Alarm Present Bit 3 – Frequency Discrepancy Detected 0 = No Alarm Present 1 = Alarm Present Bit 2 – Pulse Synchronization Error 0 = No Alarm Present 1 = Alarm Present Bit 1 – Phase Discrepancy Detected 0 = No Alarm Present 1 = Alarm Present Bit 0 – Sequence Out of Order Error 0 = No Alarm Present 1 = Alarm Present	45.10:n
SAMPLER.ALARM_DEADBAND	UI16	SM Integrity Alarm Deadband Time (in seconds) (FloBoss 504 only)	45.11:n
SAMPLER.ALARM_CODE	UI16	Bit 3 through 7 – Not Used Bit 2 – RBX on Set 0 = Disable RBX on Set 1 = Enable RBX on Set Bit 1 – RBX on Clear 0 = Disable RBX on Clear 1 = Enable RBX on Clear Bit 0 – Alarming 0 = Disabled 1 = Enabled	45.12:n
SAMPLER.INTEGRITY_LEVEL	UI8	Integrity Level – Turbine: (FloBoss 504 only) 1 = Level A 2 = Level B 3 = Level C (Default) 4 = Level D	45.12:n
SAMPLER.SAMPLER_PARAMETERS	UI16	SM Alarm Control: (FloBoss 504 only) Bit 3 through 7 – Not Used Bit 2 – RBX on Set 0 = Disable RBX on Set 1 = Enable RBX on Set Bit 1 – RBX on Clear 0 = Disable RBX on Clear 1 = Enable RBX on Clear Bit 0 – Alarming 0 = Disabled 1 = Enabled	45.13:n

Point Type 46 – NEW AGA Items

Item	Data Type	Description	T.P:L
NEW_AGA.POINT_TAG_ID:n	STRING	10 character tag identification for Meter Configuration Parameters.	46.0:n
NEW_AGA.POINT_DESCRIPTION:n	STRING	Describes Point	46.1:n
NEW_AGA.CALCU_METHOD:n	UI1	Indicates the Calculation Method: • Bit 0: Properties Calc Manual Mode (1 = Normal, 0 = Manual) • Bit 1: Flow Calc Method (1 = Linear, 0 = Differential) • Bit 2: Log Meter Run Limit Events (1 = Logged, 0 = Not Logged) • Bit 3: Units of Measurement (1 = Metric, 0 = English) • Bit 4: Meter Run Alarming (1 = Enabled, 0 = Disabled) • Bit 5: RBX on Clear (1 = Enabled, 0 = Disabled) • Bit 6: RBX on Set (1 = Enabled, 0 = Disabled) • Bit 7: Flow Calc Manual Mode (FB 103/104) (1 = Manual, 0 = Normal) Turbine Calc Standard (FB 500 Series) (1 = ISO9951, 0 = AGA7) o Differential Flow Calc Standard (FB107) (1 = ISO5167, 0 = AGA3)	46.2:n
NEW_AGA.CALCU_METHOD_II:n	UI1	Indicates Calculation Method II: • Bit 0: AGA8 Characterization Method (1 = Gross, 0 = Detailed) • Bit 1: AGA8 Gross Characterization Method (1 = Gross I, 0 = GROSS II) • Bit 2: Atmospheric Pressure Source (1 = Manually Entered, 0 = Calculated) • Bit 3: BTU Dry or Wet Basis (1= BTU Wet, 0 = BTU Dry) • Bit 4: BTU Dry or Wet Override (1= As Delivered, 0 = See Bit 3) • Bit 5: Gas Quality Input Mode • Bit 6: Not Used • Bit 7: K Factor Calc (1 = Multiple, 0 = Single)	46.3:n
NEW_AGA.OPTIONS:n	UI1	Option: • Bit 0: Tap Type (1 = Pipe, 0 = Flange) • Bit 1: Specific Gravity Source (1 = Manually Entered, 0 = Calculated) • Bit 2: Static Pressure Tap Location (1 = Upstream, 0 = Downstream) • Bit 3: Static Pressure Value (1 = Absolute, 0 = Gauge) • Bit 4: Heating Value Source (1 = Manually Entered, 0 = Calculated) • Bit 5: Gravitational Acceleration Source (1 = Manually Entered, 0 = Calculated) • Bit 6: Heating Value Basis (FB 103/104, and FB 500 Series) (1 = Volume, 0 = Mass) Mass/Volume Units (FB 107) (1 = Volumetric, 0 = Mass) • Bit 7: Log Methane Adjustment (1 = Not Logged, 0 = Logged)	46.4:n
NEW_AGA.CONTRACT_HOUR:n	UI1	Contract Hour	46.5:n
NEW_AGA.INTEGRAL_MULT_PERIOD:n - Orifice	R4	Integral Multiplier Period	46.6:n
NEW_AGA.BASE_MULT_PERIOD:n-Turbine	R4	Base Multiplier Period	46.6:n
NEW_AGA.PIPE_DIAMETER:n	R4	Pipe Diameter	46.7:n
NEW_AGA.PIPE_REF_TEMP:n	R4	Pipe Reference Temperature	46.8:n
NEW_AGA.PIPE_MATERIAL:n	UI1	Pipe Material: • 0 = Stainless Steel (SS) • 1 = Monel • 2 = Carbon Steel • 3 = 304 Stainless Steel • 4 = 316 Stainless Steel • 5 = Monel 400	46.9:n
NEW_AGA.ORIFICE_DIAMETER:n	R4	Orifice Diameter	46.10:n
NEW_AGA.ORIFICE_REF_TEMP:n	R4	Orifice Reference Temperature	46.11:n
NEW_AGA.ORIFICE_MATERIAL:n	UI1	Orifice Material: • 0 = Stainless Steel (SS) • 1 = Monel • 2 = Carbon Steel	46.12:n
NEW_AGA.PRESSURE:n	R4	Base or contract Pressure	46.13:n
NEW_AGA.TEMPERATURE:n	R4	Base or contract temperature	46.14:n
NEW_AGA.ATMOSPHERIC_PRESSURE:n	R4	Atmospheric Pressure	46.15:n
NEW_AGA.SPECIFIC_GRAVITY:n	R4	Specific Gravity	46.16:n
NEW_AGA.HEATING_VALUE:n	R4	Heating Value	46.17:n
NEW_AGA.VISCOSITY:n	R4	Viscosity	46.18:n
NEW_AGA.SPECIFIC_HEAT_RATIO:n	R4	Specific Heat Ratio	46.19:n
NEW_AGA.ELEVATION:n	R4	Elevation	46.20:n
NEW_AGA.LATITUDE:n	R4	Latitude	46.21:n
NEW_AGA.LOCAL_GRAV_ACCEL:n	R4	Local Gravitational Acceleration	46.22:n
NEW_AGA.NITROGEN:n	R4	Nitrogen (N2)	46.23:n
NEW_AGA.CARBON_DIOXIDE:n	R4	Carbon Dioxide (CO2)	46.24:n
NEW_AGA.HYDROGEN_SULFIDE:n	R4	Hydrogen Sulfide (H2S)	46.25:n
NEW_AGA.WATER:n	R4	Water (H2O)	46.26:n
NEW_AGA.HELIUM:n	R4	Helium (He)	46.27:n
NEW_AGA.METHANE:n	R4	Methane (CH4)	46.28:n
NEW_AGA.ETHANE:n	R4	Ethane (C2H6)	46.29:n
NEW_AGA.PROPANE:n	R4	Propane (C3H8)	46.30:n
NEW_AGA.N_BUTANE:n	R4	n-Butane (C4H10)	46.31:n
NEW_AGA.I_BUTANE:n	R4	i-Butane (C4H10)	46.32:n
NEW_AGA.N_PENTANE:n	R4	n-Pentane (C5H12)	46.33:n
NEW_AGA.I_PENTANE:n	R4	i-Pentane (C5H12)	46.34:n
NEW_AGA.N_HEXANE:n	R4	Hexane (C6H14)	46.35:n
NEW_AGA.N_HEPTANE:n	R4	Heptane (C7H16)	46.36:n
NEW_AGA.N_OCTANE:n	R4	Octane (C8H18)	46.37:n
NEW_AGA.N_NONANE:n	R4	Nonane (C9H20)	46.38:n
NEW_AGA.N_DECANE:n	R4	Decane (C10H22)	46.39:n
NEW_AGA.OXYGEN:n	R4	Oxygen (O2)	46.40:n
NEW_AGA.CARBON_MONOXIDE:n	R4	Carbon Monoxide (CO)	46.41:n
NEW_AGA.HYDROGEN:n	R4	Hydrogen (H2)	46.42:n
NEW_AGA.LOW_HW_CUTOFF:n Orifice	R4	Differential (HW) Low Flow Cutoff	46.43:n
NEW_AGA.K_FACTOR:n - Turbine	R4	K-factor	46.43:n
NEW_AGA.HIGH_HW_SETPOINT:n	R4	High Differential (HW) Set point	46.44:n
NEW_AGA.LOW_HW_SETPOINT:n	R4	Low Differential (HW) Set point	46.45:n
NEW_AGA.ENABLE_STACKED_HW:n	UI1	Enabled Stacked Differential (HW)	46.46:n
NEW_AGA.LOW_HW_TLP:n - Orifice	STRING	Low Differential (HW) TLP – Orifice K-factor TLP – Turbine	46.47:n
NEW_AGA.HW_TLP:n - Orifice NEW_AGA.FLOW_RATE_TLP:n Turbine	STRING	Differential (HW) TLP – Orifice Uncorrected Flow Rate – Turbine	46.48:n
NEW_AGA.FLOWING_PRESS_TLP:n	STRING	Flowing Pressure	46.49:n
NEW_AGA.FLOWING_TEMP_TLP:n	STRING	Flowing Temperature TLP	46.50:n
NEW_AGA.HW:n - Orifice	R4	Differential (HW) Pressure – Orifice	46.51:n
NEW_AGA.FLOW_RATE:n - Turbine	R4	Uncorrected Flow Rate – Turbine	46.51:n
NEW_AGA.FLOWING_PRESS:n	R4	Flowing Pressure (Pf)	46.52:n
NEW_AGA.FLOWING_TEMP:n	R4	Flowing Temperature (Tf)	46.53:n
NEW_AGA.ALARM_CODE:n	UI1	Alarm Code:	46.54:n
NEW_AGA.LOW_ALARM_FLOW:n	R4	Low Alarm Flow	46.55:n
NEW_AGA.HIGH_ALARM_FLOW:n	R4	High Alarm Flow	46.56:n
NEW_AGA.AVG_TECHNIQUE:n	UI1	Averaging technique for meter history	46.57:n
NEW_AGA.FULL_RECALCU_FLAG:n	UI1	Full Recalculation Flag	46.58:n
NEW_AGA.K_FACTOR_TLP:n	TLP	Input TLP for multiple K-factor calculation (FloBoss 500-Series version 2.40 or greater, FloBoss 100Series version 2.07 or greater)	46.59:n
NEW_AGA.DEADBAND_K_FACTOR	R4	Deadband for multiple K-factor calculation (FloBoss 500-Series version 2.40 or greater, FloBoss 100Series version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: value is the deadband of the value of the TLP (parameter 59) that must be exceeded before the system calculates another variable K-factor. Units are a percentage of the low to high range of the values of the TLP (parameter 59).	46.60:n
NEW_AGA.LOWEST_K_FACTOR_CALC	R4	Lowest K-factor calculation (FloBoss 500-Series version 2.40 or greater, FloBoss 100-Series version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Lowest K-factor.	46.61:n
NEW_AGA.SECOND_K_FACTOR	R4	2nd K-factor (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater. For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: 2nd lowest K-factor.	46.62:n
NEW_AGA.THIRD_K_FACTOR	R4	2nd K-factor (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater. For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: 3rd lowest K-factor.	46.63:n
NEW_AGA.FOURTH_K_FACTOR	R4	2nd K-factor (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater. For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: 4th lowest K-factor.	46.64:n
NEW_AGA.HIGHEST_K_FACTOR	R4	Highest K-factor (FloBoss 500-Series version 2.40 or greater and FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: 5th lowest K-factor.	46.65:n
NEW_AGA.LOWEST_K_FACTOR_EU	R4	Lowest K-factor EU (FloBoss 500Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: value of TLP (parameter 59) for selecting the lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.66:n
NEW_AGA.SECOND_K_FACTOR_EU	R4	2nd K-factor EU (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: value of TLP (parameter 59) for selecting the 2nd lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.)	46.67:n
NEW_AGA_THIRD_K_FACTOR_EU	R4	2nd K-factor EU (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: value of TLP (parameter 59) for selecting the 3rd lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.)	46.68:n
NEW_AGA_FOURTH_K_FACTOR_EU	R4	2nd K-factor EU (FloBoss 500-Series version 2.40 or greater, FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: value of TLP (parameter 59) for selecting the 4th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.)	46.69:n
NEW_AGA_HIGHEST_K_FACTOR_EU	R4	Highest K-factor EU (FloBoss 500Series version 2.40 or greater and FloBoss Series-100 version 2.07 or greater). For FloBoss 107: If the flow input is from a differential meter: not used. If the flow input is from a linear meter: value of TLP (parameter 59) for selecting the 5th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59,	46.70:n
NEW_AGA_SIXTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 6th lowest K-factor.	46.71:n
NEW_AGA_SEVENTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 7th lowest K-factor.	46.72:n
NEW_AGA_EIGHTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 8th lowest K-factor.	46.73:n
NEW_AGA_NINTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 9th lowest K-factor.	46.74:n
NEW_AGA_TENTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 10th lowest K-factor.	46.75:n
NEW_AGA_ELEVENTH_LOWEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: 11th lowest K-factor.	46.76:n
NEW_AGA_HIGHEST_K_FACTOR	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: highest K-factor.	46.77:n
NEW_AGA_SIXTH_LOWEST_K_FACTOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 6th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.78:n
NEW_AGA_SEVENTH_LOWEST_K_FACTOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 7th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.79:n
NEW_AGA_EIGHTH_LOWEST_K_FA CTOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 8th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.80:n
NEW_AGA_NINTH_LOWEST_K_FACT OR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 9th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.81:n
NEW_AGA_TENTH_LOWEST_K_FAC TOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 10th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.82:n
NEW_AGA_ELEVENTH_LOWEST_K_FACTOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the 11th lowest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.83:n
NEW_AGA_HIGHEST_K_FACTOR_LIN	R4	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Value is the TLP (parameter 59) for selecting the highest K-factor. Units are the same as the value of the TLP specified in parameter 59.	46.84:n
NEW_AGA_ARGON	R4	FloBoss 107 only: Argon (Ar) composition; units are mole percentage	46.85:n
NEW_AGA_CONFIG_STATUS_BYTE_4	UI1	FloBoss 107 only: Configuration status, byte 4. Bits 5-7 – Not Used Bit 4 – Source of the Joule-Thomson coefficient (ISO5167 only) 0 = Calculate 1 = Manual entry Bit 3 – Calculation of the upsteam temperature (ISO5167 only) 0 = Disabled 1 = Enabled Bit 2 – Temperature tap location (ISO5167 only) 0 = Downstream 1 = Upstream Bit 1 – Flow rate time basis for alarming 0 = Daily flow rate 1 = Hourly flow rate Bit 0 – Source of the pressure loss in % (ISO5167 only). 0 = Calculate 1 = Manual entry	46.86:n
NEW_AGA_SECONDS_INACTIVE_PU LSES	UI32	FloBoss 107 only: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter using a PI point for the flow input: User specified number of seconds that must elapse without pulses to consider currently there is no flow.	46.87:n
NEW_AGA_PRIMARY_ELEMENT_TY PE	UI8	FloBoss 107 only: If the flow input is from a differential meter and the ISO 5167 standard is selected, this parameter is the type of primary element: 0: Orifice with flange taps 1: Orifice with corner taps 2: Orifice with D and D/2 taps 10: Venturi tube All other meter cases: not used	46.88:n
NEW_AGA_EXTRA_COEFF_DISCHA RGE	R4	FloBoss 107 only: If the flow input is from a differential meter and the ISO 5167 standard is selected and the primary element is a Venturi: User defineable coefficient of discharge (CdFT); dimensionless. All other meter cases: not used	46.89:n
NEW_AGA_ALARM_DEADBAND	R4	FloBoss 107 only: Alarm deadband, in mlb/day, lb/hr, mft3/day, ft3/hr, or the metric equivalent	46.90:n
NEW_AGA_PRESSURE_LOSS	R4	FloBoss 107 only: Pressure loss, in % of differential pressure not recovered downstream of the primary element (ISO5167 only).	46.91:n
NEW_AGA_JT_COEFF	R4	FloBoss 107 only: Joule-Thompson coefficient, in deg F/psi or deg C/kPa (ISO5167 only)	46.92:n
NEW_AGA_API_OPTIONS	R4	FloBoss 107 only: API Options. Bits 7-2: Not used Bit 1: Expansion Factory Calculation 0 = AGA3 1992 Expansion Factor Calculation 1 = AGA3 2011 Expansion Factory Calculation Bit 0: API 21. 1 Averaging Technique 0 = DP Averaging Technique is based on older version of API 21.1 and is not API 21.2 2011 compliant 1 = DP Averaging Technique is API 21.1 compliant	46.93:n

Point Type 46 – NEW AGA Items (Alternates)

Item	Data Type	Description	T.P:L
NEW_AGA_BASE_MULT_PERIOD	R4	Base Multiplier Period – Turbine (minutes)	47.6:n
NEW_AGA_BASE_TEMP	R4	Base or contract temperature	47.14:n
NEW_AGA_K_FACTOR	R4	K-factor (in pulses/ft3 or pulses/m3) if the flow input is from a linear meter. This is used only when the flow input is from a pulse input point.	47.43:n
NEW_AGA_FLOW_RATE	TLP	Uncorrected Flow Rate – Turbine (MCF/day or km3/day)	47.51:n
NEW_AGA _LOWEST_K_FACTOR_LIN	TLP	If the flow input is from a linear meter: Lowest K-factor	47.61:n
IDS_PPT_SECOND_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: 2nd lowest Kfactor.	47.62:n
IDS_PPT_THIRD_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: 3rd lowest Kfactor.	47.63:n
IDS_PPT_FOURTH_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: 4th lowest Kfactor.	47.64:n
IDS_PPT_FIFTH_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: 5th lowest Kfactor.	47.65:n
IDS_PPT_TLP_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: value of TLP for selecting the lowest K-factor.	47.66:n
IDS_PPT_TLP_SECOND_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: value of TLP for selecting the 2nd lowest Kfactor.	47.67:n
IDS_PPT_TLP_THIRD_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: value of TLP for selecting the 3rd lowest Kfactor	47.68:n
IDS_PPT_TLP_FOURTH_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: value of TLP for selecting the 4th lowest Kfactor.	47.69:n
IDS_PPT_TLP_FIFTH_LOWEST_K_FACTOR_LIN	R4	If the flow input is from a linear meter: value of TLP for selecting the 5th lowest Kfactor.	47.70:n

Point Type 47 – NEW AGAFLOW Items

Item	Data Type	Description	T.P:L
NEW_AGAFLOW.FLOWRATE_PER_DAY:n	R4	Flow rate per day	47.0:n
NEW_AGAFLOW.ENERGYRATE_PER_DAY:n	R4	Energy rate per day	47.1:n
NEW_AGAFLOW.FLOWRATE_PER_HOUR:n	R4	Flow rate per hour	47.2:n
NEW_AGAFLOW.ENERGYRATE_PER_HOUR:n	R4	Energy rate per hour	47.3:n
NEW_AGAFLOW.PRESSURE_EXTENSION:n	R4	Pressure Extension (hwPf)	47.4:n
NEW_AGAFLOW.EXPANSION_FACTOR:n - Orifice	R4	Expansion factor (Orifice)	47.5:n
NEW_AGAFLOW.FR:n – AGA 1985	R4		47.P:n
NEW_AGAFLOW.FB:n – AGA 1985	R4		47.P:n
NEW_AGAFLOW.FPB:n	R4	Base pressure factor (Fpb)	47.8:n
NEW_AGAFLOW.FTB:n	R4	Base temperature factor (Ftb)	47.9:n
NEW_AGAFLOW.FTF:n	R4	Flow temperature factor (Ftf)	47.10:n
NEW_AGAFLOW.FGR:n	R4	Real gas relative density factor (Fgr)	47.11:n
NEW_AGAFLOW.FPV:n	R4	Supercompressibility factor (Fpv)	47.12:n
NEW_AGAFLOW.FA:n – AGA 1985	R4		47.13:n
NEW_AGAFLOW.ZB:n	R4	Compressibility at base conditions (Zb)	47.14:n
NEW_AGAFLOW.ZF:n – AGA 1985	R4		47.15:n
NEW_AGAFLOW.C_PRIME:n – AGA 1985	R4		47.16:n
NEW_AGAFLOW.ORIFICE_PLATE_BORE_DIAM:n	R4	Orifice Diameter	47.17:n
NEW_AGAFLOW.METER_TUBE_INTERN_DIAM:n	R4	Pipe Diameter	47.18:n
NEW_AGAFLOW.DIAMETER_RATIO:n	R4	Diameter Ratio (Beta)	47.19:n
NEW_AGAFLOW.VELOCITY_OF_APPROACH:n	R4	Velocity of Approach (Ev)	47.20:n
NEW_AGAFLOW.AVERAGE_HW:n - Orifice	R4	Average hw – Orifice	47.21:n
NEW_AGAFLOW.TOTAL_COUNT:n - Turbine	R4	Total pulse count	47.21:n
NEW_AGAFLOW.AVERAGE_PF:n	R4	Average flowing pressure	47.22:n
NEW_AGAFLOW.AVERAGE_TF:n	R4	Average flowing temperature	47.23:n
NEW_AGAFLOW.DENSITY:n	R4	Flowing density	47.24:n
NEW_AGAFLOW.BASE_DENSITY:n	R4	Base Density	47.25:n
NEW_AGAFLOW.REYNOLDS_NUMBER:n	R4	Reynolds number	47.26:n
NEW_AGAFLOW.UPSTREAM_STATIC_PRESS:n	R4	Upstream static pressure	47.27:n
NEW_AGAFLOW.MOLECULAR_WEIGHT:n	R4	Molecular weight	47.28:n
NEW_AGAFLOW.FAM:n	R4	Fam	47.29:n
NEW_AGAFLOW.FWT:n	R4	Fwt	47.30:n
NEW_AGAFLOW.FWL:n	R4	Fwl	47.31:n
NEW_AGAFLOW.FPWL_STATIC:n	R4	Local gravitation correction for static pressure	47.32:n
NEW_AGAFLOW.FPWL_DIFFERENTIAL:n	R4	Local gravitation correction for differential pressure	47.33:n
NEW_AGAFLOW.FHGM:n	R4	Fhgm	47.34:n
NEW_AGAFLOW.FHGT:n	R4	Fhgt	47.35:n
NEW_AGAFLOW.FLOW_TODAY:n	R4	Flow today	47.36:n
NEW_AGAFLOW.FLOW_YESTERDAY:n	R4	Flow yesterday	47.37:n
NEW_AGAFLOW.FLOW_MONTH:n	R4	Flow this month	47.38:n
NEW_AGAFLOW.FLOW_PREVIOUS_MONTH:n	R4	Flow previous month	47.39:n
NEW_AGAFLOW.FLOW_ACCUMULATED:n	R4	Accumulated flow since last reset	47.40:n
NEW_AGAFLOW.MINUTES_TODAY:n	R4	Minutes of flow today	47.41:n
NEW_AGAFLOW.MINUTES_YESTERDAY:n	R4	Minutes of flow yesterday	47.42:n
NEW_AGAFLOW.MINUTES_MONTH:n	R4	Minutes of flow this month	47.43:n
NEW_AGAFLOW.MINUTES_PREVIOUS_MONTH:n	R4	Minutes of flow previous month	47.44:n
NEW_AGAFLOW.MINUTES_ACCUMULATED:n	R4	Accumulated minutes since last reset	47.45:n
NEW_AGAFLOW.ENERGY_TODAY:n	R4	Energy today	47.46:n
NEW_AGAFLOW.ENERGY_YESTERDAY:n	R4	Energy yesterday	47.47:n
NEW_AGAFLOW.ENERGY_MONTH:n	R4	Energy this month	47.48:n
NEW_AGAFLOW.ENERGY_PREVIOUS_MONTH:n	R4	Energy previous month	47.49:n
NEW_AGAFLOW.ENERGY_ACCUMULATED:n	R4	Accumulated energy since last reset	47.50:n
NEW_AGAFLOW.UNCORRECTED_TODAY:n	R4	Uncorrected flow today	47.51:n
NEW_AGAFLOW.UNCORRECTED_YESTERDAY:n	R4	Uncorrected flow yesterday	47.52:n
NEW_AGAFLOW.UNCORRECTED_MONTH:n	R4	Uncorrected flow this month	47.53:n
NEW_AGAFLOW.UNCORRECTED_PREV_MONTH: n	R4	Uncorrected flow previous month	47.54:n
NEW_AGAFLOW.UNCORRECTED_ACCUMULATED:n	R4	Uncorrected accumulation since last reset	47.55:n
NEW_AGAFLOW.PARTIAL_RECAL_FLAG:n	UI1	Partial recalculation flag	47.56:n
IDS_PPT_REDUNDANT_FLOW_RATE_PER_DAY:n	R4	Redundant Flow Rate per Day (FloBoss 504 only) For FloBoss 107: Reserved	47.57:n
IDS_PPT_REDUNDANT_TOTAL_COUNTS:n	R4	Redundant Total Counts (FloBoss 504 only) For FloBoss 107: Reserved	47.58:n
IDS_PPT_PULSE_COUNT_TOTAL:n	UI4	FloBoss 107: If the flow input is from a differential meter: Not used. If the flow input is from a linear meter: Raw pulses. If the flow input is from a pulse input, this value is equal to TLP=5,Logical,16. If the flow input is not from a pulse input, this value is calculated based on the rate and K-factor.	47.59:n
IDS_PPT_FLOW_STATUS:n	UI8	Status of flow passing through the meter during the current section. Valid values are 0 (not flowing) and 1 (flowing).	47.60:n
IDS_PPT_FLOW_RATE_PER_DAY:n	FL	Daily Mass Flow Rate (Mlb/day or Tonnes/day) (FloBoss 107 only)	47.61:n
IDS_PPT_FLOW_RT_PER_HOUR:n	FL	Hourly Mass Flow Rate (lb/hr or kg/hr) (FloBoss 107 only)	47.62:n
IDS_PPT_FLOW_TODAY:n	FL	Mass Flow Today (Mlb or tonnes) (FlowBoss 107 only)	47.63:n
IDS_PPT_FLOW_YESTERDAY:n	FL	Mass Flow Yesterday (Mlb or tonnes) (FloBoss 107 only)	47.64:n
IDS_PPT_FLOW_MONTH:n	FL	Mass Flow Current Month (Mlb or tones) (FloBoss 107 only)	47.65:n
IDS_PPT_FLOW_PREVIOUS_MONTH:n	FL	Mass Flow Previous Month (Mlb or tones) (FloBoss 107 only)	47.66:n
IDS_PPT_FLOW_ACCUM:n	FL	Mass Flow Accumulated since last reset (Mlb or tones) (FloBoss 107 only)	47.67:n
IDS_PPT_CALCULATION_METHOD:n	FL	Flow calculation configuration (FloBoss 107 only) Bits 7-4 – Not used Bit 3 – Phase of Fluid 0 = Gas 1 = Liquid Bit 2 – Flow Calculation Basis 0 = Volumetric 1 = Mass Bit 1 – Source of Properties Calculation 0 = Firmware 1 = User C Program Bit 0 – Source of Flow Calculation 0 = Firmware 1 = User C Program	47.68:n
IDS_PPT_PRESS_MULTIPLIER:n	FL	FloBoss 107 Only: If the calculation standard is not AGA7: Not used. If the calculation standard is AGA7: Pressure mulitiplier (Pf / Pb)	47.69:n
IDS_PPT_TEMP_MULTIPLIER:n	FL	FloBoss 107 Only: If the calculation standard is not AGA7: Not used. If the calculation standard is AGA7: Temperature mulitiplier (Tb / Tf)	47.70:n
IDS_PPT_COMPRESS_MULTIPLIER:n	FL	FloBoss 107 Only: If the calculation standard is not AGA7: Not used. If the calculation standard is AGA7: Compressiblity mulitiplier (Zb / Zf)	47.71:n
IDS_PPT_CALC_STANDARD:n	String	Description of the standard used to calculate the flow rates of the fluid. This string is set by the firmware or a User C flow program. (FloBoss 107 only)	47.72:n
IDS_PPT_CALC_METHOD_II:n	String	Description of the standard used to calculate the properties of the fluid. This string is set by the firmware of a User C properties program. (FloBoss 107 only)	47.73:n
IDS_PPT_FLOWING_TEMP:n	FL	Upstream flowing temperature, in deg F or deg C (ISO5167 only) (FloBoss 107 only)	47.74:n
IDS_PPT_HEATING_VALUE_TYPE:n	UI8	Heating value table in use (FloBoss 107 only). Valid values are: 0 = GPA 2145-09 at 60 F 1 = ISO 6976 at 15 C 2 = ISO 6976 at 20 C	47.75:n

Point Type 47 – NEW AGAFLOW Items (Alternates)

Item	Data Type	Description	T.P:L
IDS_PPT_FPM:n	R4	Fpm – Turbine	47.5:n
IDS_PPT_CDFT:n	R4	CdFT – Orifice	47.6:n
IDS_PPT_FN:n	R4	Fm – Orifice	47.7:n
IDS_PPT_FTM:n	R4	Ftm – Turbine	47.7:n
IDS_PPT_ZS:n	R4	Compressibility at standard conditions (Zs)	47.13:n
IDS_PPT_ZFL:n	R4	Compressibility at flowing conditions (Zf1)	47.15:n
IDS_PPT_IMV:n	R4	Integral Multiplier Value (IMV) – Orifice	47.16:n
IDS_PPT_BMV:n	R4	Base Multiplier Value (BMV) – Turbine	47.16:n
IDS_PPT_TOTAL_COUNT:n	R4	Total counts during last BMP (if pulse input) – linear meter	47.21:n

Point Type 48 – NEW PID Items

Item	Data Type	Description	T.P:L
NEW_PID.POINT_TAG_ID:n	STRING	Identifies point tag	48.0:n
NEW_PID.CONTROL_TYPE:n	UI1	Control Type	48.1:n
NEW_PID.SWITCH_STATUS:n	UI1	Active loop status	48.2:n
NEW_PID.LOOP_PERIOD:n	R4	Loop period	48.3:n
NEW_PID.ACTUAL_LOOP_PERIOD:n	R4	Actual loop period (in seconds)	48.4:n
NEW_PID.PRIMARY_INPUT_POINT:n	STRING	Primary PV input Point TLP	48.5:n
NEW_PID.PRIMARY_SETPOINT:n	R4	Setpoint of primary loop	48.6:n
NEW_PID.PRIMARY_SETPOINT_CHG_MAX:n	R4	Max setpoint change rate of primary loop	48.7:n
NEW_PID.PRIMARY_PROPORTIONAL_GAIN:n	R4	Primary proportional gain	48.8:n
NEW_PID.PRIMARY_RESET_GAIN:n	R4	Primary rest (integral) gain	48.9:n
NEW_PID.PRIMARY_RATE_GAIN:n	R4	Primary rate (derivative) gain	48.10:n
NEW_PID.PRIMARY_SCALE_FACTOR:n	R4	Primary scale factor	48.11:n
NEW_PID.PRIMARY_INTEGRAL_DEADBAND:n	R4	Primary integral deadband	48.12:n
NEW_PID.PRIMARY_PROCESS_VARIABLE:n	R4	Primary loop process variable	48.13:n
NEW_PID.PRIMARY_CHANGE_IN_OUTPUT:n	R4	Change in output calculated by primary loop	48.14:n
NEW_PID.OVERRIDE_INPUT_POINT:n	STRING	TLP for the process variable for the override loop	48.15:n
NEW_PID.OVERRIDE_SETPOINT:n	R4	Setpoint of the override loop	48.16:n
NEW_PID.OVERRIDE_SETPOINT_CHG_MAX:n	R4	Maximum setpoint change rate of the override loop	48.17:n
NEW_PID.OVERRIDE_PROPOR_GAIN:n	R4	Proportional gain of the override loop	48.18:n
NEW_PID.OVERRIDE_RESET_GAIN:n	R4	Override Reset (Integral) gain	48.19:n
NEW_PID.OVERRIDE_RATE_GAIN:n	R4	Derivative gain of the override loop	48.20:n
NEW_PID.OVERRIDE_SCALE_FACTOR:n	R4	Override scale factor	48.21:n
NEW_PID.OVERRIDE_INTEG_DEADBAND:n	R4	Integral deadband of the override loop	48.22:n
NEW_PID.OVERRIDE_PROCESS_VARIABLE:n	R4	Process variable of the override loop	48.23:n
NEW_PID.OVERRIDE_CHANGE_IN_OUTPUT:n	R4	Change in the output calculated by the override loop	48.24:n
NEW_PID.PID_CURRENT_OUTPUT:n	R4	Current output of PID	48.25:n
NEW_PID.PID_OUTPUT:n	STRING	PID output point	48.26:n
NEW_PID.PID_SECOND_OUTPUT:n	STRING	Second output of PID	48.27:n
NEW_PID.PID_OUTPUT_LOW_LIMIT:n	R4	FloBoss 107 only: If the output is specified to be an analog output, the low limit of the value written to the analog output. If the output is specified to be two (2) discrete outputs, the low limit of the value written to the discrete output for decreases	48.28:n
IDS_PPT_OUTPUT_HIGH_LIMIT:n	R4	FloBoss 107 only: If the output is specified to be an analog output, the high limit of the value written to the analog output. If the output is specified to be two (2) discrete outputs, the high limit of the value written to the discrete output for increases	48.29:n
IDS_PPT_CONTROL_LOOP:n	UI8	Control Loop Selection, Valid values are: 0 = Accept changes from either loop 1 = Accept changes only from primary loop 2 = Accept changes only from override loop Note: Bit 1 of parameter 1 is set to 0, if parameter 30 is 1 or 2. Bit 1 of parameter 1 is set to 1, if parameter 30 is 0	48.30:n
IDS_PPT_ERROR_THRESHOLD:n	R4	FloBoss 107 only: If the control scheme is specified to use the primary and override loops: Error threshold for not selecting the override loop’s change. When the error is greater than the error threshold in the normal operating range, only changes from the primary loop are selected. Otherwise, the high/low selector selects the appropriate change from either of the loops. A threshold of 0.0 deactivates this feature which means the high/low selector always selects the appropriate change from either of the loops. If the control scheme is specified to use only one of the primary or override loops: Not used	48.31:n
IDS_PPT_PRI_PV:n	String	Primary Loop PV and Setpoint Units FloBoss 107 only)	48.32:n
IDS_PPT_OVR_PV:n	String	Override PV Look and Setpoint Units (FloBoss 107 only)	48.33:n
IDS_PPT_PID_OUTPUT:n	String	PID Output Units (FloBoss 107 only)	48.34:n
IDS_PPT_EU_VALUE_1:n	R4	Low EU value for the primary loop’s process variable and setpoint. It is the minimum value on the primary loop’s PV and SP bar graph for the LCD’s faceplate.	48.35:n
IDS_PPT_EU_VALUE_2:n	R4	High EU value for the primary loop’s process variable and setpoint. It is the maximum value on the primary loop’s PV and SP bar graph for the LCD’s faceplate.	48.36:n
IDS_PPT_EU_VALUE_3:n	R4	Low EU value for the override loop’s process variable and setpoint. It is the minimum value on the override loop’s PV and SP bar graph for the LCD’s faceplate.	48.37:n
IDS_PPT_EU_VALUE_4:n	R4	High EU value for the override loop’s process variable and setpoint. It is the maximum value on the override loop’s PV and SP bar graph for the LCD’s faceplate.	48.38:n

Point Type 52 - Battery Items

Item	Data Type	Description	T.P:L
BATTERY.BATTERY_VOLTAGE:n	R4	Battery voltage	52.1:n
BATTERY.VOLTAGE_INPUT:n	R4	Voltage input	52.2:n
BATTERY.BATTERY_TEMPERATURE:n	R4	Battery temperature	52.3:n
BATTERY.LOW_BATTERY_DROPOUT:n	R4	Low battery dropout	52.4:n
BATTERY.BATTERY_TURN_ON_VOLTAGE:n	R4	Battery turn on voltage	52.5:n
BATTERY.REFERENCE_VOLTAGE:n	R4	Reference voltage	52.6:n
BATTERY.METRIC_ENGLISH_UNITS_FLAG:n	UI1	Metric/US units flag	52.7:n
BATTERY.STATUS:n	UI1	Status	52.8:n
BATTERY.DUTY_CYCLE:n	UI1	Duty cycle	52.9:n
BATTERY.BATTERY_ACTIVITY:n	UI1	Battery activity	52.10:n
BATTERY.TASK:n	UI1	Task	52.11:n
BATTERY.SLEEP_FLAG:n	UI1	Sleep flag	52.12:n

Point Type 53 - MODBUS_CONFIG Items

Item	Data Type	Description	T.P:L
MODBUS_CONFIG.OPTIONS:n	UI1		53.0:n
MODBUS_CONFIG.STATUS:n	UI1	READ ONLY	53.1:n
MODBUS_CONFIG.HIGH_INTEGER_SCALE:n	I2		53.2:n
MODBUS_CONFIG.LOW_INTEGER_SCALE:n	I2		53.3:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_1:n	R4	High Float Scale #1	53.4:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_1:n	R4	Low Float Scale #1	53.5:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_2:n	R4	High Float Scale #2	53.6:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_2:n	R4	Low Float Scale #2	53.7:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_3:n	R4	High Float Scale #3	53.8:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_3:n	R4	Low Float Scale #3	53.9:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_4:n	R4	High Float Scale #4	53.10:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_4:n	R4	Low Float Scale #4	53.11:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_5:n	R4	High Float Scale #5	53.12:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_5:n	R4	Low Float Scale #5	53.13:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_6:n	R4	High Float Scale #6	53.14:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_6:n	R4	Low Float Scale #6	53.15:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_7:n	R4	High Float Scale #7	53.16:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_7:n	R4	Low Float Scale #7	53.17:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_8:n	R4	High Float Scale #8	53.18:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_8:n	R4	Low Float Scale #8	53.19:n
MODBUS_CONFIG.HIGH_FLOAT_SCALE_1:n	R4	High Float Scale #1	53.4:n
MODBUS_CONFIG.LOW_FLOAT_SCALE_1:n	R4	Low Float Scale #1	53.5:n

Point Type 54 - MODBUS_FUNCTION Items

Item	Data Type	Description	T.P:L
MODBUS_FUNCTION.POINT_TAG_ID:n	STRING		54.0:n
MODBUS_FUNCTION.START_REGISTER_01:n	UI2		54.P:n
MODBUS_FUNCTION.END_REGISTER_01:n	UI1		54.P:n
MODBUS_FUNCTION.ROC_PARAMETER_01:n	TLP - See TLP Data Type in Section 3.0.		54.P:n
MODBUS_FUNCTION.CONVERSION_CODE_01:n	UI1		54.P:n
MODBUS_FUNCTION.START_REGISTER_02:n	UI2	Start register #2	54.5:n
MODBUS_FUNCTION.END_REGISTER_02:n	UI1	End register #2	54.6:n
MODBUS_FUNCTION.ROC_PARAMETER_02:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.7:n
MODBUS_FUNCTION.CONVERSION_CODE_02:n	UI1	Conversion code	54.8:n
MODBUS_FUNCTION.START_REGISTER_03:n	UI2	Start register #3	54.9:n
MODBUS_FUNCTION.END_REGISTER_03:n	UI1	End register #3	54.10:n
MODBUS_FUNCTION.ROC_PARAMETER_03:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.11:n
MODBUS_FUNCTION.CONVERSION_CODE_03:n	UI1	Conversion code	54.12:n
MODBUS_FUNCTION.START_REGISTER_04:n	UI2	Start register #4	54.13:n
MODBUS_FUNCTION.END_REGISTER_04:n	UI1	End register #4	54.14:n
MODBUS_FUNCTION.ROC_PARAMETER_04:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.15:n
MODBUS_FUNCTION.CONVERSION_CODE_04:n	UI1	Conversion code	54.16:n
MODBUS_FUNCTION.START_REGISTER_05:n	UI2	Start register #5	54.17:n
MODBUS_FUNCTION.END_REGISTER_05:n	UI1	End register #5	54.18:n
MODBUS_FUNCTION.ROC_PARAMETER_05:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.19:n
MODBUS_FUNCTION.CONVERSION_CODE_05:n	UI1	Conversion code	54.20:n
MODBUS_FUNCTION.START_REGISTER_06:n	UI2	Start register #6	54.21:n
MODBUS_FUNCTION.END_REGISTER_06:n	UI1	End register #6	54.22:n
MODBUS_FUNCTION.ROC_PARAMETER_06:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.23:n
MODBUS_FUNCTION.CONVERSION_CODE_06:n	UI1	Conversion code	54.24:n
MODBUS_FUNCTION.START_REGISTER_07:n	UI2	Start register #7	54.25:n
MODBUS_FUNCTION.END_REGISTER_07:n	UI1	End register #7	54.26:n
MODBUS_FUNCTION.ROC_PARAMETER_07:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.27:n
MODBUS_FUNCTION.CONVERSION_CODE_07:n	UI1	Conversion code	54.28:n
MODBUS_FUNCTION.START_REGISTER_08:n	UI2	Start register #8	54.29:n
MODBUS_FUNCTION.END_REGISTER_08:n	UI1	End register #8	54.30:n
MODBUS_FUNCTION.ROC_PARAMETER_08:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.31:n
MODBUS_FUNCTION.CONVERSION_CODE_08:n	UI1	Conversion code	54.32:n
MODBUS_FUNCTION.START_REGISTER_09:n	UI2	Start register #9	54.33:n
MODBUS_FUNCTION.END_REGISTER_09:n	UI1	End register #9	54.34:n
MODBUS_FUNCTION.ROC_PARAMETER_09:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.35:n
MODBUS_FUNCTION.CONVERSION_CODE_09:n	UI1	Conversion code	54.36:n
MODBUS_FUNCTION.START_REGISTER_10:n	UI2	Start register #10	54.37:n
MODBUS_FUNCTION.END_REGISTER_10:n	UI1	End register #10	54.38:n
MODBUS_FUNCTION.ROC_PARAMETER_10:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.39:n
MODBUS_FUNCTION.CONVERSION_CODE_10:n	UI1	Conversion code	54.40:n
MODBUS_FUNCTION.START_REGISTER_11:n	UI2	Start register #11	54.41:n
MODBUS_FUNCTION.END_REGISTER_11:n	UI1	End register #11	54.42:n
MODBUS_FUNCTION.ROC_PARAMETER_11:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.43:n
MODBUS_FUNCTION.START_REGISTER_13:n	UI2	Start register #13	54.49:n
MODBUS_FUNCTION.END_REGISTER_13:n	UI1	End register #13	54.50:n
MODBUS_FUNCTION.ROC_PARAMETER_13:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.51:n
MODBUS_FUNCTION.CONVERSION_CODE_13:n	UI1	Conversion code	54.52:n
MODBUS_FUNCTION.START_REGISTER_14:n	UI2	Start register #14	54.53:n
MODBUS_FUNCTION.END_REGISTER_14:n	UI1	End register #14	54.54:n
MODBUS_FUNCTION.ROC_PARAMETER_14:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.55:n
MODBUS_FUNCTION.CONVERSION_CODE_14:n	UI1	Conversion code	54.56:n
MODBUS_FUNCTION.START_REGISTER_15:n	UI2	Start register #15	54.57:n
MODBUS_FUNCTION.END_REGISTER_15:n	UI1	End register #15	54.58:n
MODBUS_FUNCTION.ROC_PARAMETER_15:n	TLP - See TLP Data Type in Section 3.0.	ROC parameters	54.59:n
MODBUS_FUNCTION.CONVERSION_CODE_15:n	UI1	Conversion code	54.60:n

Point Type 55 - MODBUS_SPECIAL Items

Item	Data Type	Description	T.P:L
MODBUS_SPECIAL. EVENT_ALARM:n	UI2	Event/alarm register	55.0:n
MODBUS_SPECIAL.PERIODIC_HISTORY_IND_REG:n	UI2	Periodic History Index Register	55.1:n
MODBUS_SPECIAL.DAILY_HISTORY_IND_REG:n	UI2	Daily History Index Register	55.2:n
IDS_PPT_EXTENDED_HIST:n	UI2	Extended History Index Register (FloBoss 103/104 version 2.00 or greater and FloBoss 107)	55.3:n
MODBUS_SPECIAL.HISTORY_FORMAT:n	UI1		55.4:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_01:n	UI2	History Archive Register # 1	55.5:n
MODBUS_SPECIAL.START_HISTORY_POINT_01:n	UI1	Start History Point	55.6:n
MODBUS_SPECIAL.END_HISTORY_POINT_01:n	UI1	End History Point	55.7:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_01:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.8:n
MODBUS_SPECIAL.CONVERSION_CODE_01:n	UI1	Conversion Code	55.9:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_02:n	UI2	History Archive Register #2	55.10:n
MODBUS_SPECIAL.START_HISTORY_POINT_02:n	UI1	Start History Point	55.11:n
MODBUS_SPECIAL.END_HISTORY_POINT_02:n	UI1	End History Point	55.12:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_02:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.13:n
MODBUS_SPECIAL.CONVERSION_CODE_02:n	UI1	Conversion Code	55.14:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_03:n	UI2	History Archive Register #3	55.15:n
MODBUS_SPECIAL.START_HISTORY_POINT_03:n	UI1	Start History Point	55.16:n
MODBUS_SPECIAL.END_HISTORY_POINT_03:n	UI1	End History Point	55.17:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_03:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.18:n
MODBUS_SPECIAL.CONVERSION_CODE_03:n	UI1	Conversion Code	55.19:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_04:n	UI2	History Archive Register #4	55.20:n
MODBUS_SPECIAL.START_HISTORY_POINT_04:n	UI1	Start History Point	55.21:n
MODBUS_SPECIAL.END_HISTORY_POINT_04:n	UI1	End History Point	55.22:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_04:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.23:n
MODBUS_SPECIAL.CONVERSION_CODE_04:n	UI1	Conversion Code	55.24:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_05:n	UI2	History Archive Register #5	55.25:n
MODBUS_SPECIAL.START_HISTORY_POINT_05:n	UI1	Start History Point	55.26:n
MODBUS_SPECIAL.END_HISTORY_POINT_05:n	UI1	End History Point	55.27:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_05:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.28:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_06:n	UI2	History Archive Register #6	55.30:n
MODBUS_SPECIAL.START_HISTORY_POINT_06:n	UI1	Start History Point	55.31:n
MODBUS_SPECIAL.END_HISTORY_POINT_06:n	UI1	End History Point	55.32:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_06:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.33:n
MODBUS_SPECIAL.CONVERSION_CODE_06:n	UI1	Conversion Code	55.34:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_07:n	UI2	History Archive Register #1	55.35:n
MODBUS_SPECIAL.START_HISTORY_POINT_07:n	UI1	Start History Point	55.36:n
MODBUS_SPECIAL.END_HISTORY_POINT_07:n	UI1	End History Point	55.37:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_07:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.38:n
MODBUS_SPECIAL.CONVERSION_CODE_07:n	UI1	Conversion Code	55.39:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_06:n	UI2	History Archive Register #6	55.30:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_08:n	UI2	History Archive Register #8	55.40:n
MODBUS_SPECIAL.START_HISTORY_POINT_08:n	UI1	Start History Point	55.41:n
MODBUS_SPECIAL.END_HISTORY_POINT_08:n	UI1	End History Point	55.42:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_08:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.43:n
MODBUS_SPECIAL.CONVERSION_CODE_08:n	UI1	Conversion Code	55.44:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_09:n	UI2	History Archive Register #9	55.45:n
MODBUS_SPECIAL.START_HISTORY_POINT_09:n	UI1	Start History Point	55.46:n
MODBUS_SPECIAL.END_HISTORY_POINT_09:n	UI1	End History Point	55.47:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_09:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.48:n
MODBUS_SPECIAL.CONVERSION_CODE_09:n	UI1	Conversion Code	55.49:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_10:n	UI2	History Archive Register #10	55.50:n
MODBUS_SPECIAL.END_HISTORY_POINT_10:n	UI1	End History Point	55.52:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_10:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.53:n
MODBUS_SPECIAL.CONVERSION_CODE_10:n	UI1	Conversion Code	55.54:n
MODBUS_SPECIAL.CURRENT_DATE_REG:n		Date Access Register (FloBoss 103/104 version 2.12 or greater) For FB107: Date Register	55.55:n
MODBUS_SPECIAL.CURRENT_TIME_REG:n		Time Access Register (FloBoss 103/104 version 2.12 or greater )	55.56:n
MODBUS_SPECIAL.EFM_EXTENSIONS:n		EFM Extensions. Valid values are 0 (Disabled) and 1 (Enabled) For FB107: Bit 1: 0 = Year Format 1980 1 = Year Format 2000 Bit 2: 0 = EFM disabled 1= EFM enabled	55.57:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_11:n	UI2	History Archive Register #1	55.58:n
MODBUS_SPECIAL.END_HISTORY_POINT_10:n	UI1	End History Point	55.52:n
MODBUS_SPECIAL.START_HISTORY_POINT_11:n	UI1	Start History Point	55.59:n
MODBUS_SPECIAL.END_HISTORY_POINT_11:n	UI1	End History Point	55.60:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_11:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.61:n
MODBUS_SPECIAL.CONVERSION_CODE_11:n	UI1	Conversion Code	55.62:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_12:n	UI2	History Archive Register #12	55.63:n
MODBUS_SPECIAL.START_HISTORY_POINT_12:n	UI1	Start History Point	55.64:n
MODBUS_SPECIAL.END_HISTORY_POINT_12:n	UI1	End History Point	55.65:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_12:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.66:n
MODBUS_SPECIAL.CONVERSION_CODE_12:n	UI1	Conversion Code	55.67:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_13:n	UI2	History Archive Register #13	55.68:n
MODBUS_SPECIAL.START_HISTORY_POINT_13:n	UI1	Start History Point	55.69:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_13:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.71:n
MODBUS_SPECIAL.CONVERSION_CODE_13:n	UI1	Conversion Code	55.72:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_14:n	UI2	History Archive Register #14	55.73:n
MODBUS_SPECIAL.START_HISTORY_POINT_14:n	UI1	Start History Point	55.74:n
MODBUS_SPECIAL.END_HISTORY_POINT_14:n	UI1	End History Point	55.75:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_14:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.76:n
MODBUS_SPECIAL.CONVERSION_CODE_14:n	UI1	Conversion Code	55.77:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_15:n	UI2	History Archive Register #15	55.78:n
MODBUS_SPECIAL.START_HISTORY_POINT_15:n	UI1	Start History Point	55.79:n
MODBUS_SPECIAL.END_HISTORY_POINT_15:n	UI1	End History Point	55.80:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_15:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.81:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_13:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.71:n
MODBUS_SPECIAL.CONVERSION_CODE_15:n	UI1	Conversion Code	55.82:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_16:n	UI2	History Archive Register #16	55.83:n
MODBUS_SPECIAL.START_HISTORY_POINT_16:n	UI1	Start History Point	55.84:n
MODBUS_SPECIAL.END_HISTORY_POINT_16:n	UI1	End History Point	55.85:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_16:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.86:n
MODBUS_SPECIAL.CONVERSION_CODE_16:n	UI1	Conversion Code	55.87:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_17:n	UI2	History Archive Register #17	55.88:n
MODBUS_SPECIAL.START_HISTORY_POINT_17:n	UI1	Start History Point	55.89:n
MODBUS_SPECIAL.END_HISTORY_POINT_17:n	UI1	End History Point	55.90:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_17:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.91:n
MODBUS_SPECIAL.CONVERSION_CODE_17:n	UI1	Conversion Code	55.92:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_18:n	UI2	History Archive Register #18	55.93:n
MODBUS_SPECIAL.START_HISTORY_POINT_18:n	UI1	Start History Point	55.94:n
MODBUS_SPECIAL.END_HISTORY_POINT_18:n	UI1	End History Point	55.95:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_18:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.96:n
MODBUS_SPECIAL.CONVERSION_CODE_18:n	UI1	Conversion Code	55.97:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_19:n	UI2	History Archive Register #19	55.98:n
MODBUS_SPECIAL.START_HISTORY_POINT_19:n	UI1	Start History Point	55.99:n
MODBUS_SPECIAL.END_HISTORY_POINT_19:n	UI1	End History Point	55.100:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_19:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.101:n
MODBUS_SPECIAL.CONVERSION_CODE_19:n	UI1	Conversion Code	55.102:n
MODBUS_SPECIAL.HISTORY_ARCHIVE_REG_20:n	UI2	History Archive Register #20	55.103:n
MODBUS_SPECIAL.START_HISTORY_POINT_20:n	UI1	Start History Point	55.104:n
MODBUS_SPECIAL.END_HISTORY_POINT_20:n	UI1	End History Point	55.105:n
MODBUS_SPECIAL.TYPE_HISTORY_ARCHIVE_20:n	UI1	Type of History Archive. Valid values are: 2 = Periodic 3 = Daily 4 = Extended	55.106:n
MODBUS_SPECIAL.CONVERSION_CODE_20:n	UI1	Conversion Code	55.107:n

Point Type 56 - AI Calibration Items

Item	Data Type	Description	T.P:L
AI_CALIB.TAG:n	STRING	10 character tag identification for analog input calibration. READ ONLY.	56.0:n
AI_CALIB.RAW_VALUE_m:n	UI2	Raw reading #n. READ ONLY. m is specified by decimal numbers ranging 1 to 5.	56.P:n
AI_CALIB.EU_VALUE_m:n	R4	EU value corresponding to raw reading #n. READ ONLY. m is specified by decimal numbers ranging 1 to 5.	56.P:n
AI_CALIB.PRESS_EFFECT:n	R4	Pressure effect. READ ONLY.	56.11:n
AI_CALIB.SET_EU_VALUE:n	R4	Calibrate set EU value.	56.12:n
AI_CALIB.MANUAL_EU_VALUE:n	R4	READ ONLY.	56.13:n
AI_CALIB.TIMER:n	UI2	Timer value. READ ONLY.	56.14:n
AI_CALIB.MODE:n	UI1	Calibrate mode.	56.15:n
AI_CALIB.TYPE:n	UI1	Calibrate type.	56.16:n

Point Type 57 - LCD Security Items

Item	Data Type	Description	T.P:L
LCD_SEC.LOGIN_ID:n	STRING	3 character operator identification.	57.0:n
LCD_SEC.LIST_SEC:n	UI1	List security.	57.1:n
LCD_SEC.KEYPAD_SEC:n	UI1	Keypad security.	57.2:n
LCD_SEC.SPARE_1:n	UI1	LCD Ever on Flag	57.3:n
LCD_SEC.PASSWORD:n	UI2	Operator password ranging 0 to 65535.	57.4:n

Point Type 58 – Information Items

Item	Data Type	Description	T.P:L
REV_INFO.FIRMWARE:n	STRING	20 character device firmware description	58.0:n
REV_INFO.PART_NUMBER:n	STRING	10 character part number	58.1:n
REV_INFO.PART_VERSION:n	STRING	10 character part verson	58.2:n
REV_INFO.FLAG:n	UI1	Information present flag	58.3:n

Point Type 59 - Flash EEPROM Items

Item	Data Type	Description	T.P:L
FLASH.FLAG:n	UI1	Operation in progress flag.	59.0:n
FLASH.ERROR:n	I1	Status code. READ ONLY.	59.1:n
FLASH.SWITCH_TASK:n	UI2	Service request. READ ONLY.	59.2:n
FLASH.TIMER:n	UI2	Service timer. READ ONLY.	59.3:n
FLASH.COPY_COUNTER:n	UI2	Copy index. READ ONLY.	59.4:0
FLASH.SEGMENT:n	UI2	Update sector.	59.5:0
FLASH.DEST_POINTER:n	UI4	Flash pointer. READ ONLY.	59.6:n
FLASH.SOURCE_POINTER:n	UI4	Ram pointer. READ ONLY.	59.7:n
FLASH. POINTER:n	UI4	Command pointer. READ ONLY.	59.8:n
FLASH.LONG_COUNTER:n	UI4	Update sector address. READ ONLY.	59.9:n
FLASH. COUNTER:n	UI2	COPY INDEX. READ ONLY.	59.10:n
FLASH.REGISTER:n	UI1	Dummy register. READ ONLY.	59.11:n
FLASH.VALUE:n	UI1	Dummy register. READ ONLY.	59.12:n

Point Type 83 – User Analog Items

Item	Data Type	Description	T.P:L
USER_ANALOG.TAG:n	STRING	10 character tag name	83.0:n
USER_ANALOG.UNITS:n	STRING	10 character units description	83.1:n
USER_ANALOG.MODE1:n	UI1	Mode Selections Bit 7 – Type of User Analog Values 0 = Calculation 1 = Manual Entry Bit 6 – RBX on Alarm Set 0 = Disabled 1 = Enabled Bit 5 – RBS on Alarm Clear 0 = Disabled 1 = Enabled Bit 4 – Alarm Status 0 = Disabled 1 = Enabled Bit 3 to 0 – Not used	83.2:n
USER_ANALOG.ALARM_STATUS:n	UI1	Alarm Status Bit 4 to 7 – Not used Bit 3 – High High Alarm Bit 2 – High Alarm Bit 1 – Low Low Alarm Bit 0 – Low Alarm	83.3:n
USER_ANALOG.AI_LOW_ALARM_EU:n	R4	Low Alarm in EUs	83.4:n
USER_ANALOG.AI_HIGH_ALARM_EU:n	R4	High Alarm in EUs	83.5:n
USER_ANALOG.AI_LOW__LOW_ALARM_EU:n	R4	Low Low Alarm in EUs	83.6:n
USER_ANALOG.AI_HIGH__HIGHALARM_EU:n	R4	High High Alarm in EUs	83.7:n
USER_ANALOG.ALARM_DEADBAND:n	R4	Alarm Deadband in EUs	83.8:n
USER_ANALOG.FILTER:n	R4	Filter, in 5 weighting assigned to previous value. (0 is No Filtering)	83.9:n
USER_ANALOG.UNFILTERED_VALUE:n	R4	Unfiltered value. If the type of User Analog Value is Calculation from FST, the FST should save to this parameter.	83.10:n
USER_ANALOG.FILTERED_EU:n	R4	If the type of User Analog Value is Manual: Entered Value If the type of User Analog Value is Calculation, Filtered EU – Analog Scan program stores the result here	83.11:n

Point Type 85 – HART Items

Item	Data Type	Description	T.P:L
HART.CHANNEL_VERSION:n	STRING	10 character version number for the firmware in this channel. Read only.	85.0:n
HART.CHANNEL_IO:n	UI1	Indicates if channel is input (0) or output (1). Read only.	85.1:n
HART.COMM_MODE:n	UI1	0=Disabled, 1=Point to Point, 2=Multidrop.	85.2:n
HART.NUMBER_DEVICES:n	UI1	Number of devices connected in multidrop mode.	85.3:n
HART.COMM_STATUS:n	UI1	Communication status. 0=Not scanning, 1=Scanning normal, 2=Dual Master detected, 3=Pass thru, 4=Device in burst mode. Read only.	85.4:n
HART.ANALOG_MODE:n	UI1	Analog mode. 0=Disabled, 1=Enabled.	85.5:n
HART.PASS_THRU:n	UI1	Enables ROC protocol pass thru communication. 0=Disabled, 1=Enabled.	85.6:n
HART.PASS_THRU_TIMEOUT:n	UI4	Timeout (in millisecons) to resume after pass thru communications.	85.7:n
HART.HART_EU_VALUE:n	R4	EU value of analog input or output. Read only.	85.8:n
HART.HART_FAILSAFE_ON_RESET:n	UI1	0=Use last EU value on reset, 1=Use failsafe value on reset.	85.9:n
HART.HART_FAILSAFE_VALUE:n	R4	The value outputted when the unit is started.	85.10:n
HART.HART_MANUAL_VALUE:n	R4	The value used in output when scanning is in manual mode.	85.11:n
HART.HART_AUTO_VALUE:n	R4	The value used in output when scanning is in auto mode.	85.12:n
HART.HART_PHYSICAL_VALUE:n	R4	The current value of the output in engineering units.	85.13:n
HART.PHYSICAL_RAW_DA:n	UI2	Calculated digital-to-analog value.	85.14:n
HART.CALIBRATION_LIVE:n	R4	The live value when calibrating an AI	85.15:n
HART.CALIBRATION_ZERO:n	R4	The zero EU calibration value	85.16:n
HART.CALIBRATION_SPAN:n	R4	The span EU calibration value	85.17:n
HART.EU_RAW_VALUE:n	UI2	The EU value of AI or AO.	85.18:n
HART.EU_RAW_CALIBRATION_ZERO:n	UI2	The zero raw calibration value.	85.19:n
HART.EU_RAW_CALIBRATION_SPAN:n	UI2	The span raw calibration value.	85.20:n
HART.DEVICE_1_POLL_MODE:n	UI1	The polling mode for the device. 0=skip, 1=primary only, 2=all dynamic, 3=all slot, 4=full update.	85.21:n
HART.DEVICE_1_POLL_ADDRESS:n	UI1	Polling address for the device. Read only.	85.22:n
HART.DEVICE_1_STATUS:n	UI1	0=no device found, 1=communication, 2=comm error.	85.23:n
HART.DEVICE_1_ACTUAL_SCAN_PERIOD:n	R4	Period at which device is being updates.	85.24:n
HART. DEVICE_1_TAG:n	STRING	10 character tag that resides in this device. Read only.	85.25:n
HART.DEVICE_1_RESPONSE_CODE:n	UI2	Response code and status received from device. Read only.	85.26:n
HART.DEVICE_1_ACTIVE_ALARMS:n	UI1	Active alarms reported by device. Read only.	85.27:n
HART.DEVICE_1_CURRENT:n	R4	Current in milliamps. Read only.	85.28:n
HART.DEVICE_1_PERCENT_RANGE:n	R4	Percent of range reported by device. Read only.	85.29:n
HART.DEVICE_1_FAILSAFE_ENABLE:n	UI1	Enables the use of fail safe values for the dynamic variables when the unit resets.	85.30:n
HART.DEVICE_1_PV_UNITS:n	UI1	Units code for primary variable reported by device. Read only.	85.31:n
HART.DEVICE_1_PV:n	R4	Value of primary variable reported by device. Read only.	85.32:n
HART.DEVICE_1_PV_FAILSAFE:n	R4	Primary fail safe value for device.	85.33:n
HART.DEVICE_1_SV_UNITS:n	UI1	Units code for secondary variable reported by device. Read only.	85.34:n
HART.DEVICE_1_SV:n	R4	Value of secondary variable reported by device. Read only.	85.35:n
HART.DEVICE_1_SV_FAILSAFE:n	R4	Secondary fail safe value for device.	85.36:n
HART.DEVICE_1_TV_UNITS:n	UI1	Units code for tertiary variable reported by device. Read only.	85.37:n
HART.DEVICE_1_TV:n	R4	Value of tertiary variable reported by device. Read only.	85.38:n
HART.DEVICE_1_TV_FAILSAFE:n	R4	Tertiary fail safe value for device.	85.39:n
HART.DEVICE_1_FV_UNITS:n	UI1	Units code for fourth variable reported by device. Read only.	85.40:n
HART.DEVICE_1_FV:n	R4	Value of fourth variable reported by device. Read only.	85.41:n
HART.DEVICE_1_FV_FAILSAFE:n	R4	Fourth fail safe value for device.	85.42:n
HART.DEVICE_1_SLOT_0_ASSIGN:n	UI1	Slot 0 variable to request from device.	85.43:n
HART.DEVICE_1_SLOT_0_UNITS:n	UI1	Units of slot 0 variable to request from device. Read only.	85.44:n
HART.DEVICE_1_SLOT_0_VARIABLE:n	R4	Value of slot 0 variable requested from device.	85.45:n
HART.DEVICE_1_SLOT_1_ASSIGN:n	UI1	Slot 1 variable to request from device.	85.46:n
HART.DEVICE_1_SLOT_1_UNITS:n	UI1	Units of slot 1 variable to request from device. Read only.	85.47:n
HART.DEVICE_1_SLOT_1_VARIABLE:n	R4	Value of slot 1 variable requested from device.	85.48:n
HART.DEVICE_1_SLOT_2_ASSIGN:n	UI1	Slot 2 variable to request from device.	85.49:n
HART.DEVICE_1_SLOT_2_UNITS:n	UI1	Units of slot 2 variable to request from device. Read only.	85.50:n
HART.DEVICE_1_SLOT_2_VARIABLE:n	R4	Value of slot 2 variable requested from device.	85.51:n
HART.DEVICE_1_SLOT_3_ASSIGN:n	UI1	Slot 3 variable to request from device.	85.52:n
HART.DEVICE_1_SLOT_3_UNITS:n	UI1	Units of slot 3 variable to request from device. Read only.	85.53:n
HART.DEVICE_1_SLOT_3_VARIABLE:n	R4	Value of slot 3 variable requested from device.	85.54:n
HART.DEVICE_1_MESSAGE:n	STRING	40 character device message.	85.55:n
HART.DEVICE_1_DESCRIPTION:n	STRING	20 character device description.	85.56:n
HART.DEVICE_1_MANU_ID:n	UI2	Device manufacture ID. Read only.	85.57:n
HART.DEVICE_1_SERIAL:n	UI4	Device serial number. Read only.	85.58:n
HART.DEVICE_1_ID_NUMBER:n	UI4	Device sensor units. Read only.	85.59:n
HART.DEVICE_1_SENSOR_UNITS:n	UI1	Device sensor units. Read only.	85.60:n
HART.DEVICE_1_SENSOR_UPPER_LIM:n	R4	Device sensor upper limit. Read only.	85.61:n
HART.DEVICE_1_SENSOR_LOWER_LIM:n	R4	Device sensor lower limit. Read only.	85.62:n
HART.DEVICE_1_MINIMUM_SPAN:n	R4	Device minimum sensor span. Read only.	85.63:n
HART.DEVICE_1_OUTPUT_UNITS:n	UI1	Device output units. Read only.	85.64:n
HART.DEVICE_1_OUTPUT_UPPER_LIM:n	R4	Device output upper limit. Read only.	85.65:n
HART.DEVICE_1_OUTPUT_LOWER_LIM:n	R4	Device output lower limit. Read only.	85.66:n
HART.DEVICE_1_DAMPING_VALUE:n	R4	Device damping value. Read only.	85.67:n
HART.DEVICE_2_POLL_MODE:n	UI1	The polling mode for the device. 0=skip, 1=primary only, 2=all dynamic, 3=all slot, 4=full update.	85.68:n
HART.DEVICE_2_POLL_ADDRESS:n	UI1	Polling address for the device. Read only.	85.69:n
HART.DEVICE_2_STATUS:n	UI1	0=no device found, 1=communication, 2=comm error.	85.70:n
HART.DEVICE_2_ACTUAL_SCAN_PERIOD:n	R4	Period at which device is being updates.	85.71:n
HART. DEVICE_2_TAG:n	STRING	10 character tag that resides in this device. Read only.	85.72:n
HART.DEVICE_2_RESPONSE_CODE:n	UI2	Response code and status received from device. Read only.	85.73:n
HART.DEVICE_2_ACTIVE_ALARMS:n	UI1	Active alarms reported by device. Read only.	85.74:n
HART.DEVICE_2_CURRENT:n	R4	Current in milliamps. Read only.	85.75:n
HART.DEVICE_2_PERCENT_RANGE:n	R4	Percent of range reported by device. Read only.	85.76:n
HART.DEVICE_2_FAILSAFE_ENABLE:n	UI1	Enables the use of fail safe values for the dynamic variables when the unit resets.	85.77:n
HART.DEVICE_2_PV_UNITS:n	UI1	Units code for primary variable reported by device. Read only.	85.78:n
HART.DEVICE_2_PV:n	R4	Value of primary variable reported by device. Read only.	85.79:n
HART.DEVICE_2_PV_FAILSAFE:n	R4	Primary fail safe value for device.	85.80:n
HART.DEVICE_2_SV_UNITS:n	UI1	Units code for secondary variable reported by device. Read only.	85.81:n
HART.DEVICE_2_SV:n	R4	Value of secondary variable reported by device. Read only.	85.82:n
HART.DEVICE_2_SV_FAILSAFE:n	R4	Secondary fail safe value for device.	85.83:n
HART.DEVICE_2_TV_UNITS:n	UI1	Units code for tertiary variable reported by device. Read only.	85.84:n
HART.DEVICE_2_TV:n	R4	Value of tertiary variable reported by device. Read only.	85.85:n
HART.DEVICE_2_TV_FAILSAFE:n	R4	Tertiary fail safe value for device.	85.86:n
HART.DEVICE_2_FV_UNITS:n	UI1	Units code for fourth variable reported by device. Read only.	85.87:n
HART.DEVICE_2_FV:n	R4	Value of fourth variable reported by device. Read only.	85.88:n
HART.DEVICE_2_FV_FAILSAFE:n	R4	Fourth fail safe value for device.	85.89:n
HART.DEVICE_2_SLOT_0_ASSIGN:n	UI1	Slot 0 variable to request from device.	85.90:n
HART.DEVICE_2_SLOT_0_UNITS:n	UI1	Units of slot 0 variable to request from device. Read only.	85.91:n
HART.DEVICE_2_SLOT_0_VARIABLE:n	R4	Value of slot 0 variable requested from device.	85.92:n
HART.DEVICE_2_SLOT_1_ASSIGN:n	UI1	Slot 1 variable to request from device.	85.93:n
HART.DEVICE_2_SLOT_1_UNITS:n	UI1	Units of slot 1 variable to request from device. Read only.	85.94:n
HART.DEVICE_2_SLOT_1_VARIABLE:n	R4	Value of slot 1 variable requested from device.	85.95:n
HART.DEVICE_2_SLOT_2_ASSIGN:n	UI1	Slot 2 variable to request from device.	85.96:n
HART.DEVICE_2_SLOT_2_UNITS:n	UI1	Units of slot 2 variable to request from device. Read only.	85.97:n
HART.DEVICE_2_SLOT_2_VARIABLE:n	R4	Value of slot 2 variable requested from device.	85.98:n
HART.DEVICE_2_SLOT_3_ASSIGN:n	UI1	Slot 3 variable to request from device.	85.99:n
HART.DEVICE_2_SLOT_3_UNITS:n	UI1	Units of slot 3 variable to request from device. Read only.	85.100:n
HART.DEVICE_2_SLOT_3_VARIABLE:n	R4	Value of slot 3 variable requested from device.	85.101:n
HART.DEVICE_2_MESSAGE:n	STRING	40 character device message.	85.102:n
HART.DEVICE_2_DESCRIPTION:n	STRING	20 character device description.	85.103:n
HART.DEVICE_2_MANU_ID:n	UI2	Device manufacture ID. Read only.	85.104:n
HART.DEVICE_2_SERIAL:n	UI4	Device serial number. Read only.	85.105:n
HART.DEVICE_2_ID_NUMBER:n	UI4	Device sensor units. Read only.	85.105:n
HART.DEVICE_2_SENSOR_UNITS:n	UI1	Device sensor units. Read only.	85.107:n
HART.DEVICE_2_SENSOR_UPPER_LIM:n	R4	Device sensor upper limit. Read only.	85.108:n
HART.DEVICE_2_SENSOR_LOWER_LIM:n	R4	Device sensor lower limit. Read only.	85.109:n
HART.DEVICE_2_MINIMUM_SPAN:n	R4	Device minimum sensor span. Read only.	85.110:n
HART.DEVICE_2_OUTPUT_UNITS:n	UI1	Device output units. Read only.	85.111:n
HART.DEVICE_2_OUTPUT_UPPER_LIM:n	R4	Device output upper limit. Read only.	85.112:n
HART.DEVICE_2_OUTPUT_LOWER_LIM:n	R4	Device output lower limit. Read only.	85.113:n
HART.DEVICE_2_DAMPING_VALUE:n	R4	Device damping value. Read only.	85.114:n
HART.DEVICE_3_POLL_MODE:n	UI1	The polling mode for the device. 0=skip, 1=primary only, 2=all dynamic, 3=all slot, 4=full update.	85.115:n
HART.DEVICE_3_POLL_ADDRESS:n	UI1	Polling address for the device. Read only.	85.116:n
HART.DEVICE_3_STATUS:n	UI1	0=no device found, 1=communication, 2=comm error.	85.117:n
HART.DEVICE_3_ACTUAL_SCAN_PERIOD:n	R4	Period at which device is being updates.	85.118:n
HART. DEVICE_3_TAG:n	STRING	10 character tag that resides in this device. Read only.	85.119:n
HART.DEVICE_3_RESPONSE_CODE:n	UI2	Response code and status received from device. Read only.	85.120:n
HART.DEVICE_3_ACTIVE_ALARMS:n	UI1	Active alarms reported by device. Read only.	85.121:n
HART.DEVICE_3_CURRENT:n	R4	Current in milliamps. Read only.	85.122:n
HART.DEVICE_3_PERCENT_RANGE:n	R4	Percent of range reported by device. Read only.	85.123:n
HART.DEVICE_3_FAILSAFE_ENABLE:n	UI1	Enables the use of fail safe values for the dynamic variables when the unit resets.	85.124:n
HART.DEVICE_3_PV_UNITS:n	UI1	Units code for primary variable reported by device. Read only.	85.125:n
HART.DEVICE_3_PV:n	R4	Value of primary variable reported by device. Read only.	85.126:n
HART.DEVICE_3_PV_FAILSAFE:n	R4	Primary fail safe value for device.	85.127:n
HART.DEVICE_3_SV_UNITS:n	UI1	Units code for secondary variable reported by device. Read only.	85.128:n
HART.DEVICE_3_SV:n	R4	Value of secondary variable reported by device. Read only.	85.129:n
HART.DEVICE_3_SV_FAILSAFE:n	R4	Secondary fail safe value for device.	85.130:n
HART.DEVICE_3_TV_UNITS:n	UI1	Units code for tertiary variable reported by device. Read only.	85.131:n
HART.DEVICE_3_TV:n	R4	Value of tertiary variable reported by device. Read only.	85.132:n
HART.DEVICE_3_TV_FAILSAFE:n	R4	Tertiary fail safe value for device.	85.133:n
HART.DEVICE_3_FV_UNITS:n	UI1	Units code for fourth variable reported by device. Read only.	85.134:n
HART.DEVICE_3_FV:n	R4	Value of fourth variable reported by device. Read only.	85.135:n
HART.DEVICE_3_FV_FAILSAFE:n	R4	Fourth fail safe value for device.	85.136:n
HART.DEVICE_3_SLOT_0_ASSIGN:n	UI1	Slot 0 variable to request from device.	85.137:n
HART.DEVICE_3_SLOT_0_UNITS:n	UI1	Units of slot 0 variable to request from device. Read only.	85.138:n
HART.DEVICE_3_SLOT_0_VARIABLE:n	R4	Value of slot 0 variable requested from device.	85.139:n
HART.DEVICE_3_SLOT_1_ASSIGN:n	UI1	Slot 1 variable to request from device.	85.140:n
HART.DEVICE_3_SLOT_1_UNITS:n	UI1	Units of slot 1 variable to request from device. Read only.	85.141:n
HART.DEVICE_3_SLOT_1_VARIABLE:n	R4	Value of slot 1 variable requested from device.	85.142:n
HART.DEVICE_3_SLOT_2_ASSIGN:n	UI1	Slot 2 variable to request from device.	85.143:n
HART.DEVICE_3_SLOT_2_UNITS:n	UI1	Units of slot 2 variable to request from device. Read only.	85.144:n
HART.DEVICE_3_SLOT_2_VARIABLE:n	R4	Value of slot 2 variable requested from device.	85.145:n
HART.DEVICE_3_SLOT_3_ASSIGN:n	UI1	Slot 3 variable to request from device.	85.146:n
HART.DEVICE_3_SLOT_3_UNITS:n	UI1	Units of slot 3 variable to request from device. Read only.	85.147:n
HART.DEVICE_3_SLOT_3_VARIABLE:n	R4	Value of slot 3 variable requested from device.	85.148:n
HART.DEVICE_3_MESSAGE:n	STRING	40 character device message.	85.149:n
HART.DEVICE_3_DESCRIPTION:n	STRING	20 character device description.	85.150:n
HART.DEVICE_3_MANU_ID:n	UI2	Device manufacture ID. Read only.	85.151:n
HART.DEVICE_3_SERIAL:n	UI4	Device serial number. Read only.	85.152:n
HART.DEVICE_3_ID_NUMBER:n	UI4	Device sensor units. Read only.	85.153:n
HART.DEVICE_3_SENSOR_UNITS:n	UI1	Device sensor units. Read only.	85.154:n
HART.DEVICE_3_SENSOR_UPPER_LIM:n	R4	Device sensor upper limit. Read only.	85.155:n
HART.DEVICE_3_SENSOR_LOWER_LIM:n	R4	Device sensor lower limit. Read only.	85.156:n
HART.DEVICE_3_MINIMUM_SPAN:n	R4	Device minimum sensor span. Read only.	85.157:n
HART.DEVICE_3_OUTPUT_UNITS:n	UI1	Device output units. Read only.	85.158:n
HART.DEVICE_3_OUTPUT_UPPER_LIM:n	R4	Device output upper limit. Read only.	85.159:n
HART.DEVICE_3_OUTPUT_LOWER_LIM:n	R4	Device output lower limit. Read only.	85.160:n
HART.DEVICE_3_DAMPING_VALUE:n	R4	Device damping value. Read only.	85.161:n
HART.DEVICE_4_POLL_MODE:n	UI1	The polling mode for the device. 0=skip, 1=primary only, 2=all dynamic, 3=all slot, 4=full update.	85.162:n
HART.DEVICE_4_POLL_ADDRESS:n	UI1	Polling address for the device. Read only.	85.163:n
HART.DEVICE_4_STATUS:n	UI1	0=no device found, 1=communication, 2=comm error.	85.164:n
HART.DEVICE_4_ACTUAL_SCAN_PERIOD:n	R4	Period at which device is being updates.	85.165:n
HART. DEVICE_4_TAG:n	STRING	10 character tag that resides in this device. Read only.	85.166:n
HART.DEVICE_4_RESPONSE_CODE:n	UI2	Response code and status received from device. Read only.	85.167:n
HART.DEVICE_4_ACTIVE_ALARMS:n	UI1	Active alarms reported by device. Read only.	85.168:n
HART.DEVICE_4_CURRENT:n	R4	Current in milliamps. Read only.	85.169:n
HART.DEVICE_4_PERCENT_RANGE:n	R4	Percent of range reported by device. Read only.	85.170:n
HART.DEVICE_4_FAILSAFE_ENABLE:n	UI1	Enables the use of fail safe values for the dynamic variables when the unit resets.	85.171:n
HART.DEVICE_4_PV_UNITS:n	UI1	Units code for primary variable reported by device. Read only.	85.172:n
HART.DEVICE_4_PV:n	R4	Value of primary variable reported by device. Read only.	85.173:n
HART.DEVICE_4_PV_FAILSAFE:n	R4	Primary fail safe value for device.	85.174:n
HART.DEVICE_4_SV_UNITS:n	UI1	Units code for secondary variable reported by device. Read only.	85.175:n
HART.DEVICE_4_SV:n	R4	Value of secondary variable reported by device. Read only.	85.176:n
HART.DEVICE_4_SV_FAILSAFE:n	R4	Secondary fail safe value for device.	85.177:n
HART.DEVICE_4_TV_UNITS:n	UI1	Units code for tertiary variable reported by device. Read only.	85.178:n
HART.DEVICE_4_TV:n	R4	Value of tertiary variable reported by device. Read only.	85.179:n
HART.DEVICE_4_TV_FAILSAFE:n	R4	Tertiary fail safe value for device.	85.180:n
HART.DEVICE_4_FV_UNITS:n	UI1	Units code for fourth variable reported by device. Read only.	85.181:n
HART.DEVICE_4_FV:n	R4	Value of fourth variable reported by device. Read only.	85.182:n
HART.DEVICE_4_FV_FAILSAFE:n	R4	Fourth fail safe value for device.	85.183:n
HART.DEVICE_4_SLOT_0_ASSIGN:n	UI1	Slot 0 variable to request from device.	85.184:n
HART.DEVICE_4_SLOT_0_UNITS:n	UI1	Units of slot 0 variable to request from device. Read only.	85.185:n
HART.DEVICE_4_SLOT_0_VARIABLE:n	R4	Value of slot 0 variable requested from device.	85.186:n
HART.DEVICE_4_SLOT_1_ASSIGN:n	UI1	Slot 1 variable to request from device.	85.187:n
HART.DEVICE_4_SLOT_1_UNITS:n	UI1	Units of slot 1 variable to request from device. Read only.	85.188:n
HART.DEVICE_4_SLOT_1_VARIABLE:n	R4	Value of slot 1 variable requested from device.	85.189:n
HART.DEVICE_4_SLOT_2_ASSIGN:n	UI1	Slot 2 variable to request from device.	85.190:n
HART.DEVICE_4_SLOT_2_UNITS:n	UI1	Units of slot 2 variable to request from device. Read only.	85.191:n
HART.DEVICE_4_SLOT_2_VARIABLE:n	R4	Value of slot 2 variable requested from device.	85.192:n
HART.DEVICE_4_SLOT_3_ASSIGN:n	UI1	Slot 3 variable to request from device.	85.193:n
HART.DEVICE_4_SLOT_3_UNITS:n	UI1	Units of slot 3 variable to request from device. Read only.	85.194:n
HART.DEVICE_4_SLOT_3_VARIABLE:n	R4	Value of slot 3 variable requested from device.	85.195:n
HART.DEVICE_4_MESSAGE:n	STRING	40 character device message.	85.196:n
HART.DEVICE_4_DESCRIPTION:n	STRING	20 character device description.	85.197:n
HART.DEVICE_4_MANU_ID:n	UI2	Device manufacture ID. Read only.	85.198:n
HART.DEVICE_4_SERIAL:n	UI4	Device serial number. Read only.	85.199:n
HART.DEVICE_4_ID_NUMBER:n	UI4	Device sensor units. Read only.	85.200:n
HART.DEVICE_4_SENSOR_UNITS:n	UI1	Device sensor units. Read only.	85.201:n
HART.DEVICE_4_SENSOR_UPPER_LIM:n	R4	Device sensor upper limit. Read only.	85.202:n
HART.DEVICE_4_SENSOR_LOWER_LIM:n	R4	Device sensor lower limit. Read only.	85.203:n
HART.DEVICE_4_MINIMUM_SPAN:n	R4	Device minimum sensor span. Read only.	85.204:n
HART.DEVICE_4_OUTPUT_UNITS:n	UI1	Device output units. Read only.	85.205:n
HART.DEVICE_4_OUTPUT_UPPER_LIM:n	R4	Device output upper limit. Read only.	85.206:n
HART.DEVICE_4_OUTPUT_LOWER_LIM:n	R4	Device output lower limit. Read only.	85.207:n
HART.DEVICE_4_DAMPING_VALUE:n	R4	Device damping value. Read only.	85.208:n
HART.DEVICE_5_POLL_MODE:n	UI1	The polling mode for the device. 0=skip, 1=primary only, 2=all dynamic, 3=all slot, 4=full update.	85.209:n
HART.DEVICE_5_POLL_ADDRESS:n	UI1	Polling address for the device. Read only.	85.210:n
HART.DEVICE_5_STATUS:n	UI1	0=no device found, 1=communication, 2=comm error.	85.211:n
HART.DEVICE_5_ACTUAL_SCAN_PERIOD:n	R4	Period at which device is being updates.	85.212:n
HART. DEVICE_5_TAG:n	STRING	10 character tag that resides in this device. Read only.	85.213:n
HART.DEVICE_5_RESPONSE_CODE:n	UI2	Response code and status received from device. Read only.	85.214:n
HART.DEVICE_5_ACTIVE_ALARMS:n	UI1	Active alarms reported by device. Read only.	85.215:n
HART.DEVICE_5_CURRENT:n	R4	Current in milliamps. Read only.	85.216:n
HART.DEVICE_5_PERCENT_RANGE:n	R4	Percent of range reported by device. Read only.	85.217:n
HART.DEVICE_5_FAILSAFE_ENABLE:n	UI1	Enables the use of fail safe values for the dynamic variables when the unit resets.	85.218:n
HART.DEVICE_5_PV_UNITS:n	UI1	Units code for primary variable reported by device. Read only.	85.219:n
HART.DEVICE_5_PV:n	R4	Value of primary variable reported by device. Read only.	85.220:n
HART.DEVICE_5_PV_FAILSAFE:n	R4	Primary fail safe value for device.	85.221:n
HART.DEVICE_5_SV_UNITS:n	UI1	Units code for secondary variable reported by device. Read only.	85.222:n
HART.DEVICE_5_SV:n	R4	Value of secondary variable reported by device. Read only.	85.223:n
HART.DEVICE_5_SV_FAILSAFE:n	R4	Secondary fail safe value for device.	85.224:n
HART.DEVICE_5_TV_UNITS:n	UI1	Units code for tertiary variable reported by device. Read only.	85.225:n
HART.DEVICE_5_TV:n	R4	Value of tertiary variable reported by device. Read only.	85.226:n
HART.DEVICE_5_TV_FAILSAFE:n	R4	Tertiary fail safe value for device.	85.227:n
HART.DEVICE_5_FV_UNITS:n	UI1	Units code for fourth variable reported by device. Read only.	85.228:n
HART.DEVICE_5_FV:n	R4	Value of fourth variable reported by device. Read only.	85.229:n
HART.DEVICE_5_FV_FAILSAFE:n	R4	Fourth fail safe value for device.	85.230:n
HART.DEVICE_5_SLOT_0_ASSIGN:n	UI1	Slot 0 variable to request from device.	85.231:n
HART.DEVICE_5_SLOT_0_UNITS:n	UI1	Units of slot 0 variable to request from device. Read only.	85.232:n
HART.DEVICE_5_SLOT_0_VARIABLE:n	R4	Value of slot 0 variable requested from device.	85.233:n
HART.DEVICE_5_SLOT_1_ASSIGN:n	UI1	Slot 1 variable to request from device.	85.234:n
HART.DEVICE_5_SLOT_1_UNITS:n	UI1	Units of slot 1 variable to request from device. Read only.	85.235:n
HART.DEVICE_5_SLOT_1_VARIABLE:n	R4	Value of slot 1 variable requested from device.	85.236:n
HART.DEVICE_5_SLOT_2_ASSIGN:n	UI1	Slot 2 variable to request from device.	85.237:n
HART.DEVICE_5_SLOT_2_UNITS:n	UI1	Units of slot 2 variable to request from device. Read only.	85.238:n
HART.DEVICE_5_SLOT_2_VARIABLE:n	R4	Value of slot 2 variable requested from device.	85.239:n
HART.DEVICE_5_SLOT_3_ASSIGN:n	UI1	Slot 3 variable to request from device.	85.240:n
HART.DEVICE_5_SLOT_3_UNITS:n	UI1	Units of slot 3 variable to request from device. Read only.	85.241:n
HART.DEVICE_5_SLOT_3_VARIABLE:n	R4	Value of slot 3 variable requested from device.	85.242:n
HART.DEVICE_5_MESSAGE:n	STRING	40 character device message.	85.243:n
HART.DEVICE_5_DESCRIPTION:n	STRING	20 character device description.	85.244:n
HART.DEVICE_5_MANU_ID:n	UI2	Device manufacture ID. Read only.	85.245:n
HART.DEVICE_5_SERIAL:n	UI4	Device serial number. Read only.	85.246:n
HART.DEVICE_5_ID_NUMBER:n	UI4	Device sensor units. Read only.	85.247:n
HART.DEVICE_5_SENSOR_UNITS:n	UI1	Device sensor units. Read only.	85.248:n
HART.DEVICE_5_SENSOR_UPPER_LIM:n	R4	Device sensor upper limit. Read only.	85.249:n
HART.DEVICE_5_SENSOR_LOWER_LIM:n	R4	Device sensor lower limit. Read only.	85.250:n
HART.DEVICE_5_MINIMUM_SPAN:n	R4	Device minimum sensor span. Read only.	85.251:n
HART.DEVICE_5_OUTPUT_UNITS:n	UI1	Device output units. Read only.	85.252:n
HART.DEVICE_5_OUTPUT_UPPER_LIM:n	R4	Device output upper limit. Read only.	85.253:n
HART.DEVICE_5_OUTPUT_LOWER_LIM:n	R4	Device output lower limit. Read only.	85.254:n
HART.DEVICE_5_DAMPING_VALUE:n	R4	Device damping value. Read only.	85.255:n

OPCODE 6 - ROC 800 System Configuration Items

Item	Data Type	Description	T.P:L
MODE	UINT8	The system mode the unit is currently operating in. • 0 = Firmware Update Mode • 1 = Run Mode	N/A
COMM_PORT	UINT16	Comm Port or Port Number that this request arrived in on. This is not defined if the above value (offset 6) is 0.	N/A
UNUSED_POINT_n	UINT8	Reserved for future use. Where n = 01 - 14	N/A
ROC_TYPE	UINT8	Type of ROC • 1 = ROCPAC ROC 300 series • 2 = FloBoss 407 • 3 = FlashPAC ROC 300 series • 4 = FloBoss 503 • 5 = FloBoss 504 • 6 = ROC809 • 7 = RegFlo version 2.xx or 3.xx • 8 = Floboss 103 version 2.xx • 9 = 3095FC	N/A
NUM_TYPE_n	UINT8	Contains the number of logical for point type n. Where n = 60 – 137.	N/A

Point Type 91 - System Items

Item	Data Type	Description	T.P:L
SYSTEM.ROC_UNIT or SYSTEM.ROC_ADDRESS	UINT8	One-byte unit code of the station address. The unit code for a ROC address is configurable by the user. A 0 is used for broadcast.	91.0:n
SYSTEM.ROC_GROUP	UINT8	Group code of the station address.	91.1:n
SYSTEM.STATION_NAME	AC	A 20-character ASCII field for the station name.	91.2:n
SYSTEM.PART_VERSION	AC	Contains the software part number and version number string. READ ONLY.	91.3:n
SYSTEM.TIME_CREATED	AC	Contains the time and date stamp the firmware was created. READ ONLY.	91.4:n
SYSTEM.MANU_ID	AC	Contains manufacturing identification string. READ ONLY.	91.5:n
SYSTEM.PROD_DESCRIPTION	AC	Contains manufacturing description of product. READ ONLY.	91.6:n
SYSTEM.SERIAL_NUMBER	UINT32	Contains the serial number for the unit. READ ONLY.	91.7:n
SYSTEM.MAX_EVENTS or SYSTEM.ROM_EVENTS	UINT16	Contains the maximum number of events that the Event Log may contain. READ ONLY.	91.8:n
SYSTEM.MAX_ALARMS or SYSTEM.ROM_ALARMS	UINT16	Contains the maximum number of alarms that the Alarm Log may contain. READ ONLY.	91.9:n
SYSTEM.MAX_PIDS or SYSTEM.ROM_PIDS	UINT8	Contains the maximum number of PID loops that may run on the system. READ ONLY.	91.10:n
SYSTEM.MAX_AGAS or SYSTEM.ROM_AGAS	UINT8	Contains the maximum number of Meter Runs that may run on the system. READ ONLY.	91.11:n
SYSTEM.MAX_FST or SYSTEM.ROM_FST	UINT8	Contains the maximum number of FSTs that may run on the system. READ ONLY.	91.12:n
SYSTEM.EVENT_INDEX	UINT16	Indicates the current event index in the Event Log. READ ONLY.	91.13:n
SYSTEM.ALARM_INDEX	UINT16	Indicates the current alarm index in the Alarm Log. READ ONLY.	91.14:n
SYSTEM.ACTIVE_PIDS	UINT8	Number of active PIDs	91.15:n
SYSTEM.ACTIVE_STATIONS	UINT8	Number of active stations.	91.16:n
SYSTEM.ACTIVE_ORIFICE	UINT8	Number of active orifice meter runs.	91.17:n
SYSTEM.ACTIVE_TURBINE	UINT8	Number of active turbine meter runs.	91.18:n
SYSTEM.FST_CLEAR	UINT8	Setting this parameter clears FST code from Flash ROM. • 0 – Does nothing. • 1 – Initiates clearing of FST code.	91.19:n
SYSTEM.CLEAR_CONFIG	UINT8	Used to clear the internal configuration memory stored in flash ROM. • 0 = Do nothing • 1 = Enable clearing of Configuration Memory	91.20:n
SYSTEM.WRITE_CONFIG	UINT8	Used to command the ROC to store certain point types (indicated throughout this document) to flash configuration memory • 0 = Do nothing • 1 = Perform Write to Configuration Memory	91.21:n
SYSTEM.WRITE_COMPLETE	UINT8	Used to indicate that the system is the process of writing the configuration to flash ROM • 0 = Currently Performing the Write • 1 = Completed the Write READ ONLY.	91.22:n
SYSTEM.MPU_LOADING	FLP	Contains the current percentage of time the CPU is being loaded, updated every 5 seconds. READ ONLY.	91.23:n
SYSTEM.RESERVED	UINT8	Unused parameter. READ ONLY.	91.24:n
SYSTEM.IO_SCANNING	UINT8	Used to enable or disable scanning of all I/O in the system. • 0 = Disabled • 1 = Enabled	91.25:n
SYSTEM.WARM_START	UINT8	Used to re-start the system. A warm start is a reboot of the system without performing all the power-on-self tests. • 0 = Do nothing • 1 = Perform Warm Start	91.26:n
SYSTEM.COLD_START	UINT8	Used to re-start the system. A cold start always includes starting from the boot sector and performing power-on-self tests, plus the following options. • 0 = Do nothing • 1 = Restore Configuration from Flash • 2 = Clear Alarms • 3 = Clear Events • 4 = Clear FSTs • 5 = Clear History & Meter Runs • 6 = Restore Configuration from Flash, Clear Alarms/Events/FST’s/History/Meter Runs • 7 = Restore Configuration from Defaults	91.27:n
SYSTEM.LCD_INSTALLED	UINT8	• 0 = No LCD installed or LCD is disabled • 1 = LCD installed and enabled READ ONLY.	91.28:n
SYSTEM.LCD_POWERSAVE	UINT8	Enables or disables the power saving feature of the LCD. When enabled the display will stay on until the power off time expires. 0 – Disable Power Saving, 1 – Enable Power Saving. Note: Since this functionality has not yet be added to the firmware (as of Version 1.00) this parameter is currently R/O. When the functionality is added, it will be made R/W.	91.29:n
SYSTEM.LCD_OWNER	UINT8	The current owner of the LCD. This is used if a user C program is needed to run the LCD. • 0 = LCD • 1 = User C Program 1 • 2 = User C Program 2 • 3 = User C Program 3 • 4 = User C Program 4 • 5 = User C Program 5 • 6 = User C Program 6 • 7 = User C Program 7 • 8 = User C Program 8	91.30:n
SYSTEM.BAUD_RATE_0	UINT32	The baud rate that baud rate generator #0 is to be set to.	91.31:n
SYSTEM.BAUD_RATE_1	UINT32	The baud rate that baud rate generator #1 is to be set to.	91.32:n
SYSTEM.BAUD_RATE_2	UINT32	The baud rate that baud rate generator #2 is to be set to.	91.33:n
SYSTEM.BAUD_RATE_3	UINT32	The baud rate that baud rate generator #3 is to be set to.	91.34:n
SYSTEM.CRC_CHECK	UINT8	The CRC check flag. If this flag is enabled, a CRC will be appended to all messages and a CRC will be expected on all received messages. Disabled = 0, Enabled = 1.	91.35:n
SYSTEM.LED_ENABLE	UINT8	Indicates the number of minutes the LEDs will be on before automatically turning themselves off. (The LED buttons will active the LEDs for the configured time). • 0 = LEDs always on • 1 - 60 = Number of minutes LEDs will be on	91.36:n
SYSTEM.BOOT_PART_NUM	AC	Contains the boot software part number and version number string. READ ONLY.	91.37:n
SYSTEM.BOOT_FIRMWARE_TIME	AC	Contains the time and date stamp the boot firmware was created. READ ONLY.	91.38:n
SYSTEM.ACTIVE_ODORIZERS	UINT8	Number of active odorizers	91.39:n
SYSTEM.CLEAR_HISTORY_CONFIG		Clears history database and resets configuration back to factory defaults without power cycling the ROC. Don't clear = 0, Clear = 1.	91.40:n

Point Type 92 - ROC 800 Logon Items

Item	Data Type	Description	T.P:L
LOGON_PARAMETERS.OPERATOR	AC	A three character ASCII operator identifier (e.g., LOI).	92.0:n
LOGON_PARAMETERS.LIST_SECURITY	UINT8	Controls access to the User Lists through the LCD. Lower 4 bits: 0 = Read access not allowed • 1 = Read access allowed • 0 – User List 1 – 2 • 1 – User List 3 – 4 • – User List 5 – 6 • – User List 7 – 8 Upper 4 bits: 0 = Write access not allowed • 1 = Write access allowed • – User List 7 – 8 • – User List 5 – 6 • – User List 3 – 4 • 7 – User List 1 - 2	92.1:n
LOGON_PARAMETERS.KEYPAD_READ_ ENABLE	UINT8	Controls what menus the user is able to access for read purposes. The user will still have read access to a menu if the menu’s bit is not set, but is set for write access in the write enable parameter. • 0 = Read access not allowed. • 1 = Read access allowed. • 0 – Calibrate • 1 – FST • 2 – Control (PID) • 3 – System • 4 – Logs • 5 – Meter Runs • 6 – I/O • 7 – Reserved	92.2:n
LOGON_PARAMETERS.KEYPAD_WRITE_ ENABLE	UINT8	Controls what menus the user is able to access for write purposes. 0 = Write access not allowed. 1 = Write access allowed. 0 – Calibrate 1 – FST 2 – Control (PID) 3 – System 4 – Logs (Ignored – Read Only) 5 – Meter Runs 6 – I/O 7 - Reserved	92.3:n
LOGON_PARAMETERS.PASSWORD	UINT16	A numerical value that is used as a password for the Operator Identifier (e.g., 1000)	92.4:n

Point Type 95 - ROC 800 Port Items

Item	Data Type	Description	T.P:L
PORT.TAG_ID	AC	The customizable name for this communications port.	95.0:n
PORT.BAUD_RATE	UINT16	The baud rate generator used by this com port. Each port may use a different generator however, only 4 generators exist. See Point Type 91, System Variables, Parameter 31-34.	95.1:n
PORT.STOP_BITS	UINT8	The number of stop bits in a character.	95.2:n
PORT.DATA_BITS	UINT8	The number of data bits in a character.	95.3:n
PORT.PARITY	UINT8	For parity error checking, the host adds a 1 or 0 bit to the character to make it even or odd. The receiver then decodes this. An error occurs if the sum of the bits is not the way it was sent out. • None = 0 • Odd = 1 • Even = 2	95.4:n
PORT.COMM_TYPE	UINT8	• 0 = No Comm Module Installed • 9 = MVS • 10 = RS-232 • 11 = RS-485 • 12 = Modem • 13 = HART • 15 = Ethernet This parameter is updated when a module insertion or removal is detected by the system. READ ONLY.	95.5:n
PORT.STORE_FORWARD_PORT	UINT8	If this is enabled all store and forward messages will be sent out this port. If it is disabled, none will be sent. • 0 = Do Not store and forward for this port • 1 = Store and forward for this port.	95.6:n
PORT.KEY_ON_DELAY	FLP	The period to wait after turning the RTS signal on before a message can be sent. This value is in seconds.	95.7:n
PORT.KEY_OFF_DELAY or PORT.TURNAROUND_DELAY	FLP	The period to delay turning the RTS signal off after a message has been sent. This value is in seconds.	95.8:n
PORT.MODEM_STATUS	UINT8	This is the numeric response from the modem. A non-Hayes compatible modem will not provide this information. • 0 = OK. READ ONLY.	95.9:n
PORT.MODEM_TYPE	UINT8	The type of modem. This will not be detected when the card is plugged in. 0 = None, 1 = External, 2 = Internal. Note 2 cannot be written by the user.	95.10:n
PORT.CONNECT_TIME	FLP	The amount of time in seconds the ROC809 waits after initiating a call to receive a connect message before terminating a call. 0 disables.	95.11:n
PORT.CONFIG_COMMAND	AC	The commands needed to initialize a modem.	95.12:n
PORT.CONNECT_COMMAND	AC	The Hayes compatible modem command needed to dial out for SRBX communications.	95.13:n
PORT.DISCONNECT_TIME	FLP	Time in seconds that the ROC809 will wait before disconnecting if there is no activity. 0 disables.	95.14:n
PORT.INACTIVITY_TIME	FLP	Time in seconds that the ROC809 will wait, without receiving a signal, before it resets the modem. The inactivity timer looks at the valid receive counter to determine if the signal has been received. 0 disables.	95.15:n
PORT.DISCONNECT_COMMAND	AC	The user can use a different disconnect string for a modem.	95.16:n
PORT.RBX_STATUS	UINT8	• 0 = SRBX is currently inactive • 1 = SRBX is currently active for this port. READ ONLY.	95.17:n
PORT.RBX_ENABLE	UINT8	If this is enabled all SRBX messages will be sent out this port. If disabled, none will be sent. • 0 = Disable SRBX for this port • 1 = Enable SRBX for this port	95.18:n
PORT.RBX_ALARM_INDEX	UINT16	The index into the alarm table that corresponds to the alarm that caused an SRBX.	95.19:n
PORT.RBX_TIME_BASE_1	FLP	Time in seconds that the ROC809 will use as the 1st SRBX delay.	95.20:n
PORT.RBX_RETRY_COUNT_1	UINT8	The number of retries for the 1st SRBX to use. 0 = disable, 255 = continuous.	95.21:n
PORT.RBX_TIME_BASE_2	FLP	Time in seconds that the ROC809 will use as the 2nd SRBX delay.	95.22:n
PORT.RBX_RETRY_COUNT_2	UINT8	The number of retries for the 1st SRBX to use. 0 = disable, 255 = continuous.	95.23:n
PORT.RBX_TIME_BASE_3	FLP	Time in seconds that the ROC809 will use as the 3rd SRBX delay.	95.24:n
PORT.RBX_RETRY_COUNT_3	UINT8	The number of retries for the 1st SRBX to use. 0 = disable, 255 = continuous.	95.25:n
PORT.RBX_UNIT or PORT.RBX_ADDRESS	UINT8	Used to identify the SRBX host.	95.26:n
PORT.RBX_GROUP	UINT8	Used to identify the SRBX host.	95.27:n
PORT.STORE_FORWARD_ADDR_1	UINT8	Address of the 1st destination for the store and forward path. SRBX must be enabled for this to function.	95.28:n
PORT.STORE_FORWARD_GROUP_1	UINT8	Group number of the 1st destination for the store and forward path. SRBX must be enabled for this to function.	95.29:n
PORT.STORE_FORWARD_ADDR_2	UINT8	Address of the 2nd destination for the store and forward path. SRBX must be enabled for this to function.	95.30:n
PORT.STORE_FORWARD_GROUP_2	UINT8	Group number of the 2nd destination for the store and forward path. SRBX must be enabled for this to function.	95.31:n
PORT.STORE_FORWARD_ADDR_3	UINT8	Address of the 3rd destination for the store and forward path. SRBX must be enabled for this to function.	95.32:n
PORT.STORE_FORWARD_GROUP_3	UINT8	Group number of the 3rd destination for store and forward. SRBX must be enabled for this to function.	95.33:n
PORT.SPARE_1	UINT8	Unused READ ONLY.	95.34:n
PORT.SPARE_2	UINT8	Unused READ ONLY.	95.35:n
PORT.ROC_VALID_RECEIVE_CNT	UINT16	The number of valid ROC Protocol messages received by the ROC for this port. It can be cleared by the user.	95.36:n
PORT.ROC_SUCCESS_MSG_TIME	JULIAND ATE	The time of the last successful Opcode received by the ROC809. Indicated by the number of seconds since midnight Jan 1, 1970. READ ONLY.	95.37:n
PORT.MOD_VALID_RECEIVE_CNT	UINT16	The number of valid Modbus messages received by the ROC for this port. It can be cleared by the user.	95.38:n
PORT.MOD_SUCCESS_MSG_TIME	JULIAND ATE	The time of the last successful function code received by the ROC809. Indicated by the number of seconds since midnight Jan. 1, 1970. READ ONLY.	95.39:n
PORT.INVALID_MSG_BYTES	UINT16	The number of invalid Roc Protocol or Modbus bytes received.	95.40:n
PORT.INVALID_MSG_BYTETIME	JULIAND ATE	The time of the last unsuccessful message byte was received by the ROC809. Indicated by the number of seconds since midnight Jan. 1, 1970. READ ONLY.	95.41:n
PORT.TRANSMIT_CNT	UINT16	Number of messages sent.	95.42:n
PORT.PORT_OWNER	UINT8	The program that currently owns the port. Messages will be routed directly to the owner, bypassing the ROC protocol. The owner will not be allowed to be changed if an MVS module is installed on the port. • 0 = ROC Protocol / Modbus Slave • 1 = Modbus Master (Comm 1 – 5) • = DS800 (Not Valid for Comm 1 on ROC809E) • = LCD (Comm 1) • = I/O Module (Read Only) • = User C Program 1 • = User C Program 2 • = User C Program 3 • = User C Program 4 • = User C Program 5 • = User C Program 6 • = User C Program 7 • = User C Program 8 • 255 = DMMI (FAS use only)	95.43:n
PORT.ROC_SECURITY_STATUS	UINT8	Enables security for the communications port 1. Disabled = 0, Enabled = 1.	95.44:n

Point Type 96 - ROC 800 FST Items

Item	Data Type	Description	T.P:L
FST.POINT_TAG_ID	AC	This field contains a string to describe the FST. “X” in default name is a number that correlates to the FST logical number.	96.0:n
FST.RESULT_REG	FLP	Register used to store result of last FST operation.	96.1:n
REG_n	FLP	Register used as an input to an FST or as a location to store FST data. Where n = 01 - 10.	96.P:n
TIMER_n	UINT32	Time left for count down timer. Timer resolution is 100ms. Where n = 1 - 4.	96.P:n
FST.MESSAGE_1	AC	Text string to be output onto display. String is associated with Message Data. Written to by FST.	96.16:n
FST.MESSAGE_2	AC	Generic text field. This field is not used by any FST. It is only used as a storage space for user input.	96.17:n
FST.MESSAGE_DATA	AC	Text string used to output value to LCD. READ ONLY.	96.18:n
MISCn	UINT8	Single byte register that may be used by an FST. Where n = 1 - 4.	96.P:n
FST.COMPARE_FLAG_SVD	UINT8	Stores the result of a Boolean expression. • 0 – FALSE • 1 – TRUE	96.23:n
FST.RUN_FLAG	UINT8	This parameter stores the run state of the FST. • 0 – FST is not running. • 1 – FST is running. • – Indicates FST has shut down due to an invalid point reference. • 8 – FST Editor initiates the Trace mode. • 9 – Indicates that the FST in ROC809 is processing.	96.24:n
FST.CODE_SIZE	UINT16	Size, in bytes, of the FST code. This size does not include storage needed for register names, description, or version. READ ONLY.	96.25:n
FST.INSTRUCTION_POINTER	UINT16	Contains the location of the FST function to be executed next. If an error occurs, the Instruction Pointer will be set to the location of the parameter that caused the error. This parameter may also be called a program counter. READ ONLY.	96.26:n
FST.EXECUTION_DELAY	UINT16	Execution delay between FST instructions. Resolution is tenths of a second.	96.27:n
FST.FST_VERSION	AC	Stores information about the version of the FST code. The user sets this before the FST is uploaded to the ROC809. READ ONLY.	96.28:n
FST.FST_DESCRIPTION	AC	Contains a short description about the FST that is running. The user sets this before the FST is uploaded to the ROC809. READ ONLY.	96.29:n
FST.MESSAGE_DATA2	AC	Text string used to output value to LCD.	96.30:n

Point Type 97 - ROC 800 FST Register Items

Item	Data Type	Description	T.P:L
FST_REG_TAG.REG_TAG_01	AC	Text string used as a label for Register 1 (R1).	97.0:n
FST_REG_TAG.REG_TAG_02	AC	Text string used as a label for Register 1 (R2).	97.1:n
FST_REG_TAG.REG_TAG_03	AC	Text string used as a label for Register 1 (R3).	97.2:n
FST_REG_TAG.REG_TAG_04	AC	Text string used as a label for Register 1 (R4).	97.3:n
FST_REG_TAG.REG_TAG_05	AC	Text string used as a label for Register 1 (R5).	97.4:n
FST_REG_TAG.REG_TAG_06	AC	Text string used as a label for Register 1 (R6).	97.5:n
FST_REG_TAG.REG_TAG_07	AC	Text string used as a label for Register 1 (R7).	97.6:n
FST_REG_TAG.REG_TAG_08	AC	Text string used as a label for Register 1 (R8).	97.7:n
FST_REG_TAG.REG_TAG_09	AC	Text string used as a label for Register 1 (R9).	97.8:n
FST_REG_TAG.REG_TAG_10	AC	Text string used as a label for Register 1 (R10).	97.9:n

Point Type 98 - ROC 800 Soft Point Items

Item	Data Type	Description	T.P:L
SOFT_PT_PARAMETERS.AS CII_TEXT_1	AC	Text string used to label instance of Soft Point. The ‘x’ in default is the number of the Soft Point.	98.0:n
FLOAT_n	FLP	Miscellaneous storage. Where n = 01 - 20	98.P:n
LONG_n	UINT32	Miscellaneous storage. Where n = 01 - 02	98.P:n
SHORT_n	UINT16	Miscellaneous storage. Where n = 01 - 10	98.P:n
BYTE_n	UINT8	Miscellaneous storage. Where n = 01 - 10	98.P:n

Point Type 99 - ROC 800 OPCODE Items

See Point type 0 above for a full explanation of point type 99.

Point Type 100 - ROC 800 Power Control Items

Item	Data Type	Description	T.P:L
POWER_CONTROL.TAG	AC	The name used to identify this radio power control point.	100.0:n
POWER_CONTROL.STATUS	INT8	Status of power control on this port. READ ONLY. • 0 = Power Disabled, • 1 = Power Enabled	100.1:n
POWER_CONTROL.ENABLE	INT8	The enabled mode for the power control on this port. 0 = Disabled, 1 = Enabled	100.2:n
START_TIME_n	HOURMINUTE	Zone start time. Where n = zones 1 - 3	100.P:n
ON_TIME_n	INT32	On time for Zones. The amount of time for this cycle, the DO associated with this power control will be in the on state (in milliseconds). Where n = zones 1 – 3.	100.P:n
OFF_TIME_n	INT32	Off time for Zones. The amount of time (in milliseconds) for this cycle, the DO associated with this power control will be in the off state (following the on state) Where n = zones 1 - 3.	100.P:n
POWER_CONTROL.ACTIVE_ZONE	INT8	This parameter is the current active power zone. READ ONLY.	100.12:n
POWER_CONTROL.HOLD_TIME	INT32	Time in milliseconds that the output is held on after detection of communications.	100.13:n
POWER_CONTROL.POWER_TIMER	INT32	Counts down the amount of time, in milliseconds, (On Time, Off Time, Hold Time) that the power control is currently using. NOTE: This item is Read Only.	100.14:n
POWER_CONTROL.DISCRETE_OUTPUT_NO	TLP	The logical discrete output number.	100.15:n
POWER_CONTROL.LOW_BATTERY	FLP	The radio will not be turned on if the voltage drops below this value. It is stored in volts.	100.16:n
POWER_CONTROL.ON_COUNTER	UINT32	The counter shows how many seconds the radio power control has been on.	100.17:n
POWER_CONTROL.OFF_COUNTER	UINT32	This counter shows how many seconds the radio power control has been off.	100.18:n
POWER_CONTROL.LOW_BAT_DEADBAND	FLP	This is a dead-band for the low battery level in power control. This is used to keep from the radio continuously turning on and off.	100.19:n

Point Type 101 - ROC 800 Discrete Input Items

Item	Data Type	Description	T.P:L
DI.POINT_TAG_ID	AC	Identification name for specific DI. Values must be printable ASCII characters.	101.0:n
DI.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	101.1:n
DI.FILTER	FLP	Number of seconds that a DI must remain in the ON state before it is recognized as valid and the Status (parameter #3) is changed.	101.2:n
DI.STATUS	UINT8	Indicates what state the DI is currently in, ON (1) or OFF (0).	101.3:n
DI.INVERT_STATUS	UINT8	If enabled, the field input will be inverted in the Status (parameter #3 - ON becomes OFF and viceversa). 0 = Invert Status Disabled, 1 = Invert Status Enabled.	101.4:n
DI.LATCH_STATUS	UINT8	If enabled, then, on an active transition of the input, the Status (parameter #3) will change to ON and remain in the ON state until it is cleared manually. • 0 = Latch Status Disabled • 1 = Latch Status Enabled	101.5:n
DI.ACCUM_VALUE	UINT32	Number of times the Status (parameter #3) goes from OFF to ON.	101.6:n
DI.ON_COUNTER	FLP	Number of seconds when the Status (parameter #3) is in the ON state.	101.7:n
DI.OFF_COUNTER	FLP	Number of seconds when the Status (parameter #3) is in the OFF state.	101.8:n
DI.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	101.9:n
DI.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. 0 = SRBX on Clear Disabled, 1 = SRBX on Clear Enabled.	101.10:n
DI.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	101.11:n
DI.ALARM_CODE	BIN	If bit 5 is set, the Status (parameter #3) is ON. If clear, the Status (parameter #3) is OFF. If bit 7 is set, the Scanning (parameter #1) has been disabled. If clear, the Scanning (parameter #1) has been enabled. READ ONLY.	101.12:n
DI.SCAN_PERIOD	FLP	Scan Period in Seconds READ ONLY.	101.13:n

Point Type 102 - ROC 800 Discrete Output Items

Item	Data Type	Description	T.P:L
DO.POINT_TAG_ID	AC	Identification name for specific AO. Values must be printable ASCII characters.	102.0:n
DO.UNITS_TAG	AC	Describes the units used by the AO. Values must be printable ASCII characters.	102.1:n
DO.SCANNING	UINT8	If disabled, no changes to the output will occur. If in Manual, only the user can change the values of the AO. If in automatic, anything can change the values of the AO. • 0 = Disabled • 1 = Automatic • 2 = Manual	102.2:n
DO.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	102.3:n
DO.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled.	102.4:n
DO.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	102.5:n
DO.ALARM_CODE	BIN	If bit 5 is set, the Scanning (parameter #2) has been set to Manual. If clear, the Scanning (parameter #2) has been set to either Disable or Automatic If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been set to either Automatic or Manual. READ ONLY.	102.6:n
DO.FAILSAFE_ON_RESET	UINT8	If enabled, the Status (parameter #8) will be set to the status indicated in ‘Failsafe Status Value’ (Parameter #22) on a restart of any kind. If disabled, the last Status before the restart will be used. 0 = Output Last Status on Reset, 1 = Use Failsafe value on Reset.	102.7:n
DO.STATUS	UINT8	Indicates what state the DO is currently in, ON (1) or OFF (0).	102.8:n
DO.ACCUM_VALUE	UINT32	Number of times the Status (parameter #8) goes from OFF to ON.	102.9:n
DO.MOMENTARY_MODE	UINT8	If enabled, the Status (parameter #8) will be turned ON for the entered Time On (parameter #14) and then be turned OFF. • 0 = Momentary Disabled • 1 = Momentary Enabled	102.10:n
DO.MOMENTARY_ACTIVE	UINT8	Indicates that the DO currently has the Momentary ability active. • 0 = Momentary Not Active • 1 = Momentary Active	102.11:n
DO.TOGGLE_MODE	UINT8	If enabled, the Status (parameter #8) will be turned ON for the entered Time On (parameter #14) and then turned OFF for the same Time On. The Status will continue to cycle between the ON and OFF states. • 0 = Toggle Disabled • 1 = Toggle Enabled	102.12:n
DO.TDO_MODE	UINT8	If enabled, the Status (parameter #8) will be turned ON for a calculated Time On (parameter #14) based upon the entered EU Value (parameter #20). After the Time On has expired, the Status will be turned OFF and remain that way until a new EU Value is entered. • 0 = TDO Disabled • 1 = TDO Enabled	102.13:n
DO.TIME_ON	FLP	Number of seconds the Status (parameter #8) will be turned ON for if in TDO, Toggle, or Momentary Mode.	102.14:n
DO.CYCLE_TIME	FLP	Number of seconds for when TDO Mode (parameter #13) and Toggle Mode (parameter #12) are selected. The Status (parameter #8) will be ON for the calculated Time On (parameter #14) based upon the entered EU Value (parameter #20). The Status will then be turned OFF based upon the Cycle Time minus the Time On.	102.15:n
DO.LOW_READING_TIME	FLP	Minimum number of seconds the calculated Time On (parameter #14) will be when the entered EU Value (parameter #20) is less than or equal to the entered Low Reading EU (parameter #18).	102.16:n
DO.HIGH_READING_TIME	FLP	Maximum number of seconds the calculated Time On (parameter #14) will be when they entered EU Value (parameter #20) is greater than or equal to the entered High Reading EU (parameter #19).	102.17:n
DO.LOW_READING_EU	FLP	Minimum EU Value (parameter #20) possible.	102.18:n
DO.HIGH_READING_EU	FLP	Maximum EU Value (parameter #20) possible.	102.19:n
DO.EU_VALUE	FLP	Value in Engineering Units.	102.20:n
DO.MANUAL_VALUE	UINT8	Manual Value used when Scanning (parameter #2) is in manual mode	102.21:n
DO.FAILSAFE_STATUS	UINT8	This is the status the output will be placed in when the unit is started and the Failsafe on Reset Parameter (Parameter 7) is set to 1, Use Failsafe value on reset.	102.22:n
DO.RESERVED	FLP	Max Scan Period READ ONLY.	102.23:n

Point Type 103 - ROC 800 Analog Input Items

Item	Data Type	Description	T.P:L
AI.POINT_TAG_ID	AC	Identification name for specific AI. Values must be printable ASCII characters.	103.0:n
AI.UNITS	AC	Describes the units used by the AI. Values must be printable ASCII characters.	103.1:n
AI.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	103.2:n
AI.SCAN_PERIOD	FLP	Number of seconds between updates of the AI.	103.3:n
AI.ACTUAL_SCAN_TIME	FLP	Actual number of seconds between updates of the AI. READ ONLY.	103.4:n
AI.FILTER	UINT8	Percentage of last raw A/D reading to be weighted with the new raw A/D reading.	103.5:n
AI.AVERAGING	UINT8	If enabled, the filtered raw A/D value is averaged over the Scan Period. If disabled, the current filtered raw A/D value is used when the Scan Period is reached. • 0 = Disabled • 1 = Enabled	103.6:n
AI.RAW_ATOD_INPUT	INT16	Raw A/D reading used to calculate the EU Value (parameter #21).	103.7:n
AI.ZERO_RAW	INT16	Lowest calibrated raw A/D input. READ ONLY.	103.8:n
AI.MIDPOINT_RAW_01	INT16	Second lowest calibrated raw A/D input. READ ONLY.	103.9:n
AI.MIDPOINT_RAW_02	INT16	Third lowest or highest calibrated raw A/D input. READ ONLY.	103.10:n
AI.MIDPOINT_RAW_03	INT16	Second highest calibrated raw A/D input. READ ONLY.	103.11:n
AI.SPAN_RAW	INT16	Highest calibrated raw A/D input. READ ONLY.	103.12:n
AI.ZERO_EU	FLP	Lowest calibrated EU value. READ ONLY.	103.13:n
AI.MIDPOINT_EU_01	FLP	Second lowest calibrated EU value. READ ONLY.	103.14:n
AI.MIDPOINT_EU_02	FLP	Third lowest or highest calibrated EU value. READ ONLY.	103.15:n
AI.MIDPOINT_EU_03	FLP	Second highest calibrated EU value. READ ONLY.	103.16:n
AI.SPAN_EU	FLP	Highest calibrated EU value. READ ONLY.	103.17:n
AI.OFFSET	FLP	Value to be added to all calculated EU values. READ ONLY.	103.18:n
AI.SET_VALUE	FLP	Desired EU value for a calibration point. Note: No event is logged for this parameter and should possibly labeled as R/O in any external Roc Protocol Specification	103.19:n
AI.MANUAL_VALUE	FLP	Current EU Value of AI while performing calibration. READ ONLY.	103.20:n
AI.EU_VALUE	FLP	Value in Engineering Units.	103.21:n
AI.CLIPPING	UINT8	If enabled, then the EU Value (parameter #21) cannot be less than the Low Low Alarm EU (parameter #23) or greater than the High High Alarm EU (parameter #26). If disabled, no limiting of the EU Value (parameter #21) takes place. • 0 = Disabled • 1 = Enabled	103.22:n
AI.LOLO_ALARM_EU	FLP	Alarm value for Low Low Alarm and minimum EU Value (parameter #21) if Clipping (parameter #22) is enabled.	103.23:n
AI.LOW_ALARM_EU	FLP	Alarm value for Low Alarm.	103.24:n
AI.HIGH_ALARM_EU	FLP	Alarm value for High Alarm.	103.25:n
AI.HIHI_ALARM_EU	FLP	Alarm value for High High Alarm and maximum EU Value (parameter #21) if Clipping (parameter #22) is enabled.	103.26:n
AI.RATE_ALARM_EU or AI.DELTA_ALARM_EU	FLP	Alarm value for maximum change of EU Value (parameter#21) between Scan Periods.	103.27:n
AI.ALARM_DEADBAND	FLP	Provides a range ( ) that the EU Value (parameter #21) may move between without causing another alarm.	103.28:n
AI.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	103.29:n
AI.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	103.30:n
AI.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	103.31:n
AI.ALARM_CODE	BIN	• If bit 0 is set, the EU Value (parameter #21) is less than or equal to the Low Alarm EU (parameter #24). If clear, the EU Value (parameter #21) is greater than the Low Alarm EU (parameter #24). • If bit 1 is set, the EU Value (parameter #21) is less than or equal to the Low Low Alarm EU (parameter #23). If clear, the EU Value (parameter #21) is greater than the Low Low Alarm EU (parameter #23). • If bit 2 is set, the EU Value (parameter #21) is greater than or equal to the High Alarm EU (parameter #25). If clear, the EU Value (parameter #21) is less than the High Alarm EU (parameter #25). • If bit 3 is set, the EU Value (parameter #21) is greater than or equal to the High High Alarm EU (parameter #26). If clear, the EU Value (parameter #21) is less than the High High Alarm EU (parameter #26). • If bit 4 is set, the EU Value (parameter #21) change from last Scan Period to the new Scan Period is greater than or equal to the Rate Alarm EU (parameter #27). If clear, the EU Value (parameter #21) change from last Scan Period to the new Scan Period is less than the Rate Alarm EU (parameter #27). • If bit 6 is set, the AI’s hardware is reporting a malfunction. If clear, the AI’s hardware is operating properly. • If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been enabled. READ ONLY.	103.32:n
AI.CALIBRATION_TIMER	FLP	Number of seconds until a calibration timeout occurs. READ ONLY.	103.33:n
AI.CALIBRATION_MODE	UINT8	Indicates what the calibration for the AI is doing. • 0 = USE CURRENT CALIBRATION, • 1 = START CALIBRATION, • 2 = CALIBRATE, • 3 = RESTORE PREVIOUS CALIBRATION, • 4 = STOP CALIBRATION. Note: No event is logged for this parameter and should possibly label D2032as R/O in any external Roc Protocol Specification.	103.34:n
AI.CALIBRATION_TYPE	UINT8	During calibration, determines what the Set Value (parameter #19) is replacing. • 0 = Nothing • 1 = Set Zero • 2 = Set Span • 3 = Set Mid-Point #1 • 4 = Set Mid-Point #2 • 5 = Set Mid-Point #3 • 6 = Set Offset (Zero Shift). NOTE: No event is logged for this parameter and should possibly label as R/O in any external Roc Protocol Specification.	103.35:n

Point Type 104 - ROC 800 Analog Output Items

Item	Data Type	Description	T.P:L
AO.POINT_TAG_ID	AC	Identification name for specific AO. Values must be printable ASCII characters.	104.0:n
AO.UNITS	AC	Describes the units used by the AO. Values must be printable ASCII characters.	104.1:n
AO.SCANNING	UINT8	If disabled, no changes to the output will occur. If in Manual, only the user can change the values of the AO. If in Automatic, anything can change the values of the AO. • 0 = Disabled • 1 = Automatic • 2 = Manual	104.2:n
AO.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	104.3:n
AO.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	104.4:n
AO.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	104.5:n
AO.ALARM_CODE	BIN	• If bit 5 is set, the Scanning (parameter #2) has been set to Manual. If clear, the Scanning (parameter #2) has been set to either Disable or Automatic • If bit 6 is set, the AO’s hardware is reporting a malfunction. If clear, the AO’s hardware is operating properly. • If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been set to Manual or Automatic. READ ONLY.	104.6:n
AO.FAILSAFE_ON_RESET	UINT8	If enabled, the Raw D/A Output (parameter #13) will be set to the Failsafe value (parameter #22) on a restart of any kind. If disabled, the last EU Value (parameter #13) or the last saved EU Value will be used to determine the Raw D/A Output (parameter #13) after a restart. • 0 = Use last EU Value on reset, • 1 = Use Failsafe value on Reset.	104.7:n
AO.ZERO_RAW	INT16	Minimum D/A count the calculated Raw D/A Output (parameter #13) will be when they entered EU Value (parameter #12) is less than or equal to the entered Zero EU (parameter #10).	104.8:n
AO.SPAN_RAW	INT16	Maximum D/A count the calculated Raw D/A Output (parameter #13) will be when they entered EU Value (parameter #12) is greater than or equal to the entered Span EU (parameter #11).	104.9:n
AO.ZERO_EU	FLP	Minimum EU Value (parameter #12) possible.	104.10:n
AO.SPAN_EU	FLP	Maximum EU Value (parameter #12) possible.	104.11:n
AO.EU_VALUE	FLP	Value in Engineering Units.	104.12:n
AO.RAW_DTOA_OUTPUT	INT16	Calculated Digital-to-Analog value based upon EU Value (parameter #12). READ ONLY.	104.13:n
AO.MANUAL_VALUE	FLP	Manual Value used when Scanning (parameter #2) is in manual mode	104.14:n
AO.FAILSAFE_VALUE	FLP	This is the value that will be outputted when the unit is started and the Failsafe on Reset Parameter (Parameter 7) is set to 1, Use Failsafe value on reset.	104.15:n

Point Type 105 - ROC 800 Pulse Input Items

Item	Data Type	Description	T.P:L
PULSE.POINT_TAG_ID	AC	Identification name for specific PI. Values must be printable ASCII characters.	105.0:n
PULSE.UNITS	AC	Describes the units used by the PI. Values must be printable ASCII characters.	105.1:n
PULSE.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	105.2:n
PULSE.SCAN_PERIOD	FLP	Number of seconds between updates of the PI.	105.3:n
PULSE.ACCUMULATED_VALUE or PULSE.ACCUM_VALUE	UINT32	Total number of pulses that the PI has received.	105.4:n
PULSE.CONTRACT_HOUR	UINT8	Hour, in military time, that represents the end of the day for the PI.	105.5:n
PULSE.PULSES_FOR_DAY	UINT32	Total number of pulses that the PI has received for the contract day. READ ONLY.	105.6:n
PULSE.CURRENT_RT_PERIOD	UINT8	Used to determine the calculation of the Current Rate (parameter #10). • 0 = EU/second • 1= EU/minute • 2= EU/hour • 3 = EU/day	105.7:n
PULSE.CONVERSION	UINT8	Determines if Conversion Value (parameter #9) will be multiplied or divided by the accumulated pulses to determine the units for the Current Rate (parameter #10). • 0 = EUs/pulse • 1 = pulses/EU	105.8:n
PULSE.CONVERSION_VALUE	FLP	Used to calculate the units of the Current Rate (parameter #10).	105.9:n
PULSE.CURRENT_RATE	FLP	Calculated rate of the pulses. READ ONLY.	105.10:n
PULSE.EU_VALUE_MODE	UINT8	Used to determine what the EU Value (parameter #13) will represent. • 0 = Rate • 1 = Accumulator with Maximum Rollover, • 2 = Accumulator with Entered Rollover	105.11:n
PULSE.ROLLOVER_MAX	FLP	This is the Entered Rollover Maximum for the EU Value Mode (parameter #11) when it is setup for Accumulator with Entered Rollover.	105.12:n
PULSE.EU_VALUE	FLP	Value in Engineering Units.	105.13:n
PULSE.LOLO_ALARM_EU	FLP	Alarm value for Low Low Alarm when the EU Value Mode (parameter #11) is setup for Rate.	105.14:n
PULSE.LOW_ALARM_EU	FLP	Alarm value for Low Alarm when the EU Value Mode (parameter #11) is setup for Rate.	105.15:n
PULSE.HIGH_ALARM_EU	FLP	Alarm value for High Alarm when the EU Value Mode (parameter #11) is setup for Rate.	105.16:n
PULSE.HIHI_ALARM_EU	FLP	Alarm value for High High Alarm when the EU Value Mode (parameter #11) is setup for Rate.	105.17:n
PULSE.RATE_ALARM_EU	FLP	Alarm value for maximum change of EU Value (parameter #13) between Scan Periods when the EU Value Mode (parameter #11) is setup for Rate.	105.18:n
PULSE.ALARM_DEADBAND	FLP	Provides a range ( ) that the EU Value (parameter #13) may move between without causing another alarm when the EU Value Mode (parameter #11) is setup for Rate.	105.19:n
PULSE.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	105.20:n
PULSE.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. 0 = SRBX on Clear Disabled, 1 = SRBX on Clear Enabled.	105.21:n
PULSE.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. 0 = SRBX on Set Disabled, 1 = SRBX on Set Enabled.	105.22:n
PULSE.ALARM_CODE	BIN	If bit 0 is set, the EU Value (parameter #13) is less than or equal to the Low Alarm EU (parameter #15). If clear, the EU Value (parameter #13) is greater than the Low Alarm EU (parameter #15). If bit 1 is set, the EU Value (parameter #13) is less than or equal to the Low Low Alarm EU (parameter #14). If clear, the EU Value (parameter #13) is greater than the Low Low Alarm EU (parameter #14). If bit 2 is set, the EU Value (parameter #13) is greater than or equal to the High Alarm EU (parameter #16). If clear, the EU Value (parameter #13) is less than the High Alarm EU (parameter #16). If bit 3 is set, the EU Value (parameter #13) is greater than or equal to the High High Alarm EU (parameter #17). If clear, the EU Value (parameter #13) is less than the High High Alarm EU (parameter #17). If bit 4 is set, the EU Value (parameter #13) change from last Scan Period to the new Scan Period is greater than or equal to the Rate Alarm EU (parameter #18). If clear, the EU Value (parameter #13) change from last Scan Period to the new Scan Period is less than the Rate Alarm EU (parameter #18) If bit 6 is set, the PI’s hardware is reporting a malfunction. If clear, the PI’s hardware is operating properly. If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been enabled. READ ONLY.	105.23:n
PULSE.TOTAL_TODAY	FLP	Calculated value of the accumulated pulses for the contract day multiplied by the Conversion Value (parameter #9). READ ONLY.	105.24:n
PULSE.TOTAL_YD	FLP	Previous contract day’s total. READ ONLY.	105.25:n
PULSE.CORR_PULSE_ACCUM	FLP	Running accumulation of Pulses * X. Where X is = Conversion Value when Parameter 8 is set to EU/Pulse or X is set to 1/Conversion Value if Pulses/EU. Rolls over at 1,000,000.0. READ ONLY.	105.26:n

Point Type 106 - ROC 800 RTD Items

Item	Data Type	Description	T.P:L
RTD.POINT_TAG_ID	AC	Identification name for specific RTD. Values must be printable ASCII characters.	106.0:n
RTD.UNITS	AC	Describes the units used by the RTD. Values must be printable ASCII characters.	106.1:n
RTD.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	106.2:n
RTD.SCAN_PERIOD	FLP	Number of seconds between updates of the RTD.	106.3:n
RTD.ACTUAL_SCAN_TIME	FLP	Actual number of seconds between updates of the RTD. READ ONLY.	106.4:n
RTD.FILTER	UINT8	Percentage of last raw A/D reading to be weighted with the new raw A/D reading.	106.5:n
RTD.AVERAGING	UINT8	If enabled, the filtered raw A/D value is averaged over the Scan Period. If disabled, the current filtered raw A/D value is used when the Scan Period is reached. 0 = Disabled, 1 = Enabled.	106.6:n
RTD.ALPHA_OF_RTD	UINT8	Indicates what the alpha ( ) of the RTD. 0 = Alpha of 0.00385, 1 = Alpha of 0.00392.	106.7:n
RTD.RAW_ATOD_INPUT	INT16	Raw A/D reading used to calculate the EU Value (parameter #22).	106.8:n
RTD.ZERO_RAW	INT16	Lowest calibrated raw A/D input. READ ONLY.	106.9:n
RTD.MIDPOINT_RAW_01	INT16	Second lowest calibrated raw A/D input. READ ONLY.	106.10:n
RTD.MIDPOINT_RAW_02	INT16	Third lowest or highest calibrated raw A/D input. READ ONLY.	106.11:n
RTD.MIDPOINT_RAW_03	INT16	Second highest calibrated raw A/D input. READ ONLY.	106.12:n
RTD.SPAN_RAW	INT16	Highest calibrated raw A/D input. READ ONLY.	106.13:n
RTD.ZERO_EU	FLP	Lowest calibrated EU value. READ ONLY.	106.14:n
RTD.MIDPOINT_EU_01	FLP	Second lowest calibrated EU value. READ ONLY.	106.15:n
RTD.MIDPOINT_EU_02	FLP	Third lowest or highest calibrated EU value. READ ONLY.	106.16:n
RTD.MIDPOINT_EU_03	FLP	Second highest calibrated EU value. READ ONLY.	106.17:n
RTD.SPAN_EU	FLP	Highest calibrated EU value. READ ONLY.	106.18:n
RTD.OFFSET	FLP	Value to be added to all calculated EU values.	106.19:n
RTD.SET_VALUE	FLP	Desired EU value for a calibration point. Note: No event is logged for this parameter and should possibly labeled as R/O in any external Roc Protocol Specification	106.20:n
RTD.MANUAL_VALUE	FLP	Current EU Value of RTD while performing calibration. READ ONLY.	106.21:n
RTD.EU_VALUE	FLP	Value in Engineering Units.	106.22:n
RTD.CLIPPING	UINT8	If enabled, then the EU Value (parameter #22) cannot be less than the Low Low Alarm EU (parameter #24) or greater than the High High Alarm EU (parameter #27). If disabled, no limiting of the EU Value (parameter #22) takes place. • 0 = Disabled • 1 = Enabled	106.23:n
RTD.LOLO_ALARM_EU	FLP	Alarm value for Low Low Alarm and minimum EU Value (parameter #22) if Clipping (parameter #23) is enabled.	106.24:n
RTD.LOW_ALARM_EU	FLP	Alarm value for Low Alarm.	106.25:n
RTD.HIGH_ALARM_EU	FLP	Alarm value for High Alarm.	106.26:n
RTD.HIHI_ALARM_EU	FLP	Alarm value for High High Alarm and maximum EU Value (parameter #22) if Clipping (parameter #23) is enabled.	106.27:n
RTD.RATE_ALARM_EU	FLP	Alarm value for maximum change of EU Value (parameter #22) between Scan Periods.	106.28:n
RTD.ALARM_DEADBAND	FLP	Provides a range ( ) that the EU Value (parameter #22) may move between without causing another alarm.	106.29:n
RTD.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	106.30:n
RTD.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	106.31:n
RTD.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	106.32:n
RTD.ALARM_CODE	BIN	If bit 0 is set, the EU Value (parameter #22) is less than or equal to the Low Alarm EU (parameter #25). If clear, the EU Value (parameter #22) is greater than the Low Alarm EU (parameter #25). If bit 1 is set, the EU Value (parameter #22) is less than or equal to the Low Low Alarm EU (parameter #24). If clear, the EU Value (parameter #22) is greater than the Low Low Alarm EU (parameter #24). If bit 2 is set, the EU Value (parameter #22) is greater than or equal to the High Alarm EU (parameter #26). If clear, the EU Value (parameter #22) is less than the High Alarm EU (parameter #26). If bit 3 is set, the EU Value (parameter #22) is greater than or equal to the High High Alarm EU (parameter #27). If clear, the EU Value (parameter #22) is less than the High High Alarm EU (parameter #27). If bit 4 is set, the EU Value (parameter #22) change from last Scan Period to the new Scan Period is greater than or equal to the Rate Alarm EU (parameter #28). If clear, the EU Value (parameter #22) change from last Scan Period to the new Scan Period is less than the Rate Alarm EU (parameter #28). If bit 6 is set, the RTD’s hardware is reporting a malfunction. If clear, the RTD’s hardware is operating properly. If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been disabled. READ ONLY.	106.33:n
RTD.CALIBRATION_TIMER	FLP	Number of seconds until a calibration timeout occurs. READ ONLY.	106.34:n
RTD.CALIBRATION_MODE	UINT8	Describes what the calibration for the RTD is doing. • 0 = Use Current Calibration • 1 = Start Calibration • 2 = Calibrate • 3 = Restore Previous Calibration • 4 = Stop Calibration. Note: No event is logged for this parameter and should possibly label as R/O in any external Roc Protocol Specification.	106.35:n
RTD.CALIBRATION_TYPE	UINT8	During calibration, determines what the Set Value (parameter #20) is replacing. • 0 = Nothing, • 1 = Set Zero • 2 = Set Span • 3 = Set Mid Point #1 • 4 = Set Mid Point #2, • 5 = Set Mid Point #3 6 = Unused. Note: No event is logged for this parameter and should possibly label as R/O in any external Roc Protocol Specification.	106.36:n
RTD.UNITS	UINT8	Indicates what units the Point will be. • 0 = F • 1 = C • 2 = K • 3 = R	106.37:n

Point Type 107 - ROC 800 Thermocouple Items

Item	Data Type	Description	T.P:L
THERMOCOUPLE.POINT_TAG_ID	AC	Identification name for specific TC. Values must be printable ASCII characters.	107.0:n
THERMOCOUPLE.UNITS_TAG	AC	Describes the units used by the TC. Values must be printable ASCII characters.	107.1:n
THERMOCOUPLE.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	107.2:n
THERMOCOUPLE.UNITS	UINT8	Indicates what units the TC will be. • 0 = F • 1 = C • 2 = K • 3 = R	107.3:n
THERMOCOUPLE.THERMOCOUPLE_TYPE	UINT8	Indicates which type of thermocouple is attached. • 0 = Type J • 1 = Type K	107.4:n
THERMOCOUPLE.SCAN_PERIOD	FLP	Number of seconds between updates of the TC.	107.5:n
THERMOCOUPLE.ACTUAL_SCAN_TIME	FLP	Actual number of seconds between updates of the TC. READ ONLY.	107.6:n
THERMOCOUPLE.FILTER	UINT8	Percentage of last raw A/D reading to be weighted with the new raw A/D reading.	107.7:n
THERMOCOUPLE.AVERAGING	UINT8	If enabled, the filtered EU value is averaged over the Scan Period. If disabled, the current filtered EU value is used when the Scan Period is reached. • 0 = Disabled • 1 = Enabled	107.8:n
THERMOCOUPLE.EU_VALUE	FLP	Value in Engineering Units.	107.9:n
THERMOCOUPLE.LOLO_ALARM_EU	FLP	Alarm value for Low Low Alarm and minimum EU Value (parameter #22) if Clipping (parameter #23) is enabled.	107.10:n
THERMOCOUPLE.LOW_ALARM_EU	FLP	Alarm value for Low Alarm.	107.11:n
THERMOCOUPLE.HIGH_ALARM_EU	FLP	Alarm value for High Alarm.	107.12:n
THERMOCOUPLE.HIHI_ALARM_EU	FLP	Alarm value for High High Alarm and maximum EU Value (parameter #22) if Clipping (parameter #23) is enabled.	107.13:n
THERMOCOUPLE.RATE_ALARM_EU	FLP	Alarm value for maximum change of EU Value (parameter #22) between Scan Periods.	107.14:n
THERMOCOUPLE.ALARM_DEADBAND	FLP	Provides a range ( ) that the EU Value (parameter #22) may move between without causing another alarm.	107.15:n
THERMOCOUPLE.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	107.16:n
THERMOCOUPLE.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. 0 = SRBX on Clear Disabled, 1 = SRBX on Clear Enabled.	107.17:n
THERMOCOUPLE.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	107.18:n
THERMOCOUPLE.ALARM_CODE	BIN	• If bit 0 is set, the EU Value (parameter #22) is less than or equal to the Low Alarm EU (parameter #25). If clear, the EU Value (parameter #22) is greater than the Low Alarm EU (parameter #25). • If bit 1 is set, the EU Value (parameter #22) is less than or equal to the Low Low Alarm EU (parameter #24). If clear, the EU Value (parameter #22) is greater than the Low Low Alarm EU (parameter #24). • If bit 2 is set, the EU Value (parameter #22) is greater than or equal to the High Alarm EU (parameter #26). If clear, the EU Value (parameter #22) is less than the High Alarm EU (parameter #26). • If bit 3 is set, the EU Value (parameter #22) is greater than or equal to the High High Alarm EU (parameter #27). If clear, the EU Value (parameter #22) is less than the High High Alarm EU (parameter #27). If bit 4 is set, the EU Value (parameter #22) change from last Scan Period to the new Scan Period is greater than or equal to the Rate Alarm EU (parameter #28). If clear, the EU Value (parameter #22) change from last Scan Period to the new Scan Period is less than the Rate Alarm EU (parameter #28). If bit 6 is set, the TC’s hardware is reporting a malfunction. If clear, the TC’s hardware is operating properly. If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been disabled. READ ONLY.	107.19:n

Point Type 108 - ROC 800 Multi-Variable Sensor Items

Item	Data Type	Description	T.P:L
MULT_VAR_SENSOR.SENSOR_TAG_ID	AC	Identification name for specific MVS. Values must be printable ASCII characters.	108.0:n
MULT_VAR_SENSOR.SENSOR_ADDRESS	UINT8	Unique address of MVS to allow for multi-drop communications.	108.1:n
MULT_VAR_SENSOR.POLL_MODE	UINT8	Sets the operation for the MVS Module. • 0 = Off Scan Mode • 1 = Normal Poll Mode • 2 = Input Freeze Mode • 4 = Configuration Poll Mode • 5 = Set Tag and Address Mode	108.2:n
MULT_VAR_SENSOR.UNITS	UINT8	Indicates what engineering units the process variables will be. • 0 = English Units • 1 = Metric Units	108.3:n
MULT_VAR_SENSOR.INCHES_H20	UINT8	Indicates the reference temperature for calculating pressure properly. • 0 = Inches H2O at 60 F • 1 = Inches H2O at 68 F	108.4:n
MULT_VAR_SENSOR.PRESS_TAP_LOCATION	UINT8	Indicates if the static pressure is an upstream or downstream reading. 0 = Downstream 1 = Upstream	108.5:n
MULT_VAR_SENSOR.ACTION_ON_FAILURE	UINT8	Indicates whether the DP Reading, SP Reading, TMP Reading, and DP Reverse Reading should retain last value or be set to the Fault Value parameters when a 485 or Sensor Communication Failure occurs. • 0 = Retain Last Value • 1 = Use Fault Value parameters	108.6:n
MULT_VAR_SENSOR.SOFTWARE_REVISION	UINT8	Current software revision of the MVS Interface software. READ ONLY.	108.7:n
MULT_VAR_SENSOR.SENSOR_VOLTAGE	FLP	Current voltage of MVS in volts.	108.8:n
MULT_VAR_SENSOR.SENSOR_ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	108.9:n
MULT_VAR_SENSOR.SENSOR_ALARM_CODE	BIN	• Bit 4 set indicates the Poll Mode (parameter #2) is in Input Freeze Mode. 0 = Not in Input Freeze Mode, 1 = Input Freeze Mode. • Bit 5 set indicates the MVS is no longer communicating with the MVS Interface. 0 = No Failure, 1 = Sensor Communication Failure. • Bit 6 set indicates the MVS Interface is no longer communicating with the ROC809. 0 = No Failure, 1 = 485 Communication Failure. Bit 7 set indicates the Poll Mode (parameter #2) is in Off Scan Mode. 0 = Not in Off Scan Mode, 1 = Off Scan Mode. READ ONLY.	108.10:n
MULT_VAR_SENSOR.SENSOR_RANGE_STATUS	BIN	• Bit 0 set indicates if the DP Reading (parameter #19) is less than the calibrated DP Zero Calibration Point (parameter #13). 0 = DP Reading greater than or equal to DP Zero Calibration Point, 1 = DP Reading less than DP Zero Calibration Point. • Bit 1 set indicates if the SP Reading (parameter #35) is less than the calibrated SP Zero Calibration Point (parameter #29). 0 = SP Reading greater than or equal to SP Zero Calibration Point, 1 = SP Reading less than SP Zero Calibration Point. • Bit 2 set indicates if the TMP Reading (parameter #50) is less than the calibrated TMP Zero Calibration Point (parameter #44). 0 = TMP Reading greater than or equal to TMP Zero Calibration Point, 1 = TMP Reading less than TMP Zero Calibration Point. Bit 3 set indicates if the DP Reading (parameter #19) is greater than the calibrated DP Span Calibration Point (parameter #17). 0 = DP Reading less than or equal to DP Span Calibration Point, 1 = DP Reading greater than DP Span Calibration Point. Bit 4 set indicates if the SP Reading (parameter #35) is greater than the calibrated SP Span Calibration Point (parameter #33). 0 = SP Reading less than or equal to SP Span Calibration Point, 1 = SP Reading greater than SP Span Calibration Point. Bit 5 set indicates if the TMP Reading (parameter #50) is greater than the calibrated TMP Span Calibration Point (parameter #48). 0 = TMP Reading less than or equal to TMP Span Calibration Point, 1 = TMP Reading greater than TMP Span Calibration Point. READ ONLY	108.11:n
MULT_VAR_SENSOR.STATIC_PRES_EFFECT	FLP	Calibrated Zero Shift for DP in inches of H2O or kPa. READ ONLY.	108.12:n
MULT_VAR_SENSOR.DP_ZERO_CALIBRATION_PT	FLP	Lowest calibrated DP Reading value in inches of H2O or kPa. READ ONLY.	108.13:n
MULT_VAR_SENSOR.DP_CAL_MIDPOINT_1	FLP	Second lowest calibrated DP Reading value in inches of H2O or kPa. READ ONLY.	108.14:n
MULT_VAR_SENSOR.DP_CAL_MIDPOINT_2	FLP	Third lowest or highest calibrated DP Reading value in inches of H2O or kPa. READ ONLY.	108.15:n
MULT_VAR_SENSOR.DP_CAL_MIDPOINT_3	FLP	Second highest calibrated DP Reading value in inches of H2O or kPa. READ ONLY.	108.16:n
MULT_VAR_SENSOR.DP_SPAN_CALIBRATION_PT	FLP	Highest calibrated DP Reading value in inches of H2O or kPa. READ ONLY.	108.17:n
MULT_VAR_SENSOR.MANUAL_DP	FLP	Current DP Reading while performing calibration in inches of H2O or kPa. READ ONLY.	108.18:n
MULT_VAR_SENSOR.DP_READING	FLP	Current Differential Pressure in inches of H2O or kPa.	108.19:n
MULT_VAR_SENSOR.DP_REVERSE_READING	FLP	Current Differential Pressure Reversed in inches of H2O or kPa.	108.20:n
MULT_VAR_SENSOR.DP_FAULT_VALUE	FLP	Value that the DP Reading (parameter #19) will be set to if a 485 Communication Failure or Sensor Communication Failure occurs in inches of H2O or kPa. The DP Reverse Reading (parameter #20) will be set to the same value of the opposite sign.	108.21:n
MULT_VAR_SENSOR.DP_LOW_ALARM_EU	FLP	DP Alarm value for DP Low Alarm in inches of H2O or kPa.	108.22:n
MULT_VAR_SENSOR.DP_HIGH_ALARM_EU	FLP	DP Alarm value for DP High Alarm in inches of H2O or kPa.	108.23:n
MULT_VAR_SENSOR.DP_ALARM_DEADBAND	FLP	Provides a range ( ) that the DP Reading (parameter #19) may move between without causing another alarm in inches of H2O or kPa.	108.24:n
MULT_VAR_SENSOR.DP_ALARMING	UINT8	If enabled, DP alarms may be generated and sent to the Alarm Log. • 0 = DP Alarming Disabled • 1 = DP Alarming Enabled	108.25:n
MULT_VAR_SENSOR.DP_SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled, • 1 = SRBX on Clear Enabled.3	108.26:n
MULT_VAR_SENSOR.DP_SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	108.27:n
MULT_VAR_SENSOR.DP_ALARM_CODE	BIN	If bit 0 is set, the DP Reading (parameter #19) is less than or equal to the DP Low Alarm EU (parameter #22). If clear, the DP Reading (parameter #19) is greater than the DP Low Alarm EU (parameter #22). If bit 2 is set, the DP Reading (parameter #19) is greater than or equal to the DP High Alarm EU (parameter #23). If clear, the DP Reading (parameter #19) is less than the DP High Alarm EU (parameter #23). Bit 6 set indicates a failure in the hardware or software of the MVS for Differential Pressure. 0 = No Failure 1 = DP Failure READ ONLY	108.28:n
MULT_VAR_SENSOR.SP_ZERO_CALIBRATION_PT	FLP	Lowest calibrated SP Reading value in psi or kPa. READ ONLY.	108.29:n
MULT_VAR_SENSOR.SP_CAL_MIDPOINT_1	FLP	Second lowest calibrated SP Reading value in psi or kPa. READ ONLY.	108.30:n
MULT_VAR_SENSOR.SP_CAL_MIDPOINT_2	FLP	Third lowest or highest calibrated SP Reading value in psi or kPa. READ ONLY.	108.31:n
MULT_VAR_SENSOR.SP_CAL_MIDPOINT_3	FLP	Second highest calibrated SP Reading value in psi or kPa. READ ONLY.	108.32:n
MULT_VAR_SENSOR.SP_SPAN_CALIBRATION_PT	FLP	Highest calibrated SP Reading value in psi or kPa. READ ONLY.	108.33:n
MULT_VAR_SENSOR.MANUAL_SP	FLP	Current SP Reading while performing calibration in psi or kPa. READ ONLY.	108.34:n
MULT_VAR_SENSOR.SP_READING	FLP	Current Static Pressure in psi or kPa.	108.35:n
MULT_VAR_SENSOR.SP_FAULT_VALUE	FLP	Value that the SP Reading (parameter #35) will be set to if a 485 Communication Failure or Sensor Communication Failure occurs in psi or kPa.	108.36:n
MULT_VAR_SENSOR.SP_LOW_ALARM_EU	FLP	SP Alarm value for SP Low Alarm in psi or kPa.	108.37:n
MULT_VAR_SENSOR.SP_HIGH_ALARM_EU	FLP	SP Alarm value for SP High Alarm in psi or kPa.	108.38:n
MULT_VAR_SENSOR.SP_ALARM_DEADBAND	FLP	Provides a range ( ) that the SP Reading (parameter #35) may move between without causing another alarm in psi or kPa.	108.39:n
MULT_VAR_SENSOR.SP_ALARMING	UINT8	If enabled, SP alarms may be generated and sent to the Alarm Log. • 0 = SP Alarming Disabled • 1 = SP Alarming Enabled	108.40:n
MULT_VAR_SENSOR.SP_SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	108.41:n
MULT_VAR_SENSOR.SP_SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	108.42:n
MULT_VAR_SENSOR.SP_ALARM_CODE	BIN	• If bit 0 is set, the SP Reading (parameter #35) is less than or equal to the SP Low Alarm EU (parameter #37). If clear, the SP Reading (parameter #35) is greater than the SP Low Alarm EU (parameter #37). • If bit 2 is set, the SP Reading (parameter #35) is greater than or equal to the SP High Alarm EU (parameter #38). If clear, the SP Reading (parameter #35) is less than the SP High Alarm EU (parameter #38). • Bit 6 set indicates a failure in the hardware or software of the MVS for Static Pressure o 0 = No Failure o 1 = SP Failure READ ONLY.	108.43:n
MULT_VAR_SENSOR.TMP_ZERO_CALIBRATION_PT	FLP	Lowest calibrated TMP Reading value in F or C. READ ONLY.	108.44:n
MULT_VAR_SENSOR.TMP_CAL_MIDPOINT_1	FLP	Second lowest calibrated TMP Reading value in F or C. READ ONLY.	108.45:n
MULT_VAR_SENSOR.TMP_CAL_MIDPOINT_2	FLP	Third lowest or highest calibrated TMP Reading value in F or C. READ ONLY.	108.46:n
MULT_VAR_SENSOR.TMP_CAL_MIDPOINT_3	FLP	Second highest calibrated TMP Reading value in F or C. READ ONLY.	108.47:n
MULT_VAR_SENSOR.TMP_SPAN_CALIBRATION_P T	FLP	Highest calibrated TMP Reading value in F or C. READ ONLY.	108.48:n
MULT_VAR_SENSOR.MANUAL_TMP	FLP	Current TMP Reading while performing calibration in F or C. READ ONLY.	108.49:n
MULT_VAR_SENSOR.TMP_READING	FLP	Current Temperature in F or C.	108.50:n
MULT_VAR_SENSOR.TMP_FAULT_VALUE	FLP	Value that the TMP Reading (parameter #50) will be set to if a 485 Communication Failure or Sensor Communication Failure occurs in F or C.	108.51:n
MULT_VAR_SENSOR.TMP_LOW_ALARM_EU	FLP	TMP Alarm value for TMP Low Alarm in F or C.	108.52:n
MULT_VAR_SENSOR.TMP_HIGH_ALARM_EU	FLP	TMP Alarm value for TMP High Alarm in F or C.	108.53:n
MULT_VAR_SENSOR.TMP_ALARM_DEADBAND	FLP	Provides a range ( ) that the TMP Reading (parameter #50) may move between without causing another alarm in F or C.	108.54:n
MULT_VAR_SENSOR.TMP_ALARMING	UINT8	If enabled, TMP alarms may be generated and sent to the Alarm Log. • 0 = TMP Alarming Disabled • 1 = TMP Alarming Enabled	108.55:n
MULT_VAR_SENSOR.TMP_SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	108.56:n
MULT_VAR_SENSOR.TMP_SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	108.57:n
MULT_VAR_SENSOR.TMP_ALARM_CODE	BIN	If set, the TMP Reading (parameter #50) is less than or equal to the TMP Low Alarm EU (parameter #52). If clear, the TMP Reading (parameter #50) is greater than the TMP Low Alarm EU (parameter #52). If set, the TMP Reading (parameter #50) is greater than or equal to the TMP High Alarm EU (parameter #53). If clear, the TMP Reading (parameter #50) is less than the TMP High Alarm EU (parameter #53). Indicates a failure in the hardware or software of the MVS for Temperature. • 0 = No Failure • 1 = TMP Failure READ ONLY.	108.58:n
MULT_VAR_SENSOR.CALIBRATE_COMMAND	UINT8	Tells the MVS Interface what process variable is being calibrated. • 0 = No Action • 1 = Calibrate DP • 2 = Calibrate SP • 3 = Calibrate TMP • 4 = Calibrate Pressure Effect • 5 = Save MVS Calibration • 6 = Set Defaults	108.59:n
MULT_VAR_SENSOR.CALIBRATE_TYPE	UINT8	Tells the MVS Interface what point is being calibrated. • 0 = None • 1 = Set Zero • 2 = Set Span • 3 = Set Mid Point #1 • 4 = Set Mid Point #2 • 5 = Set Mid Point #3 • 6 = Sensor Setup • 7 = Sensor Restore	108.60:n
MULT_VAR_SENSOR.CALIBRATE_SET_VALUE	FLP	Desired value for a calibration point.	108.61:n

Point Type 109 - ROC 800 System Analog Input Items

Item	Data Type	Description	T.P:L
SYSTEM_AI.POINT_TAG_ID	AC	Identification name for specific System AI. Values must be printable ASCII characters.	109.0:n
SYSTEM_AI.UNITS	AC	Describes the units used by the System AI. Values must be printable ASCII characters.	109.1:n
SYSTEM_AI.SCANNING	UINT8	If disabled, field inputs are ignored and no changes will occur unless manually entered. • 0 = Disabled • 1 = Enabled	109.2:n
SYSTEM_AI.SCAN_PERIOD	FLP	Number of seconds between updates of the System AI.	109.3:n
SYSTEM_AI.ACTUAL_SCAN_TIME	FLP	Actual number of seconds between updates of the System AI. READ ONLY.	109.4:n
SYSTEM_AI.FILTER	UINT8	Percentage of last raw A/D reading to be weighted with the new raw A/D reading.	109.5:n
SYSTEM_AI.AVERAGING	UINT8	If enabled, the filtered raw A/D value is averaged over the Scan Period. If disabled, the current filtered raw A/D value is used when the Scan Period is reached. 0 = Disabled 1 = Enabled	109.6:n
SYSTEM_AI.RAW_ATOD_INPUT	INT16	Raw A/D reading used to calculate the EU Value (parameter #21).	109.7:n
SYSTEM_AI.ZERO_RAW	INT16	Lowest raw A/D input. READ ONLY.	109.8:n
SYSTEM_AI.SPAN_RAW	INT16	Highest raw A/D input. READ ONLY.	109.9:n
SYSTEM_AI.ZERO_EU	FLP	Lowest EU value. READ ONLY.	109.10:n
SYSTEM_AI.SPAN_EU	FLP	Highest EU value.	109.11:n
SYSTEM_AI.EU_VALUE	FLP	Value in Engineering Units.	109.12:n
SYSTEM_AI.CLIPPING	UINT8	If enabled, then the EU Value (parameter #12) cannot be less than the Low Low Alarm EU (parameter #14) or greater than the High High Alarm EU (parameter #17). If disabled, no limiting of the EU Value (parameter #12) takes place. • 0 = Disabled • 1= Enabled	109.13:n
SYSTEM_AI.LOLO_ALARM_EU	FLP	Alarm value for Low Low Alarm and minimum EU Value (parameter #12) if Clipping (parameter #13) is enabled.	109.14:n
SYSTEM_AI.LOW_ALARM_EU	FLP	Alarm value for Low Alarm.	109.15:n
SYSTEM_AI.HIGH_ALARM_EU	FLP	Alarm value for High Alarm.	109.16:n
SYSTEM_AI.HIHI_ALARM_EU	FLP	Alarm value for High High Alarm and maximum EU Value (parameter #12) if Clipping (parameter #13) is enabled.	109.17:n
SYSTEM_AI.RATE_ALARM_EU	FLP	Alarm value for maximum change of EU Value (parameter #12) between Scan Periods.	109.18:n
SYSTEM_AI.ALARM_DEADBAND	FLP	Provides a range ( ) that the EU Value (parameter #12) may move between without causing another alarm.	109.19:n
SYSTEM_AI.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	109.20:n
SYSTEM_AI.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled.	109.21:n
SYSTEM_AI.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	109.22:n
SYSTEM_AI.ALARM_CODE	BIN	• If bit 0 is set, the EU Value (parameter #12) is less than or equal to the Low Alarm EU (parameter #15). If clear, the EU Value (parameter #12) is greater than the Low Alarm EU (parameter #15). • If bit 1 is set, the EU Value (parameter #12) is less than or equal to the Low Low Alarm EU (parameter #14). If clear, the EU Value (parameter #12) is greater than the Low Low Alarm EU (parameter #14). • If bit 2 is set, the EU Value (parameter #12) is greater than or equal to the High Alarm EU (parameter #16). If clear, the EU Value (parameter #12) is less than the High Alarm EU (parameter #16). If bit 3 is set, the EU Value (parameter #12) is greater than or equal to the High High Alarm EU (parameter #17). If clear, the EU Value (parameter #12) is less than the High High Alarm EU (parameter #17). If bit 4 is set, the EU Value (parameter #12) change from last Scan Period to the new Scan Period is greater than or equal to the Rate Alarm EU (parameter #18). If clear, the EU Value (parameter #12) change from last Scan Period to the new Scan Period is less than the Rate Alarm EU (parameter #18). If bit 6 is set, the System AI’s hardware is reporting a malfunction. If clear, the System AI’s hardware is operating properly. If bit 7 is set, the Scanning (parameter #2) has been disabled. If clear, the Scanning (parameter #2) has been enabled. READ ONLY.	109.23:n

Point Type 110 - ROC 800 PID Control Items

Item	Data Type	Description	T.P:L
PID_CONTROL_PAR.POINT_TAG_ID	AC	Identification name for specific PID. Values must be printable ASCII characters.	110.0:n
PID_CONTROL_PAR.PID_MODE_ID	UINT8	Indicates whether the PID is disabled, in manual mode, automatic mode, or remote set point mode. • 0 = PID Disabled • 1 = Manual • 2 = Automatic • 3 = Remote Set point	110.1:n
PID_CONTROL_PAR.LOOP_PERIOD	FLP	Desired frequency of execution of the PID algorithm in seconds.	110.2:n
PID_CONTROL_PAR.ACTUAL_LOOP_PERIOD	FLP	Actual frequency of execution of the PID algorithm in seconds. READ ONLY.	110.3:n
PID_CONTROL_PAR.ACTION_PV_FAILURE	UINT8	Indicates what action to take if the process variable has questionable data. • 0 = No action • 1 = Switch mode to manual	110.4:n
PID_CONTROL_PAR.DISCRETE_OUTPUT_CONTROL	UINT8	Indicates whether discrete outputs are being used to control the PID. • 0 = DO Control Off • 1 = DO Control On	110.5:n
PID_CONTROL_PAR.RESET_MODE	UINT8	Indicates whether the PID will be disabled on a restart of any kind or retain its last mode. • 0 = Retain last mode • 1 = Disable after Reset	110.6:n
PID_CONTROL_PAR.MANUAL_TRACKING	UINT8	If in Manual Mode, the Primary Set point is set equal to the current Primary Process Variable. If disabled, nothing occurs. • 0 = Disable Manual Tracking • 1 = Enable Manual Tracking	110.7:n
PID_CONTROL_PAR.PRI_INPUT_VAR	TLP	The parameter assigned to read the Primary Process Variable (parameter #9) from.	110.8:n
PID_CONTROL_PAR.PRI_PROCESS_VAR	FLP	Input value for the Primary Loop.	110.9:n
PID_CONTROL_PAR.PRI_SETPOINT_POINT	TLP	The parameter assigned to read the primary set point (parameter #11).	110.10:n
PID_CONTROL_PAR.PRI_SETPOINT	FLP	Desired value of the Primary Process Variable (parameter #9).	110.11:n
PID_CONTROL_PAR.PRI_SETPOINT_LOW_LIMIT	FLP	Lowest allowed value for the primary set point (parameter #11).	110.12:n
PID_CONTROL_PAR.PRI_SETPOINT_HIGH_LIMIT	FLP	Highest allowed value for the primary set point (parameter #11).	110.13:n
PID_CONTROL_PAR.PRI_SETPOINT_MAX_DELTA	FLP	Maximum rate of change allowed for the actual set point used by the Primary Loop in engineering units per minute (EU/minute). A value of 0 disables this option.	110.14:n
PID_CONTROL_PAR.PRI_PROPORTIONAL_GAIN	FLP	Proportional gain (KP) of the Primary Loop.	110.15:n
PID_CONTROL_PAR.PRI_INTEGRAL_GAIN	FLP	Integral gain (KI) of the Primary Loop.	110.16:n
PID_CONTROL_PAR.PRI_DERIVATIVE_GAIN	FLP	Derivative gain (KD) of the Primary Loop.	110.17:n
PID_CONTROL_PAR.PRI_SCALE_FACTOR	FLP	Scale factor (FS) of the Primary Loop.	110.18:n
PID_CONTROL_PAR.PRI_INTEGRAL_DEADBAND	FLP	Range ( ) that the error at time t (et) must be greater than or equal to for the Primary Loop to include the KI term for the change in output calculation.	110.19:n
PID_CONTROL_PAR.PRI_CHANGE_IN_OUTPUT	FLP	Calculated change in output from the Primary Loop. READ ONLY.	110.20:n
PID_CONTROL_PAR.OVERRIDE_LOOP_MODE	UINT8	• Indicates which loops have been enabled for control. 0 = Primary Loop Only, 1 = Primary and Override Loop • 2 = Override Loop Only	110.21:n
PID_CONTROL_PAR.LOOP_SWITCH_SELECT	UINT8	Indicates when to switch to the Override Loop based upon whether the Primary change in output is less than or greater than the Override change in output. • 0 = Low Override • 1 = High Override	110.22:n
PID_CONTROL_PAR.OVERRIDE_INPUT_POINT	TLP	The parameter assigned to read the Override Process Variable (parameter #24).	110.23:n
PID_CONTROL_PAR.OVERRIDE_PROCESS_VAR	FLP	Input value for the Override Loop.	110.24:n
PID_CONTROL_PAR.OVERRIDE_SETPOINT_POINT	TLP	The parameter assigned to read the override set point (parameter #26) from	110.25:n
PID_CONTROL_PAR.OVERRIDE_SETPOINT	FLP	Desired value of the Override Process Variable (parameter #24).	110.26:n
PID_CONTROL_PAR.OVERRIDE_SETPOINT_LOW_LIMIT	FLP	Lowest allowed value for the override set point (parameter #26).	110.27:n
PID_CONTROL_PAR.OVERRIDE_SETPOINT_HIGH_LIMI T	FLP	Highest allowed value for the override set point (parameter #26).	110.28:n
PID_CONTROL_PAR.OVERRIDE_SETPOINT_MAX_DELT A	FLP	Maximum rate of change allowed for the actual set point used by the Override Loop in engineering units per minute (EU/minute).	110.29:n
PID_CONTROL_PAR.OVERRIDE_PROPORTIONAL_GAI N	FLP	Proportional gain (KP) of the Override Loop.	110.30:n
PID_CONTROL_PAR.OVERRIDE_INTEGRAL_GAIN	FLP	Integral gain (KI) of the Override Loop.	110.31:n
PID_CONTROL_PAR.OVERRIDE_DERIVATIVE_GAIN	FLP	Derivative gain (KD) of the Override Loop.	110.32:n
PID_CONTROL_PAR.OVERRIDE_SCALE_FACTOR	FLP	Scale factor (FS) of the Override Loop.	110.33:n
PID_CONTROL_PAR.OVERRIDE_INTEGRAL_DEADBAN D	FLP	Range ( ) that the error at time t (et) must be greater than or equal to for the Override Loop to include the KI term for the change in output calculation.	110.34:n
PID_CONTROL_PAR.OVERRIDE_CHANGE_IN_OUTPUT	FLP	Calculated change in output from the Override Loop. READ ONLY.	110.35:n
PID_CONTROL_PAR.SWITCH_STATUS	UINT8	Indicates what loop is currently being used to control the process variable. • 0 = Neither • 1 = Primary Loop • 2 = Override Loop READ ONLY.	110.36:n
PID_CONTROL_PAR.CURRENT_PID_OUTPUT	FLP	Value that is sent to current output.	110.37:n
PID_CONTROL_PAR.OUTPUT_OF_PID_POINT	TLP	The parameter assigned to write the analog control output of the PID loop to. Only used of DO Control (parameter #5) is Off.	110.38:n
PID_CONTROL_PAR.DISCRETE_OPEN_PID_OUTPUT	TLP	The parameter assigned to write the increase/open output to. Only used if DO Control (parameter #5) is On.	110.39:n
PID_CONTROL_PAR.DISCRETE_CLOSE_PID_OUTPUT	TLP	The parameter assigned to write the decrease/closed output to. Only used if DO Control (parameter #5) is On.	110.40:n
PID_CONTROL_PAR.OUTPUT_LOW_LIMIT	FLP	Minimum allowable PID output. If the change in output calculated by the loop would cause the current value of the output to go below this value, the output will be set to this value.	110.41:n
PID_CONTROL_PAR.OUTPUT_HIGH_LIMIT	FLP	Maximum allowable PID output. If the change in output calculated by the loop would cause the current value of the output to go above this value, the output will be set to this value.	110.42:n
PID_CONTROL_PAR.OUTPUT_LOW_LIMIT_STATUS	UINT8	Indication that the output of the PID loop has been clipped by the low output limit. • 0 = Not limited, • 1 = Low output limited. READ ONLY.	110.43:n
PID_CONTROL_PAR.OUTPUT_HIGH_LIMIT_STATUS	UINT8	Indication that the output of the PID loop has been clipped by the high output limit. • 0 = Not limited • 1 = High output limited READ ONLY.	110.44:n
PID_CONTROL_PAR.PRI_PROCESS_VAR_STATUS	UINT8	Indication of the status of the primary process variable. • 0 = No error • 1 = Questionable data • = Invalid TLP READ ONLY.	110.45:n
PID_CONTROL_PAR.PRI_SETPT_LOW_LIMIT_STATUS	UINT8	Indication that the primary set point has been clipped by the low set point limit. • 0 = Not limited • 1 = Low set point limited READ ONLY.	110.46:n
PID_CONTROL_PAR.PRI_SETPT_HIGH_LIMIT_STATUS	UINT8	Indication that the primary set point has been clipped by the high set point limit. • 0 = Not limited • 1 = High set point limited READ ONLY.	110.47:n
PID_CONTROL_PAR.PRI_SETPT_RATE_LIMITED	UINT8	Indication that the primary set point currently being used by the PID calculation is currently being limited by the maximum set point change rate (parameter #14). READ ONLY.	110.48:n
PID_CONTROL_PAR.OVERRIDE_PROCESS_VAR_STATUS	UINT8	Indication of the status of the override process variable. • 0 = No error • 1 = Questionable data • = Invalid TLP READ ONLY.	110.49:n
PID_CONTROL_PAR.OVERRIDE_SETPT_LOW_LIMIT_STATUS	UINT8	Indication that the override set point has been clipped by the low set point limit. • 0 = Not limited • 1 = Low set point limited READ ONLY.	110.50:n
PID_CONTROL_PAR.OVERRIDE_SETPT_HIGH_LIMIT_STATUS	UINT8	Indication that the override set point has been clipped by the high set point limit. • 0 = Not limited • 1 = High set point limited READ ONLY.	110.51:n
PID_CONTROL_PAR.OVERRIDE_SETPT_RATE_LIMITED	UINT8	Indication that the override set point currently being used by the PID calculation is currently being limited by the maximum set point change rate (parameter #29). READ ONLY.	110.52:n

Point Type 111 - ROC 800 Sampler/Odorizer Items

Item	Data Type	Description	T.P:L
SAMPLER_PARAMETERS.MODE	UINT8	Indicates whether a sampler or odorizer is being used. • 0 = Disabled • 1 = Enabled	111.0:n
SAMPLER_PARAMETERS.TLP_INPUT_RATE	TLP	Rate input being used for sampler or odorizer.	111.1:n
SAMPLER_PARAMETERS.INPUT_RATE_VALUE	FLP	Rate input value. READ ONLY.	111.2:n
SAMPLER_PARAMETERS.TIME_BASIS	UINT8	States what rate the input value is. 0 = Per Second, 1 = Per Minute, 2 = Per Hour, 3 = Per Day.	111.3:n
SAMPLER_PARAMETERS.UINT_ACCUMULATION	FLP	Amount of units allowed past before activating sampler or odorizer.	111.4:n
SAMPLER_PARAMETERS.DURATION	FLP	Amount of time, in seconds, for sampler to collect gas or odorizer to inject odor.	111.5:n
SAMPLER_PARAMETERS.OUTPUT_TLP	TLP	Indicates what DO is being used to control a sampler or odorizer.	111.6:n

Point Type 112 - ROC 800 Station Items

Item	Data Type	Description	T.P:L
STATION_PARAMETERS.POINT_TAG_ID	AC	Identification name for specific Station. Values must be printable ASCII characters.	112.0:n
STATION_PARAMETERS.CALC_STANDARD	UINT8	Indicates what calculation standard is to be used to calculate the station’s meter runs. • 0 = AGA, • 1 = ISO.	112.1:n
STATION_PARAMETERS.CALC_EDITION	UINT8	Indicates what edition of the meter run calculations is to be used for the calculation. 0 = 1992. READ ONLY.	112.2:n
STATION_PARAMETERS.COMPRESS_CALC	UINT8	Indicates what method to use to calculate the compressibility of natural gas and other related hydrocarbons. • 0 = AGA Report #8 Detail Method • 1 = AGA Report #8 Gross Method #1 • 2 = AGA Report #8 Gross Method #2	112.3:n
STATION_PARAMETERS.UINTS	UINT8	Indicates what engineering units the process variables, inputs, and calculation should be. • 0 = English Units • 1 = Metric Units	112.4:n
STATION_PARAMETERS.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	112.5:n
STATION_PARAMETERS.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	112.6:n
STATION_PARAMETERS.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	112.7:n
STATION_PARAMETERS.ALARM_CODE	BIN	• This alarm is set (bit 0) if the Flow Rate per Day (parameter #53) is less than or equal to the Low Alarm Flow (parameter #9). This alarm is cleared if the Flow Rate per Day (parameter #53) is greater than the Low Alarm Flow (parameter #9) plus the alarm dead band (parameter #11). • This alarm is set (bit 2) if the Flow Rate per Day (parameter #53) is greater than or equal to the High Alarm Flow (parameter #10). This alarm is cleared if the Flow Rate per Day (parameter #53) is less than the High Alarm Flow (parameter #10) minus the alarm dead band (parameter #11). If bit 6 is set, then no flow conditions are present and the Flow Rate per Day (parameter #53) is zero. If clear, then flowing conditions exist and the Flow Rate per Day (parameter #53) is not zero. READ ONLY.	112.8:n
STATION_PARAMETERS.LOW_ALARM_FLOW	FLP	Alarm value for Low Alarm in mft3/day or km3/day.	112.9:n
STATION_PARAMETERS.HIGH_ALARM_FLOW	FLP	Alarm value for High Alarm in mft3/day or km3/day.	112.10:n
STATION_PARAMETERS.ALARM_DEADBAND	FLP	The value that the Flow Rate Per Day (parameter #53) must be above the low alarm value (parameter #9) or below the high alarm value (parameter #10) before the associated alarm will clear.	112.11:n
STATION_PARAMETERS.HISTORY_SEGMENT	UINT8	The history segment that the station will use for storing history. • 0 = No history stored • 1 - 10 = history segment to be use	112.12:n
STATION_PARAMETERS.BASE_PRESSURE or STATION_PARAMETERS.CONTRACT_PRESSURE	FLP	Used to correct the standard volume flow rate to the base volume flow rate. Entered in psi (lb/in2) or kPa.	112.13:n
STATION_PARAMETERS.BASE_TEMP or STATION_PARAMETERS.CONTRACT_TEMP	FLP	Used to correct the standard volume flow rate to the base volume flow rate. Entered in F or C.	112.14:n
STATION_PARAMETERS.ATMOSPHERIC_PRES_O PTION	UINT8	Indicates whether to calculate the atmospheric pressure or use the entered value. • 0 = Calculate Atmospheric Pressure • 1 = Use Entered Atmospheric Pressure	112.15:n
STATION_PARAMETERS.ATMOSPHERIC_PRESSURE	FLP	Amount of pressure in psi (lb/in2) or kPa that is added to the static pressure to calculate an absolute pressure from a gauge pressure.	112.16:n
STATION_PARAMETERS.GRAVITY_OPTION	UINT8	Indicates whether to calculate the gravity or use the entered value. • 0 = Calculate Gravity • 1 = Use Entered Gravity	112.17:n
STATION_PARAMETERS.LOCAL_GRAV_ACCELERATION	FLP	Local value of gravity at the station in ft/sec2 or m/sec2.	112.18:n
STATION_PARAMETERS.ELEVATION	FLP	Distance from sea level in feet or meters for the station.	112.19:n
STATION_PARAMETERS.LATITUDE	FLP	Latitude of station in degrees.	112.20:n
STATION_PARAMETERS.HEATING_VALUE_TYPE	UINT8	Indicates what the type of entered Heating Value is. 0 = Dry, 1 = Wet, 2 = As Delivered.	112.21:n
STATION_PARAMETERS.HEATING_VALUE	FLP	Gas property indicating how much energy it takes to heat the gas based upon a per-unit mass or volume basis. For English units, either Btu/lbm or Btu/ft3 are used and for Metric units, either MJ/kg or MJ/m3.	112.22:n
STATION_PARAMETERS.SPECIFIC_GRAVITY	FLP	Real gas relative density.	112.23:n
STATION_PARAMETERS.GAS_QUALITY	UINT8	Indicates if the gas quality for the station will be live or constant. • 0 = Constant Gas Quality • 1 = Live Gas Quality	112.24:n
STATION_PARAMETERS.NORMALIZATION_TYPE	UINT8	Indicates if the gas composition is adjusted to 100% by modifying the methane or using normalization. 0 = Methane Adjust, 1 = Normalize Gas	112.25:n
STATION_PARAMETERS.NITROGEN	FLP	Percent of gas present.	112.26:n
STATION_PARAMETERS.CARBON_DIOXIDE	FLP	Percent of gas present.	112.27:n
STATION_PARAMETERS.METHANE	FLP	Percent of gas present.	112.28:n
STATION_PARAMETERS.ETHANE	FLP	Percent of gas present.	112.29:n
STATION_PARAMETERS.PROPANE	FLP	Percent of gas present.	112.30:n
STATION_PARAMETERS.N_BUTANE	FLP	Percent of gas present.	112.31:n
STATION_PARAMETERS.I_BUTANE	FLP	Percent of gas present.	112.32:n
STATION_PARAMETERS.N_PENTANE	FLP	Percent of gas present.	112.33:n
STATION_PARAMETERS.I_PENTANE	FLP	Percent of gas present.	112.34:n
STATION_PARAMETERS.N_HEXANE	FLP	Percent of gas present.	112.35:n
STATION_PARAMETERS.N_HEPTANE	FLP	Percent of gas present.	112.36:n
STATION_PARAMETERS.N_OCTANE	FLP	Percent of gas present.	112.37:n
STATION_PARAMETERS.N_NONANE	FLP	Percent of gas present.	112.38:n
STATION_PARAMETERS.N_DECANE	FLP	Percent of gas present.	112.39:n
STATION_PARAMETERS.HYDROGEN_SULFIDE	FLP	Percent of gas present.	112.40:n
STATION_PARAMETERS.WATER	FLP	Percent of gas present.	112.41:n
STATION_PARAMETERS.HELIUM	FLP	Percent of gas present.	112.42:n
STATION_PARAMETERS.OXYGEN	FLP	Percent of gas present.	112.43:n
STATION_PARAMETERS.CARBON_MONOXIDE	FLP	Percent of gas present.	112.44:n
STATION_PARAMETERS.HYDROGEN	FLP	Percent of gas present.	112.45:n
STATION_PARAMETERS.HEAVY_GAS_OPTION	UINT8	Indicates whether to separate Heavy Gas Percent (C6+) (parameter #47) into individual components in the percentages configured in parameters #48-52 and write to gas components hexane and heavier (parameters #35-39). 0 = C6+ not used, 1 = C6+ used.	112.46:n
STATION_PARAMETERS.HEAVY_GAS_PCT_GT_HEXANE	FLP	Percent of gas that is a composite of hydrocarbons hexane and heavier. Values for C6+ should be written to this parameter.	112.47:n
STATION_PARAMETERS.HEAVY_GAS_PERCENT_HEXANE	FLP	Percent of hexane believed to be present in the composite heavy gas.	112.48:n
STATION_PARAMETERS.HEAVY_GAS_PERCENT_HEPTANE	FLP	Percent of heptane believed to be present in the composite heavy gas.	112.49:n
STATION_PARAMETERS.HEAVY_GAS_PERCENT_ OCTANE	FLP	Percent of octane believed to be present in the composite heavy gas.	112.50:n
STATION_PARAMETERS.HEAVY_GAS_PERCENT_ NONANE	FLP	Percent of nonane believed to be present in the composite heavy gas.	112.51:n
STATION_PARAMETERS.HEAVY_GAS_PERCENT_ DECANE	FLP	Percent of decane believed to be present in the composite heavy gas.	112.52:n
STATION_PARAMETERS.FLOW_RATE_PER_DAY	FLP	Volume flow rate at base condition in mft3/day or km3/day. READ ONLY.	112.53:n
STATION_PARAMETERS.ENERGY_RATE_PER_DAY	FLP	Energy rate at base conditions in mmBtu/day or GJ/day. READ ONLY.	112.54:n
STATION_PARAMETERS.FLOW_TODAY	FLP	Total accumulation of flow for the current contract day in mft3 or km3. READ ONLY.	112.55:n
STATION_PARAMETERS.FLOW_YESTERDAY	FLP	Total accumulation of flow for the previous contract day in mft3 or km3. READ ONLY.	112.56:n
STATION_PARAMETERS.ENERGY_TODAY	FLP	Total accumulation of energy for the current contract day in mmBtu or GJ. READ ONLY.	112.57:n
STATION_PARAMETERS.ENERGY_YESTERDAY	FLP	Total accumulation of energy for the previous contract day in mmBtu or GJ. READ ONLY.	112.58:n
STATION_PARAMETERS.ZS	FLP	Represents the compressibility at standard conditions. READ ONLY.	112.59:n
STATION_PARAMETERS.ZB	FLP	Represents the compressibility at base conditions. READ ONLY.	112.60:n
STATION_PARAMETERS.BASE_DENSITY	FLP	Represents the density of a fluid at base conditions in lbm/ft3 or kg/m3. READ ONLY.	112.61:n

Point Type 113 - ROC 800 Orifice Meter Run Items

Item	Data Type	Description	T.P:L
ORIFICE_MR_CONFIG.POINT_TAG_ID	AC	Identification name for specific Orifice Meter Run. Values must be printable ASCII characters.	113.0:n
ORIFICE_MR_CONFIG.POINT_DESCRIPTION	AC	Description for specific Meter Run. Values must be printable ASCII characters.	113.1:n
ORIFICE_MR_CONFIG.STATIC_PRES_UNITS	UINT 8	Indicates whether the static pressure is in gauge or absolute pressure units. • 0 = Gauge • 1 = Absolute	113.2:n
ORIFICE_MR_CONFIG.STATIC_PRES_TAP	UINT 8	Indicates if the static pressure is an upstream or downstream reading. • 0 = Downstream • 1= Upstream	113.3:n
ORIFICE_MR_CONFIG.ALARMING	UINT 8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	113.4:n
ORIFICE_MR_CONFIG.SRBX_ON_CLEAR	UINT 8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	113.5:n
ORIFICE_MR_CONFIG.SRBX_ON_SET	UINT 8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	113.6:n
ORIFICE_MR_CONFIG.ALARM_CODE	BIN	This alarm is set (bit 0) if the Flow Rate per Day (point type 114, parameter #0) is less than or equal to the Low Alarm Flow (parameter #8). This alarm is cleared if the Flow Rate per Day (point type 114, parameter #0) is greater than the Low Alarm Flow (parameter #8) plus the alarm deadband (parameter #10). This alarm is set (bit 2) if the Flow Rate per Day (point type 114, parameter #0) is greater than or equal to the High Alarm Flow (parameter #9). This alarm is cleared if the Flow Rate per Day (point type 114, parameter #0) is less than the High Alarm Flow (parameter #9) minus the alarm deadband (parameter #10). If bit 6 is set, then no flow conditions are present and the Flow Rate per Day (point type 114, parameter #0) is zero. If clear, then flowing conditions exist and the Flow Rate per Day (point type 114, parameter #0) is not zero. If bit 7 is set, then one of the DP TLP (parameter #25), SP TLP (parameter #27), TMP TLP (parameter #29), or Low DP TLP (parameter #24), if Stacked DP is enabled, is set to Manual (0,0,0). If clear, then the DP TLP (parameter #25), SP TLP (parameter #27), TMP TLP (parameter #29), and Low DP TLP (parameter #24), if Stacked DP is enabled, are not set to Manual. READ ONLY.	113.7:n
ORIFICE_MR_CONFIG.LOW_ALARM_FLOW	FLP	Alarm value for Low Alarm in mft3/day or km3/day.	113.8:n
ORIFICE_MR_CONFIG.HIGH_ALARM_FLOW	FLP	Alarm value for High Alarm in mft3/day or km3/day.	113.9:n
ORIFICE_MR_CONFIG.ALARM_DEADB AND	FLP	The value that the Flow Rate Per Day (Point Type 114, parameter #0) must be above the low alarm value (parameter #8) or below the high alarm value (parameter #9) before the associated alarm will clear.	113.10:n
ORIFICE_MR_CONFIG.STATION_NUMBER	UINT8	Indicates what station the meter run is a part of.	113.11:n
ORIFICE_MR_CONFIG.PIPE_DIAMETER	FLP	Meter tube internal diameter in inches or millimeters. Must be greater than 0.0.	113.12:n
ORIFICE_MR_CONFIG.PIPE_REFERENCE_TEMP	FLP	Reference temperature of the meter tube inside diameter in F or C.	113.13:n
ORIFICE_MR_CONFIG.PIPE_MATERIAL	UINT8	Indicates what the meter tube is made of. This is for determining the linear coefficient of thermal expansion for the meter tube. • 0 = Type 304 or 316 Stainless Steel, • 1 = Monel • 2 = Carbon Steel	113.14:n
ORIFICE_MR_CONFIG.ORIFICE_DIAMETER	FLP	Orifice plate bore diameter in inches or millimeters. Must be greater than 0.0 and less than Pipe Diameter (parameter #12).	113.15:n
ORIFICE_MR_CONFIG.ORIFICE_REF_TEMP	FLP	Reference temperature of the orifice plate bore diameter in F or C.	113.16:n
ORIFICE_MR_CONFIG.ORIFICE_MATERIAL	UINT8	Indicates what the orifice plate is made of. This is for determining the linear coefficient of thermal expansion for the orifice plate. • 0 = Type 304 or 316 Stainless Steel • 1 = Monel • 2 = Carbon Steel	113.17:n
ORIFICE_MR_CONFIG.VISCOSITY	FLP	Absolute viscosity of flowing fluid in Lbm/FtSec.	113.18:n
ORIFICE_MR_CONFIG.SPECIFIC_HEAT_RATIO	FLP	Isentropic exponent for natural gas. Must be greater than 0.0.	113.19:n
ORIFICE_MR_CONFIG.LOW_DP_CUTOFF or ORIFICE_MR_CONFIG.DP_LOW_CUTOFF	FLP	This is the cutoff point for the differential pressure, in inches of H2O or kPa, to determine whether the meter run is flowing or not.	113.20:n
ORIFICE_MR_CONFIG.STACKED_DP	UINT8	Indicates a stacked differential pressure for the meter run is being used. • 0 = Disabled • 1 = Enabled	113.21:n
ORIFICE_MR_CONFIG.HIGH_DP_SETPOINT	FLP	If a stacked differential pressure is enabled, this is the differential pressure value, in inches of H2O or kPa, which indicates to start reading from the DP TLP (parameter #25).	113.22:n
ORIFICE_MR_CONFIG.LOW_DP_SETPOINT	FLP	If a stacked differential pressure is enabled, this is the differential pressure value, in inches of H2O or kPa, which indicates to start reading from the Low DP TLP (parameter #24).	113.23:n
ORIFICE_MR_CONFIG.LOW_DP_TLP	TLP	Indicates what is being used to get the DP (parameter #26) if the stacked differential pressure says to use the lower DP.	113.24:n
ORIFICE_MR_CONFIG.DP_TLP	TLP	This indicates what is being used to get the DP (parameter #26).	113.25:n
ORIFICE_MR_CONFIG.DP	FLP	This is the differential pressure in inches of H2O or kPa.	113.26:n
ORIFICE_MR_CONFIG.SP_TLP	TLP	Indicates what is being used to get the SP (parameter #28).	113.27:n
ORIFICE_MR_CONFIG.SP	FLP	Static pressure in psi (lb/in2) or kPa.	113.28:n
ORIFICE_MR_CONFIG.TMP_TLP	TLP	Indicates what is being used to get the TMP (parameter #30).	113.29:n
ORIFICE_MR_CONFIG.TMP	FLP	Temperature in F or C	113.30:n
ORIFICE_MR_CONFIG.STATIC_PRES_DEADWEIGHT_CAL	UINT 8	Expand the volume flow equation to include the local gravitational correction for the deadweight calibrator on Static Pressure (Fpwl(static)). • 0 = Do Not Use • 1 = Use	113.31:n
ORIFICE_MR_CONFIG.DP_DEADWEIGHT_C ALIBRATOR	UINT 8	Expand the volume flow equation to include the local gravitational correction for the deadweight calibrator on Differential Pressure (Fpwl (differential)). • 0 = Do Not Use • 1 = Use	113.32:n
ORIFICE_MR_CONFIG.CAL_WEIGHTS_GRA V_ACC	FLP	Used to calculate Fpwl. Entered in ft/sec2 or m/sec2.	113.33:n
ORIFICE_MR_CONFIG.USER_CORRECTIO N_FACTOR	FLP	Variable multiplied through the volume flow equation to allow the user to modify the flow.	113.34:n

Point Type 114 - ROC 800 Orifice Meter Run Value Items

Item	Data Type	Description	T.P:L
ORIFICE_MR_VALUES.FLOW_RT_PER_DAY	FLP	Volume flow rate at base condition in mft3/day or km3/day. READ ONLY.	114.0:n
ORIFICE_MR_VALUES.ENERGY_RT_PER_DAY	FLP	Energy rate at base conditions in mmBtu/day or GJ/day. READ ONLY.	114.1:n
ORIFICE_MR_VALUES.FLOW_RT_PER_HOUR	FLP	Volume flow rate at base conditions in ft3/hour or m3/hour. READ ONLY.	114.2:n
ORIFICE_MR_VALUES.ENERGY_RT_PER_HOUR	FLP	Energy rate at base conditions in Btu/hour or MJ/hour. READ ONLY.	114.3:n
ORIFICE_MR_VALUES.PRES_EXTENSION	FLP	Represents the square root of Differential Pressure times Static Pressure (hw * Pf). READ ONLY.	114.4:n
ORIFICE_MR_VALUES.CDFT	FLP	Represents the Coefficient of discharge at a specified pipe Reynolds number for flange-tapped orifice meter. READ ONLY.	114.5:n
ORIFICE_MR_VALUES.VELOCITY_OF_APPROACH	FLP	Represents the velocity of approach factor. READ ONLY.	114.6:n
ORIFICE_MR_VALUES.EXPANSION_FACTOR	FLP	Represents the Expansion factor based on upstream absolute static pressure. READ ONLY.	114.7:n
ORIFICE_MR_VALUES.ORIFICE_BORE_DIAMETER	FLP	Orifice plate bore diameter calculated at the average flowing temperature over the imp in inches. READ ONLY.	114.8:n
ORIFICE_MR_VALUES.ZF1	FLP	Represents the compressibility at upstream flowing conditions. READ ONLY.	114.9:n
ORIFICE_MR_VALUES.FPB	FLP	Represents the base pressure factor. READ ONLY.	114.10:n
ORIFICE_MR_VALUES.FTB	FLP	Represents the base temperature factor. READ ONLY.	114.11:n
ORIFICE_MR_VALUES.MULT_VAL	FLP	Represents the value multiplied by the square root of the product of differential and static pressure to calculate instantaneous flow rate. READ ONLY.	114.12:n
ORIFICE_MR_VALUES.METER_TUBE_ID	FLP	Meter tube internal diameter calculated at the average flowing temperature over the imp in inches.	114.13:n
ORIFICE_MR_VALUES.DIAMETER_RATIO	FLP	Ratio of orifice plate bore diameter to meter tube internal diameter calculated at the average flowing temperature over the imp. READ ONLY.	114.14:n
ORIFICE_MR_VALUES.DENSITY	FLP	Represents the density of a fluid at flowing conditions in lbm/ft3 or kg/m3. READ ONLY.	114.15:n
ORIFICE_MR_VALUES.REYNOLDS_NUM	FLP	Represents the pipe Reynolds number. READ ONLY.	114.16:n
ORIFICE_MR_VALUES.UPSTREAM_STATIC_PRES	FLP	Represents the instantaneous upstream static pressure in psia or kPa. READ ONLY.	114.17:n
ORIFICE_MR_VALUES.FPWL	FLP	Represents the local gravitational correction for the deadweight tester. When a deadweight calibrator is used for both the differential and static pressure, this factor is used twice. READ ONLY.	114.18:n
ORIFICE_MR_VALUES.FLOW_TODAY	FLP	Total accumulation of flow for the current contract day in mft3 or km3. READ ONLY.	114.19:n
ORIFICE_MR_VALUES.FLOW_YESTERDAY	FLP	Total accumulation of flow for the previous contract day in mft3 or km3. READ ONLY.	114.20:n
ORIFICE_MR_VALUES.FLOW_MONTH	FLP	Total accumulation of flow for the current month in mft3 or km3. READ ONLY.	114.21:n
ORIFICE_MR_VALUES.FLOW_PREV_MONTH	FLP	Total accumulation of flow for the previous month in mft3 or km3. READ ONLY.	114.22:n
ORIFICE_MR_VALUES.FLOW_ACCUM	FLP	Total accumulation of flow for the meter run in mft3 or km3. The 1,000,000.0 rollover is to ensure that flow accuracy is not lost due to the significant digits of a float data type. READ ONLY.	114.23:n
ORIFICE_MR_VALUES.MINUTES_TODAY	FLP	Total accumulation of flowing minutes for the current contract day. READ ONLY.	114.24:n
ORIFICE_MR_VALUES.MINUTES_YESTERDAY	FLP	Total accumulation of flowing minutes for the previous contract day. READ ONLY.	114.25:n
ORIFICE_MR_VALUES.MINUTES_MONTH	FLP	Total accumulation of flowing minutes for the current month. READ ONLY.	114.26:n
ORIFICE_MR_VALUES.MINUTES_PREV_MONTH	FLP	Total accumulation of flowing minutes for the previous month. READ ONLY.	114.27:n
ORIFICE_MR_VALUES.MINUTES_ACCUM	FLP	Total accumulation of flowing minutes for the meter run. The 1,000,000.0 rollover is to ensure that flow minutes accuracy is not lost due to the significant digits of a float data type. READ ONLY.	114.28:n
ORIFICE_MR_VALUES.ENERGY_TODAY	FLP	Total accumulation of energy for the current contract day in mmBtu or GJ. READ ONLY.	114.29:n
ORIFICE_MR_VALUES.ENERGY_YESTERDAY	FLP	Total accumulation of energy for the previous contract day in mmBtu or GJ. READ ONLY.	114.30:n
ORIFICE_MR_VALUES.ENERGY_MONTH	FLP	Total accumulation of energy for the current month in mmBtu or GJ. READ ONLY.	114.31:n
ORIFICE_MR_VALUES.ENERGY_PREV_MONTH	FLP	Total accumulation of energy for the previous month in mmBtu or GJ. READ ONLY.	114.32:n
ORIFICE_MR_VALUES.ENERGY_ACCUM	FLP	Total accumulation of energy for the meter run in mmBtu or GJ. The 1,000,000.0 rollover is to ensure that energy accuracy is not lost due to the significant digits of a float data type. READ ONLY.	114.33:n

Point Type 115 - ROC 800 Turbine Meter Run Items

Item	Data Type	Description	T.P:L
TURBINE_MR_CONFIG.POINT_TAG_ID	AC	Identification name for specific Turbine Meter Run. Values must be printable ASCII characters.	115.0:n
TURBINE_MR_CONFIG.POINT_DESCRIPTION	AC	Description for specific Meter Run. Values must be printable ASCII characters.	115.1:n
TURBINE_MR_CONFIG.STATIC_PRES_UNITS	UINT8	Indicates whether the static pressure is in gauge or absolute pressure units. • 0 = Gauge • 1 = Absolute	115.2:n
TURBINE_MR_CONFIG.ALARMING	UINT8	If enabled, alarms may be generated and sent to the Alarm Log. • 0 = Disabled • 1 = Enabled	115.3:n
TURBINE_MR_CONFIG.SRBX_ON_CLEAR	UINT8	Indicates a SRBX alarm is desired if an alarm condition clears. • 0 = SRBX on Clear Disabled • 1 = SRBX on Clear Enabled	115.4:n
TURBINE_MR_CONFIG.SRBX_ON_SET	UINT8	Indicates a SRBX alarm is desired if an alarm condition occurs. • 0 = SRBX on Set Disabled • 1 = SRBX on Set Enabled	115.5:n
TURBINE_MR_CONFIG.ALARM_CODE	BIN	• This alarm is set (bit 0) if the Flow Rate per Day (point type 116, parameter #0) is less than or equal to the Low Alarm Flow (parameter #7). This alarm is cleared if the Flow Rate per Day (point type 116, parameter #0) is greater than the Low Alarm Flow (parameter #7) plus the alarm deadband (parameter #9). • This alarm is set (bit 2) if the Flow Rate per Day (point type 116, parameter #0) is greater than or equal to the High Alarm Flow (parameter #8). This alarm is cleared if the Flow Rate per Day (point type 116, parameter #0) is less than the High Alarm Flow (parameter #8) minus the alarm deadband (parameter #9). • If bit 6 is set, then no flow conditions are present and the Flow Rate per Day (point type 116, parameter #0) is zero. If clear, then flowing conditions exist and the Flow Rate per Day (point type 116, parameter #0) is not zero. • If bit 7 is set, then one of the Uncorrected Flow Rate TLP (parameter #13), SP TLP (parameter #15), or TMP TLP (parameter #17) is set to Manual (0,0,0). If clear, then the Uncorrected Flow Rate TLP (parameter #13), SP TLP (parameter #15), and TMP TLP (parameter #17) are not set to Manual. READ ONLY.	115.6:n
TURBINE_MR_CONFIG.LOW_ALARM_FLOW	FLP	Alarm value for Low Alarm in mft3/day or km3/day.	115.7:n
TURBINE_MR_CONFIG.HIGH_ALARM_FLOW	FLP	Alarm value for High Alarm in mft3/day or km3/day.	115.8:n
TURBINE_MR_CONFIG.ALARM_DEADBAND	FLP	The value that the Flow Rate Per Day (Point Type 116, parameter #0) must be above the low alarm value (parameter #7) or below the high alarm value (parameter #8) before the associated alarm will clear.	115.9:n
TURBINE_MR_CONFIG.STATION_NUMBER	UINT8	Indicates what station a meter run is a part of.	115.10:n
TURBINE_MR_CONFIG.K_FACTOR	FLP	This is the linear meter constant (K-Factor) in pulses/ft3 or pulses/m3.	115.11:n
TURBINE_MR_CONFIG.NO_FLOW_TIME	FLP	Amount of time in seconds without a pulse before the meter is considered not to have flow.	115.12:n
TURBINE_MR_CONFIG.UNCORRECTED_FLOW_RT_TLP	TLP	This indicates what is being used to get the pulses from the turbine and the Uncorrected Flow Rate (parameter #14).	115.13:n
TURBINE_MR_CONFIG.UNCORRECTED_FL OW_RATE	FLP	This is the uncorrected flow rate in mft3/day or km3/day.	115.14:n
TURBINE_MR_CONFIG.SP_TLP	TLP	Indicates what is being used to get the SP (parameter #16).	115.15:n
TURBINE_MR_CONFIG.SP	FLP	Static pressure in psi (lb/in2) or kPa.	115.16:n
TURBINE_MR_CONFIG.TMP_TLP	TLP	Indicates what is being used to get the TMP (parameter #18).	115.17:n
TURBINE_MR_CONFIG.TMP	FLP	Temperature in F or C	115.18:n
TURBINE_MR_CONFIG.SP_DEADWEIGHT_CALIBRATOR	UINT8	Expand the volume flow equation to include the local gravitational correction for the deadweight calibrator on Static Pressure (Fpwl (static)). • 0 = Do Not Use • 1 = Use	115.19:n
TURBINE_MR_CONFIG.CAL_WEIGHTS_GRA V_ACC	FLP	Used to calculate Fpwl (static). Entered in ft/sec2 or m/sec2.	115.20:n
TURBINE_MR_CONFIG.USER_CORRECTION _FACTOR	FLP	Variable multiplied through the volume flow equation to allow the user to modify the flow (Fuc).	115.21:n
TURBINE_MR_CONFIG.LOW_FLOW_CUTOFF	FLP	This is the cutoff point for the uncorrected flow rate if it is not obtained from a pulse input. If the uncorrected flow rate input is equal to or below this value, the uncorrected flow rate value (parameter #14) will be set to zero. If the uncorrected flow rate is obtained from a pulse input, all pulses are considered flow and this value is meaningless.	115.22:n

Point Type 116 - ROC 800 Turbine Meter Run Value Items

Item	Data Type	Description	T.P:L
TURBINE_MR_VALUES.FLOW_RT_PER_DAY	FLP	Volume flow rate at base condition in mft3/day or km3/day. READ ONLY.	116.0:n
TURBINE_MR_VALUES.ENERGY_RT_PER_DAY	FLP	Energy rate at base conditions in mmBtu/day or GJ/day. READ ONLY.	116.1:n
TURBINE_MR_VALUES.FLOW_RT_PER_HOUR	FLP	Volume flow rate at base conditions in ft3/hour or m3/hour. READ ONLY.	116.2:n
TURBINE_MR_VALUES.ENERGY_RT_PER_HOUR	FLP	Energy rate at base conditions in Btu/hour or MJ/hour. READ ONLY.	116.3:n
TURBINE_MR_VALUES.PRESS_MULTIPLIER		Represents the pressure factor. READ ONLY.	116.4:n
TURBINE_MR_VALUES.TEMP_MULTIPLIER	FLP	Represents the flowing temperature factor. READ ONLY.	116.5:n
TURBINE_MR_VALUES.COMPRESS_MULTIPLIER		Represents the compressibility factor. READ ONLY.	116.6:n
TURBINE_MR_VALUES.ZF1	FLP	Represents the compressibility at upstream flowing conditions. READ ONLY.	116.7:n
TURBINE_MR_VALUES.MULTIPLIER_VALUE	FLP	Represents the product of the pressure multiplier, the temperature multiplier and the compressibility multiplier.	116.8:n
TURBINE_MR_VALUES.PULSES_ACCUMULATED	FLP	Ongoing accumulation of the number of pulses input to this meter run. Not used if uncorrected flow rate is not configured for a pulse input point. READ ONLY.	116.9:n
TURBINE_MR_VALUES.DENSITY	FLP	Represents the density of a fluid at flowing conditions in lbm/ft3 or kg/m3. READ ONLY.	116.10:n
TURBINE_MR_VALUES.FPWL	FLP	Represents the local gravitational correction for the deadweight tester static pressure standard. READ ONLY.	116.11:n
TURBINE_MR_VALUES.FLOW_TODAY	FLP	Total accumulation of flow for the current contract day in mft3 or km3. READ ONLY.	116.12:n
TURBINE_MR_VALUES.FLOW_YESTERDAY	FLP	Total accumulation of flow for the previous contract day in mft3 or km3. READ ONLY.	116.13:n
TURBINE_MR_VALUES.FLOW_MONTH	FLP	Total accumulation of flow for the current month in mft3 or km3. READ ONLY.	116.14:n
TURBINE_MR_VALUES.FLOW_PREV_MONTH	FLP	Total accumulation of flow for the previous month in mft3 or km3. READ ONLY.	116.15:n
TURBINE_MR_VALUES.FLOW_ACCUM	FLP	Total accumulation of flow for the meter run in mft3 or km3. The 1,000,000.0 rollover is to ensure that flow accuracy is not lost due to the significant digits of a float data type. READ ONLY.	116.16:n
TURBINE_MR_VALUES.MINUTES_TODAY	FLP	Total accumulation of flowing minutes for the current contract day. READ ONLY.	116.17:n
TURBINE_MR_VALUES.MINUTES_YESTERDAY	FLP	Total accumulation of flowing minutes for the previous contract day. READ ONLY.	116.18:n
TURBINE_MR_VALUES.MINUTES_MONTH	FLP	Total accumulation of flowing minutes for the current month. READ ONLY.	116.19:n
TURBINE_MR_VALUES.MINUTES_PREV_MONTH	FLP	Total accumulation of flowing minutes for the previous month. READ ONLY.	116.20:n
TURBINE_MR_VALUES.MINUTES_ACCUM	FLP	Total accumulation of flowing minutes for the meter run. The 1,000,000.0 rollover is to ensure that flow minutes accuracy is not lost due to the significant digits of a float data type. READ ONLY.	116.21:n
TURBINE_MR_VALUES.ENERGY_TODAY	FLP	Total accumulation of energy for the current contract day in mmBtu or GJ. READ ONLY.	116.22:n
TURBINE_MR_VALUES.ENERGY_YESTERDAY	FLP	Total accumulation of energy for the previous contract day in mmBtu or GJ. READ ONLY.	116.23:n
TURBINE_MR_VALUES.ENERGY_MONTH	FLP	Total accumulation of energy for the current month in mmBtu or GJ. READ ONLY.	116.24:n
TURBINE_MR_VALUES.ENERGY_PREV_MONTH	FLP	Total accumulation of energy for the previous month in mmBtu or GJ. READ ONLY.	116.25:n
TURBINE_MR_VALUES.ENERGY_ACCUM	FLP	Total accumulation of energy for the meter run in mmBtu or GJ. The 1,000,000.0 rollover is to ensure that energy accuracy is not lost due to the significant digits of a float data type. READ ONLY.	116.26:n
TURBINE_MR_VALUES.UNCORRECTED_TODAY	FLP	Total accumulation of uncorrected flow for the current contract day in mft3 or km3. READ ONLY.	116.27:n
TURBINE_MR_VALUES.UNCORRECTED_YESTERDAY	FLP	Total accumulation of uncorrected flow for the previous contract day in mft3 or km3. READ ONLY.	116.28:n
TURBINE_MR_VALUES.UNCORRECTED_MONTH	FLP	Total accumulation of uncorrected flow for the current month in mft3 or km3. READ ONLY.	116.29:n
TURBINE_MR_VALUES.UNCORRECTED_PREV_MONTH	FLP	Total accumulation of uncorrected flow for the previous month in mft3 or km3. READ ONLY.	116.30:n
TURBINE_MR_VALUES.UNCORRECTED_ACCUM	FLP	Total accumulation of uncorrected flow for the meter run in mft3 or km3. The 1,000,000.0 rollover is to ensure that uncorrected flow accuracy is not lost due to the significant digits of a float data type. READ ONLY.	116.31:n

Point Type 117 - ROC 800 Modbus Configuration Items

Item	Data Type	Description	T.P:L
MODBUS_CONFIG.TRANSMISSION_MODE	UINT8	Controls the type of transmission mode desired. • 0 = RTU Mode • 1 = ASCII Mode	117.0:n
MODBUS_CONFIG.BYTE_ORDER	UINT8	Controls which byte is sent out first for floats, short integers, and long integers. • 0 = LSB first (Associated with little endian processors) • 1 = MSB first (Associated with big endian processors)	117.1:n
MODBUS_CONFIG.EVENT_LOG_ENABLE	UINT8	Controls if changes to Modbus registers are logged to the event log or not (Slave mode only). • 0 = No Logging • 1 = Log to Event Log	117.2:n
MODBUS_CONFIG.SLAVE_EXCEPTION_STATUS	UINT8	Contains the error code for the last Modbus message received (Slave mode only). • 0 = No Error • 1 = Illegal Function • 2 = Illegal Data Address • 3 = Illegal Data Value READ ONLY.	117.3:n
MODBUS_CONFIG.MASTER_POLL_REQUEST_TRIGGER	UINT8	Controls the initiation of a Modbus master polling sequence (Master mode only). • 0 = No polling • 1 = Begin polling with the entry in the Modbus master table indicated by the master starting request number (parameter #5) and continue through the table for the number of master requests (parameter #6). This parameter will be reset by the system when the polling sequence has been completed.	117.4:n
MODBUS_CONFIG.MASTER_STARTING_REQUEST_NUM	UINT16	Contains the request number in the Modbus master table to begin with when the Modbus master poll request trigger (parameter #4) is set (Master mode only).	117.5:n
MODBUS_CONFIG.MASTER_NUM_OF_REQUESTS	UINT16	Contains the total number of Modbus requests to be made when the Modbus master poll request trigger (parameter #4) is set (Master mode only).	117.6:n
MODBUS_CONFIG.MASTER_CONTINUOUS_POLL_ENAB	UINT8	Controls whether the Modbus master poll request sequence specified is executed on a continuous basis (Master mode only). • 0 = Continuous polling disabled • 1 = Continuous polling enabled	117.7:n
MODBUS_CONFIG.MASTER_POLL_REQUEST_DELAY	FLP	Contains the delay time in seconds between continuous master poll requests (Continuous poll mode only).	117.8:n
MODBUS_CONFIG.MASTER_ACTIVITY_STATUS	UINT8	Contains the status of the Modbus master transmission (Master mode only). • 0 = Inactive • 1 = Transmission in progress READ ONLY.	117.9:n
MODBUS_CONFIG.LOW_INTEGER_SCALE	INT16	Contains the lower limit value when scaling floating-point data.	117.10:n
MODBUS_CONFIG.HIGH_INTEGER_SCALE	INT16	Contains the upper limit value when scaling floating-point data.	117.11:n
LOW_FLOAT_SCALE_n	FLP	Contains the lower limit in float range n when converting integers to floats and vice-versa. Where n = 1 - 8	117.P:n
HIGH_FLOAT_SCALE_n	FLP	Contains the upper limit in float range n when converting integers to floats and vice-versa. Where n = 1 - 8	117.P:n

Point Type 118 - ROC 800 Modbus to TLP Mapping Items

Item	Data Type	Description	T.P:L
MODBUS_TO_TLP.POINT_TAG_ID	AC	String that describes the instance of the mapping table.	118.0:n
START_REGISTER_n	UINT16	The starting register number for range n of Modbus registers that map to ROC Protocol TLP(s). Where n = 01 - 15	118.P:n
END_REGISTER_n	UINT16	The ending register number for range n of Modbus registers that map to ROC Protocol TLP(s). Where n = 01 - 15	118.P:n
ROC_PARAMETER_n	TLP	The starting ROC Protocol TLP that maps to range n of Modbus registers. Where n = 01 - 15	118.P:n
INDEXING_n	UINT8	Indicates whether multiple registers access consecutive logical numbers or consecutive parameters from the starting TLP. 0 = Logical indexing, 1 = Parameter indexing. Where n = 01 - 15	118.P:n
CONVERSION_CODE_n	UINT8	Contains the conversion code to convert the ROC809 data into a format that is compatible to a Modbus device. Where n = 01 - 15	118.P:n
COMM_PORT_n	UINT8	Communication port range n of registers map to. • 0 = LOI • 1 = Comm Port 1 • 2 = Comm Port 2 • 3 = Comm Port 3 • 4 = Comm Port 4 • 5 = Comm Port 5 • 255 = All Comm Ports Where n = 01 - 15	118.P:n

Point Type 119 - ROC 800 Modbus Event, Alarm, and History Items

Item	Data Type	Description	T.P:L
MODBUS_EVENTS.ALARM_REGISTER	UINT16	Contains a unique register number that indicates the request is for Events and Alarm records.	119.0:n
MODBUS_EVENTS.CURRENT_DATE_REG	UINT16	Contains a unique register that allows a Modbus read/write command to access the current date in MMDDYY format	119.1:n
MODBUS_EVENTS.CURRENT_TIME_REG	UINT16	Contains a unique register that allows a Modbus read/write command to access the current time in HHMMSS format.	119.2:n
PERIODIC_HIS_REG_n	UINT16	Contains a unique register number that indicates the request is for periodic values for range n of history points. Where n = 1 - 20	119.P:n
DAILY_HIS_REG_n	UINT16	Contains a unique register number that indicates the request is for daily values for range n of history points. Where n = 1 - 20	119.P:n
HISTORY_SEGMENT_n	UINT8	Contains the history segment for range n. Where n = 1 - 20	119.P:n
START_HISTORY_POINT_n	UINT16	Contains the starting history point number for range n. Where n = 1 - 20	119.P:n
END_HISTORY_POINT_n	UINT16	Contains the ending history point number for range n. Where n = 1 - 20	119.P:n
CONVERSION_CODE_n	UINT8	Contains the conversion code to convert the ROC809 data into a format that is compatible to a Modbus device. Where n = 1 - 20	119.P:n

Point Type 120 - ROC 800 Modbus Master Modem Configuration Items

Item

Data Type

Description

T.P:L

MODBUS_MODEM.TAG_ID

AC

String that describes the instance of the Master modem table.

120.0:n

RTUn_ADDRESS

UINT8

Associates an RTU address to the Connect Command. Where n = 1 - 6

120.P:n

RTUn_CONNECT_COMMAND

AC

A 30-character modem command typically used to represent the telephone number of the slave RTU.

Where n = 1 - 6

120.P:n

Point Type 122 - ROC 800 DS800 Items

Item	Data Type	Description	T.P:L
DS800_CONFIG.POWER_SWITCH	UINT8	Turns DS800 on and off • 0 – OFF • 1 - ON	122.0:n
DS800_CONFIG.RSI_ENABLE	UINT8	Enables/Disables the DS800 serial task. Changes to this parameter take affect when DS800 is stopped and started again. • 0 – Disable • 1 - Enable	122.1:n
DS800_CONFIG.ETCP_ENABLE	UINT8	Enables/Disables the DS800 TCP/IP task. Changes to this parameter take affect when DS800 is stopped and started again. • 0 – Disable • 1 - Enable	122.2:n
DS800_CONFIG.IXD_ENABLE	UINT8	Enables/Disables the DS800 IXD task. Changes to this parameter take affect when DS800 is stopped and started again. • 0 - Disable • 1 - Enable	122.3:n
DS800_CONFIG.RSI_RUNNING	UINT8	Indicates whether the DS800 serial task is currently running. READ ONLY. • 0 - Not running. • 1 - Running.	122.4:n
DS800_CONFIG.ETCP_RUNNING	UINT8	Indicates whether the DS800 TCP/IP task is currently running. READ ONLY. • 0 - Not running. • 1 - Running.	122.5:n
DS800_CONFIG.IXD_RUNNING	UINT8	Indicates whether or not the DS800 IXD task is currently running. READ ONLY. • 0 - Not running. • 1 - Running.	122.6:n

Point Type 124 - ROC 800 History Segment Configuration Items

Item	Data Type	Description	T.P:L
INTERNET.SEGMENT_DESCRIPTION	AC	Identifies what the segment of history is used for. For logical points 1 – 10, “XX” is the ordered number of the history type.	124.0:n
INTERNET.SEGMENT_SIZE	UINT16	Specifies how many history points are in the history segment. Parameter is R/O for Logic 0. Parameter cannot be modified from an FST. This value cannot be cannot be set less than Number of Configured Points. READ ONLY.	124.1:n
INTERNET.MAX_SEGMENT_SIZE	UINT16	Specifies the maximum number of history points that may be configured for the history segment. READ ONLY.	124.2:n
INTERNET.PERIODIC_ENTRIES	UINT16	Number of periodic entries per history point in the history segment. Actual upper range is limited by available free space.	124.3:n
INTERNET.DAILY_ENTRIES	UINT16	Number of daily entries per history point in the history segment.	124.4:n
INTERNET.PERIODIC_INDEX	UINT16	Location in each history point for the segment where the next periodic entry will be saved. READ ONLY.	124.5:n
INTERNET.DAILY_INDEX	UINT16	Location in each history point for the segment where the next daily entry will be saved. READ ONLY.	124.6:n
INTERNET.PERIODIC_SAMPLE_RATE	UINT8	The number of minute intervals that pass before an entry is made in the periodic history. The periodic sample rate for meter run history can only be set to the same value as the integral multiplier period for the meter run, or 60.	124.7:n
INTERNET.CONTRACT_HOUR	UINT8	Hour that indicates the beginning of a new day.	124.8:n
INTERNET.LOG_SWITCH	UINT8	Switch that controls history logging for the history segment. Logging is suspended while the switch is off. • 0 – OFF • 1 – ON	124.9:n
INTERNET.FREE_SPACE	UINT32	Specifies the number of history entries that are unaccounted for and may be added to history points in various segments. This value applies to all history segments. READ ONLY.	124.10:n
INTERNET.FORCE_END_OF_DAY	UINT8	Allows the user to force an end of day for the history segment. • 0 = No Force • 1 = Force End of Day	124.11:n
INTERNET.NUMBER_OF_CONFIGURED_ POINTS	UINT16	Number of history points that are configured in the segment. READ ONLY.	124.12:n

Point Types 125 to 135 - ROC 800 History Segment 0 to 10 Point Configuration Items

Item	Data Type	Description	T.P:L
HISTORY_CONFIG_n.POINT_TAG_ID	AC	Same value as the Point Tag of the Point Type the History Log Point resides in. Where n = 1 – 10. READ ONLY.	T.P:n
HISTORY_CONFIG_n.PARAMETER_DESCRIPTION	AC	User supplied text string used to identify the parameter being logged in the history point. Where n = 1 - 10	T.P:n
HISTORY_CONFIG_n.HISTORY_LOG_POINT	TLP	TLP points to a value to be archived by history. Where n = 1 – 10	T.P:n
HISTORY_CONFIG_n.ARCHIVE_TYPE	UINT8	This parameter defines how a data point is archived to history. Where n = 1 – 10 • 0 – None (History point not defined) • 65 – FST Data History • 67 – FST Time • 128 – Average • 129 – Accumulate • 130 – Current Value • 134 – Totalize	T.P:n
HISTORY_CONFIG_n.AVERAGING_TYPE	UINT8	This field is used in conjunction with the Archive Type parameter to further define how history data is archived. This parameter defines the rate of accumulation of the averaging technique. Where n = 1 - 10 Accumulation Rate (Archive Type = 129): 10 – Per Second 11 – Per Minute	T.P:n
HISTORY_CONFIG_n.CURRENT_VALUE	FLP	Current value of parameter being logged. Where n = 1 – READ ONLY.	T.P:n
HISTORY_CONFIG_n.LAST_DAILY_VALUE	FLP	Value logged to the daily archive at the last contract hour. Where n = 1 – 10 READ ONLY.	T.P:n

Point Type 136 - ROC 800 ROC Clock Items

Item	Data Type	Description	T.P:L
CLOCK.SECOND	UINT8	The seconds. READ ONLY.	136.0:n
CLOCK.MINUTE	UINT8	The minutes. READ ONLY.	136.1:n
CLOCK.HOUR	UINT8	The hours. READ ONLY.	136.2:n
CLOCK.DAY	UINT8	The day. READ ONLY.	136.3:n
CLOCK.MONTH	UINT8	The month. READ ONLY.	136.4:n
CLOCK.YEAR	UINT16	The year. READ ONLY.	136.5:n
CLOCK.DAY_OF_WEEK	UINT8	The day of the week. READ ONLY. 1 = Sunday 2 = Monday 3 = Tuesday 4 = Wednesday 5 = Thursday 6 = Friday 7 = Saturday	136.6:n
CLOCK.DATE_TIME_2	JULIANDA TE	Number of seconds elapsed since 12:00 a.m. Jan. 1, 1970. READ ONLY.	136.7:n
CLOCK.DAYLIGHT_SAVINGS	UINT8	Indicates if daylight savings time is enabled. • 0 = Disabled • 1 = Enabled	136.8:n

Point Type 137 - ROC 800 Internet Configuration Items

Item	Data Type	Description	T.P:L
INTERNET.MAC_ADDRESS	AC	Unique MAC address set by the factory. READ ONLY.	137.0:n
INTERNET.IP_ADDRESS	AC		137.1:n
INTERNET.SUBNET_MASK	AC		137.2:n
INTERNET.GATEWAY_ADDRESS	AC		137.3:n

Extended Items

Item	Data Type	Description
GCWrite/Txn	Variant Array	Used for automated gas quality download.
LastAlarmRecord/n	Date	Timestamp of the last alarm record retrieved from meter number 'n'.
LastDailyRecord/n	Date	Timestamp of the last daily record retrieved from meter number 'n'.
LastEventRecord/n	Date	Timestamp of the last event record retrieved from meter number 'n'.
LastHourlyRecord/n	Date	Timestamp of the last hourly record retrieved from meter number 'n'.
LastTimeSync	Date	Timestamp of the last time synchronization attempt.
LastTimeSyncResult	I4	Result of the last time synchronization attempt.
MoveDaily	I2	Move the daily history retrieval pointer for meter run 1. Write a positive number to move the pointer back in time, a negative number to move the pointer forward in time. The written value represents the number of days to move.
MoveHourly	I2	Move the hourly history retrieval pointer for meter run 1. Write a positive number to move the pointer back in time, a negative number to move the pointer forward in time. The written value represents the number of hours to move.
Reinitialize	I2	Re-read the ROC configuration
ResetAlarm	BOOL	Erase the Alarm history retrieval pointer for meter 1 (and recollect all Alarm history during the next retrieval).
ResetDaily	BOOL	Erase the daily history retrieval pointer for meter 1 (and recollect all daily history during the next retrieval).
ResetEvent	BOOL	Erase the event history retrieval pointer for meter 1 (and recollect all event history during the next retrieval).
ResetHourly	BOOL	Erase the hourly history retrieval pointer for meter 1 (and recollect all hourly history during the next retrieval).
RetrieveHistory	I2	Retrieve enabled history.
RetrieveMeterConfiguration	I2	Retrieve enabled Meter Configuration.
SkipDaily	I2	Skip enabled history
SkipHourly	I2	Skip enabled history
TimeSync	I2	Perform time synchronization.