BERG UBN 309 Bedienungsanleitung Seite 61

Param e ter
rEAL TIME VALUES
F • Frequency
Phase sequence ($00=123-CCW, $01=321-CW, $02=not
defined)
Installation hourcounter
Measurement hourcounter
DEMAND VALUES (DMD)
A1 • Phase 1 current DMD
DMD
A2 • Phase 2 current DMD
DMD
A3 • Phase 3 current DMD
DMD
AN • Neutral current DMD*
DMD
A∑ • System current DMD
DMD
+P1 • Phase 1 imported active power DMD
DMD
-P1 • Phase 1 exported active power DMD
DMD
+P2 • Phase 2 imported active power DMD
DMD
-P2 • Phase 2 exported active power DMD
DMD
+P3 • Phase 3 imported active power DMD
DMD
-P3 • Phase 3 exported active power DMD
DMD
+P∑ • System imported active power DMD
DMD
-P∑ • System exported active power DMD
DMD
P∑ BAL • Balance of system active power DMD
DMD
+S1 • Phase 1 imported apparent power DMD
DMD
-S1 • Phase 1 exported apparent power DMD
DMD
+S2 • Phase 2 imported apparent power DMD
DMD
-S2 • Phase 2 exported apparent power DMD
DMD
+S3 • Phase 3 imported apparent power DMD
DMD
-S3 • Phase 3 exported apparent power DMD
DMD
+S∑ • System imported apparent power DMD
DMD
-S∑ • System exported apparent power DMD
DMD
S∑ BAL • Balance of system apparent power DMD
DMD
+Q1 • Phase 1 imported reactive power DMD
DMD
-Q1 • Phase 1 exported reactive power DMD
DMD
+Q2 • Phase 2 imported reactive power DMD
DMD
-Q2 • Phase 2 exported reactive power DMD
DMD
+Q3 • Phase 3 imported reactive power DMD
DMD
-Q3 • Phase 3 exported reactive power DMD
DMD
+Q∑ • System imported reactive power DMD
DMD
-Q∑ • System exported reactive power DMD
DMD
Q∑ BAL • Balance of system reactive power DMD
DMD
+PF1 • Phase 1 inductive power factor DMD
DMD
-PF1 • Phase 1 capacitive power factor DMD
DMD
+PF2 • Phase 2 inductive power factor DMD
DMD
-PF2 • Phase 2 capacitive power factor DMD
DMD
+PF3 • Phase 3 inductive power factor DMD
DMD
-PF3 • Phase 3 capacitive power factor DMD
DMD
+PF∑ • System inductive power factor DMD
DMD
-PF∑ • System capacitive power factor DMD
DMD
* The neutral current and the derivative parameters (AN, THDAN, HaAN) are not available if the set CT ratio or FSA value is different for each phase.
MODBUS rTU/ASCII, TCP
INTE G Er
F. code
Sign
register
(Hex)
words
(Hex)
03 / 04 0072
03 / 04 0074
03 / 04 0076
03 / 04 0078
03 / 04 010E
03 / 04 0110
03 / 04 0112
03 / 04 0114
03 / 04 0116
03 / 04 0118
03 / 04 011C
03 / 04 0120
03 / 04 0124
03 / 04 0128
03 / 04 012C
03 / 04 0130
03 / 04 0134
03 / 04 X 0138
03 / 04 013C
03 / 04 0140
03 / 04 0144
03 / 04 0148
03 / 04 014C
03 / 04 0150
03 / 04 0154
03 / 04 0158
03 / 04 X 015C
03 / 04 0160
03 / 04 0164
03 / 04 0168
03 / 04 016C
03 / 04 0170
03 / 04 0174
03 / 04 0178
03 / 04 017C
03 / 04 X 0180
03 / 04 0184
03 / 04 0186
03 / 04 0188
03 / 04 018A
03 / 04 018C
03 / 04 018E
03 / 04 0190
03 / 04 0192
IE E E
register
M.U. words
(Hex)
2 mHz 105A 2
2 - 105C 2
2 0,1h 105E 2
2 0,1h 1060 2
2 mA 110E 2
2 mA 1110 2
2 mA 1112 2
2 mA 1114 2
2 mA 1116 2
4 mW 1118 2
4 mW 111A 2
4 mW 111C 2
4 mW 111E 2
4 mW 1120 2
4 mW 1122 2
4 mW 1124 2
4 mW 1126 2
4 mW 1128 2
4 mVA 112A 2
4 mVA 112C 2
4 mVA 112E 2
4 mVA 1130 2
4 mVA 1132 2
4 mVA 1134 2
4 mVA 1136 2
4 mVA 1138 2
4 mVA 113A 2
4 mvar 113C 2
4 mvar 113E 2
4 mvar 1140 2
4 mvar 1142 2
4 mvar 1144 2
4 mvar 1146 2
4 mvar 1148 2
4 mvar 114A 2
4 mvar 114C 2
2 0,001 114E 2
2 0,001 1150 2
2 0,001 1152 2
2 0,001 1154 2
2 0,001 1156 2
2 0,001 1158 2
2 0,001 115A 2
2 0,001 115C 2
M.U.
Hz
-
h
h
A
A
A
A
A
W
W
W
W
W
W
W
W
W
VA
VA
VA
VA
VA
VA
VA
VA
VA
var
var
var
var
var
var
var
var
var
-
-
-
-
-
-
-
-
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