
GE Power Management
750/760 Feeder Management Relay
16-
97
16 COMMUNICATIONS
16.5 DNP 3.0 DEVICE PROFILE
16
NOTES:
1.
To support existing SCADA hardware that is not capable of 32-bit data reads, the upper and lower 16-bit portions of all
time and date values have been assigned to separate points. To read a date or time, it is necessary to read both the
upper and lower 16-bit portions, concatenate these two values to form a 32-bit value and interpret the result in the for-
mat associated with the point (i.e., F22 for time, F23 for date).
2.
Points which have an assigned event class will generate an event object as a result of any change in the point’s value
unless otherwise noted.
3.
An event object will be generated if the point’s value changes by a minimum of 2% of its previous value.
4.
An event object will be generated if the system frequency changes by 0.04Hz or more.
5.
There are two defined maps for Analog Output points. The map that is used is specified by the setting of the “DNP
Point Mapping” setpoint at Modbus address 10DB (hex). This setpoint may be set to a value of “Disabled” or
“Enabled”. When “Disabled”, only the preassigned Analog Output points are available beginning at point index 0.
165
285
F22
Time Of Fault 10 (Lower 16 Bits - See Note 1)
Note 1
166
286
F76
Type Of Fault 10
167
287
F52
Distance To Fault 10
168
288
F53
Line Z1 To Fault 10 (Magnitude)
169
289
F49
Reserved for MOD 008
Class 1
170
290
F49
Neutral Displacement
Class 1
171
291
F49
Ground Directional is Reverse
Class 1
172
292
F49
Reserved For MOD 010
Class 1
173
293
F49
User Input I
Class 1
174
294
F49
User Input J
Class 1
175
295
F49
User Input K
Class 1
176
296
F49
User Input L
Class 1
177
297
F49
User Input M
Class 1
178
298
F49
User Input N
Class 1
179
299
F49
User Input O
Class 1
180
300
F49
User Input P
Class 1
181
301
F49
User Input Q
Class 1
182
302
F49
User Input R
Class 1
183
303
F49
User Input S
Class 1
184
304
F49
User Input T
Class 1
185
305
F49
Autoreclose Rate Supervision
Class 1
186
306
F49
Restricted Earth Fault
Class 1
187
307
F1
Auto Ranging Power / Energy Multiplier
Class 2
188
308
F3
Neutral Voltage
Class 2
Note 3
189
309
F3
Last Trip Neutral Voltage
Class 1
POINT LIST FOR:
ANALOG INPUT (OBJECT 30)
ANALOG INPUT CHANGE (OBJECT 32)
(Continued)
(Note 5) Index when
Point Mapping Is:
Format
Description
Event
Class
Assigned
To
Notes
Disabled
Enabled
Содержание 750
Страница 2: ......
Страница 4: ......
Страница 124: ...8 14 750 760 Feeder Management Relay GE Power Management 8 12 INSTALLATION 8 S1 RELAY SETUP 8 ...
Страница 144: ...10 14 750 760 Feeder Management Relay GE Power Management 10 10 MISCELLANEOUS FUNCTIONS 10 S3 LOGIC INPUTS 10 ...
Страница 152: ...11 8 750 760 Feeder Management Relay GE Power Management 11 3 OUTPUT RELAYS 3 7 AUXILIARY 11 S4 OUTPUT RELAYS 11 ...
Страница 216: ...12 64 750 760 Feeder Management Relay GE Power Management 12 9 BREAKER FAILURE 12 S5 PROTECTION 12 ...
Страница 484: ...17 78 750 760 Feeder Management Relay GE Power Management 17 10 PLACING THE RELAY IN SERVICE 17 COMMISSIONING 17 ...
Страница 488: ...A 4 750 760 Feeder Management Relay GE Power Management A 1 FIGURES AND TABLES APPENDIXA A ...
Страница 490: ...B 2 750 760 Feeder Management Relay GE Power Management B 1 EU DECLARATION OF CONFORMITY APPENDIXB B ...
Страница 492: ...C 2 750 760 Feeder Management Relay GE Power Management C 1 WARRANTY INFORMATION APPENDIXC C ...
Страница 502: ...x 750 760 Feeder Management Relay GE Power Management INDEX ...
Страница 503: ...GE Power Management 750 760 Feeder Management Relay NOTES ...