Siemens SIMATIC ET 200SP User Manual

Measured value data records
E.2 Measured value data record for base measurements (DS 142)
Analog input module AI Energy Meter 480VAC/CT HF (6ES7134-6PA00-0CU0)
230 Manual, 07/2018, A5E42674880-AA
Byte
Measured variable
Data
type
Unit
Value range
Meas-
ured
value
ID
82...85
Reactive power Qtot L1
REAL
var
-3.0 x 10
9
… +3.0 x 10
9
22
86...89 Reactive power Qtot L2 REAL var -3.0 x 10
9
… +3.0 x 10
9
23
90...93
Reactive power Qtot L3
REAL
var
-3.0 x 10
9
… +3.0 x 10
9
24
94...97 Total reactive power Qtot L1L2L3 REAL var -3.0 x 10
9
… +3.0 x 10
9
38
98...101
Active power L1
REAL
W
-3.0 x 10
9
… +3.0 x 10
9
13
102...105
Active power L2
REAL
W
-3.0 x 10
9
… +3.0 x 10
9
14
106...109
Active power L3
REAL
W
-3.0 x 10
9
… +3.0 x 10
9
15
110...113
Total active power L1L2L3
REAL
W
-3.0 x 10
9
… +3.0 x 10
9
35
114...117
Phase angle L1
REAL
°
0.0 ... 360.0
61178
118...121
Phase angle L2
REAL
°
0.0 ... 360.0
61198
122...125
Phase angle L3
REAL
°
0.0 ... 360.0
61218
126...129
Total apparent energy L1L2L3
REAL
VAh
0.0 ... 3.4 x 10
38
204
130...133
Total reactive energy L1L2L3
REAL
varh
-3.4 x 10
38
to +3.4 x 10
38
206
134...137
Total active energy L1L2L3
REAL
Wh
-3.4 x 10
38
to +3.4 x 10
38
205
138...141
Total reactive energy inflow L1L2L3
REAL
varh
0.0 ... 3.4 x 10
38
202
142...145
Total reactive energy outflow L1L2L3
REAL
varh
0.0 ... 3.4 x 10
38
203
146...149
Total active energy inflow L1L2L3
REAL
Wh
0.0 ... 3.4 x 10
38
200
150...153
Total active energy outflow L1L2L3
REAL
Wh
0.0 ... 3.4 x 10
38
201
154...161
Total apparent energy L1L2L3
LREAL
VAh
0.0 ... 1.8 x 10
308
214
162...169
Total reactive energy L1L2L3
LREAL
varh
-1.8 x 10
308
to +1.8 x 10
308
216
170...177 Total active energy L1L2L3 LREAL Wh -1.8 x 10
308
to +1.8 x 10
308
215
178...185
Total reactive energy inflow L1L2L3
LREAL
varh
0.0 ... 1.8 x 10
308
212
186...193
Total reactive energy outflow L1L2L3
LREAL
varh
0.0 ... 1.8 x 10
308
213
194...201
Total active energy inflow L1L2L3
LREAL
Wh
0.0 ... 1.8 x 10
308
210
202...209
Total active energy outflow L1L2L3
LREAL
Wh
0.0 ... 1.8 x 10
308
211
210...213
Neutral current
REAL
A
0.0 ... 100000.0
61149
214...217 Neutral current 10/12 cycle REAL A 0.0 ... 100000.0 61150
218...221
Reactive power Qn L1
REAL
var
-3.0 x 10
9
... +3.0 x 10
9
16
222...225
Reactive power Qn L2
REAL
var
-3.0 x 10
9
... +3.0 x 10
9
17
226...229
Reactive power Qn L3
REAL
var
-3.0 x 10
9
... +3.0 x 10
9
18
230...233
Total reactive power Qn L1L2L3
REAL
var
-3.0 x 10
9
... +3.0 x 10
9
35
234...237
Average voltage L-N (Usum)
REAL
V
0.0 ... 300.0
31
238...241
Average voltage L-L
REAL
V
0.0 ... 600.0
32
242...245
Average current L1L2L3 (Isum)
REAL
A
0.0 ... 100000.0
33
246...249
Mean power factor λ L1L2L3
REAL
-
0.0 ... 1.0
166
250...253
Fundamental voltage L1
REAL
V
0.0 ... 440.0
62122
254...257
Fundamental voltage L2
REAL
V
0.0 ... 440.0
62222
258...261
Fundamental voltage L3
REAL
V
0.0 ... 440.0
62322
262...265
Fundamental current L1
REAL
A
0.0 ... 100000.0
62123
266...269
Fundamental current L2
REAL
A
0.0 ... 100000.0
62223

Siemens SIMATIC ET 200SP Specifications

General

System Type	Distributed I/O System
Mounting	DIN Rail
Communication Protocol	PROFINET, PROFIBUS
IP Rating	IP20
Category	I/O Systems
Supply Voltage	24 V DC
Modularity	Yes
Hot Swapping	Yes
Storage Temperature	-40°C to +70°C
Digital Inputs	Yes
Digital Outputs	Yes
Analog Inputs	Yes
Analog Outputs	Yes
Communication Interface	PROFINET, PROFIBUS
Number of Modules	Up to 64
Relative Humidity	5 to 95% (non-condensing)
Operating Temperature	-25°C to +60°C