e560 Harris Host
Transcript of e560 Harris Host
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RTU560Remote Terminal Unit
Host Communication Interfacewith Harris-5000/5500/6000
Contents: This manual describes the RTU560 Host CommunicationInterface with Harris-5000/5500/6000 protocol
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ABB AG 1KGT 150 643 V000 1 III
Revision
Document identity: 1KGT 150 643 V000 1
Revision: 0 Date: 09/2008Base version
We reserve all rights in this document and in the information contained therein.Reproduction, use or disclosure to third parties without express authority is strictlyforbidden.
Copyright 2009 Oleg Mamilovic.
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ABB AG 1KGT 150 643 V000 1 V
Contents
HOST COMMUNICATION INTERFACE WITH HARRIS-5000/5500/6000.. I
REVISION .................................................................................................. III
CONTENTS.................................................................................................V
ABBREVIATIONS.....................................................................................VII
INTRODUCTION........................................................................................IX
1 PHYSICAL LAYER............................................................................1-1
1.1 General .......................................................................................................... 1-1
2 LINK LAYER .....................................................................................2-2
2.1 General .......................................................................................................... 2-2
2.2 Transmission ................................................................................................. 2-2
3 APPLICATION LAYER .....................................................................3-1
3.1 General .......................................................................................................... 3-1
3.2 Information types ........................................................................................... 3-3
3.3 Addressing..................................................................................................... 3-3
4 DATA TYPES MONITORING DIRECTION ....................................... 4-1
4.1 SPI Single Point Information....................................................................... 4-1
4.2 DPI Double Point Information ..................................................................... 4-2
4.3 STI Step Position Information..................................................................... 4-3
4.4 BSI Bit String Information ........................................................................... 4-4
4.5 ITI Integrated Totals Information ................................................................ 4-54.6 DMI Digital Measured Information .............................................................. 4-6
4.7 AMI Analog Measured Information ............................................................. 4-7
4.8 SEV System Event ..................................................................................... 4-8
5 DATA TYPES CONTROLLING DIRECTION ....................................5-1
5.1 SCO Single Command Output.................................................................... 5-1
5.2 DCO Double Command Output.................................................................. 5-2
5.3 RCO Regulation Command Output............................................................ 5-3
5.4 ASO Analog Setpoint Output ...................................................................... 5-4
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Contents RTU560 Host Communication Interface Harris-5000/5500/6000
ABB AG 1KGT 150 643 V000 1 VI
5.5 DSO Digital Setpoint Output ....................................................................... 5-5
5.6 BSO Bit String Output................................................................................. 5-6
5.7 Power Fail Reset ........................................................................................... 5-7
5.8 Accumulator freeze........................................................................................ 5-8
6 TIME SYNCHRONIZATION ..............................................................6-1
7 INTEROPERABILITY LIST ...............................................................7-1
7.1 System or device ........................................................................................... 7-1
7.2 Physical layer................................................................................................. 7-1
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ABB AG 1KGT 150 643 V000 1 VII
Abbreviations
ACC
AMI
ASO
BSI
BSO
C&I
COS
CRC
DCO
DMI
DPI
DSO
HCI
IEC
ITI
OSI
RCO
R/L
RTU
SBO
SCO
SEV
Accumulator
Analog Measured Information
Analog Setpoint command Output
Bit String Information
Bit String Output
Control And Indication
Change Of Input Status
Cyclic Redundancy Check
Double Command Output
Digital Measured Information
Double Point Information
Digital Setpoint Output
Host Communication Interface
International Electrotechnical Commission
Integrated Totals Input
Open System Interconnection
Regulation Command Output
Raise / Lower
Remote Terminal Unit
Select Before Operate
Single Command Output
System Event
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Abbreviations RTU560 Host Communication Interface Harris-5000/5500/6000
ABB AG 1KGT 150 643 V000 1 VIII
SOE
SPI
STI
Sequence Of Events
Single Point Information
Step Position Input
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ABB AG 1KGT 150 643 V000 1 IX
Introduction
Preface
This document describes the functions of the host interface in RTU560 according toHarris5000/5500/6000 communication protocols.
References
[1] Harris corporationGeneral specification for series 6000 remote terminal unitCode ident no. 34369 : 985-1390
[2] Harris corporation5000/5500/6000 functional interface requirements specificationCode ident no. 34369 : 985-1181
Conventions
In this document function codes of data types according to Harris 5000/5500/6000 are
marked with angel brackets:
Italic fonts with the heading Parameter are references to configuration parameter inRTUtil560. The parameter is followed by definitions in round brackets where to find thisparameter in RTUtil560.
Example:
Parameter: Link address(RTU560 Line parameter)
In this document references to elements of the standard will be printed bold and inbrackets:[2, 7.4]
The tables in the next chapters include lists of the functions, options and message typessupported according to the protocol structure given in Harris 5000/5500/6000 (EPA threelayer model) for
the physical layer the link layer the application layer
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Introduction RTU560 Host Communication Interface Harris-5000/5500/6000
ABB AG 1KGT 150 643 V000 1 X
This layered model does not exactly apply to protocol Harris5000/5500/6000, but is
adapted because of the structure of the host communication interface of RTU560.
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ABB AG 1KGT 150 643 V000 1 1-1
1 Physical Layer
1.1 General
The possibility to use different transmission speeds in control and in monitor direction isnot supported by RTU560.
Possible communication interfaces are according to Table 1-1.
Interface
Device
CP 1 CP 2 CP A CP B
560SLI02
560CMU04
RS232C,
RS422
RS232C,
RS422
RS232C
RS485
RS232C
RS485
560CMU02RS232C RS232C RS485 -----------------
560ETH03 --------------------- ---------------------RS232C
RS485
RS232C
RS485
560CMU80 RS232C RS232C RS485 -----------------
560CMU05RS485
RS232C
RS485
RS232C
RS485
RS232C
RS485
RS232C
Table 1-1: Communication interfaces - Harris 5000/5500/6000
Parameter Range Default
Interface type See Table 1-1
Baud rate50, 75, 100, 110, 200, 300, 600, 1200, 1500, 2400,4800, 9600, 19200, 38400
9600
Modem control According to interface type Direct linkCarrier pre time Enable / Disable Disabled
Table 1-2: Communication parameter Harris 5000/5500/6000
Parameter Range Default
Host number Position of single point information in the systemevent block. 1... 16
1
Table 1-3: Interface Parameter Harris 5000/5500/6000
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ABB AG 1KGT 150 643 V000 1 2-2
2 Link Layer
2.1 General
Communication primitives like framing of messages, parity checks or retransmissions arehandled by the Harris-5000/5500/6000 protocol. These tasks are executed in the link layerthat connects RTUs and control systems or other RTUs. The selectable parameters haveto be calculated regarding the real communication technology.
Option / Parameter Range of Values / Explanations Default
Protocol type 5000, 5500 or 6000 5000Host offline timeout(in sec.)
1..65535 300
Gap supervision timein t0 steps
-1..255 / -1 = no gap check 0
Table 2-1: Table of Harris 5000/5500/6000 Link layer line parameters
2.2 Transmission
RTU mode: asynchronous
1 start-bit, 6 data bits, 1 RTU address character identification bit, 1 parity bit and 1 stop bit.
The basic message element in the Harris-5000/5500/6000 RTU protocol consists ofcharacter 10 bits length. Each character is composed of start bit, six data bits, a RTUaddress character identification bit, a parity bit and a stop bit.
Characters are transmitted serially, from start bit through stop bit at baud rates determinedby the customer.
The controlling station is primary station; controlled station (RTU) is secondary station.
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3 Application Layer
3.1 General
Overview on type identifications for data elements of the application. defined in [1].
The column RTU560 Type shows the type of data with must be configured in RTUtil560.
Function Description Function Code RTU560 Types
ADC and AccumulatorData Dump
Returns data values for arequested number of points onany A/D or accumulator datapoints, and check for any statuschanges
0
Status Change CheckRTU can store up to 31 statuschanges for the C&I
3
Status Change DumpReturns the changes of statusreported by the Change Checkor Data Dump command
4
Status DumpReturns the current status of allpoints on requested statusports
5
Port Online Status ScanReturns port-online statuscharacter for each port
12
SOE Change DumpReturns SOE changespreviously indicated by the C&Iport status word
18
Table 3-1: Table of Harris 5000/5500/6000 RTU data request functions
Function Description FunctionCode
RTU560 Types
Trip/Close Control PointArm
Arm requested control point onthe Requested C&I Port forcontrol operation
6
Trip/Close Control PointOperate
Execute previously armedcontrol point
7
AGC Raise/LowerFrom one to six points will becontrolled
8RCO
Set Point Control Arm Arm up to 12 bits to operate 9 ASO, DSO,BSO01/02/08/16
Set Point Control OperateSent previously armed bits
10ASO, DSO,BSO01/02/08/16
Table 3-2: Table of Harris 5000/5500/6000 - RTU data control functions
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Application Layer RTU560 Host Communication Interface Harris-5000/5500/6000
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Function Description FunctionCode
Power FailReset
Reset PF bit in all Port Status responses11
BroadcastAccumulatorFreeze
Freeze the current accumulator values atmultiple RTUs at the same time 15
TimeSynchronization(SOE)
Clock synchronization command17
Time SyncAdjustment
Adjust RTUs clock by the received offset19
TimeSynchronization(Non SOE)
Clock synchronization command withoutTime Sync Adjustment command 23
Set FreezeInterval
Establish or change the number of minutesbetween accumulator freeze times
24
Table 3-3: Table of Harris 5000/5500/6000 RTU control functions
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RTU560 Host Communication Interface Harris-5000/5500/6000 Application Layer
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3.2 Information types
The firmware supports the following Harris-5000/5500/6000 information types:
Monitoring direction:- Single indication [1 bit]- Measured value [12 bit]- Counter value [12 bit]- Counter value [24 bit]- Counter value [32 bit]- Parallel data [16 bit]
Control direction:- Double command- Regulating step command- Setpoint [12 bit]
3.3 Addressing
The sizes of the addressing fields can be configured as shown in the following table:
Option / Parameter Range of Values / Default value
RTU Address 1 .. 63 / 1, (0 is global address)
PortHarris-5000: 0 .. 7 / 0Harris-6000: 0 .. 15 / 0
PointHarris-5000: 0 .. 32 / 0Harris-6000: 0 .. 63 / 0
Table 0-4: Table of Harris 5000/5500/6000 Address elements
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4 Data Types Monitoring Direction
4.1 SPI Single Point Information
Binary system process information indicated by one bit
Supported DataTypes
Status Change Check Status Change Dump Status Dump SOE Change Dump
AdditionalThe RTU will store SOE data only if it has been time synchronizedParameter: Use COS or SOE queue (1=COS, 2=COS and SOE, 3=SOE)
Conversion of value
RTU560 internal communication Protocol specific
Off 0On 1
Conversion of quality descriptors
RTU560 internal communication Protocol specific
BL Blocked -SB Substituted -NT Not Topical -IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation -
Spontaneous -Requested -Cause
Interrogated -
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Data Types Monitoring Direction RTU560 Host Communication Interface Harris-5000/5500/6000
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4.2 DPI Double Point Information
Binary process information indicated by two bits.
SupportedData Types
Status Change Check
Status Change Dump Status Dump SOE Change Dump
Additional
The value is transmitted with 2 sequenced points from the same portThe RTU will store SOE data only if it has been time synchronizedDPI Point must be on even addressParameter: Use COS or SOE queue (1=COS, 2=COS and SOE, 3=SOE)
Conversion of value
RTU560 internal communication Protocol specific
First bit / pointnumber n
Second bit / pointnumber n+1
Intermediate 0 0Off 1 0
On 0 1Indeterminate 1 1
Conversion of quality descriptors
RTU560 internal communication Protocol specific
BL Blocked -SB Substituted -NT Not Topical -IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation -
Spontaneous -
Requested -Cause
Interrogated -
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4.3 STI Step Position Information
Binary process information indicated by 8 bits.
SupportedData Types
Data Dump
AdditionalWithin 16 bit field15
thbit is used as sign
Conversion of value
RTU560 internal communication Protocol specific
Range min. -63 1000 0000 0011 11112... ... 0000 0000 0000 00002
Range max. +63 0000 0000 0011 11112
Conversion of quality descriptors
RTU560 internal communication Protocol specific
OV Overflow -BL Blocked -SB Substituted -NT Not Topical -
IV Invalid Message Fail bit is setT Transient Bit -
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation -
Spontaneous -Requested -Cause
Interrogated -
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Data Types Monitoring Direction RTU560 Host Communication Interface Harris-5000/5500/6000
ABB AG 1KGT 150 643 V000 1 4-4
4.4 BSI Bit String Information
Binary process information indicated by 8, 16 or 32 bit.
Supported
Data TypesData Dump
Additional Used as parallel data within 16 bit field
Conversion of value
RTU560 internal communication Protocol specific
Range min. 0 0... ...
BSI8: Bit mask of 8 bit;range ... 255
255
BSI16: Bit mask of 16 bit;
range ... 6553565535
Range max. BSI32: Bit mask of 32 bit;range:
0 6553565536... 4 294 967 295
...65535Not supported, 2
17- 1 returned
Conversion of quality descriptors
RTU560 internal communication Protocol specific
OV Overflow -BL Blocked -SB Substituted -
NT Not Topical -IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation -
Spontaneous -
Requested -Cause
Interrogated -
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4.5 ITI Integrated Totals Information
Binary process information indicated by 12, 24 or 32 bit as a countered value.
Supported
Data Types
Status Change Dump
Status Dump
AdditionalThe first reported Accumulator value is substituted with a timestamp instead ofthe frozen valueParameter: Can be configured as 12, 24 or 32 bit counter
Conversion of value for 12 bit Accumulator
RTU560 internal communication Protocol specific
Range min. 0 0... ...
4095 40954096 0 ( only first 12 bits are used )
Range max. 4294967295 4095
Conversion of value for 24 bit Accumulator
RTU560 internal communication Protocol specific
Range min. 0 0... ...
16777215 1677721516777216 0 ( only first 24 bits are used )
Range max. 4294967295 16777215
Conversion of value for 32 bit Accumulator
RTU560 internal communication Protocol specificRange min. 0 0... ...Range max. 4294967295 4294967295
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SEQ Sequence number -CY Carry -CA Adjusted -
IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation -
Spontaneous -Requested -Cause
Interrogated -
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Data Types Monitoring Direction RTU560 Host Communication Interface Harris-5000/5500/6000
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4.6 DMI Digital Measured Information
Binary process information indicated by 8 or 16 bit used as a measured value from digitalinputs in normalized format.
SupportedData Types
Data Dump
Additional None
Conversion of value
RTU560 internal communication Protocol specific
Range min. -100% 10000000000020% 0000000000002
Range max. +100% 0111111111112
Conversion of quality descriptors
RTU560 internal communication Protocol specific
OV Overflow -BL Blocked -
SB Substituted -NT Not Topical -
IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation - Irrelevant -
Spontaneous -Requested -Cause
Interrogated -
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4.7 AMI Analog Measured Information
Analog process information indicated by 8 or 16 bits used as a measured value fromanalog inputs in normalized or scaled format.
SupportedData Types
Data Dump
Additional None
Conversion of value
RTU560 internal communication Protocol specific
Range min. -100% 10000000000020% 0000000000002
Range max. +100% 0111111111112
Conversion of quality descriptors
RTU560 internal communication Protocol specific
OV Overflow -BL Blocked -
SB Substituted -NT Not Topical -
IV Invalid Message Fail bit is set
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ABB AG 1KGT 150 643 V000 1 4-8
4.8 SEV System Event
Binary system process information indicated by one bit:
Supported DataTypes
Status Change Check
Status Change Dump Status Dump SOE Change Data
AdditionalSystem events are handling as SPI data typesThe RTU will store SOE data only if it has been time synchronizedParameter: Use COS or SOE queue (1=COS, 2=COS and SOE, 3=SOE)
Conversion of value
RTU560 internal communication Protocol specific
Off 0On 1
Conversion of quality descriptors
RTU560 internal communication Protocol specific
BL Blocked -SB Substituted -NT Not Topical -IV Invalid Message Fail bit is set
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -
P/N Positive/negative confirmation -Spontaneous -
Requested -Cause
Interrogated -
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5 Data Types Controlling Direction
5.1 SCO Single Command Output
Binary process command (one bit)
SupportedData Types
Control Point Arm Control Point Operate
CommandAuthority
None
Additional -
Conversion of value
RTU560 internal communication Protocol specific
off Tripon Close
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / ExecuteSelect Control Point Arm Execute Control Point Operate
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation Correct Status Change
Activation < - -Activation Confirmation - > -
Deactivation < -Control Point Operate is not the nextcommunication on the channel
Deactivation Confirmation - > -Activation Termination - > -
Cause
Negative Confirmation - >Correct Status ChangeVerification must be done by Change Check or Data Dump commands
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Data Types Controlling Direction RTU560 Host Communication Interface Harris-5000/5500/6000
ABB AG 1KGT 150 643 V000 1 5-2
5.2 DCO Double Command Output
Binary process command
Supported
Data Types
Control Point Arm
Control Point Operate CommandAuthority
None
Additional -
Conversion of value
RTU560 internal communication Protocol specific
Off TripOn Close
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / ExecuteSelect Control Point Arm Execute Control Point Operate
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation Correct Status Change
Activation < - -
Activation Confirmation - > -Deactivation < -
Control Operate is not the nextcommunication on the channel
Deactivation Confirmation - > -
Activation Termination - > -
Cause
Negative Confirmation - >Correct Status ChangeVerification must be done by Change Check or Data Dump commands
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ABB AG 1KGT 150 643 V000 1 5-3
5.3 RCO Regulation Command Output
Regulation step command (two bits)
Supported
Data Types
Raise/Lower
CommandAuthority
None
Additional
If the Command Handoff Count value for associated point is 0 (No-Op) then itwill be ignoredIf a command is received for a port while a previous raise/lower command isactive the RTU will generate a master station response then ignore the newcommandThe response signifies only that the operate command was communicatedwithout errorsIt is NOT recommended to use more than one command at once otherwise itspossible that other commands will not be executed if they are send to thesame I/O module
Conversion of value
RTU560 internal communication Protocol specific
Off LowerOn Raise
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / Execute Only execute is supported
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -
P/N Positive/negative confirmationMust be verified with Data Dump command
Activation < - -
Activation Confirmation - > -Deactivation < - -
Deactivation Confirmation - > -Activation Termination - > -
Cause
Negative Confirmation - >Must be verified with Data Dump command
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5.4 ASO Analog Setpoint Output
Analog process command (16 bit signed number)
Supported
Data Types
Set Point Arm
Set Point OperateCommandAuthority
None
AdditionalThe response signifies only that the command was communicated withouterrors
Conversion of value
RTU560 internal communication Protocol specific
Range min. -100% 00% 2048
Range max. +100% 4095
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / ExecuteSelect Set Point Arm Execute Set Point Operate
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation Not used, always immediately responded
Activation -Activation Confirmation -Deactivation -
Deactivation Confirmation -
Cause
Negative Confirmation -
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5.5 DSO Digital Setpoint Output
Binary process command (8 or 16 bit signed number)
SupportedData Types
Set Point Arm Set Point Operate
CommandAuthority
None
AdditionalThe response signifies only that the command was communicated withouterrors
Conversion of value
RTU560 internal communication Protocol specific
Range min. -100% 0
0% 2048Range max. +100% 4095
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / ExecuteSelect Set Point Arm Execute Set Point Operate
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation Not used, always immediately responded
Activation -
Activation Confirmation -Deactivation -
Cause
Deactivation Confirmation -
Negative Confirmation -
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5.6 BSO Bit String Output
Binary process command (1, 2, 8, and 16 bit unsigned number)
SupportedData Types
Set Point Arm Set Point Operate
CommandAuthority
None
AdditionalFor BSO16 only first 12 bits are usedThe response signifies only that the command was communicated withouterrors
Conversion of value
RTU560 internal communication Protocol specific
Range min. 0 0... 4095 4095
value 4096 4095
Range max. 65535 4095
Only first 24 bits are used.
Conversion of quality descriptors
RTU560 internal communication Protocol specific
SE Select / ExecuteSelect Set Point Arm Execute Set Point Operate
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -P/N Positive/negative confirmation Not used, always immediately responded
Activation -
Activation Confirmation -Cause
Negative Confirmation -
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5.7 Power Fail Reset
Process command to reset PF bit in all responses to the master
SupportedData Types
Power Fail Reset
CommandAuthority
None
AdditionalIf the RTU has power fail restarted, the PF bit will remain set until a Power FailReset message is received by the RTU
Conversion of quality descriptors
RTU560 HCI internal Protocol specific
SE Select / Execute Only execute supported
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -
P/N Positive/negative confirmation -
Activation -Activation Confirmation -Cause
Negative Confirmation -
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5.8 Accumulator freeze
Command to Freeze the current accumulator values
Supported
Data Types
Broadcast Accumulator Freeze
Set Freeze interval CommandAuthority
None
Additional
Broadcast Accumulator Freeze does not generate a response
The Freeze Time Interval command is used to establish or change thenumber of minutes between accumulator freeze time (1, 2, 3, 4, 5, 6, 10, 12,15, 20, 30 or 60 minutes). Freeze time 0 will perform immediate freezeoperation without affecting current freeze cycle. Freeze time 63 is used to stopfreeze processing. If an interval of 0 or 63 is used and freeze processing is notyet active, the interval is not validThe message fail bit will remain set until the first accumulator freeze operationhas occurredThe first reported Accumulator has value substituted with a time of the last
freeze (minutes after midnight) or F0016if it was not been frozen yet
Conversion of quality descriptors
RTU560 HCI internal Protocol specific
SE Select / Execute Only execute supported
Conversion of cause of transmission
RTU560 internal communication Protocol specific
T Test -
P/N Positive/negative confirmationValidity code has value 61 if time interval isnot valid
Activation -
Activation Confirmation -Cause
Negative Confirmation -
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6 Time Synchronization
Parameter: Time administration (RTU560-Parameter)
SupportedData Types
Time Synchronization (SOE) Time Sync Adjustment (SOE) Time Synchronization (Non-SOE)
Value Complete time information in milliseconds past midnightCommandAuthority
None
Additional
Time Synchronization (SOE) has delay 100 ms between receiving the
last bit of the LRC character, and starting the first bit of its response. Thiscommand must be followed by the Time Sync Adjustment
Time Synchronization (Non-SOE) is standalone command and itsoperated without Time Sync Adjustment command
Conversion of cause of transmission
RTU560 host internal Protocol specific
T Test -P/N Positive/negative confirmation Time Sync Out-of-Range value returned
Spontaneous -
Activation -
Activation Confirmation -Cause Negative confirmation Time Sync Out-of-Range bit is set
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7 Interoperability List
The selected parameters are marked in the white boxes as follows:
7.1 System or device
System definition
Controlling station definition
Controlled station definition
7.2 Physical layer
(Network-specific parameter)
Transmission speed (baud)
Unbalanced interchangeCircuit V.24/V.28 Circuit V.24/V.28Standard Recommended if speed >1 200 bit/s
50 200 1500 19200
75 300 2400 38400
100 600 4800
110 1200 9600 (default)
Function is used as standardized (default)
Function is not used
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Interoperability List RTU560 Host Communication Interface Harris-5000/5500/6000
Selection of standard functions
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