Siemens Simatic ET 200SP Manual page 152

Error code in STATUS parame-
ter
(hexadecimal)
Byte 0 Byte 1 Byte 2 Byte 3
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
DF 80 E1
Analog input module AI Energy Meter 480VAC/CT HF (6ES7134-6PA00-0CU0)
Manual, 07/2018, A5E42674880-AA
A.2 Structure of the parameter data record 128 for the entire module
Meaning
44 "Voltage dip limit value in relation to nomi-
nal value voltage [0.1%]" invalid
45 "Voltage swell limit value in relation to nom-
inal value voltage [0.1%]" invalid
46 "Threshold overcurrent in relation to nomi-
nal value current [0.1%]" invalid
47 "Number of cycles for analysis of voltage
swell/dip" invalid
49 Current transformer parameter for "residual
current analysis" invalid
4 A Voltage transformer parameters for voltage
swell/dip invalid
4B Current transformer parameter for "Detect
overcurrent" invalid
4C Parameters for determining the neutral
current invalid
4D "Nominal value current [A]" invalid
4E "Nominal value voltage [V]" invalid
4F "Low limit current measurement in relation
to nominal value current [0.1%]" invalid
50 The combination of "Nominal value voltage
[V]" and "Voltage dip limit value in relation
to nominal value voltage [0.1%]" invalid.
51 The combination of "Nominal value voltage
[V]" and "Voltage swell limit value in relation
to nominal value voltage [0.1%]" invalid.
52 The combination of "Nominal value current
[A]" and "Threshold overcurrent in relation
to nominal value current [0.1%]" invalid
Parameter data records
Solution
Check bytes 16...17. Enter valid values
(voltage dip limit value must be smaller
than the respective nominal voltage)
Check bytes 20...23. Enter valid values
(voltage swell limit value must be greater
than the respective nominal voltage)
Check bytes 24...27. Enter valid values
(threshold overcurrent must be greater
than primary current)
Check bytes 28...29. Enter valid values.
Only with connection type 3P4W and
3P4WI and if neutral current is measured.
Current transformer primary current and
secondary current and direction of current
of the three phases must have identical
parameters.
Check the parameters secondary voltage,
primary voltage, nominal value voltage.
Enabled channels must have identical
parameters.
Check the parameters secondary current,
primary current, nominal value current
and direction of current. Enabled chan-
nels must have identical parameters.
Neutral current can only be determined
with connection type 3P4W and 3P4WI
Current transmission parameters primary
current, secondary current, nominal value
current and direction of current of the
three phases must be identical.
Check bytes 34...37, 66...69, 98...101.
Enter valid values.
Check bytes 50...53, 82...85, 114...117.
Enter valid values.
Check bytes 42...43, 74...75, 106...107.
Enter valid values.
Select the permissible value in % so that
the secondary measuring voltage of 0 V
is not undershot.
Select the permissible value in % so that
the secondary measuring voltage of 300
V is not exceeded.
Select the permissible value in % so that
the secondary measuring current of 6 A is
not exceeded.
151