Engineering via SICAM WEB
SICAM RTUs, User Manual SICAM CMIC 207
DC8-001-2.09, Edition 08.2016
Processing type Parameter Meaning
thresh_uncond Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 103.00
SW_PQ - software power thresh_additive Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 1000.0
thresh_uncond Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 103.00
SW_REV - revision –
SW_T_VT_NOK – volt-
age transformer nok
SID-BSE Source identification basic system element
SID-ST Source identification station number if mul-
tipoint traffic mode 0…99 if R-SID 0…254. If
automatic then the source ID will be learned.
SID-SSE Source identification supplementary system
element
SW_UI - software volt-
age, current
thresh_additive Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 1000.0
thresh_uncond Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 103.00
T_AI_I – current trans-
former input
line_frequency_transformer configuration of line frequency
• 50 Hz
• 60 Hz
thresh_additive Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 1000.0
thresh_uncond Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 103.00
transformer_X_100% Nominal range of transformer/input: second-
ary
• 8510: 1 A - 8511: Low Power (225 mV)
• 8510: 5 A - 8511: Low Power (225 mV)
transformer_Y_100% Nominal range of transformer: primary in kV
or 230 V or in Ampere
50 to 800
transformer_Y_100%_5A Nominal range of 5A - current transformer: in
Ampere. Only valid for AI-
5 A.
50 to 400
Overrange Definition of the overrange for QDS 'OV' in %
of the nominal range of the transformer
T_AI_U - voltage trans-
former input
line_frequency_transformer configuration of line frequency
• 50 Hz
• 60 Hz
primary_voltage_correction Correction value for primary voltage
thresh_additive Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 1000.0
thresh_uncond Change threshold in % of X_100% (S) AI_T:
% of temperature range
0 to 103.00