SPA-ZC 200/SPA-ZC 202 IEC 60870-5-103/SPA-gateway - ABB Group
SPA-ZC 200/SPA-ZC 202 IEC 60870-5-103/SPA-gateway Standard Configuration Templates
1MRS752034-MUM Issued: 03.04.2001 Version: A/03.04.2001 Checked: M.K. Approved:
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
SPA-ZC 200/ SPA-ZC 202
We reserve the right to change data without prior notice.
Contents 1. Introduction ...............................................................................4 2. General .......................................................................................5 2.1. The general principle of data mapping ..........................................5 2.2. Data mappings ..............................................................................6
3. Supported relays .......................................................................7 4. References .................................................................................8 5. Configurations ...........................................................................9 5.1. SPAA 120 C ..................................................................................9 5.2. SPAA 121 C ................................................................................11 5.3. SPAA 341 C2 ..............................................................................13 5.4. SPAC 310 C ................................................................................15 5.5. SPAC 315 C ................................................................................17 5.6. SPAC 320 C ................................................................................19 5.7. SPAD 346 C3 ..............................................................................21 5.8. SPAJ 115 C .................................................................................23 5.9. SPAJ 140 C .................................................................................24 5.10.SPAJ 141 C ................................................................................26 5.11.SPAJ 142 C ................................................................................28 5.12.SPAJ 144 C ................................................................................30 5.13.SPAJ 160 C ................................................................................32 5.14.SPAM 150 C ...............................................................................34 5.15.SPAS 348 C ...............................................................................36 5.16.SPAU 110 C ...............................................................................38 5.17.SPAU 130 C ...............................................................................40 5.18.SPAU 330 C ...............................................................................42 5.19.SPAU 341 C1 .............................................................................44
3
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1.
Introduction
1MRS752034-MUM
Standard Configuration Templates
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4
1MRS752034-MUM
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
2.
SPA-ZC 200/ SPA-ZC 202
General &RQILJXUDWLRQWHPSODWHVHGLWHGZLWKWKH,&7VRIWZDUHDUHQDPHGE\WKHVSHFLILF 63$&20UHOD\WRZKLFKWKHJDWHZD\ZLOOEHFRQQHFWHG'DWDVLJQDOVWKDWDUH WUDQVIHUUHGIURPWKH63$EXVWRWKH,(&BDQGPDSSLQJVRIWKHPDUHGHILQHGLQ WKHFRQILJXUDWLRQV %HIRUHWUDQVIHUULQJDQDORJLQSXWGDWDWKHYDOXHVDUHVFDOHGLQWKHIROORZLQJZD\ 6FDOHGYDOXH 63$YDOXHVFDOLQJIDFWRU 7KHXVHUGHILQHVZLWKWKH,&7DVFDOLQJIDFWRUIRUHDFKPHDVXUDQG RUPHDVXUDQG JURXS $UHVWDUWRIWKH63$XQLW 63$HYHQW( DQGDQHYHQWEXIIHURYHUIORZRIWKH63$ XQLW 63$HYHQW( DUHUHSRUWHGWR,(&BDVIROORZV
$6'8W\SH WLPHWDJJHGPHVVDJH FDXVHRIWUDQVPLVVLRQ VSRQWDQHRXV IXQFWLRQW\SH SULYDWHUDQJH YDOXHVRILQIRUPDWLRQQXPEHU (! SRVLWLRQRI63$XQLW « LQWKH63$XQLWOLVW (! SRVLWLRQRI63$XQLW « LQWKH63$XQLWOLVW
7KLVIXQFWLRQKDVEHHQLPSOHPHQWHGLQWKHJDWHZD\ILUPZDUH7KHQXPEHURI LQIRUPDWLRQQXPEHUVXVHGGHSHQGVRQWKHQXPEHURI63$XQLWVGHILQHGLQWKH FRQILJXUDWLRQ)XQFWLRQW\SHDQGLQIRUPDWLRQQXPEHUSDLUVXVHGIRUSUHVHQWLQJ63$ HYHQWV(DQG(DUHOLVWHGLQWKHGHVFULSWLRQRIWKHGLIIHUHQWFRQILJXUDWLRQV
2.1.
The general principle of data mapping 7KHLQWHUIDFHEHWZHHQWKH63$&20UHOD\DQGWKH,(&BLVFUHDWHGDFFRUGLQJWR RQHRIWKHIROORZLQJDOWHUQDWLYHV $OWHUQDWLYH$ VWDQGDUGPDSSLQJ ,IDFRUUHVSRQGLQJ63$VLJQDOLVGHILQHGE\WKH,(&VWDQGDUG DOWHUQDWLYH$LVXVHG $OWHUQDWLYH% 9'(:UHFRPPHQGDWLRQVIRUFRQWUROGDWD 5HIHUWR³'LJLWDOH6WDWLRQVOHLWWHFKQLN(UJlQ]HQGH(PSIHKOXQJHQ]XU$QZHQGXQJ LQ9HUWHLOQHW]VWDWLRQHQ´E\9HUHLQLJXQJ'HXWVFKHU(OHNWUL]LWlWVZHUNH $OWHUQDWLYH3 SULYDWHGHILQLWLRQV 3ULYDWHGHILQLWLRQVDUHEDVLFDOO\XVHGRIWKHIROORZLQJWZRUHDVRQV 7KHVWDQGDUG ,(& GRHVQRWGHILQHWKHVLJQDO 7KHVLJQDOLVGHILQHGE\WKHVWDQGDUGEXWWKH63$VLJQDOLQWHUIDFHGLIIHUV UDGLFDOO\IURPWKLVPRGHO
5
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
2.2.
Data mappings
1MRS752034-MUM
Standard Configuration Templates
%HORZDQH[SODQDWLRQRIWKHGDWDPDSSLQJWDEOHV Table 2.2.-1
Ftyp
Status A = According to the IEC 60870-5-103 standard B = According to VDEW recommendations P = Private definition Function type
InfNum
Information element number
St
GI Typ
COT
COT cmd COT resp Num data
6
Explanation of data mapping tables
General interrogation 0 = Not in interrogation 1 = Interrogable TypeId Cause of transmission values 1= Spontaneous 9= Interrogated 12 Remote command Cause of transmission values in command direction 20 = General command Cause of transmission values in response direction 20 = Positive acknowledgement 21 = Negative acknowledgement The number of the data values in the class 2 message data part
1MRS752034-MUM
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
3.
SPA-ZC 200/ SPA-ZC 202
Supported relays 5HOD\VVXSSRUWHGE\WKH,(&B63$JDWHZD\DUH 63$&20UHOD\ 63$$& 63$$& 63$-& 63$-& 63$-& 63$-& 63$-& 63$-& 63$8& 63$8& 63$0&
63$EXVLQWHUIDFH 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/
63$$& 63$&& 63$&& 63$&& 63$'& 63$6& 63$8& 63$8&
77/ 56 56 56 77/ 77/ 77/ 77/
7
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
4.
References
Standard Configuration Templates
8
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1MRS752034-MUM
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.
Configurations
5.1.
SPAA 120 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.1.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I01 > Start
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A P
160 160 162 160 163
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I01 > Trip
-
E11/12
P
163
92
0
1
1
U0 > Start
O7
E13/14
P
170
84
1
1
1, 9
I02 > Trip
-
E15/16
P
163
93
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings Second settings Unit restart (SPCJ 4D44) Event buffer overflow (SPCJ 4D44)
Table 5.1.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings Second settings
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
9
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.1.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, <empty>, IL3, I0, U0
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
10
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL3
Data2 (empty = 0) Data3 (SPA data: I2)
I0
Data4 (SPA data: I4)
U0
Data5 (SPA data: I3)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.2.
SPAA 121 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.2.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I01 > Start
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A P
160 160 162 160 163
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I01 > Trip
-
E11/12
P
163
92
0
1
1
U0 > Start
O7
E13/14
P
170
84
1
1
1, 9
I02 > Trip
-
E15/16
P
163
93
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings Second settings Unit restart (SPCJ 4D44) Event buffer overflow (SPCJ 4D44)
Table 5.2.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings Second settings
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
11
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.2.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, <empty>, IL3, I0, U0
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
12
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL3
Data2 (empty = 0) Data3 (SPA data: I2)
I0
Data4 (SPA data: I4)
U0
Data5 (SPA data: I3)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.3.
SPAA 341 C2 )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&7'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.3.-1
Class 1 data
Signal name
SPA data
SPA event
O1 O3 O5 O7
E1/2
St
Ftyp
InfNum
GI
Typ
COT
E5/6 E7/8 E9/10 E11/12 E13/14
A A P A P P A
160 160 162 160 162 162 160
84 90 94 91 96 98 67
1 0 1 0 1 0 1
1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1 1, 9
-
E15/16
P
160
92
0
1
1
I0 >> Start
O9
E17/18
P
162
95
1
1
1, 9
I0 >> Trip
-
E19/20
P
162
93
0
1
1
I2 V153 V150 V150
E21/22 E23/24 -
P P B A A A
173 173 240 160 160 160
84 90 160 16 23 24
0 0 1 1 1 1
1 1 1 1 1 1
1 1 1, 9 1, 9 1, 9 1, 9
-
E50 E50 E51
P P P
249 249 249
110 111 120
0 0 0
1 1 1
1 1 1
-
E51
P
249
121
0
1
1
I > Start I > Trip I >> Start I >> Trip I >>> Start I >>> Trip I0 > Start I0 > Trip
DI > Start DI > Trip Q0, CB1Pos AR Shot in use Main settings Second settings Unit restart (SPCJ 4D44) Unit restart (CPCT 5D54) Event buffer overflow (SPCJ 4D28) Event buffer overflow (SPCT 5D54)
Table 5.3.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
AR Shot in use LED reset Main settings Second settings
V153 V101 V150 V150
A A A A
160 160 160 160
16 19 23 24
20 20 20 20
20 20 20 20
20, 21 20, 21 20, 21 20, 21
13
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.3.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
14
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.4.
SPAC 310 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH6372'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHFLUFXLWEUHDNHU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGLVFRQQHFWRU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHHDUWKVZLWFK 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.4.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I0 > Start I0 > Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0 >> Start
O7
E13/14
P
162
95
1
1
1, 9
I0 >> Trip
-
E15/16
A
160
93
0
1
1
Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
(0).2I1 (0).1I1 (0).3I1 V6 V150
-
B B B P A
240 240 240 250 160
160 161 164 220 23
1 1 1 1 1
1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1, 9
V150
-
A
160
24
1
1
1, 9
Unit restart (SPTO 1D2) Unit restart (SPCJ 4D29) Event buffer overflow (SPTO 1D2) Event buffer overflow (SPCJ 4D29)
-
E50
P
249
110
0
1
1
-
E50
P
249
111
0
1
1
-
E51
P
249
120
0
1
1
-
E51
P
249
121
0
1
1
15
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.4.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
Cot cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
(0).2O1
B
240
160
20
20
20, 21
LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Q0, CB1Control
Table 5.4.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
16
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.5.
SPAC 315 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG :
!
7KHVODYHQXPEHURIWKH6372'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHFLUFXLWEUHDNHU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGLVFRQQHFWRU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHHDUWKVZLWFK 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.5.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I0 > Start I0 > Trip
SPA data
SPA event
St
Ftyp InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0 >> Start
O7
E13/14
P
162
95
1
1
1, 9
I0 >> Trip
-
E15/16
A
160
93
0
1
1
(0).2I1 (0).1I1 (0).3I1 V6 V150
-
B B B P A
240 240 240 250 160
160 161 164 220 23
1 1 1 1 1
1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E50 E51
P P P
249 249 249
110 111 120
0 0 0
1 1 1
1 1 1
-
E51
P
249
121
0
1
1
Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPTO 1D6) Unit restart (SPCJ 4D29) Event buffer overflow (SPTO 1D6) Event buffer overflow (SPCJ 4D29)
17
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.5.-2
Commands
Signal name LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Q0, CB1Control
Table 5.5.-3
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150
A A
160 160
19 23
20 20
20 20
20, 21 20, 21
V150
A
160
24
20
20
20, 21
(0).2O1
B
240
160
20
20
20, 21
Clas 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
18
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.6.
SPAC 320 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
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
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.6.-1
Class 1 data
Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E3/4
P
11
90
1
1
1, 9
Iq Start Iq Trip 2xt
Is > or Is
s
Start
2
Is > or Is xts Trip I >> Start I >> Trip I0 > Start I0 > Trip DI Start DI Trip I < Start I < Trip Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Unit restart (SPTO 1D5) Unit restart (SPCJ 4D34) Event buffer overflow (SPTO 1D5) Event buffer overflow (SPCJ 4D34)
-
E7/8
P
11
92
0
1
1
O4
E9/10
P
11
93
1
1
1, 9
-
E11/12
P
11
94
0
1
1
O6 O8
E13/14 E15/16 E17/18
P P P
11 11 11
95 96 97
1 0 1
1 1 1
1, 9 1 1, 9
-
E19/20
P
11
98
0
1
1
O10 O12 (0).2I1 (0).1I1 (0).3I1 V6
E21/22 E23/24 E25/26 E27/28 -
P P P P B B B P
11 11 11 11 240 240 240 250
99 100 101 102 160 161 164 220
1 0 1 0 1 1 1 1
1 1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1, 9 1, 9 1, 9
-
E50 E50
P P
249 249
110 111
0 0
1 1
1 1
-
E51
P
249
120
0
1
1
-
E51
P
249
121
0
1
1
19
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.6.-2
Commands SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 (0).2O1
P B
11 240
19 160
20 20
20 20
20, 21 20, 21
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
Signal name LED reset Q0, CB1Control
Table 5.6.-3
Class 2 data
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
20
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.7.
SPAD 346 C3 )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&''PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$'& 8VHU V0DQXDO Table 5.7.-1
Class 1 data
Signal name 3DI>Trip L1 3DI>Trip L2 3DI>Trip L3 3DI>>Trip L1 3DI>>Trip L2 3DI>>Trip L3 Main settings (SPCD 3D53) Second settings (SPCD 3D53)
SPA SPA event data
St
Ftyp
InfNum
GI
Typ
COT
V150
(0).1E1/2 (0).2E1/2 (0).3E1/2 (0).1E3/4 (0).2E3/4 (0).3E3/4 -
A A A P P P A
176 176 176 178 178 178 176
69 70 71 69 70 71 23
0 0 0 0 0 0 1
1 1 1 1 1 1 1
1 1 1 1 1 1 1, 9
V150
-
A
176
24
1
1
1, 9
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Unit restart (SPCD 3D53) Event buffer overflow (SPCD 3D53)
Table 5.7.-2
Class 1 command
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
176 176 176
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
LED reset Main settings (SPCD 3D53) Second settings (SPCD 3D53)
21
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.7.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
HV IL1, D IL1, D IL2, D IL3, LV IL1, RegD IL1,
P
135
208
9
8
RegD IL2, RegD IL3
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
22
9 8 2 ADR 135 208 HV IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
D IL1
Data2 (SPA data: I4)
D IL2
Data3 (SPA data: I5)
D IL3
Data4 (SPA data: I6)
LV IL1
Data5 (SPA data: I7)
RegD IL1
Data6 (SPA data: V11)
RegD IL2
Data7 (SPA data: V12)
RegD IL3
Data8 (SPA data: V13)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.8.
SPAJ 115 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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WKHVODYHQXPEHURIWKH63&-&PRGXOHPXVWEH WKHYDOXHRIWKHHYHQWPDVN9PXVWEH GDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.8.-1
Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
DI0>Trip
-
E3/4
A
160
93
0
1
1
I0>Start
0O2
E5/6
A
160
67
1
1
1, 9
I0>Trip
-
E7/8
A
160
92
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Signal name
Main settings (SPCJ 2C30) Second settings (SPCJ 2C30) Unit restart (SPCJ 2C30) Event buffer overflow (SPCJ 2C30)
Table 5.8.-2
Class 1 command
Signal name LED reset Main settings (SPCJ 2C30) Second settings (SPCJ 2C30)
Table 5.8.-3
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
DI0, <empty>
A
160
147
3
2
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 3 2 2 ADR 160 147 DI0
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I2)
-
Data2 (empty = 0)
23
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.9.
SPAJ 140 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.9.-1
Class 1 data
Signal name I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
V150
-
A
160
23
1
1
1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPCJ 4D29) Event buffer overflow (SPCJ 4D29)
Table 5.9.-2
24
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.9.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
25
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.10.
SPAJ 141 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.10.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D24) V150 Second settings (SPCJ V150 4D24) Unit restart (SPCJ 4D24) Event buffer overflow (SPCJ 4D24)
-
Table 5.10.-2 Commands
26
Signal name
SPA data
St
Ftyp
InfNum
Typ
LED reset Main settings (SPCJ 4D24) Second settings (SPCJ 4D24)
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
COT COT resp cmd 20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.10.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
27
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.11.
SPAJ 142 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.11.-1 Class 1 data Signal name I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
V150
-
A
160
23
1
1
1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPCJ 4D29) Event buffer overflow (SPCJ 4D29)
Table 5.11.-2 Commands Signal name LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
28
SPA data
St
Ftyp InfNum
V101 V150 V150
A A A
160 160 160
19 23 24
Typ
COT cmd
COT resp
20 20 20
20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.11.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
29
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.12.
SPAJ 144 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.12.-1 Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5 O7
E1/2 E3/4 E5/6 E7/8 E9/10 E11/12 E13/14
A A P P P P A
160 160 162 162 162 162 160
84 90 94 91 96 98 67
1 0 1 0 1 0 1
1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1 1, 9
-
E15/16
A
160
92
0
1
1
I0>>Start
O9
E17/18
P
162
95
1
1
1, 9
I0>>Trip
-
E19/20
A
160
93
0
1
1
V150
E21/22 E23/24 -
P P A
173 173 160
84 90 23
0 0 1
1 1 1
1 1 1, 9
V150
-
A
160
24
1
1
1, 9
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
Signal name I>Start I>Trip I>>Start I>>Trip I>>>Start I>>>Trip I0>Start I0>Trip
DI>Start DI>Trip Main settings (SPCJ 4D28) Second settings (SPCJ 4D28) Unit restart (SPCJ 4D28) Event buffer overflow (SPCJ 4D28)
Table 5.12.-2 Commands Signal name LED reset Main settings (SPCJ 4D28) Second settings (SPCJ 4D28)
30
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.12.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
31
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.13.
SPAJ 160 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
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7KHVODYHQXPEHURIWKH63&-'PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.13.-1 Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
10
90
1
1
1, 9
Ib> Trip
-
E3/4
P
10
91
0
1
1
Ia> Start
O3
E5/6
P
10
92
1
1
1, 9
Ia> Trip
-
E7/8
P
10
93
0
1
1
O5 O7 O9 -
E9/10 E11/12 E13/14 E15/16 E17/18 E19/20
P P P P P P
10 10 10 10 10 10
94 95 96 97 98 99
1 0 1 0 1 0
1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Signal name Ib> Start
I< Start I< Trip DI1>Start DI1>Trip DI2> Start DI2>Trip Unit restart (SPCJ 4D40) Event buffer overflow (SPCJ 4D40)
Table 5.13.-2 Commands Signal name LED reset
32
SPA data
St
Ftyp
InfNum
Typ
V101
P
10
19
20
COT cmd COT resp 20
20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.13.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, <empty>, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
-
Data4 (empty = 0) Data5 (empty = 0)
33
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.14.
SPAM 150 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$0& 8VHU V0DQXDO Table 5.14.-1 Class 1 data Signal name
SPA SPA event data
Ftyp
InfNum
GI
Typ
COT
P
11
90
1
1
1, 9
Iq Start
O1
Iq Alarm
O2
E5/6
P
11
91
1
1
1, 9
-
E7/8
P
11
92
0
1
1
O4
E9/10
P
11
93
1
1
1, 9
-
E11/12
P
11
94
0
1
1
O6 O8
E13/14 E15/16 E17/18
P P P
11 11 11
95 96 97
1 0 1
1 1 1
1, 9 1 1, 9
I0> Trip
-
E19/20
P
11
98
0
1
1
DI Start DI Trip I< Start I< Trip
O10 O12 -
E21/22 E23/24 E25/26 E27/28
P P P P
11 11 11 11
99 100 101 102
1 0 1 0
1 1 1 1
1, 9 1 1, 9 1
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Typ COT cmd
COT resp
Iq Trip Is> or Is2xts Start Is> or Is2ts Trip I>> Start I>> Trip I0> Start
Unit restart (SPCJ 4D34) Event buffer overflow (SPCJ 4D34)
E3/4
St
Table 5.14.-2 Commands Signal name LED reset
34
SPA data
St
Ftyp
InfNum
V101
P
11
19
20
20
20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.14.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
35
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.15.
SPAS 348 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'DQGWKH63&6' PRGXOHVPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'DQGWKH63&6' PRGXOHVPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$6& 8VHU V0DQXDO Table 5.15.-1 Class 1 data Signal name I> Start ---> (SPCS 4D11) I> Start Start ---> (SPCS 4D12) I> Start Trip (SPCS 4D11) I>>Trip (SPCS 4D11) I>>>Trip (SPCS 4D11) I> Trip (SPCS 4D12) I>>Trip (SPCS 4D12) I>>>Trip (SPCS 4D12) U0b> Start (SPCS 2D26) U0b> Trip (SPCS 2D26)
36
SPA data
SPA event
St
Ftyp InfNum GI Typ COT
O1 O2 O1 O2 O1
E1/2 E3/4 E1/2 E3/4 E5/6 E9/10 E13/14 E5/6 E9/10 E13/14 E1/2
P P P P P P P P P P P
164 164 164 164 164 164 164 164 164 164 12
74 75 174 175 90 91 98 190 191 198 90
1 1 1 1 0 0 0 0 0 0 1
1 1 1 1 1 1 1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1 1 1 1 1 1 1, 9
-
E3/4
P
12
91
0
1
1
I01>/U01> Start (SPCS 2D26)
O3
E5/6
P
12
92
1
1
1, 9
I01>/U01> Trip (SPCS 2D26)
-
E7/8
P
12
93
0
1
1
I02>/U02> Start (SPCS 2D26)
O5
E9/10
P
12
94
1
1
1, 9
I02>/U02> Trip (SPCS 2D26)
-
E11/12
P
12
95
0
1
1
Unit restart (SPCS 4D11) Event buffer overflow (SPCS 4D11) Unit restart (SPCS 4D12) Event buffer overflow (SPCS 4D12) Unit restart (SPCS 2D26) Event buffer overflow (SPCS 2D26)
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
-
E50 E51
P P
249 249
111 121
0 0
1 1
1 1
-
E50 E51
P P
249 249
112 122
0 0
1 1
1 1
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.15.-2 Commands SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V150 V150
P P
164 164
23 24
20 20
20 20
20, 21 20, 21
V150 V150
P P
164 164
123 124
20 20
20 20
20, 21 20, 21
V150 V150
P P
12 12
23 24
20 20
20 20
20, 21 20, 21
Signal name Main settings (SPCS 4D11) Second settings (SPCS 4D11) Main settings (SPCS 4D12) Second settings (SPCS 4D12) Main settings (SPCS 2D26) Second settings (SPCS 2D26)
Table 5.15.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, U12, U23, U31, I0, U0
P
135
138
9
8
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 8 2 ADR 135 138 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPCS 4D11, SPA data: I1)
IL2
Data2 (SPCS 4D12, SPA data: I4)
IL3
Data3 (SPCS 4D11, SPA data: I4)
U12
Data4 (SPCS 4D11, SPA data: I5)
U23
Data5 (SPCS 4D11, SPA data: I2)
U31
Data6 (SPCS 4D12, SPA data: I5)
I0
Data7 (SPCS 2D26, SPA data: I2)
U0
Data8 (SPCS 2D26, SPA data: I1)
37
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.16.
SPAU 110 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.16.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
170
84
1
1
1, 9
U0>Start U0>Trip
-
E3/4
P
170
90
0
1
1
U0>>Start
O3
E5/6
P
170
94
1
1
1, 9
U0>>Trip
-
E7/8
P
170
91
0
1
1
V150 V150
-
P P
170 170
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Settings by knobs Remote settings Unit restart (SPCU 1C6) Event buffer overflow (SPCU 1C6)
Table 5.16.-2 Commands Signal name LED reset Settings by knobs Remote settings
38
SPA data
St
Ftyp
InfNum
Typ
V101 V150 V150
P P P
170 170 170
19 23 24
20 20 20
COT cmd COT resp 20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.16.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
<empty>, U0
P
170
147
3
2
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 3 2 2 ADR 170 147 U0
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data4 (SPA data: I1)
39
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.17.
SPAU 130 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV 7KHGDWDWUDQVIHUUDWHRQWKH,(&EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.17.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp InfNum
GI
Typ
COT
U>Start U>Trip U<Start U, <empty>, <empty>, U12, U23, U31
P
135
138
9
6
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 6 2 ADR 135 138 U12
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data2 (empty = 0) Data3 (empty = 0) Data4 (SPA data: I1)
U23
Data5 (SPA data: I2)
U31
Data6 (SPA data: I3)
41
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.18.
SPAU 330 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&8&PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.18.-1 Class 1 data Signal name U0>Start (SPCU 1C6) U0>Trip (SPCU 1C6)
42
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
170
84
1
1
1, 9
-
E3/4
P
170
90
0
1
1
U0>>Start (SPCU 1C6)
O3
E5/6
P
170
94
1
1
1, 9
U0>>Trip (SPCU 1C6)
-
E7/8
P
170
91
0
1
1
U>Start (SPCU 3C14) U>Trip (SPCU 3C14) U<Start (SPCU 3C14) U, <empty>, <empty>, U12, U23, U31, <empty>, energizing input voltage U0
P
135
138
9
8
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 8 2 ADR 135 138 U12
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data2 (empty = 0) Data3 (empty = 0) Data4 (SPCU 3C14, SPA data: I1)
U23
Data5 (SPCU 3C14, SPA data: I2)
U31
Data6 (SPCU 3C14, SPA data: I3)
U0
Data7 (empty = 0) Data8 (SPCU 1C6, SPA data: I1)
43
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.19.
SPAU 341 C1
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&8'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&1'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&1'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.19.-1 Class 1 data Signal name Raise sgnl activ. Lower sgnl activ. Main settings (SPCU 1D50) Second settings (SPCU 1D50) Main settings (SPCN 1D56) Second settings (SPCN 1D56) Unit restart (SPCU 1D50) Event buffer overflow (SPCU 1D50) Unit restart (SPCN 1D56) Event buffer overflow (SPCN 1D56)
SPA data
SPA event
St
O1 O2 V150 V150
E5/6 E7/8 -
P P P P
13 13 13 13
V150 V150
-
P P
-
E50 E51
-
E50 E51
Ftyp InfNum
GI
Typ
COT
90 91 23 24
1 1 1 1
1 1 1 1
1, 9 1, 9 1, 9 1, 9
13 13
123 124
1 1
1 1
1, 9 1, 9
P P
249 249
110 120
0 0
1 1
1 1
P P
249 249
111 121
0 0
1 1
1 1
Table 5.19.-2 Commands Signal name Main settings (SPCU 1D50) Second settings (SPCU 1D50) Main settings (SPCN 1D56) Second settings (SPCN 1D56)
44
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V150 V150
P P
13 13
23 24
20 20
20 20
20, 21 20, 21
V150 V150
P P
13 13
123 124
20 20
20 20
20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.19.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, Um, Tap pos.
P
135
205
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 205 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I2)
IL2
Data2 (SPA data: I3)
IL3
Data3 (SPA data: I4)
Um
Data4 (SPA data: I1)
Tap pos.
Data5 (SPA data: V3)
45
SPA-ZC 200/ SPA-ZC 202
46
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
1MRS752034-MUM
1MRS 752034-MUM EN 04.2001
ABB Substation Automation Oy P.O. Box 699 FIN-65101 VAASA Finland Tel. +358 10 224 000 Fax. +358 10 224 1094 www.abb.com/substationautomation
1MRS752034-MUM Issued: 03.04.2001 Version: A/03.04.2001 Checked: M.K. Approved:
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
SPA-ZC 200/ SPA-ZC 202
We reserve the right to change data without prior notice.
Contents 1. Introduction ...............................................................................4 2. General .......................................................................................5 2.1. The general principle of data mapping ..........................................5 2.2. Data mappings ..............................................................................6
3. Supported relays .......................................................................7 4. References .................................................................................8 5. Configurations ...........................................................................9 5.1. SPAA 120 C ..................................................................................9 5.2. SPAA 121 C ................................................................................11 5.3. SPAA 341 C2 ..............................................................................13 5.4. SPAC 310 C ................................................................................15 5.5. SPAC 315 C ................................................................................17 5.6. SPAC 320 C ................................................................................19 5.7. SPAD 346 C3 ..............................................................................21 5.8. SPAJ 115 C .................................................................................23 5.9. SPAJ 140 C .................................................................................24 5.10.SPAJ 141 C ................................................................................26 5.11.SPAJ 142 C ................................................................................28 5.12.SPAJ 144 C ................................................................................30 5.13.SPAJ 160 C ................................................................................32 5.14.SPAM 150 C ...............................................................................34 5.15.SPAS 348 C ...............................................................................36 5.16.SPAU 110 C ...............................................................................38 5.17.SPAU 130 C ...............................................................................40 5.18.SPAU 330 C ...............................................................................42 5.19.SPAU 341 C1 .............................................................................44
3
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1.
Introduction
1MRS752034-MUM
Standard Configuration Templates
7KLVGRFXPHQWGHVFULEHVFRQILJXUDWLRQVGHVLJQHGIRU63$=&DQG63$=& GHYLFHVLH,(&63$*DWHZD\V 7KHFRQILJXUDWLRQVDUHUHDG\PDGHDQGQRWGLUHFWO\HGLWDEOHE\WKHXVHU7KH FRQILJXUDWLRQVDUHGRZQORDGHGWRWKHJDWHZD\ZLWKWKH,&7VRIWZDUHZKLFKLVD FRQILJXUDWLRQWRROIRUWKH,(&63$*DWHZD\)RUPRUHLQIRUPDWLRQDERXW GRZQORDGLQJVHHWKH63$=&&RPPLVVLRQLQJ0DQXDO 056 080 7KH,(&EXVLVFDOOHG,(&BODWHULQWKLVGRFXPHQW
4
1MRS752034-MUM
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
2.
SPA-ZC 200/ SPA-ZC 202
General &RQILJXUDWLRQWHPSODWHVHGLWHGZLWKWKH,&7VRIWZDUHDUHQDPHGE\WKHVSHFLILF 63$&20UHOD\WRZKLFKWKHJDWHZD\ZLOOEHFRQQHFWHG'DWDVLJQDOVWKDWDUH WUDQVIHUUHGIURPWKH63$EXVWRWKH,(&BDQGPDSSLQJVRIWKHPDUHGHILQHGLQ WKHFRQILJXUDWLRQV %HIRUHWUDQVIHUULQJDQDORJLQSXWGDWDWKHYDOXHVDUHVFDOHGLQWKHIROORZLQJZD\ 6FDOHGYDOXH 63$YDOXHVFDOLQJIDFWRU 7KHXVHUGHILQHVZLWKWKH,&7DVFDOLQJIDFWRUIRUHDFKPHDVXUDQG RUPHDVXUDQG JURXS $UHVWDUWRIWKH63$XQLW 63$HYHQW( DQGDQHYHQWEXIIHURYHUIORZRIWKH63$ XQLW 63$HYHQW( DUHUHSRUWHGWR,(&BDVIROORZV
$6'8W\SH WLPHWDJJHGPHVVDJH FDXVHRIWUDQVPLVVLRQ VSRQWDQHRXV IXQFWLRQW\SH SULYDWHUDQJH YDOXHVRILQIRUPDWLRQQXPEHU (! SRVLWLRQRI63$XQLW « LQWKH63$XQLWOLVW (! SRVLWLRQRI63$XQLW « LQWKH63$XQLWOLVW
7KLVIXQFWLRQKDVEHHQLPSOHPHQWHGLQWKHJDWHZD\ILUPZDUH7KHQXPEHURI LQIRUPDWLRQQXPEHUVXVHGGHSHQGVRQWKHQXPEHURI63$XQLWVGHILQHGLQWKH FRQILJXUDWLRQ)XQFWLRQW\SHDQGLQIRUPDWLRQQXPEHUSDLUVXVHGIRUSUHVHQWLQJ63$ HYHQWV(DQG(DUHOLVWHGLQWKHGHVFULSWLRQRIWKHGLIIHUHQWFRQILJXUDWLRQV
2.1.
The general principle of data mapping 7KHLQWHUIDFHEHWZHHQWKH63$&20UHOD\DQGWKH,(&BLVFUHDWHGDFFRUGLQJWR RQHRIWKHIROORZLQJDOWHUQDWLYHV $OWHUQDWLYH$ VWDQGDUGPDSSLQJ ,IDFRUUHVSRQGLQJ63$VLJQDOLVGHILQHGE\WKH,(&VWDQGDUG DOWHUQDWLYH$LVXVHG $OWHUQDWLYH% 9'(:UHFRPPHQGDWLRQVIRUFRQWUROGDWD 5HIHUWR³'LJLWDOH6WDWLRQVOHLWWHFKQLN(UJlQ]HQGH(PSIHKOXQJHQ]XU$QZHQGXQJ LQ9HUWHLOQHW]VWDWLRQHQ´E\9HUHLQLJXQJ'HXWVFKHU(OHNWUL]LWlWVZHUNH $OWHUQDWLYH3 SULYDWHGHILQLWLRQV 3ULYDWHGHILQLWLRQVDUHEDVLFDOO\XVHGRIWKHIROORZLQJWZRUHDVRQV 7KHVWDQGDUG ,(& GRHVQRWGHILQHWKHVLJQDO 7KHVLJQDOLVGHILQHGE\WKHVWDQGDUGEXWWKH63$VLJQDOLQWHUIDFHGLIIHUV UDGLFDOO\IURPWKLVPRGHO
5
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
2.2.
Data mappings
1MRS752034-MUM
Standard Configuration Templates
%HORZDQH[SODQDWLRQRIWKHGDWDPDSSLQJWDEOHV Table 2.2.-1
Ftyp
Status A = According to the IEC 60870-5-103 standard B = According to VDEW recommendations P = Private definition Function type
InfNum
Information element number
St
GI Typ
COT
COT cmd COT resp Num data
6
Explanation of data mapping tables
General interrogation 0 = Not in interrogation 1 = Interrogable TypeId Cause of transmission values 1= Spontaneous 9= Interrogated 12 Remote command Cause of transmission values in command direction 20 = General command Cause of transmission values in response direction 20 = Positive acknowledgement 21 = Negative acknowledgement The number of the data values in the class 2 message data part
1MRS752034-MUM
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
3.
SPA-ZC 200/ SPA-ZC 202
Supported relays 5HOD\VVXSSRUWHGE\WKH,(&B63$JDWHZD\DUH 63$&20UHOD\ 63$$& 63$$& 63$-& 63$-& 63$-& 63$-& 63$-& 63$-& 63$8& 63$8& 63$0&
63$EXVLQWHUIDFH 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/ 77/
63$$& 63$&& 63$&& 63$&& 63$'& 63$6& 63$8& 63$8&
77/ 56 56 56 77/ 77/ 77/ 77/
7
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
4.
References
Standard Configuration Templates
8
,QVWDOODWLRQ0DQXDO056080 &RPPLVVLRQLQJ0DQXDO056080 5(58VHU¶V0DQXDO056 080 KWWS ZZZDEEFRPVXEVWDWLRQDXWRPDWLRQ
1MRS752034-MUM
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.
Configurations
5.1.
SPAA 120 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.1.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I01 > Start
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A P
160 160 162 160 163
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I01 > Trip
-
E11/12
P
163
92
0
1
1
U0 > Start
O7
E13/14
P
170
84
1
1
1, 9
I02 > Trip
-
E15/16
P
163
93
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings Second settings Unit restart (SPCJ 4D44) Event buffer overflow (SPCJ 4D44)
Table 5.1.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings Second settings
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
9
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.1.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, <empty>, IL3, I0, U0
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
10
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL3
Data2 (empty = 0) Data3 (SPA data: I2)
I0
Data4 (SPA data: I4)
U0
Data5 (SPA data: I3)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.2.
SPAA 121 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.2.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I01 > Start
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A P
160 160 162 160 163
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I01 > Trip
-
E11/12
P
163
92
0
1
1
U0 > Start
O7
E13/14
P
170
84
1
1
1, 9
I02 > Trip
-
E15/16
P
163
93
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings Second settings Unit restart (SPCJ 4D44) Event buffer overflow (SPCJ 4D44)
Table 5.2.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings Second settings
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
11
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.2.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, <empty>, IL3, I0, U0
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
12
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL3
Data2 (empty = 0) Data3 (SPA data: I2)
I0
Data4 (SPA data: I4)
U0
Data5 (SPA data: I3)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.3.
SPAA 341 C2 )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&7'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$$& 8VHU V0DQXDO Table 5.3.-1
Class 1 data
Signal name
SPA data
SPA event
O1 O3 O5 O7
E1/2
St
Ftyp
InfNum
GI
Typ
COT
E5/6 E7/8 E9/10 E11/12 E13/14
A A P A P P A
160 160 162 160 162 162 160
84 90 94 91 96 98 67
1 0 1 0 1 0 1
1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1 1, 9
-
E15/16
P
160
92
0
1
1
I0 >> Start
O9
E17/18
P
162
95
1
1
1, 9
I0 >> Trip
-
E19/20
P
162
93
0
1
1
I2 V153 V150 V150
E21/22 E23/24 -
P P B A A A
173 173 240 160 160 160
84 90 160 16 23 24
0 0 1 1 1 1
1 1 1 1 1 1
1 1 1, 9 1, 9 1, 9 1, 9
-
E50 E50 E51
P P P
249 249 249
110 111 120
0 0 0
1 1 1
1 1 1
-
E51
P
249
121
0
1
1
I > Start I > Trip I >> Start I >> Trip I >>> Start I >>> Trip I0 > Start I0 > Trip
DI > Start DI > Trip Q0, CB1Pos AR Shot in use Main settings Second settings Unit restart (SPCJ 4D44) Unit restart (CPCT 5D54) Event buffer overflow (SPCJ 4D28) Event buffer overflow (SPCT 5D54)
Table 5.3.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
AR Shot in use LED reset Main settings Second settings
V153 V101 V150 V150
A A A A
160 160 160 160
16 19 23 24
20 20 20 20
20 20 20 20
20, 21 20, 21 20, 21 20, 21
13
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.3.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
14
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.4.
SPAC 310 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH6372'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHFLUFXLWEUHDNHU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGLVFRQQHFWRU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHHDUWKVZLWFK 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.4.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I0 > Start I0 > Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0 >> Start
O7
E13/14
P
162
95
1
1
1, 9
I0 >> Trip
-
E15/16
A
160
93
0
1
1
Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
(0).2I1 (0).1I1 (0).3I1 V6 V150
-
B B B P A
240 240 240 250 160
160 161 164 220 23
1 1 1 1 1
1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1, 9
V150
-
A
160
24
1
1
1, 9
Unit restart (SPTO 1D2) Unit restart (SPCJ 4D29) Event buffer overflow (SPTO 1D2) Event buffer overflow (SPCJ 4D29)
-
E50
P
249
110
0
1
1
-
E50
P
249
111
0
1
1
-
E51
P
249
120
0
1
1
-
E51
P
249
121
0
1
1
15
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.4.-2
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
Cot cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
(0).2O1
B
240
160
20
20
20, 21
LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Q0, CB1Control
Table 5.4.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
16
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.5.
SPAC 315 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG :
!
7KHVODYHQXPEHURIWKH6372'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH6372'PRGXOHPXVWEH 7KHFLUFXLWEUHDNHU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGLVFRQQHFWRU 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHHDUWKVZLWFK 4 PXVWEHFRQQHFWHGWRFKDQQHO 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.5.-1
Class 1 data
Signal name I > Start I > Trip I >> Start I >> Trip I0 > Start I0 > Trip
SPA data
SPA event
St
Ftyp InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0 >> Start
O7
E13/14
P
162
95
1
1
1, 9
I0 >> Trip
-
E15/16
A
160
93
0
1
1
(0).2I1 (0).1I1 (0).3I1 V6 V150
-
B B B P A
240 240 240 250 160
160 161 164 220 23
1 1 1 1 1
1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E50 E51
P P P
249 249 249
110 111 120
0 0 0
1 1 1
1 1 1
-
E51
P
249
121
0
1
1
Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPTO 1D6) Unit restart (SPCJ 4D29) Event buffer overflow (SPTO 1D6) Event buffer overflow (SPCJ 4D29)
17
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.5.-2
Commands
Signal name LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Q0, CB1Control
Table 5.5.-3
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150
A A
160 160
19 23
20 20
20 20
20, 21 20, 21
V150
A
160
24
20
20
20, 21
(0).2O1
B
240
160
20
20
20, 21
Clas 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
18
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.6.
SPAC 320 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
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
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$&& 8VHU V0DQXDO Table 5.6.-1
Class 1 data
Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E3/4
P
11
90
1
1
1, 9
Iq Start Iq Trip 2xt
Is > or Is
s
Start
2
Is > or Is xts Trip I >> Start I >> Trip I0 > Start I0 > Trip DI Start DI Trip I < Start I < Trip Q0, CB1Pos Q1, DCPos Q8, EarthPos LocalState Unit restart (SPTO 1D5) Unit restart (SPCJ 4D34) Event buffer overflow (SPTO 1D5) Event buffer overflow (SPCJ 4D34)
-
E7/8
P
11
92
0
1
1
O4
E9/10
P
11
93
1
1
1, 9
-
E11/12
P
11
94
0
1
1
O6 O8
E13/14 E15/16 E17/18
P P P
11 11 11
95 96 97
1 0 1
1 1 1
1, 9 1 1, 9
-
E19/20
P
11
98
0
1
1
O10 O12 (0).2I1 (0).1I1 (0).3I1 V6
E21/22 E23/24 E25/26 E27/28 -
P P P P B B B P
11 11 11 11 240 240 240 250
99 100 101 102 160 161 164 220
1 0 1 0 1 1 1 1
1 1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1, 9 1, 9 1, 9
-
E50 E50
P P
249 249
110 111
0 0
1 1
1 1
-
E51
P
249
120
0
1
1
-
E51
P
249
121
0
1
1
19
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.6.-2
Commands SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 (0).2O1
P B
11 240
19 160
20 20
20 20
20, 21 20, 21
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
Signal name LED reset Q0, CB1Control
Table 5.6.-3
Class 2 data
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
20
9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.7.
SPAD 346 C3 )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&''PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$'& 8VHU V0DQXDO Table 5.7.-1
Class 1 data
Signal name 3DI>Trip L1 3DI>Trip L2 3DI>Trip L3 3DI>>Trip L1 3DI>>Trip L2 3DI>>Trip L3 Main settings (SPCD 3D53) Second settings (SPCD 3D53)
SPA SPA event data
St
Ftyp
InfNum
GI
Typ
COT
V150
(0).1E1/2 (0).2E1/2 (0).3E1/2 (0).1E3/4 (0).2E3/4 (0).3E3/4 -
A A A P P P A
176 176 176 178 178 178 176
69 70 71 69 70 71 23
0 0 0 0 0 0 1
1 1 1 1 1 1 1
1 1 1 1 1 1 1, 9
V150
-
A
176
24
1
1
1, 9
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Unit restart (SPCD 3D53) Event buffer overflow (SPCD 3D53)
Table 5.7.-2
Class 1 command
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
176 176 176
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
LED reset Main settings (SPCD 3D53) Second settings (SPCD 3D53)
21
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
1MRS752034-MUM
Standard Configuration Templates
Table 5.7.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
HV IL1, D IL1, D IL2, D IL3, LV IL1, RegD IL1,
P
135
208
9
8
RegD IL2, RegD IL3
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH
22
9 8 2 ADR 135 208 HV IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
D IL1
Data2 (SPA data: I4)
D IL2
Data3 (SPA data: I5)
D IL3
Data4 (SPA data: I6)
LV IL1
Data5 (SPA data: I7)
RegD IL1
Data6 (SPA data: V11)
RegD IL2
Data7 (SPA data: V12)
RegD IL3
Data8 (SPA data: V13)
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
5.8.
SPAJ 115 C )RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
WKHVODYHQXPEHURIWKH63&-&PRGXOHPXVWEH WKHYDOXHRIWKHHYHQWPDVN9PXVWEH GDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.8.-1
Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
DI0>Trip
-
E3/4
A
160
93
0
1
1
I0>Start
0O2
E5/6
A
160
67
1
1
1, 9
I0>Trip
-
E7/8
A
160
92
0
1
1
V150 V150
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Signal name
Main settings (SPCJ 2C30) Second settings (SPCJ 2C30) Unit restart (SPCJ 2C30) Event buffer overflow (SPCJ 2C30)
Table 5.8.-2
Class 1 command
Signal name LED reset Main settings (SPCJ 2C30) Second settings (SPCJ 2C30)
Table 5.8.-3
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
DI0, <empty>
A
160
147
3
2
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 3 2 2 ADR 160 147 DI0
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I2)
-
Data2 (empty = 0)
23
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.9.
SPAJ 140 C
1MRS752034-MUM
Standard Configuration Templates
)RUWKHXQLWWRRSHUDWHSURSHUO\WKHIROORZLQJVHWWLQJVDUHUHTXLUHG
!
7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.9.-1
Class 1 data
Signal name I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
V150
-
A
160
23
1
1
1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPCJ 4D29) Event buffer overflow (SPCJ 4D29)
Table 5.9.-2
24
Commands
Signal name
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.9.-3
Class 2 data
Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
25
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.10.
SPAJ 141 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.10.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
-
A A
160 160
23 24
1 1
1 1
1, 9 1, 9
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D24) V150 Second settings (SPCJ V150 4D24) Unit restart (SPCJ 4D24) Event buffer overflow (SPCJ 4D24)
-
Table 5.10.-2 Commands
26
Signal name
SPA data
St
Ftyp
InfNum
Typ
LED reset Main settings (SPCJ 4D24) Second settings (SPCJ 4D24)
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
COT COT resp cmd 20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.10.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
27
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.11.
SPAJ 142 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&-' PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.11.-1 Class 1 data Signal name I>Start I>Trip I>>Start I>>Trip I0>Start I0>Trip
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5
E1/2 E3/4 E5/6 E7/8 E9/10
A A P A A
160 160 162 160 160
84 90 94 91 67
1 0 1 0 1
1 1 1 1 1
1, 9 1 1, 9 1 1, 9
-
E11/12
A
160
92
0
1
1
I0>>Start
O7
E13/14
P
162
95
1
1
1, 9
I0>>Trip
-
E15/16
A
160
93
0
1
1
V150
-
A
160
23
1
1
1, 9
V150
-
A
160
24
1
1
1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Main settings (SPCJ 4D29) Second settings (SPCJ 4D29) Unit restart (SPCJ 4D29) Event buffer overflow (SPCJ 4D29)
Table 5.11.-2 Commands Signal name LED reset Main settings (SPCJ 4D29) Second settings (SPCJ 4D29)
28
SPA data
St
Ftyp InfNum
V101 V150 V150
A A A
160 160 160
19 23 24
Typ
COT cmd
COT resp
20 20 20
20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.11.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
29
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.12.
SPAJ 144 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.12.-1 Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1 O3 O5 O7
E1/2 E3/4 E5/6 E7/8 E9/10 E11/12 E13/14
A A P P P P A
160 160 162 162 162 162 160
84 90 94 91 96 98 67
1 0 1 0 1 0 1
1 1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1 1, 9
-
E15/16
A
160
92
0
1
1
I0>>Start
O9
E17/18
P
162
95
1
1
1, 9
I0>>Trip
-
E19/20
A
160
93
0
1
1
V150
E21/22 E23/24 -
P P A
173 173 160
84 90 23
0 0 1
1 1 1
1 1 1, 9
V150
-
A
160
24
1
1
1, 9
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V101 V150 V150
A A A
160 160 160
19 23 24
20 20 20
20 20 20
20, 21 20, 21 20, 21
Signal name I>Start I>Trip I>>Start I>>Trip I>>>Start I>>>Trip I0>Start I0>Trip
DI>Start DI>Trip Main settings (SPCJ 4D28) Second settings (SPCJ 4D28) Unit restart (SPCJ 4D28) Event buffer overflow (SPCJ 4D28)
Table 5.12.-2 Commands Signal name LED reset Main settings (SPCJ 4D28) Second settings (SPCJ 4D28)
30
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.12.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
31
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.13.
SPAJ 160 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&-'PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$-& 8VHU V0DQXDO Table 5.13.-1 Class 1 data SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
10
90
1
1
1, 9
Ib> Trip
-
E3/4
P
10
91
0
1
1
Ia> Start
O3
E5/6
P
10
92
1
1
1, 9
Ia> Trip
-
E7/8
P
10
93
0
1
1
O5 O7 O9 -
E9/10 E11/12 E13/14 E15/16 E17/18 E19/20
P P P P P P
10 10 10 10 10 10
94 95 96 97 98 99
1 0 1 0 1 0
1 1 1 1 1 1
1, 9 1 1, 9 1 1, 9 1
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Signal name Ib> Start
I< Start I< Trip DI1>Start DI1>Trip DI2> Start DI2>Trip Unit restart (SPCJ 4D40) Event buffer overflow (SPCJ 4D40)
Table 5.13.-2 Commands Signal name LED reset
32
SPA data
St
Ftyp
InfNum
Typ
V101
P
10
19
20
COT cmd COT resp 20
20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.13.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, <empty>, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
-
Data4 (empty = 0) Data5 (empty = 0)
33
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.14.
SPAM 150 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&-'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$0& 8VHU V0DQXDO Table 5.14.-1 Class 1 data Signal name
SPA SPA event data
Ftyp
InfNum
GI
Typ
COT
P
11
90
1
1
1, 9
Iq Start
O1
Iq Alarm
O2
E5/6
P
11
91
1
1
1, 9
-
E7/8
P
11
92
0
1
1
O4
E9/10
P
11
93
1
1
1, 9
-
E11/12
P
11
94
0
1
1
O6 O8
E13/14 E15/16 E17/18
P P P
11 11 11
95 96 97
1 0 1
1 1 1
1, 9 1 1, 9
I0> Trip
-
E19/20
P
11
98
0
1
1
DI Start DI Trip I< Start I< Trip
O10 O12 -
E21/22 E23/24 E25/26 E27/28
P P P P
11 11 11 11
99 100 101 102
1 0 1 0
1 1 1 1
1, 9 1 1, 9 1
-
E50
P
249
110
0
1
1
-
E51
P
249
120
0
1
1
Typ COT cmd
COT resp
Iq Trip Is> or Is2xts Start Is> or Is2ts Trip I>> Start I>> Trip I0> Start
Unit restart (SPCJ 4D34) Event buffer overflow (SPCJ 4D34)
E3/4
St
Table 5.14.-2 Commands Signal name LED reset
34
SPA data
St
Ftyp
InfNum
V101
P
11
19
20
20
20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.14.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, I0, <empty>
P
135
140
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 140 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I1)
IL2
Data2 (SPA data: I2)
IL3
Data3 (SPA data: I3)
I0
Data4 (SPA data: I4)
-
Data5 (empty = 0)
35
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.15.
SPAS 348 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&6'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'DQGWKH63&6' PRGXOHVPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'DQGWKH63&6' PRGXOHVPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&6'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$6& 8VHU V0DQXDO Table 5.15.-1 Class 1 data Signal name I> Start ---> (SPCS 4D11) I> Start Start ---> (SPCS 4D12) I> Start Trip (SPCS 4D11) I>>Trip (SPCS 4D11) I>>>Trip (SPCS 4D11) I> Trip (SPCS 4D12) I>>Trip (SPCS 4D12) I>>>Trip (SPCS 4D12) U0b> Start (SPCS 2D26) U0b> Trip (SPCS 2D26)
36
SPA data
SPA event
St
Ftyp InfNum GI Typ COT
O1 O2 O1 O2 O1
E1/2 E3/4 E1/2 E3/4 E5/6 E9/10 E13/14 E5/6 E9/10 E13/14 E1/2
P P P P P P P P P P P
164 164 164 164 164 164 164 164 164 164 12
74 75 174 175 90 91 98 190 191 198 90
1 1 1 1 0 0 0 0 0 0 1
1 1 1 1 1 1 1 1 1 1 1
1, 9 1, 9 1, 9 1, 9 1 1 1 1 1 1 1, 9
-
E3/4
P
12
91
0
1
1
I01>/U01> Start (SPCS 2D26)
O3
E5/6
P
12
92
1
1
1, 9
I01>/U01> Trip (SPCS 2D26)
-
E7/8
P
12
93
0
1
1
I02>/U02> Start (SPCS 2D26)
O5
E9/10
P
12
94
1
1
1, 9
I02>/U02> Trip (SPCS 2D26)
-
E11/12
P
12
95
0
1
1
Unit restart (SPCS 4D11) Event buffer overflow (SPCS 4D11) Unit restart (SPCS 4D12) Event buffer overflow (SPCS 4D12) Unit restart (SPCS 2D26) Event buffer overflow (SPCS 2D26)
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
-
E50 E51
P P
249 249
111 121
0 0
1 1
1 1
-
E50 E51
P P
249 249
112 122
0 0
1 1
1 1
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.15.-2 Commands SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V150 V150
P P
164 164
23 24
20 20
20 20
20, 21 20, 21
V150 V150
P P
164 164
123 124
20 20
20 20
20, 21 20, 21
V150 V150
P P
12 12
23 24
20 20
20 20
20, 21 20, 21
Signal name Main settings (SPCS 4D11) Second settings (SPCS 4D11) Main settings (SPCS 4D12) Second settings (SPCS 4D12) Main settings (SPCS 2D26) Second settings (SPCS 2D26)
Table 5.15.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, U12, U23, U31, I0, U0
P
135
138
9
8
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 8 2 ADR 135 138 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPCS 4D11, SPA data: I1)
IL2
Data2 (SPCS 4D12, SPA data: I4)
IL3
Data3 (SPCS 4D11, SPA data: I4)
U12
Data4 (SPCS 4D11, SPA data: I5)
U23
Data5 (SPCS 4D11, SPA data: I2)
U31
Data6 (SPCS 4D12, SPA data: I5)
I0
Data7 (SPCS 2D26, SPA data: I2)
U0
Data8 (SPCS 2D26, SPA data: I1)
37
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.16.
SPAU 110 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.16.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
170
84
1
1
1, 9
U0>Start U0>Trip
-
E3/4
P
170
90
0
1
1
U0>>Start
O3
E5/6
P
170
94
1
1
1, 9
U0>>Trip
-
E7/8
P
170
91
0
1
1
V150 V150
-
P P
170 170
23 24
1 1
1 1
1, 9 1, 9
-
E50 E51
P P
249 249
110 120
0 0
1 1
1 1
Settings by knobs Remote settings Unit restart (SPCU 1C6) Event buffer overflow (SPCU 1C6)
Table 5.16.-2 Commands Signal name LED reset Settings by knobs Remote settings
38
SPA data
St
Ftyp
InfNum
Typ
V101 V150 V150
P P P
170 170 170
19 23 24
20 20 20
COT cmd COT resp 20 20 20
20, 21 20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.16.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
<empty>, U0
P
170
147
3
2
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 3 2 2 ADR 170 147 U0
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data4 (SPA data: I1)
39
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.17.
SPAU 130 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9PXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV 7KHGDWDWUDQVIHUUDWHRQWKH,(&EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.17.-1 Class 1 data Signal name
SPA data
SPA event
St
Ftyp InfNum
GI
Typ
COT
U>Start U>Trip U<Start U, <empty>, <empty>, U12, U23, U31
P
135
138
9
6
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 6 2 ADR 135 138 U12
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data2 (empty = 0) Data3 (empty = 0) Data4 (SPA data: I1)
U23
Data5 (SPA data: I2)
U31
Data6 (SPA data: I3)
41
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.18.
SPAU 330 C
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&8&PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&8&PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.18.-1 Class 1 data Signal name U0>Start (SPCU 1C6) U0>Trip (SPCU 1C6)
42
SPA data
SPA event
St
Ftyp
InfNum
GI
Typ
COT
O1
E1/2
P
170
84
1
1
1, 9
-
E3/4
P
170
90
0
1
1
U0>>Start (SPCU 1C6)
O3
E5/6
P
170
94
1
1
1, 9
U0>>Trip (SPCU 1C6)
-
E7/8
P
170
91
0
1
1
U>Start (SPCU 3C14) U>Trip (SPCU 3C14) U<Start (SPCU 3C14) U, <empty>, <empty>, U12, U23, U31, <empty>, energizing input voltage U0
P
135
138
9
8
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 8 2 ADR 135 138 U12
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (empty = 0) Data2 (empty = 0) Data3 (empty = 0) Data4 (SPCU 3C14, SPA data: I1)
U23
Data5 (SPCU 3C14, SPA data: I2)
U31
Data6 (SPCU 3C14, SPA data: I3)
U0
Data7 (empty = 0) Data8 (SPCU 1C6, SPA data: I1)
43
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway
5.19.
SPAU 341 C1
1MRS752034-MUM
Standard Configuration Templates
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7KHVODYHQXPEHURIWKH63&8'PRGXOHPXVWEH 7KHVODYHQXPEHURIWKH63&1'PRGXOHPXVWEH 7KHYDOXHRIWKHHYHQWPDVN9RIWKH63&1'PRGXOHPXVWEH 7KHGDWDWUDQVIHUUDWHRQWKH63$EXVPXVWEH ELWV
)RUPRUHLQIRUPDWLRQDERXWWKHDERYHPHQWLRQHGVHWWLQJVVHHWKH63$8& 8VHU V0DQXDO Table 5.19.-1 Class 1 data Signal name Raise sgnl activ. Lower sgnl activ. Main settings (SPCU 1D50) Second settings (SPCU 1D50) Main settings (SPCN 1D56) Second settings (SPCN 1D56) Unit restart (SPCU 1D50) Event buffer overflow (SPCU 1D50) Unit restart (SPCN 1D56) Event buffer overflow (SPCN 1D56)
SPA data
SPA event
St
O1 O2 V150 V150
E5/6 E7/8 -
P P P P
13 13 13 13
V150 V150
-
P P
-
E50 E51
-
E50 E51
Ftyp InfNum
GI
Typ
COT
90 91 23 24
1 1 1 1
1 1 1 1
1, 9 1, 9 1, 9 1, 9
13 13
123 124
1 1
1 1
1, 9 1, 9
P P
249 249
110 120
0 0
1 1
1 1
P P
249 249
111 121
0 0
1 1
1 1
Table 5.19.-2 Commands Signal name Main settings (SPCU 1D50) Second settings (SPCU 1D50) Main settings (SPCN 1D56) Second settings (SPCN 1D56)
44
SPA data
St
Ftyp
InfNum
Typ
COT cmd
COT resp
V150 V150
P P
13 13
23 24
20 20
20 20
20, 21 20, 21
V150 V150
P P
13 13
123 124
20 20
20 20
20, 21 20, 21
1MRS752034-MUM
SPA-ZC 200/ SPA-ZC 202
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
Table 5.19.-3 Class 2 data Measurands
St
Ftyp
InfNum
Typ
Num data
IL1, IL2, IL3, Um, Tap pos.
P
135
205
9
5
7KH$6'8RFWHWVZLOOORRNOLNHWKHIROORZLQJWDEOH 9 5 2 ADR 135 205 IL1
TypeID VSQ = Num of data COT Common address of ASDU Function type Information number Data1 (SPA data: I2)
IL2
Data2 (SPA data: I3)
IL3
Data3 (SPA data: I4)
Um
Data4 (SPA data: I1)
Tap pos.
Data5 (SPA data: V3)
45
SPA-ZC 200/ SPA-ZC 202
46
IEC 60870-5-103/SPA-gateway Standard Configuration Templates
1MRS752034-MUM
1MRS 752034-MUM EN 04.2001
ABB Substation Automation Oy P.O. Box 699 FIN-65101 VAASA Finland Tel. +358 10 224 000 Fax. +358 10 224 1094 www.abb.com/substationautomation
