[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
About this Application Note
The main purpose of this Application Note is to show the structure of all Logical Nodes that can
be found in all VAMP Products Data Maps. Please note that there is no VAMP device in which
you can find all Logical Nodes listed in this document. The subset of Logical Nodes found in
each device is based on the VAMP Type and on the Ordering Code (e.g. LNs for Voltage
Protection Functions or amount of LNs for Digital Inputs).
This document uses for description of Protection Stages and Measurements, terminology and
symbols found in VAMP Product manuals and uses terminology from IEC 61850 Standard for
description of Data Objects.
Note: All Logical Nodes listed in this document contain Mode, Behavior, Health and Name Plate
Data Objects. This document does not intend to replace any official IEC 61850 documentation.
Contact Information
VAMP Technical Support
[email protected]
Version: 2.2 (22.9.2016)
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ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
Revision 2.2:

Following Logical Nodes added:
o
o
o
o
o

352 – Setting Group 3
353 – Setting Group 4
354 – Link 1 Down
355 – Link 2 Down
356 – Global trip
(SG3GGIO135)
(SG4GGIO136)
(Lnk1DnGGIO1)
(Lnk2DnGGIO1)
(ALLPTRC1)
Added: Appendix 1 - LLN0 and LPHD in Data Sets
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Index
Logical Node name (Description in VAMPSET)
0.
AR1ftGGIO16 (AR1 final trip)
1.
AR2ftGGIO17 (AR2 final trip)
2.
AR3ftGGIO18 (AR3 final trip)
3.
AR4ftGGIO19 (AR4 final trip)
4.
AR5RREC1 (Auto-reclose) (AR)
5.
ARcftGGIO15 (AR critical final trip)
6.
ARcreGGIO13 (AR critical request)
7.
ARftGGIO14 (AR final trip)
8.
ARlocGGIO2 (AR locked)
9.
ARre1GGIO3 (AR request 1)
10.
ARre2GGIO4 (AR request 2)
11.
ARre3GGIO5 (AR request 3)
12.
ARre4GGIO6 (AR request 4)
13.
ARre5GGIO7 (AR request 5)
14.
ARrunGGIO1 (AR running)
15.
ARsh1GGIO8 (AR shot 1)
16.
ARsh2GGIO9 (AR shot 2)
17.
ARsh3GGIO10 (AR shot 3)
18.
ARsh4GGIO11 (AR shot 4)
19.
ARsh5GGIO12 (AR shot 5)
20.
CBFPPIOC4 (CB failure protection) – Circuit Breaker Failure Protection (50BF)
21.
CBWA1GGIO20 (CB wear alarm 1)
22.
CBWA2GGIO21 (CB wear alarm 2)
23.
CN01GGIO103 (Counter 1)
24.
CN02GGIO104 (Counter 2)
25.
CN03GGIO105 (Counter 3)
26.
CN04GGIO106 (Counter 4)
27.
CN05GGIO107 (Counter 5)
28.
CN06GGIO108 (Counter 6)
29.
CN07GGIO109 (Counter 7)
30.
CN08GGIO110 (Counter 8)
31.
CN09GGIO111 (Counter 9)
32.
CN10GGIO112 (Counter 10)
33.
CN11GGIO113 (Counter 11)
34.
CN12GGIO114 (Counter 12)
35.
CN13GGIO115 (Counter 13)
36.
CN14GGIO116 (Counter 14)
37.
CN15GGIO117 (Counter 15)
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Global Logical Node List for VAMP Protection Relays and Arc
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38.
CN16GGIO118 (Counter 16)
39.
CN17GGIO119 (Counter 17)
40.
CN18GGIO120 (Counter 18)
41.
CN19GGIO121 (Counter 19)
42.
CN20GGIO122 (Counter 20)
43.
CN21GGIO123 (Counter 21)
44.
CN22GGIO124 (Counter 22)
45.
CN23GGIO125 (Counter 23)
46.
CN24GGIO126 (Counter 24)
47.
CN25GGIO127 (Counter 25)
48.
CN26GGIO128 (Counter 26)
49.
CN27GGIO129 (Counter 27)
50.
CN28GGIO130 (Counter 28)
51.
CN29GGIO131 (Counter 29)
52.
CN30GGIO132 (Counter 30)
53.
CN31GGIO133 (Counter 31)
54.
CN32GGIO134 (Counter 32)
55.
CTAlmGGIO22 (CT alarm)
56.
DEF1PTOC9 (IoDir>) – Directional Earth-Fault Protection Stage 1 (67N)
57.
DEF2PTOC10 (IoDir>>) – Directional Earth-Fault Protection Stage 2 (67N)
58.
dfdtPFRC1 (df/dt>) – Rate of Change of Frequency Protection Stage (81R)
59.
DI01GGIO45 (Digital Input 1)
60.
DI02GGIO46 (Digital Input 2)
61.
DI03GGIO47 (Digital Input 3)
62.
DI04GGIO48 (Digital Input 4)
63.
DI05GGIO49 (Digital Input 5)
64.
DI06GGIO50 (Digital Input 6)
65.
DI07GGIO51 (Digital Input 7)
66.
DI08GGIO52 (Digital Input 8)
67.
DI09GGIO53 (Digital Input 9)
68.
DI10GGIO54 (Digital Input 10)
69.
DI11GGIO55 (Digital Input 11)
70.
DI12GGIO56 (Digital Input 12)
71.
DI13GGIO57 (Digital Input 13)
72.
DI14GGIO58 (Digital Input 14)
73.
DI15GGIO59 (Digital Input 15)
74.
DI16GGIO60 (Digital Input 16)
75.
DI17GGIO61 (Digital Input 17)
76.
DI18GGIO62 (Digital Input 18)
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
77.
DI19GGIO63 (Digital Input 19)
78.
DI20GGIO64 (Digital Input 20)
79.
DI21GGIO65 (Digital Input 21)
80.
DI22GGIO66 (Digital Input 22)
81.
DI23GGIO67 (Digital Input 23)
82.
DI24GGIO68 (Digital Input 24)
83.
DI25GGIO69 (Digital Input 25)
84.
DI26GGIO70 (Digital Input 26)
85.
DI27GGIO71 (Digital Input 27)
86.
DI28GGIO72 (Digital Input 28)
87.
DI29GGIO73 (Digital Input 29)
88.
DI30GGIO74 (Digital Input 30)
89.
DI31GGIO75 (Digital Input 31)
90.
DI32GGIO76 (Digital Input 32)
91.
DOC1PTOC12 (IDir>) – Directional Overcurrent Protection Stage 1 (67)
92.
DOC2PTOC13 (IDir>>) – Directional Overcurrent Protection Stage 2 (67)
93.
DOC3PTOC14 (IDir>>>) – Directional Overcurrent Protection Stage 3 (67)
94.
DOC4PTOC15 (IDir>>>>) – Directional Overcurrent Protection Stage 4 (67)
95.
EF1PTOC4 (Io>) – Earth-Fault Protection Stage 1 (50N/51N)
96.
EF2PTOC5 (Io>>) – Earth-Fault Protection Stage 2 (50N/51N)
97.
EF3PTOC6 (Io>>>) – Earth-Fault Protection Stage 3 (50N/51N)
98.
EF4PTOC7 (Io>>>>) – Earth-Fault Protection Stage 4 (50N/51N)
99.
EnergyMMTR1 (Energy exported imported)
100.
fdaMMXU9 (Frequency demand)
101.
fMMXU8 (Frequency)
102.
Har2PTOC11 (f2>) – Magnetizing Inrush Protection (68F2)
103.
I3pdaMMXU3 (IL1, IL2, IL3 demand)
104.
I3pMMXU1 (IL1, IL2, IL3)
105.
I3prMMXU2 (IL1, IL2, IL3 RMS)
106.
IArcPIOC1 (I Arc) – Arc Overcurrent Protection Stage (50AR)
107.
Io1ArcPIOC2 (Io1 Arc) – Arc Earth-Fault Io1 Protection Stage (50NAR)
108.
Io1MMXU11 (Io1)
109.
Io2ArcPIOC3 (Io2 Arc) – Arc Earth-Fault Io2 Protection Stage (50NAR)
110.
Io2MMXU12 (Io2)
111.
IOC1GGIO142 (Fault current of I>)
112.
IOC2GGIO143 (Fault current of I>>)
113.
IOC3GGIO144 (Fault current of I>>>)
114.
IoCMMXU13 (Io calculated)
115.
L1fGGIO24 (Line 1 fault)
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Global Logical Node List for VAMP Protection Relays and Arc
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116.
L2fGGIO25 (Line 2 fault)
117.
L3fGGIO26 (Line 3 fault)
118.
LdPDIF1 (87L) (LDP) – Line Differential Protection (87L)
119.
LightSARC1 (Arc light on)
120.
LO01GGIO77 (Logical output 1)
121.
LO02GGIO78 (Logical output 2)
122.
LO03GGIO79 (Logical output 3)
123.
LO04GGIO80 (Logical output 4)
124.
LO05GGIO81 (Logical output 5)
125.
LO06GGIO82 (Logical output 6)
126.
LO07GGIO83 (Logical output 7)
127.
LO08GGIO84 (Logical output 8)
128.
LO09GGIO85 (Logical output 9)
129.
LO10GGIO86 (Logical output 10)
130.
LO11GGIO87 (Logical output 11)
131.
LO12GGIO88 (Logical output 12)
132.
LO13GGIO89 (Logical output 13)
133.
LO14GGIO90 (Logical output 14)
134.
LO15GGIO91 (Logical output 15)
135.
LO16GGIO92 (Logical output 16)
136.
LO17GGIO93 (Logical output 17)
137.
LO18GGIO94 (Logical output 18)
138.
LO19GGIO95 (Logical output 19)
139.
LO20GGIO96 (Logical output 20)
140.
MotFStPMRI1 (Motor frequent start)
141.
MotRnGGIO28 (Motor running)
142.
MotStGGIO27 (Motor starting)
143.
Obj1CSWI1 (Object 1)
144.
Obj1RSYN1 (Synchrocheck object 1)
145.
Obj2CSWI2 (Object 2)
146.
Obj2RSYN2 (Synchrocheck object 2)
147.
Obj3CSWI3 (Object 3)
148.
Obj4CSWI4 (Object 4)
149.
Obj5CSWI5 (Object 5)
150.
Obj6CSWI6 (Object 6)
151.
Obj7CSWI7 (Object 7)
152.
Obj8CSWI8 (Object 8)
153.
OC1PTOC1 (I>) – Overcurrent Protection Stage 1 (50/51)
154.
OC2PTOC2 (I>>) – Overcurrent Protection Stage 2 (50/51)
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
155.
OC3PTOC3 (I>>>) – Overcurrent Protection Stage 3 (50/51)
156.
OFUF1PTOF1 (f><) – Frequency Protection Stage 1 (81H/81L)
157.
OFUF2PTOF2 (f>><<) – Frequency Protection Stage 2 (81H/81L)
158.
OV1PTOV3 (U>) – Overvoltage Protection Stage 1 (59)
159.
OV2PTOV4 (U>>) – Overvoltage Protection Stage 2 (59)
160.
OV3PTOV5 (U>>>) – Overvoltage Protection Stage 3 (59)
161.
PhRevPTOC16 (I2>>) – Reversal (Incorrect) Phase Sequence Protection (47)
162.
PQSpdMMXU19 (P, Q, S, PF demand)
163.
PQSpfMMXU18 (P, Q, S, PF)
164.
PQSrdMMXU7 (P, Q, S, PF RMS demand)
165.
PQSrMMXU6 (P, Q, S RMS)
166.
PS1SGGIO29 (Programmable stage 1 start)
167.
PS1TGGIO37 (Programmable stage 1 trip)
168.
PS2SGGIO30 (Programmable stage 2 start)
169.
PS2TGGIO38 (Programmable stage 2 trip)
170.
PS3SGGIO31 (Programmable stage 3 start)
171.
PS3TGGIO39 (Programmable stage 3 trip)
172.
PS4SGGIO32 (Programmable stage 4 start)
173.
PS4TGGIO40 (Programmable stage 4 trip)
174.
PS5SGGIO33 (Programmable stage 5 start)
175.
PS5TGGIO41 (Programmable stage 5 trip)
176.
PS6SGGIO34 (Programmable stage 6 start)
177.
PS6TGGIO42 (Programmable stage 6 trip)
178.
PS7SGGIO35 (Programmable stage 7 start)
179.
PS7TGGIO43 (Programmable stage 7 trip)
180.
PS8SGGIO36 (Programmable stage 8 start)
181.
PS8TGGIO44 (Programmable stage 8 trip)
182.
ReLaGGIO141 (Release latches)
183.
RevP1PDOP1 (P< reverse power) – Reverse (Dir.) Power Protection Stage 1 (32)
184.
RevP2PDOP2 (P<< reverse power) – Reverse (Dir.) Power Protection Stage 2 (32)
185.
SCfyMMXU14 (Synchrocheck fy)
186.
SCfzMMXU15 (Synchrocheck fz)
187.
SCUyMMXU16 (Synchrocheck Uy)
188.
SCUzMMXU17 (Synchrocheck Uz)
189.
SG1GGIO135 (Setting group 1)
190.
SG2GGIO136 (Setting group 2)
191.
StallPMSS1 (Ist>) – Stall Protection (48)
192.
THDIMHAI1 (THD IL1, IL2, IL3)
193.
THDUMHAI2 (THD Ua, Ub, Uc)
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Global Logical Node List for VAMP Protection Relays and Arc
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194.
TOPTTR1 (T>) – Thermal Overload Protection (49)
195.
U3pMMXU4 (UL1, UL2, UL3)
196.
U3ppMMXU5 (U12, U23, U31)
197.
UCPTUC1 (I<) – Undercurrent Protection (37)
198.
UF1PTUF1 (f<) – Underfrequency Protection Stage 1 (81L)
199.
UF2PTUF2 (f<<) – Underfrequency Protection Stage 2 (81L)
200.
UIBCPTOC8 (I2> or I2/I1>) – Current Unbalance Protection Stage (46)
201.
Uo1PTOV1 (Uo>) – Zero Sequence Voltage Protection Stage 1 (59N)
202.
Uo2PTOV2 (Uo>>) – Zero Sequence Voltage Protection Stage 2 (59N)
203.
UoMMXU10 (Uo)
204.
UV1PTUV1 (U<) – Undervoltage Protection Stage 1 (27)
205.
UV2PTUV2 (U<<) – Undervoltage Protection Stage 2 (27)
206.
UV3PTUV3 (U<<<) – Undervoltage Protection Stage 3 (27)
207.
VI1GGIO137 (Virtual input 1)
208.
VI2GGIO138 (Virtual input 2)
209.
VI3GGIO139 (Virtual input 3)
210.
VI4GGIO140 (Virtual input 4)
211.
VO1GGIO97 (Virtual output 1)
212.
VO2GGIO98 (Virtual output 2)
213.
VO3GGIO99 (Virtual output 3)
214.
VO4GGIO100 (Virtual output 4)
215.
VO5GGIO101 (Virtual output 5)
216.
VO6GGIO102 (Virtual output 6)
217.
VTAlmGGIO23 (VT alarm)
218.
XGGIO145 (Fault reactance)
219.
ZD1ePDIS6 (Z1e<) – Earth-fault Distance Protection Stage 1 (21N)
220.
ZD1PDIS1 (Z1<) – Short Circuit Distance Protection Stage 1 (21)
221.
ZD2ePDIS7 (Z2e<) – Earth-fault Distance Protection Stage 2 (21N)
222.
ZD2PDIS2 (Z2<) – Short Circuit Distance Protection Stage 2 (21)
223.
ZD3ePDIS8 (Z3e<) – Earth-fault Distance Protection Stage 3 (21N)
224.
ZD3PDIS3 (Z3<) – Short Circuit Distance Protection Stage 3 (21)
225.
ZD4ePDIS9 (Z4e<) – Earth-fault Distance Protection Stage 4 (21N)
226.
ZD4PDIS4 (Z4<) – Short Circuit Distance Protection Stage 4 (21)
227.
ZD5ePDIS10 (Z5e<) – Earth-fault Distance Protection Stage 5 (21N)
228.
ZD5PDIS5 (Z5<) – Short Circuit Distance Protection Stage 5 (21)
229.
EA01GGIO164 (External AI 1)
230.
EA02GGIO165 (External AI 2)
231.
EA03GGIO165 (External AI 3)
232.
EA04GGIO166 (External AI 4)
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
233.
EA05GGIO167 (External AI 5)
234.
EA06GGIO168 (External AI 6)
235.
EA07GGIO169 (External AI 7)
236.
EA08GGIO170 (External AI 8)
237.
EA09GGIO171 (External AI 9)
238.
EA10GGIO172 (External AI 10)
239.
EA11GGIO173 (External AI 11)
240.
EA12GGIO174 (External AI 12)
241.
EA13GGIO175 (External AI 13)
242.
EA14GGIO176 (External AI 14)
243.
EA15GGIO177 (External AI 15)
244.
EA16GGIO178 (External AI 16)
245.
ED01GGIO146 (External DI 1)
246.
ED02GGIO147 (External DI 2)
247.
ED03GGIO148 (External DI 3)
248.
ED04GGIO149 (External DI 4)
249.
ED05GGIO150 (External DI 5)
250.
ED06GGIO151 (External DI 6)
251.
ED07GGIO152 (External DI 7)
252.
ED08GGIO153 (External DI 8)
253.
ED09GGIO154 (External DI 9)
254.
ED10GGIO155 (External DI 10)
255.
ED11GGIO156 (External DI 11)
256.
ED12GGIO157 (External DI 12)
257.
ED13GGIO158 (External DI 13)
258.
ED14GGIO159 (External DI 14)
259.
ED15GGIO160 (External DI 15)
260.
ED16GGIO161 (External DI 16)
261.
ED17GGIO162 (External DI 17)
262.
ED18GGIO163 (External DI 18)
263.
HIbMHAI6 (Harmonics IL1b, IL2b, IL3b)
264.
HIMHAI3 (Harmonics IL1, IL2, IL3)
265.
HUMHAI4 (Harmonics Ua, Ub, Uc)
266.
I3pbMMXU20 (IL1b, IL2b, IL3b)
267.
IL1b, IL2b, IL3b RMS (I3pbrMMXU22)
268.
I3pDMMXU21 (IL1, IL2, IL3 Diff)
269.
Id1PDIF2 (3dI>) – Differential Protection Stage 1 (87)
270.
Id2PDIF3 (3dI>>) – Differential Protection Stage 2 (87)
271.
ILbMSQI1 (ILb symmetrics)
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Global Logical Node List for VAMP Protection Relays and Arc
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[Application note]
272.
ILbMSTA1 (ILb average)
273.
ILbrMSTA2 (ILb RMS average)
274.
IvPTOC20 (Iv>) – Voltage Restrained/Controlled Protection Stage (51V)
275.
OC1bPTOC18 (Ib>) – Overcurrent Protection Stage 1 for Secondary Side (50/51)
276.
OC2bPTOC19 (Ib>>) – Overcurrent Protection Stage 2 for Secondary Side (50/51)
277.
OEPVPH1 (Uf>) – Volts/Hertz Overexcitation Protection Stage (24)
278.
THDIbMHAI5 (THD IL1b, IL2b, IL3b)
279.
UEPDUP1 (Q<) – Under Excitation Protection Stage (40)
280.
UIBCbPTOC17 (I2b>) – Current Unb. Protection Stage for Secondary Side (46)
281.
Uof3PTOC21 (Uof3<) – Stator Earth-fault Protection Stage (64F3)
282.
UVPS1PTUV4 (U1<) – Positive Sequence Undervoltage Protection Stage 1 (27P)
283.
UVPS2PTUV5 (U1<<) – Positive Sequence Undervoltage Protection Stage 2 (27P)
284.
UX1PDUP2 (X<) – Underreactance Protection Stage 1 (21/40)
285.
UX2PDUP3 (X<<) – Underreactance Protection Stage 2 (21/40)
286.
UZ1PDIS11 (Z<) – Underimpedance Protection Stage 1 (21)
287.
UZ2PDIS12 (Z<<) – Underimpedance Protection Stage 2 (21)
288.
UssQVVR1 (Voltage Sag & Swell)
289.
ARCIGGIO179 (L> inputs)
290.
SILbMSQI2 (ILb symmetrics struct)
291.
SIpbMMXU26 (IL1b-3b)
292.
SIpbrMMXU28 (IL1b-3b RMS)
293.
SIpdaMMXU25 (IL1-3 demand)
294.
SIpDMMXU27 (IL1-3 Diff)
295.
SIpMMXU23 (IL1-3)
296.
SIprMMXU24 (IL1-3 RMS)
297.
STHDIbMHAI8 (THD IL1b-3b)
298.
STHDIMHAI7 (THD IL1-3)
299.
STHDUMHAI9 (THD Uabc)
300.
SUpMMXU29 (UL1-3)
301.
SUppMMXU30 (U12-23-31)
302.
ArcM1PIOC5 (Arc master stage 1)
303.
ArcM2PIOC6 (Arc master stage 2)
304.
ArcM3PIOC7 (Arc master stage 3)
305.
ArcM4PIOC8 (Arc master stage 4)
306.
ArcM5PIOC9 (Arc master stage 5)
307.
ArcM6PIOC10 (Arc master stage 6)
308.
ArcM7PIOC11 (Arc master stage 7)
309.
ArcM8PIOC12 (Arc master stage 8)
310.
IoIO1PTEF1 (IoInt>>) – Intermittent Transient Earth-fault Protection Stage (67NT)
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
311.
ZoneGGIO180 (Arc master Act Zones)
312.
BiGGIO181 (Arc master Binary Inputs)
313.
SensGGIO182 (Arc Master Sensors)
314.
EvtGGIO183 (Generic events)
315.
I3pGGIO184 (IL1, IL2, IL3 AI)
316.
U3pGGIO185 (UL1, UL2, UL3 AI)
317.
U3ppGGIO186 (U12, U23, U31 AI)
318.
AMSTGGIO187 (Arc Sensors Info)
319.
SPow3MMXU31 (3 phase P, Q, S, PF)
320.
AlrmGGIO188 (Line alarm status)
321.
LdI1PDIF4 (LdI>) – Line Differential Protection Stage 1 (87L)
322.
LdI2PDIF5 (LdI>>) – Line Differential Protection Stage 2 (87L)
323.
Har5PTOC22 (If5>) – Over Excitation Protection Stage (68F5)
324.
NIStGGIO189 (GOOSE NI 1-16)
325.
NIStGGIO190 (GOOSE NI 17-32)
326.
NIStGGIO191 (GOOSE NI 33-48)
327.
NIStGGIO192 (GOOSE NI 49-64)
328.
NIGrGGIO193 (GOOSE Validity Groups)
329.
GPubGGIO194 (GOOSE Publisher properties)
330.
FTrpGGIO195 (Final TRIP for Objects)
331.
DrRDRE1 (Disturbance recorder)
332.
TmpGGIO196 (Temperature PT100)
333.
SCRFLO1 (Incomer SC Fault Locator)
334.
EFRFLO2 (Distance to Earth Fault)
335.
VAIGGIO197 (GOOSE Virtual AI)
336.
SCIGGIO198 (Current for Incomer SC)
337.
DFLTGGIO199 (Fault distance indication)
338.
FLRFLO3 (Feeder Fault Locator)
339.
LED2GGIO200 (LEDs for 2xx and 5x series)
340.
LED5GGIO201 (LEDs for 5x series)
341.
ResGGIO202 (Remote Reset)
342.
Stat1GGIO1 (OC Stages Ena/Grp Info)
343.
Stat2GGIO1 (EF Stages Ena/Grp Info)
344.
Stat3GGIO1 (OCb Stages Ena/Grp Info)
345.
IFLTGGIO1 (Fault currents)
346.
OCPTRC1 (OC trip)
347.
CBAlmGGIO1 (CB Inactivity alarms)
348.
EFPTRC2 (EF trip)
349.
DrGGIO1 (Disturbance recorder)
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Global Logical Node List for VAMP Protection Relays and Arc
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350.
CTGGIO1 (CT parameters)
351.
CTIoGGIO1 (CT Io1 parameters)
352.
SG3GGIO135 (Setting group 3)
353.
SG4GGIO136 (Setting group 4)
354.
Lnk1DnGGIO1 (Link 1 down)
355.
Lnk2DnGGIO2 (Link 2 down)
356.
ALLPTRC1 (Global trip)
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[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
0. AR1ftGGIO16 (AR1 final trip)
Data Object
$ST$Ind
Description
Single point status for Final Trip of Auto-Reclosing Group 1
1. AR2ftGGIO17 (AR2 final trip)
Data Object
$ST$Ind
Description
Single point status for Final Trip of Auto-Reclosing Group 2
2. AR3ftGGIO18 (AR3 final trip)
Data Object
$ST$Ind
Description
Single point status for Final Trip of Auto-Reclosing Group 3
3. AR4ftGGIO19 (AR4 final trip)
Data Object
$ST$Ind
Description
Single point status for Final Trip of Auto-Reclosing Group 4
4. AR5RREC1 (Auto-reclose) (AR)
Data Object
$CO$BlkRec
$ST$BlkRec
$ST$Op
$ST$AutoRecSt
Description
Controllable single point for enabling/disabling AutoReclosing
Single point status for Auto-Reclosing (enabled/disabled)
Single point status for Auto-Reclosing (running/not running)
Double point status for Auto-Reclosing (Ready/In
Progress/Successful)
5. ARcftGGIO15 (AR critical final trip)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Critical Final Trip
6. ARcreGGIO13 (AR critical request)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Critical Request
7. ARftGGIO14 (AR final trip)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Final Trip
8. ARlocGGIO2 (AR locked)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Locked
9. ARre1GGIO3 (AR request 1)
Data Object
$ST$Ind
13
Description
Single point status for Auto-Reclosing Group 1 Request
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
10. ARre2GGIO4 (AR request 2)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Group 2 Request
11. ARre3GGIO5 (AR request 3)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Group 3 Request
12. ARre4GGIO6 (AR request 4)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Group 4 Request
13. ARre5GGIO7 (AR request 5)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Group 5 Request
14. ARrunGGIO1 (AR running)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing (running/not running)
15. ARsh1GGIO8 (AR shot 1)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Shot 1
16. ARsh2GGIO9 (AR shot 2)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Shot 2
17. ARsh3GGIO10 (AR shot 3)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Shot 3
18. ARsh4GGIO11 (AR shot 4)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Shot 4
19. ARsh5GGIO12 (AR shot 5)
Data Object
$ST$Ind
Description
Single point status for Auto-Reclosing Shot 5
20. CBFPPIOC4 (CB failure protection) – Circuit Breaker Failure Protection (50BF)
Data Object
$ST$Str
$ST$Op
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
14
[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
21. CBWA1GGIO20 (CB wear alarm 1)
Data Object
$ST$Ind
Description
Single point status for Circuit Breaker Wear Alarm 1
22. CBWA2GGIO21 (CB wear alarm 2)
Data Object
$ST$Ind
Description
Single point status for Circuit Breaker Wear Alarm 2
23. CN01GGIO103 (Counter 1)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 1
24. CN02GGIO104 (Counter 2)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 2
25. CN03GGIO105 (Counter 3)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 3
26. CN04GGIO106 (Counter 4)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 4
27. CN05GGIO107 (Counter 5)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 5
28. CN06GGIO108 (Counter 6)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 6
29. CN07GGIO109 (Counter 7)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 7
30. CN08GGIO110 (Counter 8)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 8
31. CN09GGIO111 (Counter 9)
Data Object
$ST$IntIn
15
Description
Integer status for counter of State Change of Digital Input 9
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
32. CN10GGIO112 (Counter 10)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 10
33. CN11GGIO113 (Counter 11)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 11
34. CN12GGIO114 (Counter 12)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 12
35. CN13GGIO115 (Counter 13)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 13
36. CN14GGIO116 (Counter 14)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 14
37. CN15GGIO117 (Counter 15)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 15
38. CN16GGIO118 (Counter 16)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 16
39. CN17GGIO119 (Counter 17)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 17
40. CN18GGIO120 (Counter 18)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 18
41. CN19GGIO121 (Counter 19)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 19
42. CN20GGIO122 (Counter 20)
Data Object
$ST$IntIn
ANGEN.EN016
Description
Integer status for counter of State Change of Digital Input 20
16
[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
43. CN21GGIO123 (Counter 21)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 21
44. CN22GGIO124 (Counter 22)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 22
45. CN23GGIO125 (Counter 23)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 23
46. CN24GGIO126 (Counter 24)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 24
47. CN25GGIO127 (Counter 25)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 25
48. CN26GGIO128 (Counter 26)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 26
49. CN27GGIO129 (Counter 27)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 27
50. CN28GGIO130 (Counter 28)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 28
51. CN29GGIO131 (Counter 29)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 29
52. CN30GGIO132 (Counter 30)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 30
53. CN31GGIO133 (Counter 31)
Data Object
$ST$IntIn
17
Description
Integer status for counter of State Change of Digital Input 31
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
54. CN32GGIO134 (Counter 32)
Data Object
$ST$IntIn
Description
Integer status for counter of State Change of Digital Input 32
55. CTAlmGGIO22 (CT alarm)
Data Object
$ST$Ind
Description
Single point status for CT Alarm
56. DEF1PTOC9 (IoDir>) – Directional Earth-Fault Protection Stage 1 (67N)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
57. DEF2PTOC10 (IoDir>>) – Directional Earth-Fault Protection Stage 2 (67N)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
58. dfdtPFRC1 (df/dt>) – Rate of Change of Frequency Protection Stage (81R)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (Hz/s)
Set point of type integer for Operation Delay
59. DI01GGIO45 (Digital Input 1)
Data Object
$ST$Ind
Description
Single point status for Digital Input 1
60. DI02GGIO46 (Digital Input 2)
Data Object
$ST$Ind
ANGEN.EN016
Description
Single point status for Digital Input 2
18
[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
61. DI03GGIO47 (Digital Input 3)
Data Object
$ST$Ind
Description
Single point status for Digital Input 3
62. DI04GGIO48 (Digital Input 4)
Data Object
$ST$Ind
Description
Single point status for Digital Input 4
63. DI05GGIO49 (Digital Input 5)
Data Object
$ST$Ind
Description
Single point status for Digital Input 5
64. DI06GGIO50 (Digital Input 6)
Data Object
$ST$Ind
Description
Single point status for Digital Input 6
65. DI07GGIO51 (Digital Input 7)
Data Object
$ST$Ind
Description
Single point status for Digital Input 7
66. DI08GGIO52 (Digital Input 8)
Data Object
$ST$Ind
Description
Single point status for Digital Input 8
67. DI09GGIO53 (Digital Input 9)
Data Object
$ST$Ind
Description
Single point status for Digital Input 9
68. DI10GGIO54 (Digital Input 10)
Data Object
$ST$Ind
Description
Single point status for Digital Input 10
69. DI11GGIO55 (Digital Input 11)
Data Object
$ST$Ind
Description
Single point status for Digital Input 11
70. DI12GGIO56 (Digital Input 12)
Data Object
$ST$Ind
Description
Single point status for Digital Input 12
71. DI13GGIO57 (Digital Input 13)
Data Object
$ST$Ind
19
Description
Single point status for Digital Input 13
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
72. DI14GGIO58 (Digital Input 14)
Data Object
$ST$Ind
Description
Single point status for Digital Input 14
73. DI15GGIO59 (Digital Input 15)
Data Object
$ST$Ind
Description
Single point status for Digital Input 15
74. DI16GGIO60 (Digital Input 16)
Data Object
$ST$Ind
Description
Single point status for Digital Input 16
75. DI17GGIO61 (Digital Input 17)
Data Object
$ST$Ind
Description
Single point status for Digital Input 17
76. DI18GGIO62 (Digital Input 18)
Data Object
$ST$Ind
Description
Single point status for Digital Input 18
77. DI19GGIO63 (Digital Input 19)
Data Object
$ST$Ind
Description
Single point status for Digital Input 19
78. DI20GGIO64 (Digital Input 20)
Data Object
$ST$Ind
Description
Single point status for Digital Input 20
79. DI21GGIO65 (Digital Input 21)
Data Object
$ST$Ind
Description
Single point status for Digital Input 21
80. DI22GGIO66 (Digital Input 22)
Data Object
$ST$Ind
Description
Single point status for Digital Input 22
81. DI23GGIO67 (Digital Input 23)
Data Object
$ST$Ind
Description
Single point status for Digital Input 23
82. DI24GGIO68 (Digital Input 24)
Data Object
$ST$Ind
ANGEN.EN016
Description
Single point status for Digital Input 24
20
[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
83. DI25GGIO69 (Digital Input 25)
Data Object
$ST$Ind
Description
Single point status for Digital Input 25
84. DI26GGIO70 (Digital Input 26)
Data Object
$ST$Ind
Description
Single point status for Digital Input 26
85. DI27GGIO71 (Digital Input 27)
Data Object
$ST$Ind
Description
Single point status for Digital Input 27
86. DI28GGIO72 (Digital Input 28)
Data Object
$ST$Ind
Description
Single point status for Digital Input 28
87. DI29GGIO73 (Digital Input 29)
Data Object
$ST$Ind
Description
Single point status for Digital Input 29
88. DI30GGIO74 (Digital Input 30)
Data Object
$ST$Ind
Description
Single point status for Digital Input 30
89. DI31GGIO75 (Digital Input 31)
Data Object
$ST$Ind
Description
Single point status for Digital Input 31
90. DI32GGIO76 (Digital Input 32)
Data Object
$ST$Ind
Description
Single point status for Digital Input 32
91. DOC1PTOC12 (IDir>) – Directional Overcurrent Protection Stage 1 (67)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
21
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
92. DOC2PTOC13 (IDir>>) – Directional Overcurrent Protection Stage 2 (67)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
93. DOC3PTOC14 (IDir>>>) – Directional Overcurrent Protection Stage 3 (67)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
94. DOC4PTOC15 (IDir>>>>) – Directional Overcurrent Protection Stage 4 (67)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
95. EF1PTOC4 (Io>) – Earth-Fault Protection Stage 1 (50N/51N)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
96. EF2PTOC5 (Io>>) – Earth-Fault Protection Stage 2 (50N/51N)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
22
[Application note]
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
97. EF3PTOC6 (Io>>>) – Earth-Fault Protection Stage 3 (50N/51N)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
98. EF4PTOC7 (Io>>>>) – Earth-Fault Protection Stage 4 (50N/51N)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
99. EnergyMMTR1 (Energy exported imported)
Data Object
$ST$SupWh
$ST$SupVArh
$ST$DmdWh
$ST$DmdVArh
$CF$SupW$pulsQty
$CF$SupVArh$pulsQty
$CF$DmdWh$pulsQty
$CF$DmdVArh$pulsQty
$CF$SupWh$units$SIUnit
$CF$SupVArh$units$SIUnit
$CF$DmdWh$units$SIUnit
$CF$DmdVArh$units$SIUnit
$CF$SupWh$units$multiplier
$CF$SupVArh$units$multiplier
$CF$DmdWh$units$multiplier
$CF$DmdVArh$units$multiplier
100.
fdaMMXU9 (Frequency demand)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
23
Description
Integer status for Exported Energy
Integer status for Exported Reactive Energy
Integer status for Demand value of Exported Energy
Integer status for Demand value of Exp. Reactive Energy
Magnitude of the counted value per count for Exported
Energy (1000)
Magnitude of the counted value per count for Exported
Reactive Energy (1000)
Magnitude of the counted value per count for Demand value
of Exported Energy. (1000)
Magnitude of the counted value per count for Demand value
of Exported Reactive Energy (1000)
SI Unit for Exported Energy (Wh)
SI Unit for Exported Reactive Energy (VArh)
SI Unit for Demand value of Exported Energy (Wh)
SI Unit for Demand value of Exported React. Energy (VArh)
Unit multiplier value for Exported Energy
Unit multiplier value for Exported Reactive Energy
Unit multiplier value for Exported Energy Demand
Unit multiplier value for Exported Reactive Energy Demand
Description
Measured value for Demand value of Frequency
SI Unit for Demand value of Frequency (Hz)
Unit multiplier value for Demand value of Frequency
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
101.
fMMXU8 (Frequency)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
102.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
I3pdaMMXU3 (IL1, IL2, IL3 demand)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
104.
Description
Measured value for Frequency
SI Unit for Frequency (Hz)
Unit multiplier value for Frequency
Har2PTOC11 (f2>) – Magnetizing Inrush Protection (68F2)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$SP$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
103.
[Application note]
Description
Measured value for Demand value of IL1
Measured value for Demand value of IL2
Measured value for Demand value of IL3
SI Unit for Demand value of IL1 (A)
SI Unit for Demand value of IL2 (A)
SI Unit for Demand value of IL3 (A)
Unit multiplier value for Demand value of IL1
Unit multiplier value for Demand value of IL2
Unit multiplier value for Demand value of IL3
I3pMMXU1 (IL1, IL2, IL3)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
ANGEN.EN016
Description
Measured value for IL1
Measured value for IL2
Measured value for IL3
SI Unit for IL1 (A)
SI Unit for IL2 (A)
SI Unit for IL3 (A)
Unit multiplier value for IL1
Unit multiplier value for IL2
Unit multiplier value for IL3
24
[Application note]
105.
I3prMMXU2 (IL1, IL2, IL3 RMS)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
106.
Description
Measured value for Io2
SI Unit for Io2 (A)
Unit multiplier value for Io2
IOC1GGIO142 (Fault current of I>)
Data Object
$MX$AnIn
25
Description
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Io2MMXU12 (Io2)
Data Object
$MX$A$neut
$CF$A$neut$units$SIUnit
$CF$A$neut$units$multiplier
111.
Description
Measured value for Io1
SI Unit for Io1 (A)
Unit multiplier value for Io1
Io2ArcPIOC3 (Io2 Arc) – Arc Earth-Fault Io2 Protection Stage (50NAR)
Data Object
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
110.
Description
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Io1MMXU11 (Io1)
Data Object
$MX$A$neut
$CF$A$neut$units$SIUnit
$CF$A$neut$units$multiplier
109.
Description
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Io1ArcPIOC2 (Io1 Arc) – Arc Earth-Fault Io1 Protection Stage (50NAR)
Data Object
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
108.
Description
Measured value for RMS value of IL1
Measured value for RMS value of IL2
Measured value for RMS value of IL3
SI Unit for RMS value of IL1 (A)
SI Unit for RMS value of IL2 (A)
SI Unit for RMS value of IL3 (A)
Unit multiplier value for RMS value of IL1
Unit multiplier value for RMS value of IL2
Unit multiplier value for RMS value of IL3
IArcPIOC1 (I Arc) – Arc Overcurrent Protection Stage (50AR)
Data Object
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
107.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Fault Current of Overcurrent Stage 1
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
112.
IOC2GGIO143 (Fault current of I>>)
Data Object
$MX$AnIn
113.
Description
Single point Status for Arc Light Detected
LO01GGIO77 (Logical output 1)
Data Object
$ST$Ind
121.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Pick-up Setting
Set point of type integer for Minimum Operation Delay
LightSARC1 (Arc light on)
Data Object
$ST$FADet
120.
Description
Single point status for Line 3 fault
LdPDIF1 (87L) (LDP) – Line Differential Protection (87L)
Data Object
$ST$Str
$ST$Op
$SP$LoSet$setVal
$SP$MinOpTmms$setVal
119.
Description
Single point status for Line 2 fault
L3fGGIO26 (Line 3 fault)
Data Object
$ST$Ind
118.
Description
Single point status for Line 1 fault
L2fGGIO25 (Line 2 fault)
Data Object
$ST$Ind
117.
Description
Measured value for Io Calculated
SI Unit for Io Calculated (A)
Unit multiplier value for Io Calculated
L1fGGIO24 (Line 1 fault)
Data Object
$ST$Ind
116.
Description
Measured value for Fault Current of Overcurrent Stage 3
IoCMMXU13 (Io calculated)
Data Object
$MX$A$res
$CF$A$res$units$SIUnit
$CF$A$res$units$multiplier
115.
Description
Measured value for Fault Current of Overcurrent Stage 2
IOC3GGIO144 (Fault current of I>>>)
Data Object
$MX$AnIn
114.
[Application note]
Description
Single point status for Logic Output 1 state
LO02GGIO78 (Logical output 2)
Data Object
$ST$Ind
ANGEN.EN016
Description
Single point status for Logic Output 2 state
26
[Application note]
122.
LO03GGIO79 (Logical output 3)
Data Object
$ST$Ind
123.
Description
Single point status for Logic Output 12 state
LO13GGIO89 (Logical output 13)
Data Object
$ST$Ind
27
Description
Single point status for Logic Output 11 state
LO12GGIO88 (Logical output 12)
Data Object
$ST$Ind
132.
Description
Single point status for Logic Output 10 state
LO11GGIO87 (Logical output 11)
Data Object
$ST$Ind
131.
Description
Single point status for Logic Output 9 state
LO10GGIO86 (Logical output 10)
Data Object
$ST$Ind
130.
Description
Single point status for Logic Output 8 state
LO09GGIO85 (Logical output 9)
Data Object
$ST$Ind
129.
Description
Single point status for Logic Output 7 state
LO08GGIO84 (Logical output 8)
Data Object
$ST$Ind
128.
Description
Single point status for Logic Output 6 state
LO07GGIO83 (Logical output 7)
Data Object
$ST$Ind
127.
Description
Single point status for Logic Output 5 state
LO06GGIO82 (Logical output 6)
Data Object
$ST$Ind
126.
Description
Single point status for Logic Output 4 state
LO05GGIO81 (Logical output 5)
Data Object
$ST$Ind
125.
Description
Single point status for Logic Output 3 state
LO04GGIO80 (Logical output 4)
Data Object
$ST$Ind
124.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Logic Output 13 state
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
133.
LO14GGIO90 (Logical output 14)
Data Object
$ST$Ind
134.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Maximum Number of Starts
MotRnGGIO28 (Motor running)
Data Object
$ST$Ind
142.
Description
Single point status for Logic Output 20 state
MotFStPMRI1 (Motor frequent start)
Data Object
$ST$Op
$ST$StrInh
$SP$MaxNumStr$setVal
141.
Description
Single point status for Logic Output 19 state
LO20GGIO96 (Logical output 20)
Data Object
$ST$Ind
140.
Description
Single point status for Logic Output 18 state
LO19GGIO95 (Logical output 19)
Data Object
$ST$Ind
139.
Description
Single point status for Logic Output 17 state
LO18GGIO94 (Logical output 18)
Data Object
$ST$Ind
138.
Description
Single point status for Logic Output 16 state
LO17GGIO93 (Logical output 17)
Data Object
$ST$Ind
137.
Description
Single point status for Logic Output 15 state
LO16GGIO92 (Logical output 16)
Data Object
$ST$Ind
136.
Description
Single point status for Logic Output 14 state
LO15GGIO91 (Logical output 15)
Data Object
$ST$Ind
135.
[Application note]
Description
Single point status for Motor Running
MotStGGIO27 (Motor starting)
Data Object
$ST$Ind
ANGEN.EN016
Description
Single point status for Motor Starting
28
[Application note]
143.
Obj1CSWI1 (Object 1)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
144.
Description
Controllable double point for position of Object 4
Double point status for position of Object 4
Single point status for Object 4 Open Blocked
Single point status for Object 4 Closed Blocked
Obj5CSWI5 (Object 5)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
29
Description
Controllable double point for position of Object 3
Double point status for position of Object 3
Single point status for Object 3 Open Blocked
Single point status for Object 3 Closed Blocked
Obj4CSWI4 (Object 4)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
149.
Description
Single point status for Synchrocheck Status
Single point status for Angle Difference
Single point status for Synchronizing in Progress
Obj3CSWI3 (Object 3)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
148.
Description
Controllable double point for position of Object 2
Double point status for position of Object 2
Single point status for Object 2 Open Blocked
Single point status for Object 2 Closed Blocked
Obj2RSYN2 (Synchrocheck object 2)
Data Object
$ST$Rel
$ST$AngInd
$ST$SynPrg
147.
Description
Single point status for Synchrocheck Status
Single point status for Angle Difference
Single point status for Synchronizing in Progress
Obj2CSWI2 (Object 2)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
146.
Description
Controllable double point for position of Object 1
Double point status for position of Object 1
Single point status for Object 1 Open Blocked
Single point status for Object 1 Closed Blocked
Obj1RSYN1 (Synchrocheck object 1)
Data Object
$ST$Rel
$ST$AngInd
$ST$SynPrg
145.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Controllable double point for position of Object 5
Double point status for position of Object 5
Single point status for Object 5 Open Blocked
Single point status for Object 5 Closed Blocked
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
150.
Obj6CSWI6 (Object 6)
Data Object
$CO$Pos
$ST$Pos
$ST$BlkOpn
$ST$BlkCls
151.
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Single point status for Start Signal
OC2PTOC2 (I>>) – Overcurrent Protection Stage 2 (50/51)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
155.
Description
Double point status for position of Object 8
OC1PTOC1 (I>) – Overcurrent Protection Stage 1 (50/51)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
154.
Description
Double point status for position of Object 7
Obj8CSWI8 (Object 8)
Data Object
$ST$Pos
153.
Description
Controllable double point for position of Object 6
Double point status for position of Object 6
Single point status for Object 6 Open Blocked
Single point status for Object 6 Closed Blocked
Obj7CSWI7 (Object 7)
Data Object
$ST$Pos
152.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
OC3PTOC3 (I>>>) – Overcurrent Protection Stage 3 (50/51)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
30
[Application note]
156.
OFUF1PTOF1 (f><) – Frequency Protection Stage 1 (81H/81L)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
157.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
PhRevPTOC16 (I2>>) – Reversal (Incorrect) Phase Sequence Protection (47)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$Units$SIUnit
$SP$OpDlTmms$setVal
31
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
OV3PTOV5 (U>>>) – Overvoltage Protection Stage 3 (59)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$Units$SIUnit
$SP$OpDlTmms$setVal
161.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
OV2PTOV4 (U>>) – Overvoltage Protection Stage 2 (59)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$SP$StrVal$Units$SIUnit
$SP$OpDlTmms$setVal
160.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (Hz)
Set point of type integer for Operation Delay
OV1PTOV3 (U>) – Overvoltage Protection Stage 1 (59)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$Units$SIUnit
$SP$OpDlTmms$setVal
159.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (Hz)
Set point of type integer for Operation Delay
OFUF2PTOF2 (f>><<) – Frequency Protection Stage 2 (81H/81L)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
158.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
162.
PQSpdMMXU19 (P, Q, S, PF demand)
Data Object
$MX$TotW
$MX$TotVAr
$MX$TotVA
$MX$TotPF
$CF$TotW$units$SIUnit
$CF$TotVAr$units$SIUnit
$CF$TotVA$units$SIUnit
$CF$TotPF$units$SIUnit
$CF$TotW$units$multiplier
$CF$TotVAr$units$multiplier
$CF$TotVA$units$multiplier
$CF$TotPF$units$multiplier
163.
Description
Measured value for Demand value of Active Power
Measured value for Demand value of Reactive Power
Measured value for Demand value of Apparent Power
Measured value for demand value of Power Factor
SI Unit for Demand value of Active Power (W)
SI Unit for Demand value of Reactive Power (Var)
SI Unit for Demand value of Apparent Power (VA)
SI Unit for Demand value of Power Factor (pu)
Unit multiplier value for Demand value of Active Power
Unit multiplier value for Demand value of Reactive Power
Unit multiplier value for Demand value of Apparent Power
Unit multiplier value for Demand value of Power Factor
PQSpfMMXU18 (P, Q, S, PF)
Data Object
$MX$TotW
$MX$TotVAr
$MX$TotVA
$MX$TotPF
$CF$TotW$units$SIUnit
$CF$TotVAr$units$SIUnit
$CF$TotVA$units$SIUnit
$CF$TotPF$units$SIUnit
$CF$TotW$units$multiplier
$CF$TotVAr$units$multiplier
$CF$TotVA$units$multiplier
$CF$TotPF$units$multiplier
164.
[Application note]
Description
Measured value for Active Power
Measured value for Reactive Power
Measured value for Apparent Power
Measured value for Power Factor
SI Unit for Active Power (W)
SI Unit for Reactive Power (Var)
SI Unit for Apparent Power (VA)
SI Unit for Power Factor (pu)
Unit multiplier value for Active Power
Unit multiplier value for Reactive Power
Unit multiplier value for Apparent Power
Unit multiplier value for Power Factor
PQSrdMMXU7 (P, Q, S, PF RMS demand)
Data Object
$MX$TotW
$MX$TotVAr
$MX$TotVA
$CF$TotW$units$SIUnit
$CF$TotVAr$units$SIUnit
$CF$TotVA$units$SIUnit
$CF$TotW$units$multiplier
$CF$TotVAr$units$multiplier
$CF$TotVA$units$multiplier
ANGEN.EN016
Description
Measured value for RMS Demand value of Active Power
Measured value for RMS Demand value of Reactive Power
Measured value for RMS Demand value of Apparent Power
SI Unit for RMS Demand value of Active Power (W)
SI Unit for RMS Demand value of Reactive Power (Var)
SI Unit for RMS Demand value of Apparent Power (VA)
Unit multiplier value for RMS Demand value of Active Power
Unit multiplier value for RMS Demand value of Reactive
Power
Unit multiplier value for RMS Demand value of Apparent
Power
32
[Application note]
165.
PQSrMMXU6 (P, Q, S RMS)
Data Object
$MX$TotW
$MX$TotVAr
$MX$TotVA
$CF$TotW$units$SIUnit
$CF$TotVAr$units$SIUnit
$CF$TotVA$units$SIUnit
$CF$TotW$units$multiplier
$CF$TotVAr$units$multiplier
$CF$TotVA$units$multiplier
166.
Description
Single point status for Trip Signal
PS5SGGIO33 (Programmable stage 5 start)
Data Object
$ST$Ind
33
Description
Single point status for Start Signal
PS4TGGIO40 (Programmable stage 4 trip)
Data Object
$ST$Ind
174.
Description
Single point status for Trip Signal
PS4SGGIO32 (Programmable stage 4 start)
Data Object
$ST$Ind
173.
Description
Single point status for Start Signal
PS3TGGIO39 (Programmable stage 3 trip)
Data Object
$ST$Ind
172.
Description
Single point status for Trip Signal
PS3SGGIO31 (Programmable stage 3 start)
Data Object
$ST$Ind
171.
Description
Single point status for Start Signal
PS2TGGIO38 (Programmable stage 2 trip)
Data Object
$ST$Ind
170.
Description
Single point status for Trip Signal
PS2SGGIO30 (Programmable stage 2 start)
Data Object
$ST$Ind
169.
Description
Single point status for Start Signal
PS1TGGIO37 (Programmable stage 1 trip)
Data Object
$ST$Ind
168.
Description
Measured value for RMS value of Active Power
Measured value for RMS value of Reactive Power
Measured value for RMS value of Apparent Power
SI Unit for RMS value of Active Power (W)
SI Unit for RMS value of Reactive Power (VAr)
SI Unit for RMS value of Apparent Power (VA)
Unit multiplier value for RMS value of Active Power
Unit multiplier value for RMS value of Reactive Power
Unit multiplier value for RMS value of Apparent Power
PS1SGGIO29 (Programmable stage 1 start)
Data Object
$ST$Ind
167.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Start Signal
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
175.
PS5TGGIO41 (Programmable stage 5 trip)
Data Object
$ST$Ind
176.
Description
Single point status for Trip Signal
ReLaGGIO141 (Release latches)
Data Object
$CO$SPCSO
183.
Description
Single point status for Start Signal
PS8TGGIO44 (Programmable stage 8 trip)
Data Object
$ST$Ind
182.
Description
Single point status for Trip Signal
PS8SGGIO36 (Programmable stage 8 start)
Data Object
$ST$Ind
181.
Description
Single point status for Start Signal
PS7TGGIO43 (Programmable stage 7 trip)
Data Object
$ST$Ind
180.
Description
Single point status for Trip Signal
PS7SGGIO35 (Programmable stage 7 start)
Data Object
$ST$Ind
179.
Description
Single point status for Start Signal
PS6TGGIO42 (Programmable stage 6 trip)
Data Object
$ST$Ind
178.
Description
Single point status for Trip Signal
PS6SGGIO34 (Programmable stage 6 start)
Data Object
$ST$Ind
177.
[Application note]
Description
Controllable single point status for Releasing Latches
RevP1PDOP1 (P< reverse power) – Reverse (Dir.) Power Protection Stage 1 (32)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
34
[Application note]
184.
RevP2PDOP2 (P<< reverse power) – Reverse (Dir.) Power Protection Stage 2 (32)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
185.
Description
Controllable single point status for Setting Group 1
Single point status for Setting Group 1 active
SG2GGIO136 (Setting group 2)
Data Object
$CO$SPCSO
$ST$SPCSO
35
Description
Measured value for Synchrocheck Voltage 2
SI Unit for Synchrocheck Voltage 2 (V)
Unit multiplier value for Synchrocheck Voltage 2
SG1GGIO135 (Setting group 1)
Data Object
$CO$SPCSO
$ST$SPCSO
190.
Description
Measured value for Synchrocheck Voltage 1
SI Unit for Synchrocheck Voltage 1 (V)
Unit multiplier value for Synchrocheck Voltage 1
SCUzMMXU17 (Synchrocheck Uz)
Data Object
$MX$PPV$phsAB
$CF$PPV$phsAB$units$SIUnit
$CF$PPV$phsAB$units$multiplier
189.
Description
Measured value for Synchrocheck Frequency 2
SI Unit for Synchrocheck Frequency 2 (Hz)
Unit multiplier value for Synchrocheck Frequency 2
SCUyMMXU16 (Synchrocheck Uy)
Data Object
$MX$PPV$phsAB
$CF$PPV$phsAB$units$SIUnit
$CF$PPV$phsAB$units$multiplier
188.
Description
Measured value for Synchrocheck Frequency 1
SI Unit for Synchrocheck Frequency 1 (Hz)
Unit multiplier value for Synchrocheck Frequency 1
SCfzMMXU15 (Synchrocheck fz)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
187.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for the Pick-up Setting (%)
Set point of type integer for Operation Delay
SCfyMMXU14 (Synchrocheck fy)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
186.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Controllable single point status for Setting Group 2
Single point status for Setting Group 2 active
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
191.
StallPMSS1 (Ist>) – Stall Protection (48)
Data Object
$ST$Str
$ST$Op
$SP$SetA$setMag$f
$CF$SetA$units$SIUnits
$SP$SetTms$setVal
192.
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of IL1
Measured value for Total Harmonic Distortion of IL2
Measured value for Total Harmonic Distortion of IL3
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of IL1 (pu)
SI Unit for Total Harmonic Distortion of IL2 (pu)
SI Unit for Total Harmonic Distortion of IL3 (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of IL1
Unit multiplier value for Total Harmonic Distortion of IL2
Unit multiplier value for Total Harmonic Distortion of IL3
THDUMHAI2 (THD Ua, Ub, Uc)
Data Object
$MX$Hz
$MX$ThdPhV$phsA
$MX$ThdPhV$phsB
$MX$ThdPhV$phsC
$CF$Hz$units$SIUnit
$CF$ThdPhV$phsA$units$SIUnit
$CF$ThdPhV$phsB$units$SIUnit
$CF$ThdPhV$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdPhV$phsA$units$multiplier
$CF$ThdPhV$phsB$units$multiplier
$CF$ThdPhV$phsC$units$multiplier
194.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Integer status setting for Operation Delay
THDIMHAI1 (THD IL1, IL2, IL3)
Data Object
$MX$Hz
$MX$ThdA$phsA
$MX$ThdA$phsB
$MX$ThdA$phsC
$CF$Hz$units$SIUnit
$CF$ThdA$phsA$units$SIUnit
$CF$ThdA$phsB$units$SIUnit
$CF$ThdA$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdA$phsA$units$multiplier
$CF$ThdA$phsB$units$multiplier
$CF$ThdA$phsC$units$multiplier
193.
[Application note]
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of Ua
Measured value for Total Harmonic Distortion of Ub
Measured value for Total Harmonic Distortion of Uc
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of Ua (pu)
SI Unit for Total Harmonic Distortion of Ub (pu)
SI Unit for Total Harmonic Distortion of Uc (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of Ua
Unit multiplier value for Total Harmonic Distortion of Ub
Unit multiplier value for Total Harmonic istortion of Uc
TOPTTR1 (T>) – Thermal Overload Protection (49)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
36
[Application note]
195.
U3pMMXU4 (UL1, UL2, UL3)
Data Object
$MX$PhV$phsA
$MX$PhV$phsB
$MX$PhV$phsC
$CF$PhV$phsA$units$SIUnit
$CF$PhV$phsB$units$SIUnit
$CF$PhV$phsC$units$SIUnit
$CF$PhV$phsA$units$multiplier
$CF$PhV$phsB$units$multiplier
$CF$PhV$phsC$units$multiplier
196.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (Hz)
Set point of type integer for Operation Delay
UF2PTUF2 (f<<) – Underfrequency Protection Stage 2 (81L)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
37
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UF1PTUF1 (f<) – Underfrequency Protection Stage 1 (81L)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
199.
Description
Measured value for U12
Measured value for U23
Measured value for U31
SI Unit for U12 (V)
SI Unit for U23 (V)
SI Unit for U31 (V)
Unit multiplier value for U12
Unit multiplier value for U23
Unit multiplier value for U31
UCPTUC1 (I<) – Undercurrent Protection (37)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
198.
Description
Measured value for UL1
Measured value for UL2
Measured value for UL3
SI Unit for UL1 (V)
SI Unit for UL2 (V)
SI Unit for UL3 (V)
Unit multiplier value for UL1
Unit multiplier value for UL2
Unit multiplier value for UL3
U3ppMMXU5 (U12, U23, U31)
Data Object
$MX$PPV$phsAB
$MX$PPV$phsBC
$MX$PPV$phsCA
$CF$PPV$phsAB$units$SIUnit
$CF$PPV$phsBC$units$SIUnit
$CF$PPV$phsCA$units$SIUnit
$CF$PPV$phsAB$units$multiplier
$CF$PPV$phsBC$units$multiplier
$CF$PPV$phsCA$units$multiplier
197.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up setting (Hz)
Set point of type integer for Operation Delay
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
200.
UIBCPTOC8 (I2> or I2/I1>) – Current Unbalance Protection Stage (46)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
201.
Description
Measured value for Neutral Voltage
SI Unit for Neutral Voltage (V)
Unit multiplier value for Neutral Voltage
UV1PTUV1 (U<) – Undervoltage Protection Stage 1 (27)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
205.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UoMMXU10 (Uo)
Data Object
$MX$PhV$neut
$CF$PhV$neut$units$SIUnit
$CF$PhV$neut$units$multiplier
204.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
Uo2PTOV2 (Uo>>) – Zero Sequence Voltage Protection Stage 2 (59N)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
203.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
Uo1PTOV1 (Uo>) – Zero Sequence Voltage Protection Stage 1 (59N)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$setMag$units$SIUnit
$SP$OpDlTmms$setVal
202.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UV2PTUV2 (U<<) – Undervoltage Protection Stage 2 (27)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
38
[Application note]
206.
UV3PTUV3 (U<<<) – Undervoltage Protection Stage 3 (27)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$SP$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
207.
Description
Single point indication for Virtual Output 4
VO5GGIO101 (Virtual output 5)
Data Object
$ST$Ind
39
Description
Single point indication for Virtual Output 3
VO4GGIO100 (Virtual output 4)
Data Object
$ST$Ind
215.
Description
Single point indication for Virtual Output 2
VO3GGIO99 (Virtual output 3)
Data Object
$ST$Ind
214.
Description
Single point indication for Virtual Output 1
VO2GGIO98 (Virtual output 2)
Data Object
$ST$Ind
213.
Description
Controllable single point status for Virtual Input 4
Single point indication for Virtual Input 4
VO1GGIO97 (Virtual output 1)
Data Object
$ST$Ind
212.
Description
Controllable single point status for Virtual Input 3
Single point indication for Virtual Input 3
VI4GGIO140 (Virtual input 4)
Data Object
$CO$SPCSO
$ST$SPCSO
211.
Description
Controllable single point status for Virtual Input 2
Single point indication for Virtual Input 2
VI3GGIO139 (Virtual input 3)
Data Object
$CO$SPCSO
$ST$SPCSO
210.
Description
Controllable single point status for Virtual Input 1
Single point indication for Virtual Input 1
VI2GGIO138 (Virtual input 2)
Data Object
$CO$SPCSO
$ST$SPCSO
209.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
VI1GGIO137 (Virtual input 1)
Data Object
$CO$SPCSO
$ST$SPCSO
208.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point indication for Virtual Output 5
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
216.
VO6GGIO102 (Virtual output 6)
Data Object
$ST$Ind
217.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD2ePDIS7 (Z2e<) – Earth-fault Distance Protection Stage 2 (21N)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisGndRch$setMag$f
222.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD1PDIS1 (Z1<) – Short Circuit Distance Protection Stage 1 (21)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisPhRch$setMag$f
221.
Description
Measured value for Fault Reactance
ZD1ePDIS6 (Z1e<) – Earth-fault Distance Protection Stage 1 (21N)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisGndRch$setMag$f
220.
Description
Single point status for VT Alarm
XGGIO145 (Fault reactance)
Data Object
$MX$AnIn
219.
Description
Single point indication for Virtual Output 6
VTAlmGGIO23 (VT alarm)
Data Object
$ST$Ind
218.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD2PDIS2 (Z2<) – Short Circuit Distance Protection Stage 2 (21)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisPhRch$setMag$f
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
40
[Application note]
223.
ZD3ePDIS8 (Z3e<) – Earth-fault Distance Protection Stage 3 (21N)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisGndRch$setMag$f
224.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD5PDIS5 (Z5<) – Short Circuit Distance Protection Stage 5 (21)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisPhRch$setMag$f
41
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD5ePDIS10 (Z5e<) – Earth-fault Distance Protection Stage 5 (21N)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisGndRch$setMag$f
228.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD4PDIS4 (Z4<) – Short Circuit Distance Protection Stage 4 (21)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisPhRch$setMag$f
227.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD4ePDIS9 (Z4e<) – Earth-fault Distance Protection Stage 4 (21N)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisGndRch$setMag$f
226.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ZD3PDIS3 (Z3<) – Short Circuit Distance Protection Stage 3 (21)
Data Object
$ST$Str
$ST$Op
$SP$OpDlTmms$setVal
$SP$X1$setMag$f
$SP$RisPhRch$setMag$f
225.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Operation Delay
Set point of type floating point for X Setting Parameter
Set point of type floating point for R Setting Parameter
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
229.
EA01GGIO164 (External AI 1)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
230.
Description
Measured value for External Analog Input 6
SI Unit for External Analog Input 6 (pu)
Unit multiplier value for External Analog Input 6
EA07GGIO169 (External AI 7)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
236.
Description
Measured value for External Analog Input 5
SI Unit for External Analog Input 5 (pu)
Unit multiplier value for External Analog Input 5
EA06GGIO168 (External AI 6)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
235.
Description
Measured value for External Analog Input 4
SI Unit for External Analog Input 4 (pu)
Unit multiplier value for External Analog Input 4
EA05GGIO167 (External AI 5)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
234.
Description
Measured value for External Analog Input 3
SI Unit for External Analog Input 3 (pu)
Unit multiplier value for External Analog Input 3
EA04GGIO166 (External AI 4)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
233.
Description
Measured value for External Analog Input 2
SI Unit for External Analog Input 2 (pu)
Unit multiplier value for External Analog Input 2
EA03GGIO165 (External AI 3)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
232.
Description
Measured value for External Analog Input 1
SI Unit for External Analog Input 1 (pu)
Unit multiplier value for External Analog Input 1
EA02GGIO165 (External AI 2)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
231.
[Application note]
Description
Measured value for External Analog Input 7
SI Unit for External Analog Input 7 (pu)
Unit multiplier value for External Analog Input 7
EA08GGIO170 (External AI 8)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
ANGEN.EN016
Description
Measured value for External Analog Input 8
SI Unit for External Analog Input 8 (pu)
Unit multiplier value for External Analog Input 8
42
[Application note]
237.
EA09GGIO171 (External AI 9)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
238.
Description
Measured value for External Analog Input 15
SI Unit for External Analog Input 15 (pu)
Unit multiplier value for External Analog Input 15
EA16GGIO178 (External AI 16)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
43
Description
Measured value for External Analog Input 14
SI Unit for External Analog Input 14 (pu)
Unit multiplier value for External Analog Input 14
EA15GGIO177 (External AI 15)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
244.
Description
Measured value for External Analog Input 13
SI Unit for External Analog Input 13 (pu)
Unit multiplier value for External Analog Input 13
EA14GGIO176 (External AI 14)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
243.
Description
Measured value for External Analog Input 12
SI Unit for External Analog Input 12 (pu)
Unit multiplier value for External Analog Input 12
EA13GGIO175 (External AI 13)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
242.
Description
Measured value for External Analog Input 11
SI Unit for External Analog Input 11 (pu)
Unit multiplier value for External Analog Input 11
EA12GGIO174 (External AI 12)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
241.
Description
Measured value for External Analog Input 10
SI Unit for External Analog Input 10 (pu)
Unit multiplier value for External Analog Input 10
EA11GGIO173 (External AI 11)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
240.
Description
Measured value for External Analog Input 9
SI Unit for External Analog Input 9 (pu)
Unit multiplier value for External Analog Input 9
EA10GGIO172 (External AI 10)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
239.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for External Analog Input 16
SI Unit for External Analog Input 16 (pu)
Unit multiplier value for External Analog Input 16
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
245.
ED01GGIO146 (External DI 1)
Data Object
$ST$Ind
246.
Description
Single point Indication for External Digital Input 9
ED10GGIO155 (External DI 10)
Data Object
$ST$Ind
255.
Description
Single point Indication for External Digital Input 8
ED09GGIO154 (External DI 9)
Data Object
$ST$Ind
254.
Description
Single point Indication for External Digital Input 7
ED08GGIO153 (External DI 8)
Data Object
$ST$Ind
253.
Description
Single point Indication for External Digital Input 6
ED07GGIO152 (External DI 7)
Data Object
$ST$Ind
252.
Description
Single point Indication for External Digital Input 5
ED06GGIO151 (External DI 6)
Data Object
$ST$Ind
251.
Description
Single point Indication for External Digital Input 4
ED05GGIO150 (External DI 5)
Data Object
$ST$Ind
250.
Description
Single point Indication for External Digital Input 3
ED04GGIO149 (External DI 4)
Data Object
$ST$Ind
249.
Description
Single point Indication for External Digital Input 2
ED03GGIO148 (External DI 3)
Data Object
$ST$Ind
248.
Description
Single point Indication for External Digital Input 1
ED02GGIO147 (External DI 2)
Data Object
$ST$Ind
247.
[Application note]
Description
Single point Indication for External Digital Input 10
ED11GGIO156 (External DI 11)
Data Object
$ST$Ind
ANGEN.EN016
Description
Single point Indication for External Digital Input 11
44
[Application note]
256.
ED12GGIO157 (External DI 12)
Data Object
$ST$Ind
257.
Description
Single point Indication for External Digital Input 18
HIbMHAI6 (Harmonics IL1b, IL2b, IL3b)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
$MX$HA$phsAHar[16]
$MX$HA$phsBHar[16]
$MX$HA$phsCHar[16]
$CF$HA$evalTm
$CF$HA$frequency
$CF$HA$units$SIUnit
$CF$HA$units$multiplier
$CF$HA$numHar
$CF$HA$numCyc
45
Description
Single point Indication for External Digital Input 17
ED18GGIO163 (External DI 18)
Data Object
$ST$Ind
263.
Description
Single point Indication for External Digital Input 16
ED17GGIO162 (External DI 17)
Data Object
$ST$Ind
262.
Description
Single point Indication for External Digital Input 15
ED16GGIO161 (External DI 16)
Data Object
$ST$Ind
261.
Description
Single point Indication for External Digital Input 14
ED15GGIO160 (External DI 15)
Data Object
$ST$Ind
260.
Description
Single point Indication for External Digital Input 13
ED14GGIO159 (External DI 14)
Data Object
9$ST$Ind
259.
Description
Single point Indication for External Digital Input 12
ED13GGIO158 (External DI 13)
Data Object
$ST$Ind
258.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Frequency
SI Unit for Frequency
Unit multiplier value for Frequency
Measured values for Harmonics of Phase I’L1
Measured values for Harmonics of Phase I’L2
Measured values for Harmonics of Phase I’L3
Time Window (0)
Nominal Frequency (50 Hz)
SI Unit for Harmonics (pu)
Unit multiplier value for Harmonics
Number of Harmonics (15)
Number of Cycles (1)
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
264.
HIMHAI3 (Harmonics IL1, IL2, IL3)
Data Object
$MX$Hz
$CF$Hz$units$SIUnit
$CF$Hz$units$multiplier
$MX$HA$phsAHar[16]
$MX$HA$phsBHar[16]
$MX$HA$phsCHar[16]
$CF$HA$evalTm
$CF$HA$frequency
$CF$HA$units$SIUnit
$CF$HA$units$multiplier
$CF$HA$numHar
$CF$HA$numCyc
265.
Description
Measured value for Frequency
SI Unit for Frequency
Unit multiplier value for Frequency
Measured values for Harmonics of Phase IL1
Measured values for Harmonics of Phase IL2
Measured values for Harmonics of Phase IL3
Time Window (0)
Nominal Frequency (50 Hz)
SI Unit for Harmonics (pu)
Unit multiplier value for Harmonics
Number of Harmonics (15)
Number of Cycles (1)
HUMHAI4 (Harmonics Ua, Ub, Uc)
Data Object
$MX$Hz
$CF$Hz$unit$SIUnit
$CF$Hz$unit$multiplier
$MX$HPhV$phsAHar[16]
$MX$HPhV$phsBHar[16]
$MX$HPhV$phsCHar[16]
$CF$HA$evalTm
$CF$HPhV$frequency
$CF$HPhV$units$SIUnit
$CF$HPhV$units$multiplier
$CF$HPhV$numHar
$CF$HPhV$numCyc
266.
[Application note]
Description
Measured value for Frequency
SI Unit for Frequency
Unit multiplier value for Frequency
Measured values for Harmonics of Phase Ua
Measured values for Harmonics of Phase Ub
Measured values for Harmonics of Phase Uc
Time Window (0)
Nominal Frequency (50 Hz)
SI Unit for Harmonics (pu)
Unit multiplier value for Harmonics
Number of Harmonics (15)
Number of Cycles (1)
I3pbMMXU20 (IL1b, IL2b, IL3b)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
ANGEN.EN016
Description
Measured value for I’L1
Measured value for I’L2
Measured value for I’L3
SI Unit for I’L1 (A)
SI Unit for I’L2 (A)
SI Unit for I’L3 (A)
Unit multiplier value for I’L1
Unit multiplier value for I’L2
Unit multiplier value for I’L3
46
[Application note]
267.
IL1b, IL2b, IL3b RMS (I3pbrMMXU22)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
268.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Pick-up Setting
ILbMSQI1 (ILb symmetrics)
Data Object
$MX$SeqA$c1
$MX$SeqA$c2
$MX$SeqA$c3
$CF$SeqA$c1$units$SIUnit
$CF$SeqA$c2$units$SIUnit
$CF$SeqA$c3$units$SIUnit
$CF$SeqA$c1$units$multiplier
$CF$SeqA$c2$units$multiplier
$CF$SeqA$c3$units$multiplier
47
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type integer for Pick-up Setting
Id2PDIF3 (3dI>>) – Differential Protection Stage 2 (87)
Data Object
$ST$Str
$ST$Op
$SP$LoSet$setVal
271.
Description
Measured value for IL1 and I’L1 Differential
Measured value for IL2 and I’L2 Differential
Measured value for IL3 and I’L3 Differential
SI Unit for IL1 and I’L1 Differential (A)
SI Unit for IL2 and I’L2 Differential (A)
SI Unit for IL3 and I’L3 Differential (A)
Unit multiplier value for IL1 and I’L1 Differential
Unit multiplier value for IL2 and I’L2 Differential
Unit multiplier value for IL3 and I’L3 Differential
Id1PDIF2 (3dI>) – Differential Protection Stage 1 (87)
Data Object
$ST$Str
$ST$Op
$SP$LoSet$setVal
270.
Description
Measured value for RMS value of I’L1
Measured value for RMS value of I’L2
Measured value for RMS value of I’L3
SI Unit for RMS value of I’L1 (A)
SI Unit for RMS value of I’L2 (A)
SI Unit for RMS value of I’L3 (A)
Unit multiplier value for RMS value of I’L1
Unit multiplier value for RMS value of I’L2
Unit multiplier value for RMS value of I’L3
I3pDMMXU21 (IL1, IL2, IL3 Diff)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
269.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Positive Sequence I’L
Measured value for Negative Sequence I’L
Measured value for Zero Sequence I’L
SI Unit for Positive Sequence I’L (A)
SI Unit for Negative Sequence I’L (A)
SI Unit for Zero Sequence I’L (A)
Unit multiplier value for Positive Sequence I’L
Unit multiplier value for Negative Sequence I’L
Unit multiplier value for Zero Sequence I’L
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
272.
ILbMSTA1 (ILb average)
Data Object
$MX$AvAmps
$MX$MaxAmps
$MX$MinAmps
$CF$AvAmps$units$SIUnit
$CF$MaxAmps$units$SIUnit
$CF$MinAmps$units$SIUnit
$CF$AvAmps$units$multiplier
$CF$MaxAmps$units$multiplier
$CF$MinAmps$units$multiplier
273.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
OC1bPTOC18 (Ib>) – Overcurrent Protection Stage 1 for Secondary Side (50/51)
Data Object
$ST$Str
$ST$Op
$SP$TmACrv$setCharact
$SP$TmACrv$setParA
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
276.
Description
Measured value for RMS average value of I’L
SI Unit for RMS average value of I’L
Unit multiplier value for RMS average value of I’L
IvPTOC20 (Iv>) – Voltage Restrained/Controlled Protection Stage (51V)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
275.
Description
Measured value for I’L Average
Measured value for I’L Maximum
Measured value for I’L Minimum
SI Unit for I’L Average (A)
SI Unit for I’L Maximum (A)
SI Unit for I’L Minimum (A)
Unit multiplier value for I’L Average
Unit multiplier value for I’L Maximum
Unit multiplier value for I’L Minimum
ILbrMSTA2 (ILb RMS average)
Data Object
$MX$AvAmps
$CF$AvAmps$units$SIUnit
$CF$AvAmps$units$multiplier
274.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of enumerated type for Operating Curve Type
(combination of Delay Curve Family and Delay Type)
Set point of type floating point for Inverse Time Coef. (k)
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
OC2bPTOC19 (Ib>>) – Overcurrent Protection Stage 2 for Secondary Side (50/51)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
48
[Application note]
277.
OEPVPH1 (Uf>) – Volts/Hertz Overexcitation Protection Stage (24)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
278.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
Uof3PTOC21 (Uof3<) – Stator Earth-fault Protection Stage (64F3)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
49
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UIBCbPTOC17 (I2b>) – Current Unb. Protection Stage for Secondary Side (46)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
281.
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of I’L1
Measured value for Total Harmonic Distortion of I’L2
Measured value for Total Harmonic Distortion of I’L3
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of I’L1 (pu)
SI Unit for Total Harmonic Distortion of I’L2 (pu)
SI Unit for Total Harmonic Distortion of I’L3 (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of I’L1
Unit multiplier value for Total Harmonic Distortion of I’L2
Unit multiplier value for Total Harmonic Distortion of I’L3
UEPDUP1 (Q<) – Under Excitation Protection Stage (40)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
280.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
THDIbMHAI5 (THD IL1b, IL2b, IL3b)
Data Object
$MX$Hz
$MX$ThdA$phsA
$MX$ThdA$phsB
$MX$ThdA$phsC
$CF$Hz$units$SIUnit
$CF$ThdA$phsA$units$SIUnit
$CF$ThdA$phsB$units$SIUnit
$CF$ThdA$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdA$phsA$units$multiplier
$CF$ThdA$phsB$units$multiplier
$CF$ThdA$phsC$units$multiplier
279.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
282.
UVPS1PTUV4 (U1<) – Positive Sequence Undervoltage Protection Stage 1 (27P)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
283.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
UZ1PDIS11 (Z<) – Underimpedance Protection Stage 1 (21)
Data Object
$ST$Str
$ST$Op
$SP$PhStr$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
287.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
UX2PDUP3 (X<<) – Underreactance Protection Stage 2 (21/40)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
286.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UX1PDUP2 (X<) – Underreactance Protection Stage 1 (21/40)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
285.
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
UVPS2PTUV5 (U1<<) – Positive Sequence Undervoltage Protection Stage 2 (27P)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
284.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
UZ2PDIS12 (Z<<) – Underimpedance Protection Stage 2 (21)
Data Object
$ST$Str
$ST$Op
$SP$PhStr$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
ANGEN.EN016
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (pu)
Set point of type integer for Operation Delay
50
[Application note]
288.
UssQVVR1 (Voltage Sag & Swell)
Data Object
$ST$VarStr$stVal
$ST$DipStr$stVal
$ST$SwlStr$stVal
$ST$IntrStr$stVal
$ST$VarEnd$stVal
$MX$VVa1$mag$f
$CF$VVa1$units$SIUnit
$CF$VVa1$units$multiplier
$MX$VVa2$mag$f
$CF$VVa2$units$SIUnit
$CF$VVa2$units$multiplier
$MX$VVa3$mag$f
$CF$VVa3$units$SIUnit
$CF$VVa3$units$multiplier
$MX$VVaTm$mag$f
$CF$VVaTm$units$SIUnit
$SP$DipStrVal$setMag$f
$CF$DipStrVal$units$SIUnit
$CF$DipStrVal$units$multiplier
$SP$SwlStrVal$setMag$f
$CF$SwlStrVal$units$SIUnit
$SP$SwlStrVal$units$multiplier
$SP$IntrStrVal$setMag$f
$CF$IntrStrVal$units$SIUnit
$CF$IntrStrVal$units$multiplier
289.
Description
Single point status for Arc Sensor 1
Single point status for Arc Sensor 2
Single point status for Arc BIO
SILbMSQI2 (ILb symmetrics struct)
Data Object
$MX$SeqA$c1
$MX$SeqA$c2
$MX$SeqA$c3
$CF$SeqA$c1$units$SIUnit
$CF$SeqA$c2$units$SIUnit
$CF$SeqA$c3$units$SIUnit
$CF$SeqA$c1$units$multiplier
$CF$SeqA$c2$units$multiplier
$CF$SeqA$c3$units$multiplier
51
Description
Single point status for Voltage Variation in Progress
Single point status for Voltage Sag (Active/Inactive)
Single point status for Voltage Swell (Active/Inactive)
Single point status for Voltage Interruption (Active/Inactive)
Single point status for Voltage Variation Ended
Measured value for Maximum Voltage Swell of Phase 1
SI Unit for Maximum Voltage Swell of Phase 1
Unit multiplier value for Maximum Voltage Swell of Phase 1
Measured value for Maximum Voltage Swell of Phase 2
SI Unit for Maximum Voltage Swell of Phase 2
Unit multiplier value for Maximum Voltage Swell of Phase 2
Measured value for Maximum Voltage Swell of Phase 3
SI Unit for Maximum Voltage Swell of Phase 3
Unit multiplier value for Maximum Voltage Swell of Phase 3
Measured value for Duration of Voltage Swell
SI Unit for Duration of Voltage Swell
Measured value for Voltage Sag Limit
SI Unit for Voltage Sag Limit
Unit multiplier value for Voltage Sag Limit
Measured value for Voltage Swell Limit
SI Unit for Voltage Swell Limit
Unit multiplier value for Voltage Swell Limit
Measured value for Low Limit of Voltage Interrupts
SI Unit for Low Limit of Voltage Interrupts
Unit multiplier value for Low Limit of Voltage Interrupts
ARCIGGIO179 (L> inputs)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
290.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Positive Sequence I’L
Measured value for Negative Sequence I’L
Measured value for Zero Sequence IL
SI Unit for Positive Sequence I’L (A)
SI Unit for Negative Sequence I’L (A)
SI Unit for Zero Sequence I’L (A)
Unit multiplier value for Positive Sequence I’L
Unit multiplier value for Negative Sequence I’L
Unit multiplier value for Zero Sequence I’L
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
291.
SIpbMMXU26 (IL1b-3b)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
292.
Description
Measured value for RMS value of I’L1
Measured value for RMS value of I’L2
Measured value for RMS value of I’L3
SI Unit for RMS value of I’L1 (A)
SI Unit for RMS value of I’L2 (A)
SI Unit for RMS value of I’L3 (A)
Unit multiplier value for RMS value of I’L1
Unit multiplier value for RMS value of I’L2
Unit multiplier value for RMS value of I’L3
SIpdaMMXU25 (IL1-3 demand)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
294.
Description
Measured value for I’L1
Measured value for I’L2
Measured value for I’L3
SI Unit for I’L1 (A)
SI Unit for I’L2 (A)
SI Unit for I’L3 (A)
Unit multiplier value for I’L1
Unit multiplier value for I’L2
Unit multiplier value for I’L3
SIpbrMMXU28 (IL1b-3b RMS)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
293.
[Application note]
Description
Measured value for Demand value of IL1
Measured value for Demand value of IL2
Measured value for Demand value of IL3
SI Unit for Demand value of IL1 (A)
SI Unit for Demand value of IL2 (A)
SI Unit for Demand value of IL3 (A)
Unit multiplier value for Demand value of IL1
Unit multiplier value for Demand value of IL2
Unit multiplier value for Demand value of IL3
SIpDMMXU27 (IL1-3 Diff)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
ANGEN.EN016
Description
Measured value for IL1 and I’L1 Differential
Measured value for IL2 and I’L2 Differential
Measured value for IL3 and I’L3 Differential
SI Unit for IL1 and I’L1 Differential (A)
SI Unit for IL2 and I’L2 Differential (A)
SI Unit for IL3 and I’L3 Differential (A)
Unit multiplier value for IL1 and I’L1 Differential
Unit multiplier value for IL2 and I’L2 Differential
Unit multiplier value for IL3 and I’L3 Differential
52
[Application note]
295.
SIpMMXU23 (IL1-3)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
296.
Description
Measured value for RMS value of IL1
Measured value for RMS value of IL2
Measured value for RMS value of IL3
SI Unit for RMS value of IL1 (A)
SI Unit for RMS value of IL2 (A)
SI Unit for RMS value of IL3 (A)
Unit multiplier value for RMS value of IL1
Unit multiplier value for RMS value of IL2
Unit multiplier value for RMS value of IL3
STHDIbMHAI8 (THD IL1b-3b)
Data Object
$MX$Hz
$MX$ThdA$phsA
$MX$ThdA$phsB
$MX$ThdA$phsC
$CF$Hz$units$SIUnit
$CF$ThdA$phsA$units$SIUnit
$CF$ThdA$phsB$units$SIUnit
$CF$ThdA$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdA$phsA$units$multiplier
$CF$ThdA$phsB$units$multiplier
$CF$ThdA$phsC$units$multiplier
53
Description
Measured value for IL1
Measured value for IL2
Measured value for IL3
SI Unit for IL1 (A)
SI Unit for IL2 (A)
SI Unit for IL3 (A)
Unit multiplier value for IL1
Unit multiplier value for IL2
Unit multiplier value for IL3
SIprMMXU24 (IL1-3 RMS)
Data Object
$MX$A$phsA
$MX$A$phsB
$MX$A$phsC
$CF$A$phsA$units$SIUnit
$CF$A$phsB$units$SIUnit
$CF$A$phsC$units$SIUnit
$CF$A$phsA$units$multiplier
$CF$A$phsB$units$multiplier
$CF$A$phsC$units$multiplier
297.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of I’L1
Measured value for Total Harmonic Distortion of I’L2
Measured value for Total Harmonic Distortion of I’L3
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of I’L1 (pu)
SI Unit for Total Harmonic Distortion of I’L2 (pu)
SI Unit for Total Harmonic Distortion of I’L3 (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of I’L1
Unit multiplier value for Total Harmonic Distortion of I’L2
Unit multiplier value for Total Harmonic Distortion of I’L3
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
298.
STHDIMHAI7 (THD IL1-3)
Data Object
$MX$Hz
$MX$ThdA$phsA
$MX$ThdA$phsB
$MX$ThdA$phsC
$CF$Hz$units$SIUnit
$CF$ThdA$phsA$units$SIUnit
$CF$ThdA$phsB$units$SIUnit
$CF$ThdA$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdA$phsA$units$multiplier
$CF$ThdA$phsB$units$multiplier
$CF$ThdA$phsC$units$multiplier
299.
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of IL1
Measured value for Total Harmonic Distortion of IL2
Measured value for Total Harmonic Distortion of IL3
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of IL1 (pu)
SI Unit for Total Harmonic Distortion of IL2 (pu)
SI Unit for Total Harmonic Distortion of IL3 (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of IL1
Unit multiplier value for Total Harmonic Distortion of IL2
Unit multiplier value for Total Harmonic Distortion of IL3
STHDUMHAI9 (THD Uabc)
Data Object
$MX$Hz
$MX$ThdPhV$phsA
$MX$ThdPhV$phsB
$MX$ThdPhV$phsC
$CF$Hz$units$SIUnit
$CF$ThdPhV$phsA$units$SIUnit
$CF$ThdPhV$phsB$units$SIUnit
$CF$ThdPhV$phsC$units$SIUnit
$CF$Hz$units$multiplier
$CF$ThdPhV$phsA$units$multiplier
$CF$ThdPhV$phsB$units$multiplier
$CF$ThdPhV$phsC$units$multiplier
300.
[Application note]
Description
Measured value for Frequency
Measured value for Total Harmonic Distortion of Ua
Measured value for Total Harmonic Distortion of Ub
Measured value for Total Harmonic Distortion of Uc
SI Unit for Frequency (Hz)
SI Unit for Total Harmonic Distortion of Ua (pu)
SI Unit for Total Harmonic Distortion of Ub (pu)
SI Unit for Total Harmonic Distortion of Uc (pu)
Unit multiplier value for Frequency
Unit multiplier value for Total Harmonic Distortion of Ua
Unit multiplier value for Total Harmonic Distortion of Ub
Unit multiplier value for Total Harmonic Distortion of Uc
SUpMMXU29 (UL1-3)
Data Object
$MX$PhV$phsA
$MX$PhV$phsB
$MX$PhV$phsC
$CF$PPV$phsAB$units$SIUnit
$CF$PPV$phsBC$units$SIUnit
$CF$PPV$phsCA$units$SIUnit
$CF$PhV$phsA$units$multiplier
$CF$PhV$phsB$units$multiplier
$CF$PhV$phsC$units$multiplier
ANGEN.EN016
Description
Measured value for UL1
Measured value for UL2
Measured value for UL3
SI Unit for UL1 (V)
SI Unit for UL2 (V)
SI Unit for UL3 (V)
Unit multiplier value for UL1
Unit multiplier value for UL2
Unit multiplier value for UL3
54
[Application note]
301.
SUppMMXU30 (U12-23-31)
Data Object
$MX$PPV$phsAB
$MX$PPV$phsBC
$MX$PPV$phsCA
$CF$PPV$phsAB$units$SIUnit
$CF$PPV$phsBC$units$SIUnit
$CF$PPV$phsCA$units$SIUnit
$CF$PPV$phsAB$units$multiplier
$CF$PPV$phsBC$units$multiplier
$CF$PPV$phsCA$units$multiplier
302.
Description
Single point status for Trip Signal
ArcM8PIOC12 (Arc master stage 8)
Data Object
$ST$Op
55
Description
Single point status for Trip Signal
ArcM7PIOC11 (Arc master stage 7)
Data Object
$ST$Op
309.
Description
Single point status for Trip Signal
ArcM6PIOC10 (Arc master stage 6)
Data Object
$ST$Op
308.
Description
Single point status for Trip Signal
ArcM5PIOC9 (Arc master stage 5)
Data Object
$ST$Op
307.
Description
Single point status for Trip Signal
ArcM4PIOC8 (Arc master stage 4)
Data Object
$ST$Op
306.
Description
Single point status for Trip Signal
ArcM3PIOC7 (Arc master stage 3)
Data Object
$ST$Op
305.
Description
Single point status for Trip Signal
ArcM2PIOC6 (Arc master stage 2)
Data Object
$ST$Op
304.
Description
Measured value for U12
Measured value for U23
Measured value for U31
SI Unit for U12 (V)
SI Unit for U23 (V)
SI Unit for U31 (V)
Unit multiplier value for U12
Unit multiplier value for U23
Unit multiplier value for U31
ArcM1PIOC5 (Arc master stage 1)
Data Object
$ST$Op
303.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Trip Signal
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
310.
IoIO1PTEF1 (IoInt>>) – Intermittent Transient Earth-fault Protection Stage (67NT)
Data Object
$ST$Str
$ST$Op
311.
Description
Single point status for Start Signal
Single point status for Trip Signal
ZoneGGIO180 (Arc master Act Zones)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
312.
Description
Single point status for Arc Master Binary Input 1
Single point status for Arc Master Binary Input 2
Single point status for Arc Master Binary Input 3
SensGGIO182 (Arc Master Sensors)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
314.
Description
Single point status for Arc Master Zone 1
Single point status for Arc Master Zone 2
Single point status for Arc Master Zone 3
Single point status for Arc Master Zone 4
Single point status for Arc Master Zone 5
BiGGIO181 (Arc master Binary Inputs)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
313.
[Application note]
Description
Single point status for Arc Master Sensor 1
Single point status for Arc Master Sensor 2
Single point status for Arc Master Sensor 3
Single point status for Arc Master Sensor 4
Single point status for Arc Master Sensor 5
Single point status for Arc Master Sensor 6
Single point status for Arc Master Sensor 7
Single point status for Arc Master Sensor 8
Single point status for Arc Master Sensor 9
Single point status for Arc Master Sensor 10
EvtGGIO183 (Generic events)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
ANGEN.EN016
Description
Single point status for Generic Event Index 1
Single point status for Generic Event Index 2
Single point status for Generic Event Index 3
Single point status for Generic Event Index 4
Single point status for Generic Event Index 5
Single point status for Generic Event Index 6
Single point status for Generic Event Index 7
Single point status for Generic Event Index 8
56
[Application note]
315.
I3pGGIO184 (IL1, IL2, IL3 AI)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn1$units$multiplier
$CF$AnIn2$units$multiplier
$CF$AnIn3$units$multiplier
316.
Description
Measured value for UL1
Measured value for UL2
Measured value for UL3
SI Unit for UL1 (V)
SI Unit for UL2 (V)
SI Unit for UL3 (V)
Unit multiplier value for UL1
Unit multiplier value for UL2
Unit multiplier value for UL3
U3ppGGIO186 (U12, U23, U31 AI)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn1$units$multiplier
$CF$AnIn2$units$multiplier
$CF$AnIn3$units$multiplier
57
Description
Measured value for IL1
Measured value for IL2
Measured value for IL3
SI Unit for IL1 (A)
SI Unit for IL2 (A)
SI Unit for IL3 (A)
Unit multiplier value for IL1
Unit multiplier value for IL2
Unit multiplier value for IL3
U3pGGIO185 (UL1, UL2, UL3 AI)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn1$units$multiplier
$CF$AnIn2$units$multiplier
$CF$AnIn3$units$multiplier
317.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for U12
Measured value for U23
Measured value for U31
SI Unit for U12 (V)
SI Unit for U23 (V)
SI Unit for U31 (V)
Unit multiplier value for U12
Unit multiplier value for U23
Unit multiplier value for U31
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
318.
[Application note]
AMSTGGIO187 (Arc Sensors Info)
Data Object
$ST$IntIn1
$ST$IntIn2
$ST$IntIn3
$ST$IntIn4
$ST$IntIn5
$ST$IntIn6
$ST$IntIn7
$ST$IntIn8
$ST$IntIn9
$ST$IntIn10
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
ANGEN.EN016
Description
Integer Status for Number of Activated Light Sensor Input in
I/O Unit
Integer Status for Address of Activated Light Sensor Input in
I/O Unit
Integer Status for Number of Activated Current Sensor Input
in I/O Unit
Integer Status for Address of Activated Channel Sensor
Input in I/O Unit
Integer Status for Number of Malfunctioning Sensor Input in
I/O Unit
Integer Status for Address Number of Malfunctioning Sensor
Input in I/O Unit
Integer Status for Activated Sensor Input in I/O Unit
Integer Status for Address of the I/O Unit
Integer Status for Number of Activated Sensor Input in I/O
Unit
Integer Status for I/O Unit Address of the Unit
Single point status for Light Detection of a Sensor in I/O Unit
Single point status for Current Detection of a Sensor in I/O
Unit
Single point status for Malfunction/Disconnection of Sensor
in I/O Unit
Single point status for ArcI/O Communication Link Down
Single point status for RS-485 Communication Link Down
58
[Application note]
319.
SPow3MMXU31 (3 phase P, Q, S, PF)
Data Object
$MX$W$phsA
$MX$W$phsB
$MX$W$phsC
$CF$W$phsA$units$SIUnit
$CF$W$phsB$units$SIUnit
$CF$W$phsC$units$SIUnit
$CF$W$phsA$units$multiplier
$CF$W$phsB$units$multiplier
$CF$W$phsC$units$multiplier
$MX$VAr$phsA
$MX$VAr$phsB
$MX$VAr$phsC
$CF$VAr$phsA$units$SIUnit
$CF$VAr$phsB$units$SIUnit
$CF$VAr$phsC$units$SIUnit
$CF$VAr$phsA$units$multiplier
$CF$VAr$phsB$units$multiplier
$CF$VAr$phsC$units$multiplier
$MX$VA$phsA
$MX$VA$phsB
$MX$VA$phsC
$CF$VA$phsA$units$SIUnit
$CF$VA$phsB$units$SIUnit
$CF$VA$phsC$units$SIUnit
$CF$VA$phsA$units$multiplier
$CF$VA$phsB$units$multiplier
$CF$VA$phsC$units$multiplier
$MX$PF$phsA
$MX$PF$phsB
$MX$PF$phsC
$CF$PF$phsA$units$SIUnit
$CF$PF$phsB$units$SIUnit
$CF$PF$phsC$units$SIUnit
$CF$PF$phsA$units$multiplier
$CF$PF$phsB$units$multiplier
$CF$PF$phsC$units$multiplier
320.
Description
Measured value for Active Power for Phase 1
Measured value for Active Power for Phase 2
Measured value for Active Power for Phase 3
SI Unit for Active Power for Phase 1 (W)
SI Unit for Active Power for Phase 2 (W)
SI Unit for Active Power for Phase 3 (W)
Unit multiplier value for Active Power for Phase 1
Unit multiplier value for Active Power for Phase 2
Unit multiplier value for Active Power for Phase 3
Measured value for Reactive Power for Phase 1
Measured value for Reactive Power for Phase 2
Measured value for Reactive Power for Phase 3
SI Unit for Reactive Power for Phase 1 (VAr)
SI Unit for Reactive Power for Phase 2 (VAr)
SI Unit for Reactive Power for Phase 3 (VAr)
Unit multiplier value for Reactive Power for Phase 1
Unit multiplier value for Reactive Power for Phase 2
Unit multiplier value for Reactive Power for Phase 3
Measured value for Apparent Power for Phase 1
Measured value for Apparent Power for Phase 2
Measured value for Apparent Power for Phase 3
SI Unit for Apparent Power for Phase 1 (VA)
SI Unit for Apparent Power for Phase 2 (VA)
SI Unit for Apparent Power for Phase 3 (VA)
Unit multiplier value for Apparent Power for Phase 1
Unit multiplier value for Apparent Power for Phase 2
Unit multiplier value for Apparent Power for Phase 3
Measured value for Power Factor for Phase 1
Measured value for Power Factor for Phase 2
Measured value for Power Factor for Phase 3
SI Unit for Power Factor for Phase 1 (pu)
SI Unit for Power Factor for Phase 2 (pu)
SI Unit for Power Factor for Phase 3 (pu)
Unit multiplier value for Power Factor for Phase 1
Unit multiplier value for Power Factor for Phase 2
Unit multiplier value for Power Factor for Phase 3
AlrmGGIO188 (Line alarm status)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
59
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Alarm in Line 1
Single point status for Alarm in Line 2
Single point status for Alarm in Line 3
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
321.
LdI1PDIF4 (LdI>) – Line Differential Protection Stage 1 (87L)
Data Object
$ST$Op1
$ST$Op2
$SP$LoSet$setVal
322.
Description
Single point status for Trip Signal
Single point status for Sympathy Trip Signal
Set point of type integer point for Pick-up Setting
Har5PTOC22 (If5>) – Over Excitation Protection Stage (68F5)
Data Object
$ST$Str
$ST$Op
$SP$StrVal$setMag$f
$CF$StrVal$units$SIUnit
$SP$OpDlTmms$setVal
324.
Description
Single point status for Trip Signal
Single point status for Sympathy Trip Signal
Set point of type integer point for Pick-up Setting
LdI2PDIF5 (LdI>>) – Line Differential Protection Stage 2 (87L)
Data Object
$ST$Op1
$ST$Op2
$SP$LoSet$setVal
323.
[Application note]
Description
Single point status for Start Signal
Single point status for Trip Signal
Set point of type floating point for Pick-up Setting
SI Unit for Pick-up Setting (%)
Set point of type integer for Operation Delay
NIStGGIO189 (GOOSE NI 1-16)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
$ST$Ind11
$ST$Ind12
$ST$Ind13
$ST$Ind14
$ST$Ind15
$ST$Ind16
ANGEN.EN016
Description
Single point status for NI 1
Single point status for NI 2
Single point status for NI 3
Single point status for NI 4
Single point status for NI 5
Single point status for NI 6
Single point status for NI 7
Single point status for NI 8
Single point status for NI 9
Single point status for NI 10
Single point status for NI 11
Single point status for NI 12
Single point status for NI 13
Single point status for NI 14
Single point status for NI 15
Single point status for NI 16
60
[Application note]
325.
NIStGGIO190 (GOOSE NI 17-32)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
$ST$Ind11
$ST$Ind12
$ST$Ind13
$ST$Ind14
$ST$Ind15
$ST$Ind16
326.
Description
Single point status for NI 17
Single point status for NI 18
Single point status for NI 19
Single point status for NI 20
Single point status for NI 21
Single point status for NI 22
Single point status for NI 23
Single point status for NI 24
Single point status for NI 25
Single point status for NI 26
Single point status for NI 27
Single point status for NI 28
Single point status for NI 29
Single point status for NI 30
Single point status for NI 31
Single point status for NI 32
NIStGGIO191 (GOOSE NI 33-48)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
$ST$Ind11
$ST$Ind12
$ST$Ind13
$ST$Ind14
$ST$Ind15
$ST$Ind16
61
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for NI 33
Single point status for NI 34
Single point status for NI 35
Single point status for NI 36
Single point status for NI 37
Single point status for NI 38
Single point status for NI 39
Single point status for NI 40
Single point status for NI 41
Single point status for NI 42
Single point status for NI 43
Single point status for NI 44
Single point status for NI 45
Single point status for NI 46
Single point status for NI 47
Single point status for NI 48
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
327.
NIStGGIO192 (GOOSE NI 49-64)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
$ST$Ind11
$ST$Ind12
$ST$Ind13
$ST$Ind14
$ST$Ind15
$ST$Ind16
328.
Description
Single point status for NI 49
Single point status for NI 50
Single point status for NI 51
Single point status for NI 52
Single point status for NI 53
Single point status for NI 54
Single point status for NI 55
Single point status for NI 56
Single point status for NI 57
Single point status for NI 58
Single point status for NI 59
Single point status for NI 60
Single point status for NI 61
Single point status for NI 62
Single point status for NI 63
Single point status for NI 64
NIGrGGIO193 (GOOSE Validity Groups)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
$ST$Ind7
$ST$Ind8
$ST$Ind9
$ST$Ind10
$ST$Ind11
$ST$Ind12
$ST$Ind13
$ST$Ind14
$ST$Ind15
$ST$Ind16
329.
[Application note]
Description
Single point status for GOOSE Validity Group 1
Single point status for GOOSE Validity Group 2
Single point status for GOOSE Validity Group 3
Single point status for GOOSE Validity Group 4
Single point status for GOOSE Validity Group 5
Single point status for GOOSE Validity Group 6
Single point status for GOOSE Validity Group 7
Single point status for GOOSE Validity Group 8
Single point status for GOOSE Validity Group 9
Single point status for GOOSE Validity Group 10
Single point status for GOOSE Validity Group 11
Single point status for GOOSE Validity Group 12
Single point status for GOOSE Validity Group 13
Single point status for GOOSE Validity Group 14
Single point status for GOOSE Validity Group 15
Single point status for GOOSE Validity Group 16
GPubGGIO194 (GOOSE Publisher properties)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
ANGEN.EN016
Description
Single point status for GCB1 Test
Single point status for GCB1 Needs Commissioning
Single point status for GCB2 Test
Single point status for GCB2 Needs Commissioning
62
[Application note]
330.
FTrpGGIO195 (Final TRIP for Objects)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
$ST$Ind6
331.
Description
Measured value for Impedance
Measured value for Angle
Measured value for Distance in km
EFRFLO2 (Distance to Earth Fault)
Data Object
$MX$FltZ$cVal$mag$f
$MX$FltZ$cVal$ang$f
$MX$FltDiskm$mag$f
63
Description
Measured value for Temperature of PT100
SI Unit for Temperature of PT100 (°C)
Unit multiplier value for Temperature of PT100
SCRFLO1 (Incomer SC Fault Locator)
Data Object
$MX$FltZ$cVal$mag$f
$MX$FltZ$cVal$ang$f
$MX$FltDiskm$mag$f
334.
Description
Single point status for Record Made
Integer status for Fault Number
Integer status for Memory Used in %
Controllable single point status for Trigger Recorder
TmpGGIO196 (Temperature PT100)
Data Object
$MX$AnIn
$CF$AnIn$units$SIUnit
$CF$AnIn$units$multiplier
333.
Description
Single point status for Object 1 Final Trip
Single point status for Object 2 Final Trip
Single point status for Object 3 Final Trip
Single point status for Object 4 Final Trip
Single point status for Object 5 Final Trip
Single point status for Object 6 Final Trip
DrRDRE1 (Disturbance recorder)
Data Object
$ST$RcdMade
$ST$FltNum
$ST$MemUsed
$CO$RcdTrg
332.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Measured value for Impedance
Measured value for Angle
Measured value for Distance in km
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
335.
VAIGGIO197 (GOOSE Virtual AI)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$MX$AnIn4
$MX$AnIn5
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn4$units$SIUnit
$CF$AnIn5$units$SIUnit
$CF$AnIn1$units$multiplier
$CF$AnIn2$units$multiplier
$CF$AnIn3$units$multiplier
$CF$AnIn4$units$multiplier
$CF$AnIn5$units$multiplier
336.
Description
Measured value for Current for Incomer SC before fault
Measured value for Current for Incomer SC during fault
Measured value for Current for Incomer SC after fault
SI Unit for Current for Incomer SC before fault
SI Unit for Current for Incomer SC during fault
SI Unit for Current for Incomer SC after fault
Unit multiplier value for Current for Incomer SC before fault
Unit multiplier value for Current for Incomer SC during fault
Unit multiplier value for Current for Incomer SC after fault
DFLTGGIO199 (Fault distance indication)
Data Object
$ST$Ind
338.
Description
Measured value for GOOSE Analog Input 1
Measured value for GOOSE Analog Input 2
Measured value for GOOSE Analog Input 3
Measured value for GOOSE Analog Input 4
Measured value for GOOSE Analog Input 5
SI Unit for GOOSE Analog Input 1
SI Unit for GOOSE Analog Input 2
SI Unit for GOOSE Analog Input 3
SI Unit for GOOSE Analog Input 4
SI Unit for GOOSE Analog Input 5
Unit multiplier value for GOOSE Analog Input 1
Unit multiplier value for GOOSE Analog Input 2
Unit multiplier value for GOOSE Analog Input 3
Unit multiplier value for GOOSE Analog Input 4
Unit multiplier value for GOOSE Analog Input 5
SCIGGIO198 (Current for Incomer SC)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn1$units$multiplier
$CF$AnIn2$units$multiplier
$CF$AnIn3$units$multiplier
337.
[Application note]
Description
Single point status for Fault Distance Indication
FLRFLO3 (Feeder Fault Locator)
Data Object
$MX$FltZ$cVal$mag$f
$MX$FltZ$cVal$ang$f
$MX$FltDiskm$mag$f
ANGEN.EN016
Description
Measured value for Impedance
Measured value for Angle
Measured value for Distance in km
64
[Application note]
339.
LED2GGIO200 (LEDs for 2xx and 5x series)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
$ST$Ind4
$ST$Ind5
340.
Description
Controllable single point status for Remote Reset
Stat1GGIO1 (OC Stages Ena/Grp Info)
Data Object
$ST$IntIn1
$ST$IntIn2
$ST$IntIn3
$ST$IntIn4
$ST$IntIn5
$ST$IntIn6
$ST$IntIn7
$ST$IntIn8
65
Description
Single point status for LED F (5x Series)
Single point status for LED G (5x Series)
Single point status for LED H (5x Series)
ResGGIO202 (Remote Reset)
Data Object
$CO$SPCSO
342.
Description
Single point status for Alarm LED (2xx Series) / LED A (5x
Series)
Single point status for Trip LED (2xx Series) / LED B (5x
Series)
Single point status for LED A (2xx Series) / LED C (5x
Series)
Single point status for LED B (2xx Series) / LED D (5x
Series)
Single point status for LED C (2xx Series) / LED E (5x
Series)
LED5GGIO201 (LEDs for 5x series)
Data Object
$ST$Ind1
$ST$Ind2
$ST$Ind3
341.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Integer status for Overcurrent Protection Stage 1
(enabled/disabled/blocked)
Integer status for Setting Group of Overcurrent Protection
Stage 1
Integer status for Overcurrent Protection Stage 2
(enabled/disabled/blocked)
Integer status for Setting Group of Overcurrent Protection
Stage 2
Integer status for Overcurrent Protection Stage 3
(enabled/disabled/blocked)
Integer status for Setting Group of Overcurrent Protection
Stage 3
Integer status for Current Unbalance Protection Stage 1
(enabled/disabled/blocked)
Integer status for Setting Group of Current Unbalance
Protection Stage 1
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
343.
Stat2GGIO1 (EF Stages Ena/Grp Info)
Data Object
$ST$IntIn1
$ST$IntIn2
$ST$IntIn3
$ST$IntIn4
$ST$IntIn5
$ST$IntIn6
$ST$IntIn7
$ST$IntIn8
344.
Description
Integer status for Earth-fault Protection Stage 1
(enabled/disabled/blocked)
Integer status for Setting Group of Earth-fault Protection
Stage 1
Integer status for Earth-fault Protection Stage 2
(enabled/disabled/blocked)
Integer status for Setting Group of Earth-fault Protection
Stage 2
Integer status for Earth-fault Protection Stage 3
(enabled/disabled/blocked)
Integer status for Setting Group of Earth-fault Protection
Stage 3
Integer status for Earth-fault Protection Stage 4
(enabled/disabled/blocked)
Integer status for Setting Group of Earth-fault Protection
Stage 4
Stat3GGIO1 (OCb Stages Ena/Grp Info)
Data Object
$ST$IntIn1
$ST$IntIn2
$ST$IntIn3
$ST$IntIn4
$ST$IntIn5
$ST$IntIn6
345.
[Application note]
Description
Integer status for Overcurrent Protection Stage 1 for
Secondary Side (enabled/disabled/blocked)
Integer status for Setting Group of Overcurrent Protection
Stage 1 for Secondary Side
Integer status for Overcurrent Protection Stage 2 for
Secondary Side (enabled/disabled/blocked)
Integer status for Setting Group of Overcurrent Protection
Stage 2 for Secondary Side
Integer status for Current Unbalance Protection Stage for
Secondary Side (enabled/disabled/blocked)
Integer status for Setting Group of Current Unbalance
Protection Stage for Secondary Side
IFLTGGIO1 (Fault currents)
Data Object
$MX$AnIn1
$MX$AnIn2
$MX$AnIn3
$MX$AnIn4
$MX$AnIn5
$MX$AnIn6
$CF$AnIn1$units$SIUnit
$CF$AnIn2$units$SIUnit
$CF$AnIn3$units$SIUnit
$CF$AnIn4$units$SIUnit
$CF$AnIn5$units$SIUnit
$CF$AnIn6$units$SIUnit
ANGEN.EN016
Description
Measured value for IL1 Fault Current
Measured value for IL2 Fault Current
Measured value for IL3 Fault Current
Measured value for Io1 Fault Current
Measured value for Io2 Fault Current
Measured value for Io Calculated Fault Current
SI Unit for IL1 Fault Current (A)
SI Unit for IL2 Fault Current (A)
SI Unit for IL3 Fault Current (A)
SI Unit for Io1 Fault Current (A)
SI Unit for Io2 Fault Current (A)
SI Unit for Io Calculated Fault Current (A)
66
[Application note]
346.
OCPTRC1 (OC trip)
Data Object
$ST$Tr$general
$ST$Tr$phsA
$ST$Tr$phsB
$ST$Tr$phsC
$ST$Str$general
$ST$Str$phsA
$ST$Str$phsB
$ST$Str$phsC
347.
Description
Single point status for Trip Signal of any Overcurrent
Protection Stage
Single point status for Trip Signal of any Overcurrent
Protection Stage in Phase 1
Single point status for Trip Signal of any Overcurrent
Protection Stage in Phase 2
Single point status for Trip Signal of any Overcurrent
Protection Stage in Phase 3
Single point status for Start Signal of any Overcurrent
Protection Stage
Single point status for Start Signal of any Overcurrent
Protection Stage in Phase 1
Single point status for Start Signal of any Overcurrent
Protection Stage in Phase 2
Single point status for Start Signal of any Overcurrent
Protection Stage in Phase 3
CBAlmGGIO1 (CB Inactivity alarms)
Data Object
$ST$Alm1
$ST$Alm2
$ST$Alm3
$ST$Alm4
$ST$Alm5
$ST$Alm6
67
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Inactivity Alarm of Object 1
Single point status for Inactivity Alarm of Object 2
Single point status for Inactivity Alarm of Object 3
Single point status for Inactivity Alarm of Object 4
Single point status for Inactivity Alarm of Object 5
Single point status for Inactivity Alarm of Object 6
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
348.
EFPTRC2 (EF trip)
Data Object
$ST$Tr$general
$ST$Tr$phsA
$ST$Tr$phsB
$ST$Tr$phsC
$ST$Tr$neut
$ST$Str$general
$ST$Str$phsA
$ST$Str$phsB
$ST$Str$phsC
$ST$Str$neut
349.
Description
Set point of type integer for CT Primary
SI Unit for CT Primary (A)
Set point of type integer for CT Secondary
SI Unit for CT Secondary (A)
CTIoGGIO1 (CT Io1 parameters)
Data Object
$SP$Primary
$CF$Primary$units$SIUnit
$SP$Secondary
$CF$Secondary$units$SIUnit
352.
Description
Single point status for Disturbance Recording Deleted
Single point status for Disturbance Recording Overwritten
CTGGIO1 (CT parameters)
Data Object
$SP$Primary
$CF$Primary$units$SIUnit
$SP$Secondary
$CF$Secondary$units$SIUnit
351.
Description
Single point status for Trip Signal of any Earth-fault
Protection Stage
Single point status for Trip Signal of any Earth-fault
Protection Stage in Phase 1
Single point status for Trip Signal of any Earth-fault
Protection Stage in Phase 2
Single point status for Trip Signal of any Earth-fault
Protection Stage in Phase 3
Single point status for Trip Signal of any Earth-fault
Protection Stage Neutral Phase
Single point status for Start Signal of any Earth-fault
Protection Stage
Single point status for Start Signal of any Earth-fault
Protection Stage in Phase 1
Single point status for Start Signal of any Earth-fault
Protection Stage in Phase 2
Single point status for Start Signal of any Earth-fault
Protection Stage in Phase 2
Single point status for Start Signal of any Earth-fault
Protection Stage Neutral Phase
DrGGIO1 (Disturbance recorder)
Data Object
$ST$Ind1
$ST$Ind2
350.
[Application note]
Description
Set point of type integer for Io1 CT Primary
SI Unit for CT Io1 Primary (A)
Set point of type integer for Io1 CT Secondary
SI Unit for CT Io1 Secondary (A)
SG3GGIO135 (Setting group 3)
Data Object
$CO$SPCSO
$ST$SPCSO
ANGEN.EN016
Description
Controllable single point status for Setting Group 3
Single point status for Setting Group 3 active
68
[Application note]
353.
SG4GGIO136 (Setting group 4)
Data Object
$CO$SPCSO
$ST$SPCSO
354.
Description
Single point status for Ethernet Port 2 link down
ALLPTRC1 (Global trip)
Data Object
$Op$general
69
Description
Single point status for Ethernet Port 1 link down
Lnk2DnGGIO2 (Link 2 down)
Data Object
$ST$Ind
356.
Description
Controllable single point status for Setting Group 4
Single point status for Setting Group 4 active
Lnk1DnGGIO1 (Link 1 down)
Data Object
$ST$Ind
355.
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
Description
Single point status for Global Trip
ANGEN.EN016
Global Logical Node List for VAMP Protection Relays and Arc
Protection Units
[Application note]
Appendix 1 - LLN0 and LPHD in Data Sets
In the IEC 61850 main config menu in Vampset, there is an option to add LLN0 and LPHD to Data
Sets 1, 2 and 3:
After this option has been set, the following relevant information will be available into the Data Sets:

LLN0$ST$Loc$stVal
Single Point Status information for Local / Remote state of the IED

VampLPHD1$ST$PhyHealth
Single Point Status information for Self Diagnosis of the IED
ANGEN.EN016
70