Emeson DNP3 Protocol Specifications Manual (for FB1000 and FB2000 Series Flow Computers)
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DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
Energy and Transportation Solutions
Emerson DNP3 Protocol Specifications
Manual (for FB1000 and FB2000 Series Flow
Computers)
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
ii
System Training
A well-trained workforce is critical to the success of your operation.
Knowing how to correctly install, configure, program, calibrate, and
trouble-shoot your Emerson equipment provides your engineers and
technicians with the skills and confidence to optimize your
investment. Energy and Transportation Solutions offers a variety of
ways for your personnel to acquire essential system expertise. Our
full-time professional instructors can conduct classroom training at
several of our corporate offices, at your site, or even at your regional
Emerson office. You can also receive the same quality training via our
live, interactive Emerson Virtual Classroom and save on travel costs.
For our complete schedule and further information, contact the
Energy and Transportation Solutions Training Department at 800338-8158 or email us at education@emerson.com.
DNP3 Protocol Specifications Manual (FB1000/FB2000)
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June 2022
Contents iii
Contents
1. Introduction 1
1.1 Scope ................................................................................................................................... 1
1.2 Glossary ................................................................................................................................ 1
1.3 DNP3 Protocol Overview ....................................................................................................... 2
2. DNP3 Application Layer Definitions 9
2.1 DNP3 Point ........................................................................................................................... 9
2.2 Index, Groups, and Variations ............................................................................................... 9
2.3 DNP3 Objects ....................................................................................................................... 9
2.4 Static, Event, and Class Data ............................................................................................... 10
2.4.1 Static Data ............................................................................................................... 10
2.4.2 Event Data ............................................................................................................... 10
2.4.3 DNP3 Classes Data ................................................................................................... 10
3. DNP3 Application Layer Messaging 11
3.1 Function Code Table ........................................................................................................... 11
4. DNP3 Data Point List 13
4.1 Binary Input: DNP3 Object Groups 1 (Static) & 2 (Events) .................................................... 14
4.1.1 DNP3 Object Group 1: Binary Input Static ................................................................ 14
4.1.2 DNP3 Object Group 2: Binary Input Events ............................................................... 14
4.2 Binary Output: DNP3 Object Groups 10 (Static) & 12 (Commands) ...................................... 15
4.2.1 DNP3 Object Group 10: Binary Output Static ........................................................... 15
4.2.2 DNP3 Object Group 12: Binary Output Command or Control Relay Output Block
(CROB) ................................................................................................................................ 15
4.3 Analog Input: DNP3 Object Groups 30 (Static) & 32 (Events) ............................................... 16
4.3.1 DNP3 Object Group 30: Analog Input Static ............................................................. 16
4.3.2 DNP3 Object Group 32: Analog Input Events ............................................................ 16
4.4 Analog Output: DNP3 Object Groups 40 (Status) & 41 (Commands) ................................... 22
4.4.1 DNP3 Object Group 40: Analog Output Status ......................................................... 22
4.4.2 DNP3 Object Group 41: Analog Output Commands ................................................. 22
4.5 Binary Counter: DNP3 Object Groups 20 (Events) & 22 (Events) ........................................... 41
4.5.1 DNP3 Object Group 20: Counters (Static) ................................................................ 41
4.5.2 DNP3 Object Group 22: Counters (Events) ............................................................... 41
4.6 String Group: DNP3 Object Group 110 (Static) .................................................................... 42
4.6.1 DNP3 Object Group 110: Octet Strings (Static) ........................................................ 42
5. Object Parameter Listing 45
5.1 Measurement Types ........................................................................................................... 45
5.2 Object Parameters .............................................................................................................. 78
5.2.1 Action Block Parameters .......................................................................................... 80
5.2.2 AI Parameters .......................................................................................................... 90
5.2.3 AlCal Parameters ..................................................................................................... 97
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5.2.4 Alarm Parameters .................................................................................................. 102
5.2.5 AO Parameters ...................................................................................................... 115
5.2.6 Average Parameters .............................................................................................. 121
5.2.7 BSAP Parameters ................................................................................................... 126
5.2.8 Clock Parameters .................................................................................................. 130
5.2.9 Comm Parameters ................................................................................................ 135
5.2.10 Components Parameters ..................................................................................... 140
5.2.11 DI Parameters ...................................................................................................... 152
5.2.12 Display Parameters .............................................................................................. 157
5.2.13 DNP3 Parameters ................................................................................................ 187
5.2.14 DO Parameters .................................................................................................... 192
5.2.15 DP Parameters ..................................................................................................... 198
5.2.16 DP Meter Parameters ........................................................................................... 202
5.2.17 Effect Parameters ................................................................................................ 217
5.2.18 FBxNConfig Parameters ....................................................................................... 220
5.2.19 FLTCal Parameters ............................................................................................... 222
5.2.20 Fluid Prop Parameters .......................................................................................... 230
5.2.21 GC Config Parameters .......................................................................................... 240
5.2.22 GC Data Parameters ............................................................................................. 248
5.2.23 GC Stream Parameters ......................................................................................... 263
5.2.24 Hist Parameters ................................................................................................... 270
5.2.26 Hist Grp Parameters ............................................................................................. 276
5.2.27 HostLink Parameters ............................................................................................ 281
5.2.28 IoConfig Parameters ............................................................................................ 282
5.2.29 Linear Meter Parameters ...................................................................................... 286
5.2.30 Liq Dens Parameters ............................................................................................ 302
5.2.31 Liq FlProp Parameters .......................................................................................... 304
5.2.32 Liq LinMtr Parameters .......................................................................................... 310
5.2.33 Liq Prod Parameters ............................................................................................. 330
5.2.34 Local Parameters ................................................................................................. 332
5.2.35 Log Parameters .................................................................................................... 334
5.2.36 MapTable Parameters .......................................................................................... 341
5.2.37 MasterConf Parameters ....................................................................................... 378
5.2.38 Math Block Parameters ........................................................................................ 382
5.2.39 Module Parameters ............................................................................................. 387
5.2.40 Mtr Setup Parameters .......................................................................................... 391
5.2.41 PI Parameters ...................................................................................................... 393
5.2.42 PID Parameters .................................................................................................... 398
5.2.43 PollTable Parameters ........................................................................................... 405
5.2.44 PowerCtrl Parameters .......................................................................................... 445
5.2.45 Press Parameters ................................................................................................. 449
5.2.46 ROC Parameters .................................................................................................. 453
5.2.47 Role Parameters .................................................................................................. 455
5.2.48 RTD Parameters ................................................................................................... 460
5.2.49 Security Parameters ............................................................................................. 465
5.2.50 Sensor Parameters ............................................................................................... 467
5.2.51 SlaveConf Parameters .......................................................................................... 474
5.2.52 Station Parameters .............................................................................................. 478
5.2.53 System Parameters .............................................................................................. 490
5.2.54 System Power Parameters ................................................................................... 496
5.2.55 Total Parameters ................................................................................................. 499
5.2.57 User Data Parameters .......................................................................................... 515
5.2.58 4088 Parameters ................................................................................................. 524
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Introduction 1
1. Introduction
This DNP3 Protocol Specifications Manual (for FB1000 and FB2000 Series Flow
Computers) enables internal Emerson personnel, Emerson customers, and
third-party vendors to integrate data to SCADA and other supervisory
systems. SCADA vendors can use this manual and the FBxConnect™
configuration software toolset and to configure, send, and receive data to
and from the Emerson FB1000 Series and FB2000 Series flow computers.
1.1 Scope
This manual covers the implementation of the DNP3 protocol in the FB1000
Series and FB2000 Series flow computers. It should assist SCADA
integrators in interfacing DNP3 host-based applications with Emerson
FB1000 Series and FB2000 Series flow computers for both configuration
and data collection.
1.2 Glossary
Following are words, terms, and acronyms pertinent to this manual.
Term
Definition
ALSFC
Application Layer Sub Function Code
Authority
A notified body that can change certain parameters on the flow computer which cannot
otherwise be changed by the customer or engineers on site.
CON
A bit in the Application Layer’s control byte that specifies whether an Application Layer
confirmation is required.
Control Relay Output
Block (CROB)
A structured data block appearing in request and response messages associated with
actuating on/off type output devices.
CRC
Cyclic Redundancy Check code that is generated according to a specific algorithm, and
transmitted with the message for the purpose of detecting data corruption during
communication via the Physical Layer.
Deprecated
Indicates that a feature or requirement is still permitted although its use is discouraged,
and it is not guaranteed to be part of future specification versions. See also obsolete.
DNP
Distributed Network Protocol
DNP3
The third generation of DNP
End device
A device that provides information to another (‘host”) device.
FIN
Final Data Link frame or final Application Layer fragment in a message
FIR
First Data Link frame or first Application Layer fragment in a message
Fragment
A packet of bytes that is sized to fit into the buffers of the receiving device’s Application
Layer. Each fragment has an application header and bytes containing Application Layer
request, response or confirmation information.
Frame
A packet of octets transmitted from the Data Link Layer in one device to the Data Link
Layer in another device over the Physical Layer. Each frame contains a link header, cyclic
redundancy check (CRC) octets, and sometimes a segment from the Transport
Function.
Host device
A device which controls other (“end”) devices.
IED
Intelligent Electronic Device. These are usually physically located close to sensors or
actuators that are monitored or controlled.
Input
Refers to values that are measured, read, or generated by the device and are reported by
an outstation to a host device.
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2 Introduction
Term
Definition
IP
Internet Protocol
LSB
Least Significant Byte, the byte which represents that part of a value split across two or
more bytes.
LMB
Lower Middle Byte
MSB
Most Significant Byte, the byte which represents the part of a value split across two or
more bytes.
Octet
A group of eight contiguous digital information bits.
Output
Refers to values in an outstation or lower-level device that are controlled by commands
from the host device.
Poll
A poll is a request for data from a host device.
Private
Belonging to or restricted to an individual device not generally known to other devices.
Request
An Application Layer message from a host device that asks an end device to perform a
specific action. A poll is only one type of request with multiple different types available.
Response
An Application Layer message from the end device that is returned to the host device as
the result of a request from the host device.
Route
Describes how multiple flow computers can be connected so that they can be layered on
top of one another.
RTU
Remote Terminal Unit. Similar to an IED, RTUs are normally placed in the field close to
the sensors or actuators that they monitor or control.
SCADA
Supervisor Control and Data Acquisition. A generic term used to indicate monitoring
and controlling devices that are physically located remotely from a centralized
computer. Communications are implied between the central location and the outlying
devices.
Segment
A packet of bytes that is sized to fit into a Link Layer frame. Each segment contains a
transport header and a portion of a fragment from the Application Layer.
SEQ
Sequence number that differentiates subsequent Data Link frames or Application Layer
fragments. Sequence numbers associated with unsolicited responses are distinct from
sequence numbers used for solicited messages
Static Data
A DNP3 definition for “present” values; the mostly recently measured, computed, or
obtained values.
TCP
Transmission Control Protocol
Unsolicited Response
An Application Layer message from a slave device to a master for which no explicit
request was received. The request is implied by the act of a master enabling unsolicited
reporting from slave devices.
UNS
A bit in the Application Layer’s control byte that specifies whether a fragment (response
and confirmation) pertains to an unsolicited message. When this bit is set the sequence
number in the SEQ field refers to the unsolicited sequence number.
1.3 DNP3 Protocol Overview
Emerson FB1000 Series and FB2000 Series flow computers are
implemented as DNP3 outstations for communication and configuration
with Emerson Field Tools software and SCADA hosts. DNP3 is an open and
public protocol used to ensure standards-based inter-operability between
DNP3 outstations and a SCADA host.
The flow computers support physical communication over Wi-Fi®, Ethernet,
and serial communications.
Note
DNP3 uses little-endian as the byte order of the messages.
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Introduction 3
The flow computers implement the DNP3 level 3 protocol subset.
Content that has no highlighting (such as this paragraph) appears in the
unlicensed version of this protocol manual.
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DNP3 Application Layer Definitions 9
2. DNP3 Application Layer Definitions
In the Emerson FB1000 and FB2000 Series flow computers DNP3 data
points map statically to tags.
2.1 DNP3 Point
The DNP3 point is a uniquely identifiable physical/logical entity that applies
to inputs and outputs like binaries, analogs, and inputs (such as counters).
Point type is an independent array of points having related characteristics.
2.2 Index, Groups, and Variations
Index numbers identify points having the same point type. They are zerobased and the lowest element is always zero.
Groups enable you to classify the data types within a message. Each group
number shares a common point type and a common method of data
generation and creation. For example, these might be the different group
numbers in an analog input point type:
Group 30
Current value of the point
Group 31
Frozen value of the point
Group 32
Change of current value event
Group 33
Change of frozen value event
Variations are different encoding formats for the data types within a group.
Every group number has an independent set of variations. For example,
these might be the variations in group 20:
Variation 1
32-bit with flag
Variation 2
16-bit with flag
Variation 3
32-bit with flag, delta
Variation 4
16-bit with flag, delta
Variation 5
32-bit without flag
Variation 6
16-bit without flag
Variation 7
32-bit without flag, delta
Variation 8
16-bit without flag, delta
2.3 DNP3 Objects
An object is an encoded representation of data from a point. The system
formats data according to its group and variation number in order to
transport the message.
DNP3 messages may contain multiple objects, each representing the value
of a point at a given instant in time or a command to be issued to an output
point.
The supported DNP3 objects and groups are:
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10 DNP3 Application Layer Definitions
Name
Group Number
Binary Inputs
1, 2
Binary Outputs
10
Control Relay Output
(CROB)
12
Binary Counters
20, 21, 22, 23
Analog Inputs
30, 32
Analog Outputs
40, 41
Time and Data
50
Class
60
Internal Indications
80
Octet String
110
2.4 Static, Event, and Class Data
2.4.1 Static Data
Static data refers to a point’s current or most recently recorded value. For
binary input points, “static data” refers to the present on/off condition.
2.4.2 Event Data
Events are associations with changes in points, such as state changes,
measurement at some threshold, or an analog input changing by more than
its defined dead band.
Structured information stored in each event, including:
▪ Type of event
▪ Value
▪ Point index
▪ Time when event occurred
▪ Class assignment
2.4.3 DNP3 Classes Data
Classes organize events and current values into categories:
▪ Class 0 data refers to static data. When a host device requests class 0
data from a flow computer, the end device reports back the most
recently measured, computed, or obtained values for the different
point types.
▪ Class 1, 2, and 3 are event classes. DNP3 does not assign significance to
these event classes. Implementations can use different strategies
around these classes, such as assigning highest priority events to class 1
and lowest priority events to class 3. Host devices may request events
from one or more of these classes.
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DNP3 Application Layer Messaging 11
3. DNP3 Application Layer Messaging
Host devices send a request fragment to an end device to execute a command or return
data. The end device performs the requested action, generates the appropriate response,
and transmits it back to the host device.
The end device may transmit unsolicited response messages to the host. DNP message
fragments can contain header, data, and checksum bytes. Figure 3-1 shows the response
message fragment.
Figure 3-1: DNP3 Message Fragment
Each fragment (request or response) begins with an application header that contains
message control information. The application response header contains an additional field
called “internal indications.”
3.1 Function Code Table
The function code octet identifies the purpose of the message. Request messages from
host devices use function codes in the range of 0 to 128, and response messages from
outstations use function codes with values ranging from 129 to 255. The following table
describes the function codes.
Requests (Hex)
0x00
Confirm
0x01
Read
0x02
Write
Application
Req/Resp
Header
First
Object
Header
DNP3 Objects
Last Object
Header
DNP3
Objects
Start of Fragment
Application
Control
Function
Code
Internal Indications
LSB MSB
FIN
FIR
SEQ
CON
UNS
7 6 5 4 3 2 1 0
Application control byte
Bit number
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Requests (Hex)
0x03
Select
0x04
Operate
0x05
Direct operate
0x06
Direct operate – no response
0x07
Freeze
0x08
Freeze – no response
0x09
Freeze clear
0x0A
Freeze clear – no response
0x0B
Freeze at time
0x0C
Freeze at time – no response
0x0D
Cold start
0x0E
Warm start
0x0F
Initialize data
0x10
Initialized application
0x11
Start application
0x12
Stop application
0x13
Save configuration
0x14
Enable unsolicited messages
0x15
Disable unsolicited messages
0x16
Assign class
0x17
Delay measurements
0x18
Record measurement
0x19
Open file
0x1A
Close file
0x1B
Delete file
0x1C
Get file information
0x1D
Authenticate file
0x1E
Abort file
0x1F
Activate configuration
0x20
Authenticate request
0x21
Authenticate request – no ack
Responses (Hex)
0x81
Response
0x82
Unsolicited response
0x83
Authenticate response
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DNP3 Data Point List 13
4. DNP3 Data Point List
The Emerson FB1000 and FB2000 Series flow computers statically map DNP3 data points
to tags.
Data Point Mappings: Default and Custom
The FB1000 and FB2000 Series provides a default mapping of data points which represents
what a typical customer might need. The default mapping is an out-of-the-box solution
that accesses information for approximately 24 instances of each type of meter and
station, along with a full (7-slot) chassis of IO modules, along with other things (such as
components, PIDs, and user data).
Take time to review the information in this chapter against your organization’s
requirements. If you need DNP3 access to additional device parameters not present in the
default map, you have two options:
▪ Create a custom data point map using FBxConnect (refer to the DNP3 Mapping topic in
the online help for FBxConnect) that replaces the default mapping. While this option
would enable you to explicitly define the additional points to access, you must also
include in the custom map all the standard data points present in the default map.
Otherwise those data points are not available when you change the Active DNP3 Map
setting in FBxConnect to User Defined.
▪ Use the DNP3 Tunneling protocol to access all the device parameters. Tunneling is a
licensed function; consult with your Emerson Impact Partner if you want this
capability.
To obtain a report of the current data point map, issue a series of DNP3 file read requests
to the device to read the binary files which define the currently active point mapping for
any group. Filenames include:
▪ /protocol/dnp3/activemap/AnigIn_Group30_32.pro
▪ /protocol/dnp3/activemap/AnigOut_Group40_41.pro
▪ /protocol/dnp3/activemap/BinIn_Group1_2.pro
▪ /protocol/dnp3/activemap/BinOut_Group10_12.pro
▪ /protocol/dnp3/activemap/Counters_Group20_22_21_23.pro
▪ /protocol/dnp3/activemap/String_Group110.pro
Point Limits per group:
▪ Group 1 and 2 – 50
▪ Groups 10 and 11 - 30
▪ Groups 20 and 22 - 60
▪ Groups 30 and 32 - 220
▪ Groups 40 and 41 - 780
▪ Group 110 – 80
Important
This chapter discusses the default data point map provided for the
FB1000 and FB2000
Series
.
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14 DNP3 Data Point List
4.1 Binary Input: DNP3 Object Groups 1 (Static) & 2
(Events)
4.1.1 DNP3 Object Group 1: Binary Input Static
This group can be read with two possible variations:
▪ Variation 1: Package format having single bit binary input state without status flags
▪ Variation 2: Each DNP3 point is returned with a single byte having status flags
indicating the point status (such as online/offline, comm lost, over range, etc.)
4.1.2 DNP3 Object Group 2: Binary Input Events
This group can be read with three possible variations:
▪ Variation 1: A single byte for reporting state of input and status flags without time
▪ Variation 2: A single byte for reporting state of input and status flags with absolute
time when the event occurred.
▪ Variation 3: A single byte for reporting state of input and status flags with relative
time. A preceding common time of occurrence (CTO) object, group 51, establishes
the basis for relative time.
Point
Index
Tag Mapped
Name for State
when value = 0
Name for State
when value = 1
Default Class
Assigned
0
System Pwr_1.SRAM_BATT_STATUS
Normal
Failed
Class_1
1
DI_1-1.SELECTED
OFF
ON
Class_1
2
DI_1-2.SELECTED
OFF
ON
Class_1
3
DI_1-3.SELECTED
OFF
ON
Class_1
4
DI_1-4.SELECTED
OFF
ON
Class_1
5
DI_1-5.SELECTED
OFF
ON
Class_1
6
DI_1-6.SELECTED
OFF
ON
Class_1
7
DI_1-7.SELECTED
OFF
ON
Class_1
8
DI_1-8.SELECTED
OFF
ON
Class_1
9
DI_1-9.SELECTED
OFF
ON
Class_1
10
DI_1-10.SELECTED
OFF
ON
Class_1
11
DO_1-1.SELECTED
OFF
ON
Class_1
12
DO_1-2.SELECTED
OFF
ON
Class_1
13
DO_1-3.SELECTED
OFF
ON
Class_1
14
DO_1-4.SELECTED
OFF
ON
Class_1
15
DO_1-5.SELECTED
OFF
ON
Class_1
16
DO_1-6.SELECTED
OFF
ON
Class_1
17
DO_1-7.SELECTED
OFF
ON
Class_1
18
DO_1-8.SELECTED
OFF
ON
Class_1
19
DO_1-9.SELECTED
OFF
ON
Class_1
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DNP3 Data Point List 15
Point
Index
Tag Mapped
Name for State
when value = 0
Name for State
when value = 1
Default Class
Assigned
20
DO_1-10.SELECTED
OFF
ON
Class_1
21
Station_1.FLD-TYPE
NaturalGasDry
NaturalGasSat
Class_3
22
Station_2.FLD-TYPE
NaturalGasDry
NaturalGasSat
Class_3
23
DP Mtr_1.STATION_OBJ.FLD_TYPE
NaturalGasDry
NaturalGasSat
Class_3
24
DP Mtr_2.STATION_OBJ.FLD_TYPE
NaturalGasDry
NaturalGasSat
Class_3
25
Linear Mtr_1. STATION_OBJ.FLD_TYPE
NaturalGasDry
NaturalGasSat
Class_3
26
Linear Mtr_2.STATION_OBJ.FLD_TYPE
NaturalGasDry
NaturalGasSat
Class_3
27
PID_1.OUTPUT_MODE
Manual
Auto
Class_3
28
PID_2.OUTPUT_MODE
Manual
Auto
Class_3
29
PID_3.OUTPUT_MODE
Manual
Auto
Class_3
4.2 Binary Output: DNP3 Object Groups 10 (Static) & 12
(Commands)
4.2.1 DNP3 Object Group 10: Binary Output Static
This group can be read with the following variations:
▪ Variation 1: Package format having single bit binary output state without status flags
▪ Variation 2: Each DNP3 point is returned with a single byte having status flags
indicating the point status (such as online/offline, comm lost, over range, etc.)
4.2.2 DNP3 Object Group 12: Binary Output Command or Control
Relay Output Block (CROB)
This group can be read with the following variations:
▪ Variation 1: Control Relay Output Block
▪ Variation 2: Pattern Control Block (PCB); this variation is not supported.
▪ Variation 3: Pattern Control Mask; this variation is not supported.
Point
Index
Tag Mapped
Name for State
when value = 0
Name for State
when value = 1
Default Class
Assigned
0
DP Mtr_1.PRESS_LOC
Upstream
Downstream
None
1
DP Mtr_1.PRESS_TYPE
Absolute
Gauge
None
2
DP Mtr_2.PRESS_LOC
Disabled
Enabled
None
3
DP Mtr_2.PRESS_TYPE
Disabled
Enabled
None
4
Linear Mtr_1.MTR_TYPE
Volume
Mass
None
5
Linear Mtr_1.PRESS_TYPE
Absolute
Gauge
None
6
Linear Mtr_2.MTR_TYPE
Volume
Mass
None
7
Linear Mtr_2.PRESS_TYPE
Absolute
Gauge
None
8
PID_1.PID_ENABLE
Disable
Enable
None
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Point
Index
Tag Mapped
Name for State
when value = 0
Name for State
when value = 1
Default Class
Assigned
9
PID_1.OUTPUT_TYPE
Analog
Digital
None
10
PID_2.PID_ENABLE
Disable
Enable
None
11
PID_2.OUTPUT_TYPE
Analog
Digital
None
12
PID_3.PID_ENABLE
Disable
Enable
None
13
PID_3.OUTPUT_TYPE
Analog
Digital
None
4.3 Analog Input: DNP3 Object Groups 30 (Static) & 32
(Events)
4.3.1 DNP3 Object Group 30: Analog Input Static
This group can be read with the following variations:
▪ Variation 1: 32-bit with flag
▪ Variation 2: 16-bit with flag
▪ Variation 3: 32-bit without flag
▪ Variation 4:16-bit without flag
▪ Variation 5: Single precision floating point with flag
▪ Variation 6: Double precision floating point with flag
4.3.2 DNP3 Object Group 32: Analog Input Events
This group can be read with the following variations:
▪ Variation 1: 32-bit with flag
▪ Variation 2: 16-bit with flag
▪ Variation 3: 32-bit without flag
▪ Variation 4: 16-bit without flag
▪ Variation 5: single precision floating without time
▪ Variation 6: double precision floating without time
▪ Variation 7: single precision floating with time
▪ Variation 8: double precision floating with time
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
0
System_1.NUM_ALM
Class_2
Variation 1
Variation 1
1
System_1.NUM_EVT
Class_2
Variation 1
Variation 1
2
System_1.NUM_WM_EVT
Class_2
Variation 1
Variation 1
3
System Pwr_1.BATT_ALM.PROCESS_ALM
Class_1
Variation 2
Variation 2
4
System Pwr_1.EXT_VOLT_ALM.PROCESS_ALM
Class_1
Variation 2
Variation 2
5
Clock_1.TIME
Class_2
Variation 1
Variation 1
6
Clock_1.YEAR
Class_2
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
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June 2022
DNP3 Data Point List 17
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
7
Clock_1.MONTH
Class_2
Variation 2
Variation 2
8
Clock_1.DAY
Class_2
Variation 2
Variation 2
9
Clock_1.HOUR
Class_2
Variation 2
Variation 2
10
Clock_1.SECOND
Class_2
Variation 2
Variation 2
11
Clock_1.MINUTE
Class_2
Variation 2
Variation 2
12
Log_1.LOG_ALM
Class_2
Variation 1
Variation 1
13
Log_1.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
14
Log_2.LOG_ALM
Class_2
Variation 1
Variation 1
15
Log_2.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
16
Log_3.LOG_ALM
Class_2
Variation 1
Variation 1
17
Log_3.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
18
Log_4.LOG_ALM
Class_2
Variation 1
Variation 1
19
Log_4.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
20
Log_5.LOG_ALM
Class_2
Variation 1
Variation 1
21
Log_5.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
22
Log_6.LOG_ALM
Class_2
Variation 1
Variation 1
23
Log_6.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
24
Log_7.LOG_ALM
Class_2
Variation 1
Variation 1
25
Log_7.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
26
Log_8.LOG_ALM
Class_2
Variation 1
Variation 1
27
Log_8.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
28
Log_9.LOG_ALM
Class_2
Variation 1
Variation 1
29
Log_9.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
30
Log_10.LOG_ALM
Class_2
Variation 1
Variation 1
31
Log_10.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
32
Log_11.LOG_ALM
Class_2
Variation 1
Variation 1
33
Log_11.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
34
Log_12.LOG_ALM
Class_2
Variation 1
Variation 1
35
Log_12.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
36
Log_13.LOG_ALM
Class_2
Variation 1
Variation 1
37
Log_13.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
38
Log_14.LOG_ALM
Class_2
Variation 1
Variation 1
39
Log_14.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
40
Log_15.LOG_ALM
Class_2
Variation 1
Variation 1
41
Log_15.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
DNP3 Protocol Specifications Manual (FB1000/FB2000)
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June 2022
18 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
42
Log_16.LOG_ALM
Class_2
Variation 1
Variation 1
43
Log_16.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
44
Log_17.LOG_ALM
Class_2
Variation 1
Variation 1
45
Log_17.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
46
Log_18.LOG_ALM
Class_2
Variation 1
Variation 1
47
Log_18.LAST_READ_SEQ
Class_2
Variation 1
Variation 1
48
AI_1-1.SELECTED
Class_2
Variation 5
Variation 5
49
AI_1-2.SELECTED
Class_2
Variation 5
Variation 5
50
AI_1-3.SELECTED
Class_2
Variation 5
Variation 5
51
AI_1-4.SELECTED
Class_2
Variation 5
Variation 5
52
AI_1-5.SELECTED
Class_2
Variation 5
Variation 5
53
AI_1-6.SELECTED
Class_2
Variation 5
Variation 5
54
AI_1-7.SELECTED
Class_2
Variation 5
Variation 5
55
AI_1-8.SELECTED
Class_2
Variation 5
Variation 5
56
AI_1-1.INPUT_STATUS
Class_1
Variation 2
Variation 2
57
AI_1-2.INPUT_STATUS
Class_1
Variation 2
Variation 2
58
AI_1-3.INPUT_STATUS
Class_1
Variation 2
Variation 2
59
AI_1-4.INPUT_STATUS
Class_1
Variation 2
Variation 2
60
AI_1-5.INPUT_STATUS
Class_1
Variation 2
Variation 2
61
AI_1-6.INPUT_STATUS
Class_1
Variation 2
Variation 2
62
AI_1-7.INPUT_STATUS
Class_1
Variation 2
Variation 2
63
AI_1-8.INPUT_STATUS
Class_1
Variation 2
Variation 2
64
AO_1-1.SELECTED
Class_2
Variation 5
Variation 5
65
AO_1-2.SELECTED
Class_2
Variation 5
Variation 5
66
AO_1-3.SELECTED
Class_2
Variation 5
Variation 5
67
AO_1-4.SELECTED
Class_2
Variation 5
Variation 5
68
AO_1-5.SELECTED
Class_2
Variation 5
Variation 5
69
AO_1-6.SELECTED
Class_2
Variation 5
Variation 5
70
AO_1-7.SELECTED
Class_2
Variation 5
Variation 5
71
AO_1-8.SELECTED
Class_2
Variation 5
Variation 5
72
AO_1-1.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
73
AO_1-2.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
74
AO_1-3.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
75
AO_1-4.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
76
AO_1-5.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 19
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
77
AO_1-6.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
78
AO_1-7.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
79
AO_1-8.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
80
DI_1-1.INPUT_STATUS
Class_1
Variation 2
Variation 1
81
DI_1-2.INPUT_STATUS
Class_1
Variation 2
Variation 2
82
DI_1-3.INPUT_STATUS
Class_1
Variation 2
Variation 2
83
DI_1-4.INPUT_STATUS
Class_1
Variation 2
Variation 2
84
DI_1-5.INPUT_STATUS
Class_1
Variation 2
Variation 2
85
DI_1-6.INPUT_STATUS
Class_1
Variation 2
Variation 2
86
DI_1-7.INPUT_STATUS
Class_1
Variation 2
Variation 2
87
DI_1-8.INPUT_STATUS
Class_1
Variation 2
Variation 2
88
DI_1-9.INPUT_STATUS
Class_1
Variation 2
Variation 2
89
DI_1-10.INPUT_STATUS
Class_1
Variation 2
Variation 2
90
DO_1-1.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
91
DO_1-2.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
92
DO_1-3.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
93
DO_1-4.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
94
DO_1-5.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
95
DO_1-6.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
96
DO_1-7.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
97
DO_1-8.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
98
DO_1-9.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
99
DO_1-10.OUTPUT_STATUS
Class_1
Variation 2
Variation 2
100
PI_1-1.SELECTED_FREQ
Class_2
Variation 5
Variation 5
101
PI_1-2.SELECTED_FREQ
Class_2
Variation 5
Variation 5
102
PI_1-3.SELECTED_FREQ
Class_2
Variation 5
Variation 5
103
PI_1-4.SELECTED_FREQ
Class_2
Variation 5
Variation 5
104
PI_1-5.SELECTED_FREQ
Class_2
Variation 5
Variation 5
105
PI_1-6.SELECTED_FREQ
Class_2
Variation 5
Variation 5
106
PI_1-7.SELECTED_FREQ
Class_2
Variation 5
Variation 5
107
PI_1-8.SELECTED_FREQ
Class_2
Variation 5
Variation 5
108
PI_1-9.SELECTED_FREQ
Class_2
Variation 5
Variation 5
109
PI_1-10.SELECTED_FREQ
Class_2
Variation 5
Variation 5
110
PI_1-1.INPUT_STATUS
Class_1
Variation 2
Variation 2
111
PI_1-2.INPUT_STATUS
Class_1
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
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June 2022
20 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
112
PI_1-3.INPUT_STATUS
Class_1
Variation 2
Variation 2
113
PI_1-4.INPUT_STATUS
Class_1
Variation 2
Variation 2
114
PI_1-5.INPUT_STATUS
Class_1
Variation 2
Variation 2
115
PI_1-6.INPUT_STATUS
Class_1
Variation 2
Variation 2
116
PI_1-7.INPUT_STATUS
Class_1
Variation 2
Variation 2
117
PI_1-8.INPUT_STATUS
Class_1
Variation 2
Variation 2
118
PI_1-9.INPUT_STATUS
Class_1
Variation 2
Variation 2
119
PI_1-10.INPUT_STATUS
Class_1
Variation 2
Variation 2
120
Fluid Prop_1.PCALC_ALM
Class_2
Variation 1
Variation 1
121
Fluid Prop_2.PCALC_ALM
Class_2
Variation 1
Variation 1
122
Fluid Prop_3.PCALC_ALM
Class_2
Variation 1
Variation 1
123
Fluid Prop_4.PCALC_ALM
Class_2
Variation 1
Variation 2
124
Station_1.UVOL_RATE
Class_2
Variation 6
Variation 6
125
Station_1.SVOL_RATE
Class_2
Variation 6
Variation 6
126
Station_1.MASS_RATE
Class_2
Variation 6
Variation 6
127
Station_1.ENERGY_RATE
Class_2
Variation 6
Variation 6
128
Station_1.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
129
Station_1.HIST_GRP_OBJ.CONTRACT_HR
Class_1
Variation 2
Variation 2
130
Station_2.UVOL_RATE
Class_2
Variation 6
Variation 6
131
Station_2.SVOL_RATE
Class_2
Variation 6
Variation 6
132
Station_2.MASS_RATE
Class_2
Variation 6
Variation 6
133
Station_2.ENERGY_RATE
Class_2
Variation 6
Variation 6
134
Station_2.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
135
Station_2.HIST_GRP_OBJ.CONTRACT_HR
Class_1
Variation 2
Variation 2
136
DP Mtr_1.DP_OBJ.SELECTED
Class_2
Variation 5
Variation 5
137
DP Mtr_1.PF_OBJ.SELECTED
Class_2
Variation 5
Variation 5
138
DP Mtr_1.TF_OBJ.SELECTED
Class_2
Variation 5
Variation 5
139
DP Mtr_1.UVOL_RATE
Class_2
Variation 6
Variation 6
140
DP Mtr_1.SVOL_RATE
Class_2
Variation 6
Variation 6
141
DP Mtr_1.MASS_RATE
Class_2
Variation 6
Variation 6
142
DP Mtr_1.ENERGY_RATE
Class_2
Variation 6
Variation 6
143
DP Mtr_1.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
144
DP Mtr_1.DP_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
145
DP Mtr_1.PF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
146
DP Mtr_1.TF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 21
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
147
DP Mtr_2.DP_OBJ.SELECTED
Class_2
Variation 5
Variation 5
148
DP Mtr_2.PF_OBJ.SELECTED
Class_2
Variation 5
Variation 5
149
DP Mtr_2.TF_OBJ.SELECTED
Class_2
Variation 5
Variation 5
150
DP Mtr_2.UVOL_RATE
Class_2
Variation 6
Variation 6
151
DP Mtr_2.SVOL_RATE
Class_2
Variation 6
Variation 6
152
DP Mtr_2.MASS_RATE
Class_2
Variation 6
Variation 6
153
DP Mtr_2.ENERGY_RATE
Class_2
Variation 6
Variation 6
154
DP Mtr_2.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
155
DP Mtr_2.DP_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
156
DP Mtr_2.PF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
157
DP Mtr_2.TF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
158
Linear Mtr_1.IQ_RATE
Class_2
Variation 6
Variation 6
159
Linear Mtr_1.PF_INUSE
Class_2
Variation 6
Variation 6
160
Linear Mtr_1.TF_INUSE
Class_2
Variation 6
Variation 6
161
Linear Mtr_1.UVOL_RATE
Class_2
Variation 6
Variation 6
162
Linear Mtr_1.SVOL_RATE
Class_2
Variation 6
Variation 6
163
Linear Mtr_1.MASS_RATE
Class_2
Variation 6
Variation 6
164
Linear Mtr_1.ENERGY_RATE
Class_2
Variation 6
Variation 6
165
Linear Mtr_1.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
166
Linear Mtr_1.PF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
167
Linear Mtr_1.TF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
168
Linear Mtr_2.IQ_RATE
Class_2
Variation 6
Variation 6
169
Linear Mtr_2.PF_INUSE
Class_2
Variation 6
Variation 6
170
Linear Mtr_2.TF_INUSE
Class_2
Variation 6
Variation 6
171
Linear Mtr_2.UVOL_RATE
Class_2
Variation 6
Variation 6
172
Linear Mtr_2.SVOL_RATE
Class_2
Variation 6
Variation 6
173
Linear Mtr_2.MASS_RATE
Class_2
Variation 6
Variation 6
174
Linear Mtr_2.ENERGY_RATE
Class_2
Variation 6
Variation 6
175
Linear Mtr_2.FLW_ALM_OBJ.PROCESS_ALM
Class_1
Variation 2
Variation 2
176
Linear Mtr_2.PF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
177
Linear Mtr_2.TF_OBJ.INPUT_STATUS
Class_1
Variation 2
Variation 2
178
PID_1.P_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
179
PID_1.O_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
180
PID_2.P_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
181
PID_2.O_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
22 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Group 30
Default
Variation
Group 32
Default
Variation
182
PID_3.P_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
183
PID_3.O_PROCESS_VARIABLE
Class_2
Variation 5
Variation 5
4.4 Analog Output: DNP3 Object Groups 40 (Status) & 41
(Commands)
4.4.1 DNP3 Object Group 40: Analog Output Status
This group can be read with the following variations:
▪ Variation 1:32-bit with flag
▪ Variation 2: 16-bit with flag
▪ Variation 3: single-precision floating point with flag
▪ Variation 4: double-precision floating point with flag
4.4.2 DNP3 Object Group 41: Analog Output Commands
This group can be read with the following variations:
▪ Variation 1: Write 32-bit value
▪ Variation 2: Write 16-bit value
▪ Variation 3: Write single-precision floating point value
▪ Variation 4: Write double-precision floating point value
Note
The Supported Control Operations column of this table classifies the analog output points
which can be written to (Sel_Op = “Select/Operate”) and those which cannot be operated
upon (NA = “Not Applicable.”).
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 23
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
0
System_1.PROD_TYPE
Class_3
NA
Variation 2
Variation 2
1
System_1.MPU_LOAD
Class_3
NA
Variation 3
Variation 3
2
System_1.MAX_PID
Class_3
NA
Variation 1
Variation 1
3
System_1.MAX_STN
Class_3
NA
Variation 1
Variation 1
4
System_1.MAX_STRM
Class_3
NA
Variation 1
Variation 1
5
Mtr Setup_1.MAX_MTRS
Class_3
NA
Variation 1
Variation 1
6
System Pwr_1.BATT_VAL
Class_3
NA
Variation 3
Variation 3
7
System Pwr_1.EXT_VOLT_VAL
Class_3
NA
Variation 3
Variation 3
8
Mtr Setup_1.NUM_DPMTRS
None
Sel_Op
Variation 2
Variation 2
9
Mtr Setup_1.NUM_LINMTRS
None
Sel_Op
Variation 2
Variation 2
10
System Pwr_1.BATT_TYPE
None
Sel_Op
Variation 2
Variation 2
11
Log_1.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
12
Log_2.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
13
Log_3.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
14
Log_4.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
15
Log_5.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
16
Log_6.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
17
Log_7.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
18
Log_8.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
19
Log_9.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
20
Log_10.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
21
Log_11.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
22
Log_12.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
23
Log_13.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
24
Log_14.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
25
Log_15.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
26
Log_16.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
27
Log_17.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
28
Log_18.LOG_TYPE
None
Sel_Op
Variation 2
Variation 2
29
AI_1-1.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
30
AI_1-2.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
31
AI_1-3.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
32
AI_1-4.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
33
AI_1-5.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
34
AI_1-6.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
24 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
35
AI_1-7.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
36
AI_1-8.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
37
AI_1-1.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
38
AI_1-2.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
39
AI_1-3.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
40
AI_1-4.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
41
AI_1-5.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
42
AI_1-6.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
43
AI_1-7.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
44
AI_1-8.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
45
AI_1-1.LOW_EU
None
Sel_Op
Variation 3
Variation 3
46
AI_1-2.LOW_EU
None
Sel_Op
Variation 3
Variation 3
47
AI_1-3.LOW_EU
None
Sel_Op
Variation 3
Variation 3
48
AI_1-4.LOW_EU
None
Sel_Op
Variation 3
Variation 3
49
AI_1-5.LOW_EU
None
Sel_Op
Variation 3
Variation 3
50
AI_1-6.LOW_EU
None
Sel_Op
Variation 3
Variation 3
51
AI_1-7.LOW_EU
None
Sel_Op
Variation 3
Variation 3
52
AI_1-8.LOW_EU
None
Sel_Op
Variation 3
Variation 3
53
AI_1-1.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
54
AI_1-2.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
55
AI_1-3.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
56
AI_1-4.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
57
AI_1-5.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
58
AI_1-6.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
59
AI_1-7.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
60
AI_1-8.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
61
AO_1-1.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
62
AO_1-2.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
63
AO_1-3.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
64
AO_1-4.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
65
AO_1-5.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
66
AO_1-6.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
67
AO_1-7.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
68
AO_1-8.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
69
AO_1-1.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 25
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
70
AO_1-2.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
71
AO_1-3.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
72
AO_1-4.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
73
AO_1-5.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
74
AO_1-6.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
75
AO_1-7.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
76
AO_1-8.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
77
AO_1-1.LOW_EU
None
Sel_Op
Variation 3
Variation 3
78
AO_1-2.LOW_EU
None
Sel_Op
Variation 3
Variation 3
79
AO_1-3.LOW_EU
None
Sel_Op
Variation 3
Variation 3
80
AO_1-4.LOW_EU
None
Sel_Op
Variation 3
Variation 3
81
AO_1-5.LOW_EU
None
Sel_Op
Variation 3
Variation 3
82
AO_1-6.LOW_EU
None
Sel_Op
Variation 3
Variation 3
83
AO_1-7.LOW_EU
None
Sel_Op
Variation 3
Variation 3
84
AO_1-8.LOW_EU
None
Sel_Op
Variation 3
Variation 3
85
AO_1-1.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
86
AO_1-2.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
87
AO_1-3.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
88
AO_1-4.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
89
AO_1-5.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
90
AO_1-6.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
91
AO_1-7.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
92
AO_1-8.HIGH_EU
None
Sel_Op
Variation 3
Variation 3
93
DI_1-1.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
94
DI_1-2.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
95
DI_1-3.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
96
DI_1-4.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
97
DI_1-5.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
98
DI_1-6.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
99
DI_1-7.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
100
DI_1-8.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
101
DI_1-9.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
102
DI_1-10.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
103
DI_1-1.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
104
DI_1-2.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
26 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
105
DI_1-3.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
106
DI_1-4.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
107
DI_1-5.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
108
DI_1-6.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
109
DI_1-7.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
110
DI_1-8.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
111
DI_1-9.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
112
DI_1-10.DI_TYPE
None
Sel_Op
Variation 2
Variation 2
113
DO_1-1.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
114
DO_1-2.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
115
DO_1-3.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
116
DO_1-4.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
117
DO_1-5.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
118
DO_1-6.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
119
DO_1-7.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
120
DO_1-8.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
121
DO_1-9.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
122
DO_1-10.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
123
DO_1-1.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
124
DO_1-2.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
125
DO_1-3.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
126
DO_1-4.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
127
DO_1-5.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
128
DO_1-6.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
129
DO_1-7.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
130
DO_1-8.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
131
DO_1-9.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
132
DO_1-10.DO_TYPE
None
Sel_Op
Variation 2
Variation 2
133
PI_1-1.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
134
PI_1-2.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
135
PI_1-3.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
136
PI_1-4.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
137
PI_1-5.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
138
PI_1-6.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
139
PI_1-7.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 27
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
140
PI_1-8.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
141
PI_1-9.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
142
PI_1-10.ACTUAL_MODE
Class_3
NA
Variation 2
Variation 2
143
PI_1-1.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
144
PI_1-2.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
145
PI_1-3.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
146
PI_1-4.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
147
PI_1-5.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
148
PI_1-6.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
149
PI_1-7.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
150
PI_1-8.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
151
PI_1-9.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
152
PI_1-10.TODAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
153
PI_1-1.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
154
PI_1-2.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
155
PI_1-3.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
156
PI_1-4.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
157
PI_1-5.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
158
PI_1-6.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
159
PI_1-7.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
160
PI_1-8.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
161
PI_1-9.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
162
PI_1-10.YESTERDAYS_TOTAL
Class_3
NA
Variation 4
Variation 4
163
PI_1-1.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
164
PI_1-2.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
165
PI_1-3.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
166
PI_1-4.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
167
PI_1-5.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
168
PI_1-6.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
169
PI_1-7.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
170
PI_1-8.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
171
PI_1-9.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
172
PI_1-10.FREQ_ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
173
PI_1-1.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
174
PI_1-2.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
28 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
175
PI_1-3.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
176
PI_1-4.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
177
PI_1-5.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
178
PI_1-6.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
179
PI_1-7.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
180
PI_1-8.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
181
PI_1-9.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
182
PI_1-10.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
183
Sensor_1-1.XMTR_STATUS
Class_3
NA
Variation 2
Variation 2
184
Sensor_1-2.XMTR_STATUS
Class_3
NA
Variation 2
Variation 2
185
Sensor_1-3.XMTR_STATUS
Class_3
NA
Variation 2
Variation 2
186
Station_1.ATMPR_SEL
Class_3
NA
Variation 4
Variation 4
187
Station_1.GRAV_SEL
Class_3
NA
Variation 4
Variation 4
188
Station_1.PB_SEL
None
NA
Variation 4
Variation 4
189
Station_1.TB_SEL
None
NA
Variation 4
Variation 4
190
Station_1.LATITUDE
None
Sel_Op
Variation 4
Variation 4
191
Station_1.ELEVATION
None
Sel_Op
Variation 4
Variation 4
192
Station_1.ZF_METHOD
None
Sel_Op
Variation 2
Variation 2
193
Station_1.HV_METHOD
None
Sel_Op
Variation 2
Variation 2
194
Station_1.UVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
195
Station_1.UVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
196
Station_1.UVOL_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
197
Station_1.UVOL_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
198
Station_1.UVOL_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
199
Station_1.SVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
200
Station_1.SVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
201
Station_1.SVOL_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
202
Station_1.SVOL_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
203
Station_1.SVOL_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
204
Station_1.MASS_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
205
Station_1.MASS_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
206
Station_1.MASS_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
207
Station_1.MASS_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
208
Station_1.MASS_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
209
Station_1.ENERGY_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 29
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
210
Station_1.ENERGY_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
211
Station_1.ENERGY_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
212
Station_1.ENERGY_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
213
Station_1.ENERGY_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
214
Station_2.ATMPR_SEL
Class_3
NA
Variation 4
Variation 4
215
Station_2.GRAV_SEL
Class_3
NA
Variation 4
Variation 4
216
Station_2.PB_SEL
None
NA
Variation 4
Variation 4
217
Station_2.TB_SEL
None
NA
Variation 4
Variation 4
218
Station_2.LATITUDE
None
Sel_Op
Variation 4
Variation 4
219
Station_2.ELEVATION
None
Sel_Op
Variation 4
Variation 4
220
Station_2.ZF_METHOD
None
Sel_Op
Variation 2
Variation 2
221
Station_2.HV_METHOD
None
Sel_Op
Variation 2
Variation 2
222
Station_2.UVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
223
Station_2.UVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
224
Station_2.UVOL_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
225
Station_2.UVOL_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
226
Station_2.UVOL_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
227
Station_2.SVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
228
Station_2.SVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
229
Station_2.SVOL_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
230
Station_2.SVOL_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
231
Station_2.SVOL_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
232
Station_2.MASS_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
233
Station_2.MASS_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
234
Station_2.MASS_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
235
Station_2.MASS_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
236
Station_2.MASS_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
237
Station_2.ENERGY_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
238
Station_2.ENERGY_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
239
Station_2.ENERGY_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
240
Station_2.ENERGY_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
241
Station_2.ENERGY_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
242
DP Mtr_1.MTR_TYPE
None
Sel_Op
Variation 2
Variation 2
243
DP Mtr_1.AGA3_METHOD
None
Sel_Op
Variation 2
Variation 2
244
DP Mtr_1.ISO5167_METHOD
None
Sel_Op
Variation 2
Variation 2
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
30 DNP3 Data Point List
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
245
DP Mtr_1.RMT_ORIF_METHOD
None
Sel_Op
Variation 2
Variation 2
246
DP Mtr_1.CONE_METHOD
None
Sel_Op
Variation 2
Variation 2
247
DP Mtr_1.ABAR_METHOD
None
Sel_Op
Variation 2
Variation 2
248
DP Mtr_1.MTR_DIAM
None
Sel_Op
Variation 4
Variation 4
249
DP Mtr_1.PIPE_DIAM
None
Sel_Op
Variation 4
Variation 4
250
DP Mtr_1.NO_FLOW_LIM
None
Sel_Op
Variation 4
Variation 4
251
DP Mtr_1.PIPE_MAT_OPT
None
Sel_Op
Variation 2
Variation 2
252
DP Mtr_1.MTR_MAT_OPT
None
Sel_Op
Variation 2
Variation 2
253
DP Mtr_1.PIPE_DIAM_REF
None
Sel_Op
Variation 4
Variation 4
254
DP Mtr_1.MTR_DIAM_REF
None
Sel_Op
Variation 4
Variation 4
255
DP Mtr_1.FCALC_ALM
Class_3
NA
Variation 1
Variation 1
256
DP Mtr_1.MTR_DIAM_SEL
Class_3
NA
Variation 4
Variation 4
257
DP Mtr_1.PIPE_DIAM_SEL
Class_3
NA
Variation 4
Variation 4
258
DP Mtr_1.BETA_SEL
Class_3
NA
Variation 4
Variation 4
259
DP Mtr_1.PLOSS_SEL
Class_3
NA
Variation 4
Variation 4
260
DP Mtr_1.RE_SEL
Class_3
NA
Variation 4
Variation 4
261
DP Mtr_1.CD_SEL
Class_3
NA
Variation 4
Variation 4
262
DP Mtr_1.FS_SEL
Class_3
NA
Variation 4
Variation 4
263
DP Mtr_1.Y1_SEL
Class_3
NA
Variation 4
Variation 4
264
DP Mtr_1.EV_SEL
Class_3
NA
Variation 4
Variation 4
265
DP Mtr_1.IV_SEL
Class_3
NA
Variation 4
Variation 4
266
DP Mtr_1.IMV_SEL
Class_3
NA
Variation 4
Variation 4
267
RESERVED
268
DP Mtr_1.USER_CORR_FACTOR
Class_3
NA
Variation 4
Variation 4
269
DP Mtr_1.STATION_OBJ.PB_SEL
None
NA
Variation 4
Variation 4
270
DP Mtr_1.STATION_OBJ.TB_SEL
None
NA
Variation 2
Variation 2
271
DP Mtr_1.STATION_OBJ.LATITUDE
None
Sel_Op
Variation 4
Variation 4
272
DP Mtr_1.STATION_OBJ.ELEVATION
None
Sel_Op
Variation 4
Variation 4
273
DP Mtr_1.STATION_OBJ.ATMPR_SEL
Class_3
NA
Variation 4
Variation 4
274
DP Mtr_1.STATION_OBJ.GRAV_SEL
Class_3
NA
Variation 4
Variation 4
275
DP Mtr_1.STATION_OBJ.HIST_
GRP_OBJ.CONTRACT_HR
None
Sel_Op
Variation 2
Variation 2
276
DP Mtr_1.FLUID_PROP_OBJ.N2_INUSE
Class_3
NA
Variation 4
Variation 4
277
DP Mtr_1.FLUID_PROP_OBJ.CO2_INUSE
Class_3
NA
Variation 4
Variation 4
278
DP Mtr_1.FLUID_PROP_OBJ.C1_INUSE
Class_3
NA
Variation 4
Variation 4
279
DP Mtr_1.FLUID_PROP_OBJ.C2_INUSE
Class_3
NA
Variation 4
Variation 4
DNP3 Protocol Specifications Manual (FB1000/FB2000)
D301806X012
June 2022
DNP3 Data Point List 31
Point
Index
Tag Mapped
Default
Class
Supported
Control
Operations
Group 40
Default
Variation
Group 41
Default
Variation
280
DP Mtr_1.FLUID_PROP_OBJ.C3_INUSE
Class_3
NA
Variation 4
Variation 4
281
DP Mtr_1.FLUID_PROP_OBJ.NC4_INUSE
Class_3
NA
Variation 4
Variation 4
282
DP Mtr_1.FLUID_PROP_OBJ.IC4_INUSE
Class_3
NA
Variation 4
Variation 4
283
DP Mtr_1.FLUID_PROP_OBJ.NC5_INUSE
Class_3
NA
Variation 4
Variation 4
284
DP Mtr_1.FLUID_PROP_OBJ.IC5_INUSE
Class_3
NA
Variation 4
Variation 4
285
DP Mtr_1.FLUID_PROP_OBJ.C6_INUSE
Class_3
NA
Variation 4
Variation 4
286
DP Mtr_1.FLUID_PROP_OBJ.C7_INUSE
Class_3
NA
Variation 4
Variation 4
287
DP Mtr_1.FLUID_PROP_OBJ.C8_INUSE
Class_3
NA
Variation 4
Variation 4
288
DP Mtr_1.FLUID_PROP_OBJ.C9_INUSE
Class_3
NA
Variation 4
Variation 4
289
DP Mtr_1.FLUID_PROP_OBJ.C10_INUSE
Class_3
NA
Variation 4
Variation 4
290
DP Mtr_1.FLUID_PROP_OBJ.H2S_INUSE
Class_3
NA
Variation 4
Variation 4
291
DP Mtr_1.FLUID_PROP_OBJ.H2O_INUSE
Class_3
NA
Variation 4
Variation 4
292
DP Mtr_1.FLUID_PROP_OBJ.HE_INUSE
Class_3
NA
Variation 4
Variation 4
293
DP Mtr_1.FLUID_PROP_OBJ.O2_INUSE
Class_3
NA
Variation 4
Variation 4
294
DP Mtr_1.FLUID_PROP_OBJ.H2_INUSE
Class_3
NA
Variation 4
Variation 4
295
DP Mtr_1.FLUID_PROP_OBJ.CO_INUSE
Class_3
NA
Variation 4
Variation 4
296
DP Mtr_1.FLUID_PROP_OBJ.AR_INUSE
Class_3
NA
Variation 4
Variation 4
297
DP Mtr_1.FLUID_PROP_OBJ.H2O_
CONTENT_SEL
Class_3
NA
Variation 4
Variation 4
298
DP Mtr_1.FLUID_PROP_OBJ.HV_REAL_SEL
Class_3
NA
Variation 4
Variation 4
299
DP Mtr_1.FLUID_PROP_OBJ.RD_REAL_SEL
Class_3
NA
Variation 4
Variation 4
300
DP Mtr_1.FLUID_PROP_OBJ.ZB_SEL
Class_3
NA
Variation 4
Variation 4
301
DP Mtr_1.FLUID_PROP_OBJ.ZS_SEL
Class_3
NA
Variation 4
Variation 4
302
DP Mtr_1.FLUID_PROP_OBJ.ZF_SEL
Class_3
NA
Variation 4
Variation 4
303
DP Mtr_1.FLUID_PROP_OBJ.DENSB_SEL
Class_3
NA
Variation 4
Variation 4
304
DP Mtr_1.FLUID_PROP_OBJ.DENSF_SEL
Class_3
NA
Variation 4
Variation 4
305
DP Mtr_1.DP_OBJ.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
306
DP Mtr_1.PF_OBJ.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
307
DP Mtr_1.TF_OBJ.ALM_OBJ.PROCESS_ALM
Class_3
NA
Variation 2
Variation 2
308
DP Mtr_1.UVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
309
DP Mtr_1.UVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
310
DP Mtr_1.UVOL_TOT_OBJ.PREV_PER
Class_3
NA
Variation 4
Variation 4
311
DP Mtr_1.UVOL_TOT_OBJ.CUR_DAY
Class_3
NA
Variation 4
Variation 4
312
DP Mtr_1.UVOL_TOT_OBJ.PREV_DAY
Class_3
NA
Variation 4
Variation 4
313
DP Mtr_1.SVOL_TOT_OBJ.CURRENT
Class_3
NA
Variation 4
Variation 4
314
DP Mtr_1.SVOL_TOT_OBJ.CUR_PER
Class_3
NA
Variation 4
Variation 4
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