Thytronic PRON NA60-CB0 User manual

Version
2.00
Page: 1 of 15 PRON NA60-CB0 IEC 870-5-103
PRON NA60-CB0
IEC 870-5-103 Communication Protocol User Guide
PRON NA60-CB0

PRON NA60-CB0
Version
2.00
Page: 2 of 15 PRON NA60-CB0 IEC 870-5-103
Contents
Contents ........................................................................................................................................................................2
1 IEC 870-5-103 Protocol ........................................................................................................................................3
8.1 Physical Layer..............................................................................................................................................3
8.1.1 Electrical Interface ...................................................................................................................................3
8.1.2 Optical Interface.......................................................................................................................................3
8.1.3 Transmission speed.................................................................................................................................3
8.2 Link Layer.....................................................................................................................................................3
8.3 Application Layer..........................................................................................................................................4
8.3.1 Transmission mode for application data..................................................................................................4
8.3.2 Common address of ASDU......................................................................................................................4
8.3.3 Selection of standard information numbers in monitor direction..............................................................4
8.3.4 Selection of standard information numbers in control direction...............................................................7
8.3.5 Basic application functions.......................................................................................................................7
8.3.6 Miscellaneous ..........................................................................................................................................8
2 IEC60870-5-103 INTERFACE..............................................................................................................................8
2.1 Physical connection and link layer...............................................................................................................8
2.2 Initialisation...................................................................................................................................................9
2.3 Time synchronisation ...................................................................................................................................9
2.4 Spontaneous events.....................................................................................................................................9
2.5 General interrogation....................................................................................................................................9
2.6 Cyclic measurements...................................................................................................................................9
2.7 Commands.................................................................................................................................................10
2.8 Disturbance records...................................................................................................................................10
2.9 Blocking of monitor direction......................................................................................................................10
2.10 Acronyms....................................................................................................................................................10
2.11 List of events produced by the relay ..........................................................................................................11
2.12 List of data contained in General Interrogation..........................................................................................13
2.13 Cyclic measurements.................................................................................................................................14
2.14 List of the supported commands................................................................................................................15

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Introduction
This Protocol Manual is for use with Thytronic Protective Relays, such as the DMC, NTG and PRO-N series that
support the IEC 870-5-103 communication protocol.
1 IEC 870-5-103 Protocol
The pages in this section have been extracted from the 60870-5-103 © IEC:1997, pages 159 to 171.
The section numbers below have been purposely retained from that document for reference.
8 INTEROPERABILITY
8.1 Physical Layer
8.1.1 Electrical Interface
 EIA RS-485
 Number of loads ……32…………. For one protection equipment
NOTE - EIA RS-485 standard defines unit loads so that 32 of them can be operated on one line. For detailed
information refer to clause 3 of EIA RS-485 standard.
8.1.2 Optical Interface
 Glass fibre
 Plastic fibre
 F-SMA type connector
 BFOC/2,5 type connector
8.1.3 Transmission speed
 1 200 bit/s  2 400 bit/s  4 800 bit/s
 9 600 bit/s  19 200 bit/s  38 400 bit/s  57 600 bit/s
8.2 Link Layer
There are no choices for the link layer.

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8.3 Application Layer
8.3.1 Transmission mode for application data
Mode 1 (least significant octet first), as defined in 4.10 of IEC 60870-5-4, is used exclusively in this companion
standard.
8.3.2 Common address of ASDU
 One C OMMON A DDRESS of ASDU (identical with station address)
 More than one C OMMON A DDRESS of ASDU
8.3.3 Selection of standard information numbers in monitor direction
8.3.3.1 System functions in monitor direction
INF Semantics
 <0> End of general interrogation
 <0> Time synchronization
 <2> Reset FCB
 <3> Reset CU
 <4> Start/restart
 <5> Power on
8.3.3.2 Status indications in monitor direction
INF Semantics
 <16> Auto-recloser active
 <17> Teleprotection active
 <18> Protection active
 <19> LED reset
 <20> Monitor direction blocked
 <21> Test mode
 <22> Local parameter setting
 <23> Characteristic 1
 <24> Characteristic 2
 <25> Characteristic 3
 <26> Characteristic 4
 <27> Auxiliary input 1
 <28> Auxiliary input 2
 <29> Auxiliary input 3
 <30> Auxiliary input 4

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8.3.3.3 Supervision indications in monitor direction
INF Semantics
 <32> Measurand supervision I
 <33> Measurand supervision V
 <35> Phase sequence supervision
 <36> Trip circuit supervision
 <37> I>> back-up operation
 <38> VT fuse failure
 <39> Teleprotection disturbed
 <46> Group warning
 <47> Group alarm
8.3.3.4 Earth fault indications in monitor direction
INF Semantics
 <48> Earth fault L
1
 <49> Earth fault L
2
 <50> Earth fault L
3
 <51> Earth fault forward, i.e. line
 <52> Earth fault reverse, i.e. busbar
8.3.3.5 Fault indications in monitor direction
INF Semantics
 <64> Start /pick-up L
1
 <65> Start /pick-up L
2
 <66> Start /pick-up L
3
 <67> Start /pick-up N
 <68> General trip
 <69> Trip L
1
 <70> Trip L
2
 <71> Trip L
3
 <72> Trip I>> (back-up operation)
 <73> Fault location X in ohms
 <74> Fault forward/line
 <75> Fault reverse/busbar
 <76> Teleprotection signal transmitted
 <77> Teleprotection signal received
 <78> Zone 1
 <79> Zone 2
 <80> Zone 3
 <81> Zone 4

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 <82> Zone 5
 <83> Zone 6
 <84> General start/pick-up
 <85> Breaker failure
 <86> Trip measuring system L
1
 <87> Trip measuring system L
2
 <88> Trip measuring system L
3
 <89> Trip measuring system E
 <90> Trip I>
 <91> Trip I>>
 <92> Trip IN>
 <93> Trip IN>>
8.3.3.6 Auto-reclosure indications in monitor direction
INF Semantics
 <128> CB 'on' by AR
 <129> CB 'on' by long-time AR
 <130> AR blocked
8.3.3.7 Measurands in monitor direction
INF Semantics
 <144> Measurand I
 <145> Measurands I, V
 <146> Measurands I, V, P, Q
 <147> Measurands I
N
, V
EN
 <148> Measurands I
L1,2,3
, V
L1,2,3
, P, Q, f
8.3.3.8 Generic functions in monitor direction
INF Semantics
 <240> Read headings of all defined groups
 <241> Read values or attributes of all entries of one group
 <243> Read directory of a single entry
 <244> Read value or attribute of a single entry
 <245> End of general interrogation of generic data
 <249> Write entry with confirmation
 <250> Write entry with execution
 <251> Write entry aborted

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8.3.4 Selection of standard information numbers in control direction
8.3.4.1 System functions in control direction
INF Semantics
 <0> Initiation of general interrogation
 <0> Time synchronization
8.3.4.2 General commands in control direction
INF Semantics
 <16> Auto-recloser on/off
 <17> Teleprotection on/off
 <18> Protection on/off
 <19> LED reset
 <23> Activate characteristic 1
 <24> Activate characteristic 2
 <25> Activate characteristic 3
 <26> Activate characteristic 4
8.3.4.3 Generic functions in control direction
INF Semantics
 <240> Read headings of all defined groups
 <241> Read values or attributes of all entries in one group
 <243> Read directory of a single entry
 <244> Read value or attribute of a single entry
 <245> General interrogation of generic data
 <248> Write entry
 <249> Write entry with confirmation
 <250> Write entry with execution
 <251> Write entry abort
8.3.5 Basic application functions
 Test mode
 Blocking of monitor direction
 Disturbance data
 Generic services
 Private data

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8.3.6 Miscellaneous
Measurands are transmitted with ASDU 3. As defined in 7.2.6.8, the maximum MVAL can
either be 1,2 or 2,4 times the rated value. No different rating shall be used in ASDU 3, i.e., for
each measurand there is only one choice.
Measurand Max. MVAL = rated value times
1,2 or 2,4
Current L
1

Current L
2

Current L
3

Voltage L
1-E

Voltage L
2-E

Voltage L
3-E

Active power P 
Reactive power Q 
Frequency f 
Voltage L
1
- L
2

2 IEC60870-5-103 INTERFACE
The following IEC60870-5-103 facilities are supported by this interface:
1. Initialisation
2. Time Synchronisation
3. Event Record Extraction
4. General Interrogation
5. Cyclic Measurements
6. General Commands
2.1 Physical connection and link layer
Connection is available for IEC60870-5-103 through the rear RS485 port. It is possible to select both the relay
address and baud rate using the front panel interface. Following a change, a reset command is required to re-
establish communications.
The parameters of the communication are the following :
•Even Parity
•8 Data bits
•1 stop bit
•Data rate 1200, 2400, 4800, 9600, 19200, 38400 or 57600 bauds

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2.2 Initialisation
Whenever the relay has been powered up, or if the communication parameters have been changed a reset
command is required to initialise the communications. The relay will respond to either of the two reset commands
(Reset CU or Reset FCB), the difference being that the Reset CU will clear any unsent messages in the relay's
transmit buffer.
The relay will respond to the reset command with an identification message ASDU 5, the Cause Of Transmission
COT of this response will be either Reset CU or Reset FCB depending on the nature of the reset command.
The following information will be contained in the data section of this ASDU:
Internal Software ID: internal Firmware ID
ASCII ID: Relay model
2.3 Time synchronisation
The relay time and date can be set using the time synchronisation feature of the IEC60870-5-103 protocol. The
relay will correct for the transmission delay as specified in IEC60870-5-103.
2.4 Spontaneous events
The events created by the relay will be passed using the standard function type/information numbers to the
IEC60870-5-103 master station. Private codes are not used, thus any events that cannot be passed using the
standardised messages will not be sent.
Events are categorised using the following information:
•Common Address
•Function Type
•Information number
The common address is used to differentiate in circumstances where the relay produces more events of a certain
type than can be passed using the standardised messages.
For example if the relay produces starts and trips for three stages of overcurrent only two stages can be passed
using the standardised messages.
Using the different common address for two of the overcurrent stages allows each stage to be indicated.
2.5 General interrogation
The GI request can be used to read the status of the relay, the function numbers, information numbers and
common address offsets that will be returned during the GI cycle are indicated in 2.11.
2.6 Cyclic measurements
The relay will produce measured values using ASDU 3 on a cyclical basis, this can be read from the relay using a
Class 2 poll (note ADSU 9 is not used).
It should be noted that the measurands transmitted by the relay are sent as a proportion of either 1.2 or 2.4 times
the rated value of the analogue value. The selection of either 1.2 or 2.4 for a particular value is indicated in 2.11.

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2.7 Commands
A list of the supported commands is contained in 2.11. The relay will respond to other commands with an ASDU 1,
with a cause of transmission (COT) of negative acknowledgement of a command.
2.8 Disturbance records
The relay does not support the exchange of disturbance data through the mechanism defined in the IEC60870-5-
103 standard.
2.9 Blocking of monitor direction
The relay does not support a facility to block messages in the Monitor direction.
2.10Acronyms
FUN: Function Type
INF: Information Number
TYPE: Type of ASDU
COT: Cause of Transmission
BIDI: Bidirectional event

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2.11List of events produced by the relay
Two kinds of ASDU can be generated for the events :
Type ASDU 1 (time-tagged message)
Type ASDU 2 (Time-tagged message with relative time)
LIST OF FAULTS
DSC
NAME
NORMALIZE
FACTOR RATED VALUE
FUN INF
TYP
E
COT BIDI
CAA
Trip I> TRIP_IM - - 160 90 2 1 - 3
Trip I>> TRIP_IMM - - 160 91 2 1 - 3
Trip I>>> TRIP_IMMM - - 160 94 2 1 - 3
Trip IE> TRIP_INM - - 162 92 2 1 - 3
Trip IE>> TRIP_INMM - - 162 93 2 1 - 3
Trip IE>>> TRIP_INMMM - - 162 96 2 1 - 3
Trip U< TRIP_IM - - 165 90 2 1 - 3
Trip U<< TRIP_IMM - - 165 91 2 1 - 3
Trip U> TRIP_IM - - 166 90 2 1 - 3
Trip U>> TRIP_IMM - - 166 91 2 1 - 3
Trip UE> TRIP_INM - - 167 92 2 1 - 3
Trip UE>> TRIP_INMM - - 167 93 2 1 - 3
Trip Dth> TRIP_IM - - 168 90 2 1 - 3
Trip IPD> TRIP_IM - - 163 90 2 1 - 3
Trip IPD>> TRIP_IMM - - 163 91 2 1 - 3
Trip IPD>>> TRIP_IMMM - - 163 94 2 1 - 3
Trip IPD>>>> TRIP_IMMMM - - 163 95 2 1 - 3
Trip IED> TRIP_INM - - 164 92 2 1 - 3
Trip IED>> TRIP_INMM - - 164 93 2 1 - 3
Trip IED>>> TRIP_INMMM - - 164 96 2 1 - 3
Trip IED>>>> TRIP_INMMMM - - 164 97 2 1 - 3
Alarm ThAL1 ALARM_PT1 - - 178 198 2 1 - 3
Trip Th>1 TRIP_PT1 - - 178 199 2 1 - 3
Alarm ThAL2 ALARM_PT2 - - 178 200 2 1 - 3
Trip Th>2 TRIP_PT2 - - 178 201 2 1 - 3
Alarm ThAL3 ALARM_PT3 - - 178 202 2 1 - 3
Trip Th>3 TRIP_PT3 - - 178 203 2 1 - 3
Alarm ThAL4 ALARM_PT4 - - 178 204 2 1 - 3
Trip Th>4 TRIP_PT4 - - 178 205 2 1 - 3
Alarm ThAL5 ALARM_PT5 - - 178 206 2 1 - 3
Trip Th>5 TRIP_PT5 - - 178 207 2 1 - 3
Alarm ThAL6 ALARM_PT6 - - 178 208 2 1 - 3
Trip Th>6 TRIP_PT6 - - 178 209 2 1 - 3
Alarm ThAL7 ALARM_PT7 - - 178 210 2 1 - 3
Trip Th>7 TRIP_PT7 - - 178 211 2 1 - 3
Alarm ThAL8 ALARM_PT8 - - 178 212 2 1 - 3
Trip Th>8 TRIP_PT8 - - 178 213 2 1 - 3
Trip 74TCS TC_SUPERVISION - - 255 36 1 1 X 3
Trip BF BF - - 255 85 2 1 - 3

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LIST OF FAULTS
DSC
NAME
NORMALIZE
FACTOR RATED VALUE
FUN INF
TYP
E
COT BIDI
CAA
IN1 AUX_INPUT_1 - - 255 27 1 1 X 3
IN2 AUX_INPUT_2 - - 255 28 1 1 X 3
IN3 AUX_INPUT_3 - - 255 29 1 1 X 3
IN4 AUX_INPUT_4 - - 255 30 1 1 X 3
IN5 AUX_INPUT_5 - - 255 160 1 1 X 3
IN6 AUX_INPUT_6 - - 255 161 1 1 X 3
IN7 AUX_INPUT_7 - - 255 162 1 1 X 3
IN8 AUX_INPUT_8 - - 255 163 1 1 X 3
IN9 AUX_INPUT_9 - - 255 164 1 1 X 3
IN10 AUX_INPUT_10 - - 255 165 1 1 X 3
IN11 AUX_INPUT_11 - - 255 166 1 1 X 3
IN12 AUX_INPUT_12 - - 255 167 1 1 X 3
IN13 AUX_INPUT_13 - - 255 168 1 1 X 3
IN14 AUX_INPUT_14 - - 255 169 1 1 X 3
IN15 AUX_INPUT_15 - - 255 170 1 1 X 3
IN16 AUX_INPUT_16 - - 255 171 1 1 X 3
IN17 AUX_INPUT_17 - - 255 172 1 1 X 3
IN18 AUX_INPUT_18 - - 255 173 1 1 X 3
IN19 AUX_INPUT_19 - - 255 174 1 1 X 3
IN20 AUX_INPUT_20 - - 255 175 1 1 X 3
IN21 AUX_INPUT_21 - - 255 176 1 1 X 3
IN22 AUX_INPUT_22 - - 255 177 1 1 X 3
IN23 AUX_INPUT_23 - - 255 178 1 1 X 3
IN24 AUX_INPUT_24 - - 255 179 1 1 X 3
IN25 AUX_INPUT_25 - - 255 180 1 1 X 3
IN26 AUX_INPUT_26 - - 255 181 1 1 X 3
IN27 AUX_INPUT_27 - - 255 182 1 1 X 3
IN28 AUX_INPUT_28 - - 255 183 1 1 X 3
IN29 AUX_INPUT_29 - - 255 184 1 1 X 3
IN30 AUX_INPUT_30 - - 255 185 1 1 X 3
IN31 AUX_INPUT_31 - - 255 186 1 1 X 3
IN32 AUX_INPUT_32 - - 255 187 1 1 X 3
IN33 AUX_INPUT_33 - - 255 188 1 1 X 3
IN34 AUX_INPUT_34 - - 255 189 1 1 X 3
IN35 AUX_INPUT_35 - - 255 190 1 1 X 3
IN36 AUX_INPUT_36 - - 255 191 1 1 X 3
IN37 AUX_INPUT_37 - - 255 192 1 1 X 3
IN38 AUX_INPUT_38 - - 255 193 1 1 X 3
IN39 AUX_INPUT_39 - - 255 194 1 1 X 3
IN40 AUX_INPUT_40 - - 255 195 1 1 X 3
IN41 AUX_INPUT_41 - - 255 196 1 1 X 3
IN42 AUX_INPUT_42 - - 255 197 1 1 X 3
General start I> GEN_START - - 255 84 2 1 X 3
General trip I> GEN_TRIP - - 255 68 2 1 - 3

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2.12List of data contained in General Interrogation
LIST OF DATA
CONTAINED IN GI
DSC
NAME
NORMALIZE
FACTOR
RATED
VALUE FUN INF
TYPE
COT
CAA
IN1 AUX_INPUT_1 - - 255 27 1 9 3
IN2 AUX_INPUT_2 - - 255 28 1 9 3
IN3 AUX_INPUT_3 - - 255 29 1 9 3
IN4 AUX_INPUT_4 - - 255 30 1 9 3
Trip 74TCS TC_SUPERVISION - - 255 36 1 9 3
General start I> GEN_START - - 255 84 2 9 3
IN5 AUX_INPUT_5 - - 255 160 1 9 3
IN6 AUX_INPUT_6 - - 255 161 1 9 3
IN7 AUX_INPUT_7 - - 255 162 1 9 3
IN8 AUX_INPUT_8 - - 255 163 1 9 3
IN9 AUX_INPUT_9 - - 255 164 1 9 3
IN10 AUX_INPUT_10 - - 255 165 1 9 3
IN11 AUX_INPUT_11 - - 255 166 1 9 3
IN12 AUX_INPUT_12 - - 255 167 1 9 3
IN13 AUX_INPUT_13 - - 255 168 1 9 3
IN14 AUX_INPUT_14 - - 255 169 1 9 3
IN15 AUX_INPUT_15 - - 255 170 1 9 3
IN16 AUX_INPUT_16 - - 255 171 1 9 3
IN17 AUX_INPUT_17 - - 255 172 1 9 3
IN18 AUX_INPUT_18 - - 255 173 1 9 3
IN19 AUX_INPUT_19 - - 255 174 1 9 3
IN20 AUX_INPUT_20 - - 255 175 1 9 3
IN21 AUX_INPUT_21 - - 255 176 1 9 3
IN22 AUX_INPUT_22 - - 255 177 1 9 3
IN23 AUX_INPUT_23 - - 255 178 1 9 3
IN24 AUX_INPUT_24 - - 255 179 1 9 3
IN25 AUX_INPUT_25 - - 255 180 1 9 3
IN26 AUX_INPUT_26 - - 255 181 1 9 3
IN27 AUX_INPUT_27 - - 255 182 1 9 3
IN28 AUX_INPUT_28 - - 255 183 1 9 3
IN29 AUX_INPUT_29 - - 255 184 1 9 3
IN30 AUX_INPUT_30 - - 255 185 1 9 3
IN31 AUX_INPUT_31 - - 255 186 1 9 3
IN32 AUX_INPUT_32 - - 255 187 1 9 3
IN33 AUX_INPUT_33 - - 255 188 1 9 3
IN34 AUX_INPUT_34 - - 255 189 1 9 3
IN35 AUX_INPUT_35 - - 255 190 1 9 3
IN36 AUX_INPUT_36 - - 255 191 1 9 3
IN37 AUX_INPUT_37 - - 255 192 1 9 3
IN38 AUX_INPUT_38 - - 255 193 1 9 3
IN39 AUX_INPUT_39 - - 255 194 1 9 3
IN40 AUX_INPUT_40 - - 255 195 1 9 3
IN41 AUX_INPUT_41 - - 255 196 1 9 3
IN42 AUX_INPUT_42 - - 255 197 1 9 3

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2.13Cyclic measurements
LIST OF CYCLIC
MEASUREMENTS
DSC
NAME
NORMALIZE
FACTOR
RATED
VALUE FUN INF
TYPE
COT
CAA
f
MEASURAND_SET1
1,2 50Hz 169 149 9 , 1 2 3
IL1
MEASURAND_SET1
2,4 In 169 149 9 , 2 2 3
IL2
MEASURAND_SET1
2,4 In 169 149 9 , 3 2 3
IL3
MEASURAND_SET1
2,4 In 169 149 9 , 4 2 3
IE
MEASURAND_SET1
2,4 IEn 169 149 9 , 5 2 3
UL1
MEASURAND_SET1
2,4 En 169 149 9 , 6 2 3
UL2
MEASURAND_SET1
2,4 En 169 149 9 , 7 2 3
UL3
MEASURAND_SET1
2,4 En 169 149 9 , 8 2 3
UE
MEASURAND_SET1
2,4 UEn 169 149 9 , 9 2 3
DTheta
MEASURAND_SET1
2,4 DThetaB 169 149
9 , 10
2 3
U12
MEASURAND_SET1
2,4 Un 169 149
9 , 11
2 3
U23
MEASURAND_SET1
2,4 Un 169 149
9 , 12
2 3
U31
MEASURAND_SET1
2,4 Un 169 149
9 , 13
2 3
UEC
MEASURAND_SET1
2,4 UECn 169 149
9 , 14
2 3
Alpha1
MEASURAND_SET1
2,4 180° 169 149
9 , 15
2 3
Alpha2
MEASURAND_SET1
2,4 180° 169 149
9 , 16
2 3
Alpha3
MEASURAND_SET2
2,4 180° 169 150 9 , 1 2 3
PhiE
MEASURAND_SET2
2,4 180° 169 150 9 , 2 2 3
PhiEC
MEASURAND_SET2
2,4 180° 169 150 9 , 3 2 3
P
MEASURAND_SET2
2,4 Pn 169 150 9 , 4 2 3
Q
MEASURAND_SET2
2,4 Qn 169 150 9 , 5 2 3
T1
MEASURAND_SET2
2,4 100^C 169 150 9 , 6 2 3
T2
MEASURAND_SET2
2,4 100^C 169 150 9 , 7 2 3
T3
MEASURAND_SET2
2,4 100^C 169 150 9 , 8 2 3
T4
MEASURAND_SET2
2,4 100^C 169 150 9 , 9 2 3
T5
MEASURAND_SET2
2,4 100^C 169 150
9 , 10
2 3
T6
MEASURAND_SET2
2,4 100^C 169 150
9 , 11
2 3
T7
MEASURAND_SET2
2,4 100^C 169 150
9 , 12
2 3
T8
MEASURAND_SET2
2,4 100^C 169 150
9 , 13
2 3

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2.14List of the supported commands
LIST OF COMMANDS
DSC
NAME
NORMALIZE
FACTOR
RATED
VALUE FUN INF
TYPE
COT
CAA
LED_RESET - - - 254 19 20 20 3
OPEN_CB - - - 254 32 20 20 3
CLOSE_CB - - - 254 33 20 20 3