POWERSIDE PQube 3 DNP3.0 User manual

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PQube 3 DNP3.0
Reference manual
Revision 2.0

DNP3.0 Reference Manual
Manual#: 851-000140
Version 2.0 –09/9/2022 Page 2 of 49
Table of Contents
1Background 3
2Basic Outstation Configuration and Settings 4
2.1 Recommended Settings.................................................................................................... 4
2.2 Changing Configuration .................................................................................................... 4
2.3 Supported DNP3.0 Objects ............................................................................................... 4
2.4 DNP3.0 Analog Input Value Change Events versus PQube 3 Internal Events.................... 6
2.5 Security............................................................................................................................. 6
3PQube 3 DNP3.0 Datapoints 7
3.1 Group 30 Analog Input Point Map.................................................................................... 7
3.2 Group 12 Binary Output Point Map................................................................................ 46
4Appendix 47
4.1 Group 86 Dataset Descriptors Point Map ....................................................................... 47
4.2 Group 110 Octet String Point Map.................................................................................. 47
4.3 Group 0 Device Attribute Object Point Map................................................................... 49

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Version 2.0 –09/9/2022 Page 3 of 49
1Background
The PQube 3 supports the Distributed Network Protocol version 3 (DNP3.0) outstation device software
module with communication over Ethernet TCP/IP. The PQube 3 supports DNP3.0 level 1-4 functionality
with Analog Point Objects, Binary Output Control Objects, Dataset Objects, Octet String Objects, Analog
Event Objects, and File Transfer Objects. The PQube 3 conforms to DNP3.0 SpecificationIEEE-1815 (2010).
The PQube 3 implemented DNP3.0 starting with firmware version 3.6.4.
You can enable the DNP3.0 protocol with the PQube 3 Configurator software by checking the “Enable
DNP3 server” option as shown below.

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2Basic Outstation Configuration and Settings
DNP3.0 is enabled and configured with the following Setup.ini file tags in the section “DNP3”:
•DNP3/Enable_DNP3
oEnable the DNP3 slave outstation client. Default OFF.
•DNP3/DNP3_Port
oConfigure the DNP3 outstation listening port. Default 20000.
•DNP3/DNP3_Source_Id
oEnable the DNP3 outstation source ID. Default 4.
2.1 Recommended Settings
Default settings after setting the Enable_DNP3 tag to “ON” suffice for initial testing.
2.2 Changing Configuration
Configuration changes can be uploaded through the PQube 3 Setup.ini file in any manner supported by
the PQube 3. For Setup.ini file changes through DNP3.0, enable the File Transfer DNP3 tag, which allows
for uploading and downloading a PQube 3 Setup.ini file through the DNP3.0 file transfer objects for
outstations that wish to turn off any other file upload methods (e.g. http, smtp, etc).
2.3 Supported DNP3.0 Objects
Device Attributes: Group 0
Required Group 0 device attributes for Level 1 conformance.
Control Relay Output Block: Group 12
The control relay output block in the binary output used to control the relays of the PQube 3 through
DNP3.0, via the trip and close functionality. The latching functionality is controlled by the PQube 3
setting in Configurator software or Setup file, for which relays 2, 3, and 4 can be configured to latch or
not latch. An example of the enabling the relays to latch in the Configurator software is shown below.

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Version 2.0 –09/9/2022 Page 5 of 49
Relay 1 operates independently, as it’s not possible to configure the latching functionality of the relay.
Instead, relay 1 will always trip on a reboot/power down, and close when the PQube 3 locks onto a
frequency and is ready to start measurement.
The pulse functionality is presently not supported.
The supported relay numbers are documented accordingly in the “Binary Output Point Map” section.
Analog Inputs: Group 30, Variations 1-5.
The majority of PQube 3 objects are Analog Input Group 30 objects in the DNP3.0 object catalog. The
PQube 3 maps meters to Analog Object points, in similar order to the modbus register map order.
Meters are sampled and updated internally in the PQube 3 at 2 Hz. Analog objects are updated in
DNP3.0 at the requested outstation polling rate or at any object change update rates.
The PQube 3 supports all object variations but recommends Variation 5 (Single Precision Floating Point
Value) for Analog Objects, since most PQube 3 meter values are floating point numbers.
The PQube 3 analog object point list is documented accordingly in the “Analog Input Point Map” section.
Analog Input Event: Group 31, Variations 1-8.
When an analog input exceeds a Group 34 Analog Input Reporting Deadband, a Group 31 Analog Input
unsolicited event (Group 31) may be sent from the outstation.
Analog Input Reporting Deadband: Group 34, Variations 1-3.
A reporting deadband may be assigned to each analog input point. When the point value exceeds the
deadband (relative to its last measured value), an Analog Input Event will be sent from the outstation.
Deadband values of 0 will send events on any change in the analog input point. See the IEEE 1815-2010
specification for more details on analog input reporting bands.
Class Objects: Group 60, Variation 1, Class 0 data
All objects are by default placed in Class 0 at startup. Objects may be reassigned dynamically after
power on by the master station.
File Transfer Objects: Group 70
If the DNP3 Enable File Transfer tag is on in the Setup.ini, then File Transfer objects are supported for
loading and uploading Setup.ini files, and PQube 3 Event and Trend files.
Data Set and Dataset Descriptors: Group 83 and Group 86
PQube 3 internal events and trends are notified to the master outstation as file paths in Group 83
Dataset Objects. The last generated Event, Daily, Weekly and Monthly Trend is sent as a list of file paths
to the content files in Group 83 objects.
Octet String Objects: Group 110
PQube 3 static configuration settings (power configuration, etc), are sent as Group 110 Octet String
Objects.

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2.4 DNP3.0 Analog Input Value Change Events versus PQube 3
Internal Events
Events hold two meanings in the DNP3.0/PQube 3 space:
•DNP3.0 analog change events are changes in values on Analog Input points creating an
unsolicited message upload from the PQube 3 when an analog point exceeds a configured
DNP3.0 analog input threshold range. The rate of measure of this event is 2 Hz/point.
Therefore, this is much like an “alarm” on a meter value.
•PQube 3 internal events are a much higher sampling rate than the PQube 3 waveforms,
graphics, .CSV files, and other collateral. These are sent from the PQube 3 conventionally as
emails and stored as events to be seen and downloaded on the PQube 3 webpage. However,
they cannot also be received through DNP3.0 Dataset Events. The dataset event will show a
new file set for files related to the event or trend, which can be downloaded through PQube 3
data interfaces or through the DNP3.0 File Transfer Objects.
2.5 Security
The DNP3.0 IEEE 1815 (2010) specification does not have a notion of channel encryption, connection
attempt throttling, or snoop prevention. To enhance security, it is recommended the administrator
disable DNP3.0 File Transfer (to prevent upload or download of Setup.ini files), and that the
administrator assign a connection netmask and port configured for connection security in the
customer's network topology.

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3PQube 3 DNP3.0 Datapoints
3.1 Group 30 Analog Input Point Map
The following DNP3.0 analog input object point map indicates the available PQube 3 meters, which are
sampled at 2 Hz with support for format variations 1-5.
0
L1_E_RMS_Half
1
L2_E_RMS_Half
2
L3_E_RMS_Half
3
N_E_RMS_Half
4
L1_N_RMS_Half
5
L2_N_RMS_Half
6
L3_N_RMS_Half
7
L1_L2_RMS_Half
8
L2_L3_RMS_Half
9
L3_L1_RMS_Half
10
AN1_E_RMS_Half
11
AN2_E_RMS_Half
12
AN3_E_RMS_Half
13
AN4_E_RMS_Half
14
AN1_AN2_RMS_Half
15
AN3_AN4_RMS_Half
16
Current_L1
17
Current_L2
18
Current_L3
19
Current_LN
20
Current_LE
21
Frequency
22
Digital_1
23
Current_L6
24
Current_L7
25
Current_L8
26
Current_L9
27
Current_L10
28
Current_L11
29
Current_L12
30
Current_L13
31
Current_L14

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32
Current_DC1
33
Current_DC2
34
Current_DC3
35
Current_DC4
36
Current_DC5
37
Current_DC6
38
Current_DC7
39
Current_DC8
40
Current_DC9
41
Current_DC10
42
Current_DC11
43
Current_DC12
44
Current_DC13
45
Current_DC14
46
Current_Avg_Ripple_DC1
47
Current_Avg_Ripple_DC2
48
Current_Avg_Ripple_DC3
49
Current_Avg_Ripple_DC4
50
Current_Avg_Ripple_DC5
51
Current_Avg_Ripple_DC6
52
Current_Avg_Ripple_DC7
53
Current_Avg_Ripple_DC8
54
Current_Avg_Ripple_DC9
55
Current_Avg_Ripple_DC10
56
Current_Avg_Ripple_DC11
57
Current_Avg_Ripple_DC12
58
Current_Avg_Ripple_DC13
59
Current_Avg_Ripple_DC14
60
Total_Power_1
61
L1_Power
62
L2_Power
63
L3_Power
64
L4_Power
65
L5_Power
66
Total_Power_2
67
L6_Power
68
L7_Power
69
L8_Power
70
Total_Power_3
71
L9_Power
72
L10_Power

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73
L11_Power
74
Total_Power_4
75
L12_Power
76
L13_Power
77
L14_Power
78
Total_Reactive_Power_1
79
L1_Reactive_Power
80
L2_Reactive_Power
81
L3_Reactive_Power
82
L4_Reactive_Power
83
L5_Reactive_Power
84
Total_Reactive_Power_2
85
L6_Reactive_Power
86
L7_Reactive_Power
87
L8_Reactive_Power
88
Total_Reactive_Power_3
89
L9_Reactive_Power
90
L10_Reactive_Power
91
L11_Reactive_Power
92
Total_Reactive_Power_4
93
L12_Reactive_Power
94
L13_Reactive_Power
95
L14_Reactive_Power
96
Total_Apparent_Power_1
97
L1_Apparent_Power
98
L2_Apparent_Power
99
L3_Apparent_Power
100
L4_Apparent_Power
101
L5_Apparent_Power
102
Total_Apparent_Power_2
103
L6_Apparent_Power
104
L7_Apparent_Power
105
L8_Apparent_Power
106
Total_Apparent_Power_3
107
L9_Apparent_Power
108
L10_Apparent_Power
109
L11_Apparent_Power
110
Total_Apparent_Power_4
111
L12_Apparent_Power
112
L13_Apparent_Power
113
L14_Apparent_Power

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114
Total_True_Power_Factor_1
115
L1_True_Power_Factor
116
L2_True_Power_Factor
117
L3_True_Power_Factor
118
L4_True_Power_Factor
119
L5_True_Power_Factor
120
Total_True_Power_Factor_2
121
L6_True_Power_Factor
122
L7_True_Power_Factor
123
L8_True_Power_Factor
124
Total_True_Power_Factor_3
125
L9_True_Power_Factor
126
L10_True_Power_Factor
127
L11_True_Power_Factor
128
Total_True_Power_Factor_4
129
L12_True_Power_Factor
130
L13_True_Power_Factor
131
L14_True_Power_Factor
132
AN_Power_1
133
AN_Power_2
134
Total_Reactive_Energy_1
135
Reactive_Energy_1
136
Reactive_Energy_2
137
Reactive_Energy_3
138
Reactive_Energy_4
139
Reactive_Energy_5
140
Total_Reactive_Energy_2
141
Reactive_Energy_6
142
Reactive_Energy_7
143
Reactive_Energy_8
144
Total_Reactive_Energy_3
145
Reactive_Energy_9
146
Reactive_Energy_10
147
Reactive_Energy_11
148
Total_Reactive_Energy_4
149
Reactive_Energy_12
150
Reactive_Energy_13
151
Reactive_Energy_14
152
Total_Energy_1
153
Energy_1
154
Energy_2

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155
Energy_3
156
Energy_4
157
Energy_5
158
Total_Energy_2
159
Energy_6
160
Energy_7
161
Energy_8
162
Total_Energy_3
163
Energy_9
164
Energy_10
165
Energy_11
166
Total_Energy_4
167
Energy_12
168
Energy_13
169
Energy_14
170
Total_Apparent_Energy_1
171
Apparent_Energy_1
172
Apparent_Energy_2
173
Apparent_Energy_3
174
Apparent_Energy_4
175
Apparent_Energy_5
176
Total_Apparent_Energy_2
177
Apparent_Energy_6
178
Apparent_Energy_7
179
Apparent_Energy_8
180
Total_Apparent_Energy_3
181
Apparent_Energy_9
182
Apparent_Energy_10
183
Apparent_Energy_11
184
Total_Apparent_Energy_4
185
Apparent_Energy_12
186
Apparent_Energy_13
187
Apparent_Energy_14
188
Analog_Energy_1
189
Analog_Energy_2
190
Total_Energy_Positive_1
191
Energy_1_Positive
192
Energy_2_Positive
193
Energy_3_Positive
194
Energy_4_Positive
195
Energy_5_Positive

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196
Total_Energy_Positive_2
197
Energy_6_Positive
198
Energy_7_Positive
199
Energy_8_Positive
200
Total_Energy_Positive_3
201
Energy_9_Positive
202
Energy_10_Positive
203
Energy_11_Positive
204
Total_Energy_Positive_4
205
Energy_12_Positive
206
Energy_13_Positive
207
Energy_14_Positive
208
Total_Energy_Negative_1
209
Energy_1_Negative
210
Energy_2_Negative
211
Energy_3_Negative
212
Energy_4_Negative
213
Energy_5_Negative
214
Total_Energy_Negative_2
215
Energy_6_Negative
216
Energy_7_Negative
217
Energy_8_Negative
218
Total_Energy_Negative_3
219
Energy_9_Negative
220
Energy_10_Negative
221
Energy_11_Negative
222
Total_Energy_Negative_4
223
Energy_12_Negative
224
Energy_13_Negative
225
Energy_14_Negative
226
Total_Reactive_Energy_Positive_1
227
Reactive_Energy_1_Positive
228
Reactive_Energy_2_Positive
229
Reactive_Energy_3_Positive
230
Reactive_Energy_4_Positive
231
Reactive_Energy_5_Positive
232
Total_Reactive_Energy_Positive_2
233
Reactive_Energy_6_Positive
234
Reactive_Energy_7_Positive
235
Reactive_Energy_8_Positive
236
Total_Reactive_Energy_Positive_3

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237
Reactive_Energy_9_Positive
238
Reactive_Energy_10_Positive
239
Reactive_Energy_11_Positive
240
Total_Reactive_Energy_Positive_4
241
Reactive_Energy_12_Positive
242
Reactive_Energy_13_Positive
243
Reactive_Energy_14_Positive
244
Total_Reactive_Energy_Negative_1
245
Reactive_Energy_1_Negative
246
Reactive_Energy_2_Negative
247
Reactive_Energy_3_Negative
248
Reactive_Energy_4_Negative
249
Reactive_Energy_5_Negative
250
Total_Reactive_Energy_Negative_2
251
Reactive_Energy_6_Negative
252
Reactive_Energy_7_Negative
253
Reactive_Energy_8_Negative
254
Total_Reactive_Energy_Negative_3
255
Reactive_Energy_9_Negative
256
Reactive_Energy_10_Negative
257
Reactive_Energy_11_Negative
258
Total_Reactive_Energy_Negative_4
259
Reactive_Energy_12_Negative
260
Reactive_Energy_13_Negative
261
Reactive_Energy_14_Negative
262
Peak_Apparent_Power_1_Cycle
263
Peak_Apparent_Power_1_Minute
264
Peak_Apparent_Power_N_Minute
265
Peak_Power_1_Cycle
266
Peak_Power_1_Minute
267
Peak_Power_N_Minute
268
Peak_Current_1_Cycle
269
Peak_Current_1_Minute
270
Peak_Current_N_Minute
271
L1_THD
272
L2_THD
273
L3_THD
274
L1_TDD
275
L2_TDD
276
L3_TDD
277
Unbalance_V_Negative_Sequence

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278
Unbalance_A_Negative_Sequence
279
Unbalance_V_Zero_Sequence
280
Unbalance_A_Zero_Sequence
281
Fundamental_L1_Voltage
282
Fundamental_L2_Voltage
283
Fundamental_L3_Voltage
284
Fundamental_L1_Voltage_Angle
285
Fundamental_L2_Voltage_Angle
286
Fundamental_L3_Voltage_Angle
287
Fundamental_L1_Current
288
Fundamental_L2_Current
289
Fundamental_L3_Current
290
Fundamental_L1_Current_Angle
291
Fundamental_L2_Current_Angle
292
Fundamental_L3_Current_Angle
293
Flicker_Pinst_L1
294
Flicker_Pinst_L2
295
Flicker_Pinst_L3
296
Flicker_Pst_L1
297
Flicker_Pst_L2
298
Flicker_Pst_L3
299
Flicker_Plt_L1
300
Flicker_Plt_L2
301
Flicker_Plt_L3
302
L1_Voltage_Scope_Point0
303
L1_Voltage_Scope_Point1
304
L1_Voltage_Scope_Point2
305
L1_Voltage_Scope_Point3
306
L1_Voltage_Scope_Point4
307
L1_Voltage_Scope_Point5
308
L1_Voltage_Scope_Point6
309
L1_Voltage_Scope_Point7
310
L1_Voltage_Scope_Point8
311
L1_Voltage_Scope_Point9
312
L1_Voltage_Scope_Point10
313
L1_Voltage_Scope_Point11
314
L1_Voltage_Scope_Point12
315
L1_Voltage_Scope_Point13
316
L1_Voltage_Scope_Point14
317
L1_Voltage_Scope_Point15
318
L1_Voltage_Scope_Point16

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319
L1_Voltage_Scope_Point17
320
L1_Voltage_Scope_Point18
321
L1_Voltage_Scope_Point19
322
L1_Voltage_Scope_Point20
323
L1_Voltage_Scope_Point21
324
L1_Voltage_Scope_Point22
325
L1_Voltage_Scope_Point23
326
L1_Voltage_Scope_Point24
327
L1_Voltage_Scope_Point25
328
L1_Voltage_Scope_Point26
329
L1_Voltage_Scope_Point27
330
L1_Voltage_Scope_Point28
331
L1_Voltage_Scope_Point29
332
L1_Voltage_Scope_Point30
333
L1_Voltage_Scope_Point31
334
L2_Voltage_Scope_Point0
335
L2_Voltage_Scope_Point1
336
L2_Voltage_Scope_Point2
337
L2_Voltage_Scope_Point3
338
L2_Voltage_Scope_Point4
339
L2_Voltage_Scope_Point5
340
L2_Voltage_Scope_Point6
341
L2_Voltage_Scope_Point7
342
L2_Voltage_Scope_Point8
343
L2_Voltage_Scope_Point9
344
L2_Voltage_Scope_Point10
345
L2_Voltage_Scope_Point11
346
L2_Voltage_Scope_Point12
347
L2_Voltage_Scope_Point13
348
L2_Voltage_Scope_Point14
349
L2_Voltage_Scope_Point15
350
L2_Voltage_Scope_Point16
351
L2_Voltage_Scope_Point17
352
L2_Voltage_Scope_Point18
353
L2_Voltage_Scope_Point19
354
L2_Voltage_Scope_Point20
355
L2_Voltage_Scope_Point21
356
L2_Voltage_Scope_Point22
357
L2_Voltage_Scope_Point23
358
L2_Voltage_Scope_Point24
359
L2_Voltage_Scope_Point25

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360
L2_Voltage_Scope_Point26
361
L2_Voltage_Scope_Point27
362
L2_Voltage_Scope_Point28
363
L2_Voltage_Scope_Point29
364
L2_Voltage_Scope_Point30
365
L2_Voltage_Scope_Point31
366
L3_Voltage_Scope_Point0
367
L3_Voltage_Scope_Point1
368
L3_Voltage_Scope_Point2
369
L3_Voltage_Scope_Point3
370
L3_Voltage_Scope_Point4
371
L3_Voltage_Scope_Point5
372
L3_Voltage_Scope_Point6
373
L3_Voltage_Scope_Point7
374
L3_Voltage_Scope_Point8
375
L3_Voltage_Scope_Point9
376
L3_Voltage_Scope_Point10
377
L3_Voltage_Scope_Point11
378
L3_Voltage_Scope_Point12
379
L3_Voltage_Scope_Point13
380
L3_Voltage_Scope_Point14
381
L3_Voltage_Scope_Point15
382
L3_Voltage_Scope_Point16
383
L3_Voltage_Scope_Point17
384
L3_Voltage_Scope_Point18
385
L3_Voltage_Scope_Point19
386
L3_Voltage_Scope_Point20
387
L3_Voltage_Scope_Point21
388
L3_Voltage_Scope_Point22
389
L3_Voltage_Scope_Point23
390
L3_Voltage_Scope_Point24
391
L3_Voltage_Scope_Point25
392
L3_Voltage_Scope_Point26
393
L3_Voltage_Scope_Point27
394
L3_Voltage_Scope_Point28
395
L3_Voltage_Scope_Point29
396
L3_Voltage_Scope_Point30
397
L3_Voltage_Scope_Point31
398
L1_Current_Scope_Point0
399
L1_Current_Scope_Point1
400
L1_Current_Scope_Point2

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401
L1_Current_Scope_Point3
402
L1_Current_Scope_Point4
403
L1_Current_Scope_Point5
404
L1_Current_Scope_Point6
405
L1_Current_Scope_Point7
406
L1_Current_Scope_Point8
407
L1_Current_Scope_Point9
408
L1_Current_Scope_Point10
409
L1_Current_Scope_Point11
410
L1_Current_Scope_Point12
411
L1_Current_Scope_Point13
412
L1_Current_Scope_Point14
413
L1_Current_Scope_Point15
414
L1_Current_Scope_Point16
415
L1_Current_Scope_Point17
416
L1_Current_Scope_Point18
417
L1_Current_Scope_Point19
418
L1_Current_Scope_Point20
419
L1_Current_Scope_Point21
420
L1_Current_Scope_Point22
421
L1_Current_Scope_Point23
422
L1_Current_Scope_Point24
423
L1_Current_Scope_Point25
424
L1_Current_Scope_Point26
425
L1_Current_Scope_Point27
426
L1_Current_Scope_Point28
427
L1_Current_Scope_Point29
428
L1_Current_Scope_Point30
429
L1_Current_Scope_Point31
430
L2_Current_Scope_Point0
431
L2_Current_Scope_Point1
432
L2_Current_Scope_Point2
433
L2_Current_Scope_Point3
434
L2_Current_Scope_Point4
435
L2_Current_Scope_Point5
436
L2_Current_Scope_Point6
437
L2_Current_Scope_Point7
438
L2_Current_Scope_Point8
439
L2_Current_Scope_Point9
440
L2_Current_Scope_Point10
441
L2_Current_Scope_Point11

DNP3.0 Reference Manual
Manual#: 851-000140
Version 2.0 –09/9/2022 Page 18 of 49
442
L2_Current_Scope_Point12
443
L2_Current_Scope_Point13
444
L2_Current_Scope_Point14
445
L2_Current_Scope_Point15
446
L2_Current_Scope_Point16
447
L2_Current_Scope_Point17
448
L2_Current_Scope_Point18
449
L2_Current_Scope_Point19
450
L2_Current_Scope_Point20
451
L2_Current_Scope_Point21
452
L2_Current_Scope_Point22
453
L2_Current_Scope_Point23
454
L2_Current_Scope_Point24
455
L2_Current_Scope_Point25
456
L2_Current_Scope_Point26
457
L2_Current_Scope_Point27
458
L2_Current_Scope_Point28
459
L2_Current_Scope_Point29
460
L2_Current_Scope_Point30
461
L2_Current_Scope_Point31
462
L3_Current_Scope_Point0
463
L3_Current_Scope_Point1
464
L3_Current_Scope_Point2
465
L3_Current_Scope_Point3
466
L3_Current_Scope_Point4
467
L3_Current_Scope_Point5
468
L3_Current_Scope_Point6
469
L3_Current_Scope_Point7
470
L3_Current_Scope_Point8
471
L3_Current_Scope_Point9
472
L3_Current_Scope_Point10
473
L3_Current_Scope_Point11
474
L3_Current_Scope_Point12
475
L3_Current_Scope_Point13
476
L3_Current_Scope_Point14
477
L3_Current_Scope_Point15
478
L3_Current_Scope_Point16
479
L3_Current_Scope_Point17
480
L3_Current_Scope_Point18
481
L3_Current_Scope_Point19
482
L3_Current_Scope_Point20

DNP3.0 Reference Manual
Manual#: 851-000140
Version 2.0 –09/9/2022 Page 19 of 49
483
L3_Current_Scope_Point21
484
L3_Current_Scope_Point22
485
L3_Current_Scope_Point23
486
L3_Current_Scope_Point24
487
L3_Current_Scope_Point25
488
L3_Current_Scope_Point26
489
L3_Current_Scope_Point27
490
L3_Current_Scope_Point28
491
L3_Current_Scope_Point29
492
L3_Current_Scope_Point30
493
L3_Current_Scope_Point31
494
L1_E_RMS_10_12
495
L2_E_RMS_10_12
496
L3_E_RMS_10_12
497
L1_Amps_10_12
498
L2_Amps_10_12
499
L3_Amps_10_12
500
L1_Voltage_Harmonic_H0
501
L1_Voltage_Harmonic_H1
502
L1_Voltage_Harmonic_H2
503
L1_Voltage_Harmonic_H3
504
L1_Voltage_Harmonic_H4
505
L1_Voltage_Harmonic_H5
506
L1_Voltage_Harmonic_H6
507
L1_Voltage_Harmonic_H7
508
L1_Voltage_Harmonic_H8
509
L1_Voltage_Harmonic_H9
510
L1_Voltage_Harmonic_H10
511
L1_Voltage_Harmonic_H11
512
L1_Voltage_Harmonic_H12
513
L1_Voltage_Harmonic_H13
514
L1_Voltage_Harmonic_H14
515
L1_Voltage_Harmonic_H15
516
L1_Voltage_Harmonic_H16
517
L1_Voltage_Harmonic_H17
518
L1_Voltage_Harmonic_H18
519
L1_Voltage_Harmonic_H19
520
L1_Voltage_Harmonic_H20
521
L1_Voltage_Harmonic_H21
522
L1_Voltage_Harmonic_H22
523
L1_Voltage_Harmonic_H23

DNP3.0 Reference Manual
Manual#: 851-000140
Version 2.0 –09/9/2022 Page 20 of 49
524
L1_Voltage_Harmonic_H24
525
L1_Voltage_Harmonic_H25
526
L1_Voltage_Harmonic_H26
527
L1_Voltage_Harmonic_H27
528
L1_Voltage_Harmonic_H28
529
L1_Voltage_Harmonic_H29
530
L1_Voltage_Harmonic_H30
531
L1_Voltage_Harmonic_H31
532
L1_Voltage_Harmonic_H32
533
L1_Voltage_Harmonic_H33
534
L1_Voltage_Harmonic_H34
535
L1_Voltage_Harmonic_H35
536
L1_Voltage_Harmonic_H36
537
L1_Voltage_Harmonic_H37
538
L1_Voltage_Harmonic_H38
539
L1_Voltage_Harmonic_H39
540
L1_Voltage_Harmonic_H40
541
L1_Voltage_Harmonic_H41
542
L1_Voltage_Harmonic_H42
543
L1_Voltage_Harmonic_H43
544
L1_Voltage_Harmonic_H44
545
L1_Voltage_Harmonic_H45
546
L1_Voltage_Harmonic_H46
547
L1_Voltage_Harmonic_H47
548
L1_Voltage_Harmonic_H48
549
L1_Voltage_Harmonic_H49
550
L2_Voltage_Harmonic_H0
551
L2_Voltage_Harmonic_H1
552
L2_Voltage_Harmonic_H2
553
L2_Voltage_Harmonic_H3
554
L2_Voltage_Harmonic_H4
555
L2_Voltage_Harmonic_H5
556
L2_Voltage_Harmonic_H6
557
L2_Voltage_Harmonic_H7
558
L2_Voltage_Harmonic_H8
559
L2_Voltage_Harmonic_H9
560
L2_Voltage_Harmonic_H10
561
L2_Voltage_Harmonic_H11
562
L2_Voltage_Harmonic_H12
563
L2_Voltage_Harmonic_H13
564
L2_Voltage_Harmonic_H14