N-DIN-MSG
(2044)
Doc. N°
MO-0348-ING
Copyright 2010 (19)
Fw
RMB
360.11.0.x
FFP
360.6.0
Date
25.02.2008
Rev.
0
Pag.
22
of
31
6. Menu and Variables
6.1
– Real Time Measurements
Scrolling display of the Real Time Measurements is the Default operation.
Scrolling can be stopped at any of the measurements and restarted by pressing the Reset button
.
When stopped on one variable,
appears aside the measurement and the different available
measurements can be selected by the
buttons.
Display
Description
Is
= 0
– 600
mA
RMS va
lue of the fault or leakage current of the systems “S”
Id
= 0
– 600
mA
RMS value of the fault or leakage current of the systems “D”
V
= 0.00
– 66.00
V
RMS value of the monitoring voltage applied by the Main Injection Unit to the systems
under supervision.
RGs
= 0
– 65000
Insulation resistance of the section “S”
RGd
= 0
– 65000
Insulation resistance of the section “D”
cos s
= 0.0
– 1.00
-
Power factor of the fault current of the section “S”
cos d
= 0.0
– 1.00
-
Power factor of the fault current of
the section “D”
6.2
– RMB Selection
Selection of the Address Number of the RMB to call for communication and Supervision.
-
“ Real Time Meas “
-
“ RMB Selection “
-
“ Add ### “
-
to input the Address from 1 to 250,
-
to validate,
-
to go back
Display
Description
Add
= 1
– 250
RMB address number for serial communication
6.3
– Instantaneous Measurements
Real time measurements can be frozen at any moment selecting the menu “ Instant Measure “:
-
“ Real Time Meas “
-
“ Instant Meas “
-
“ 1
st
Measurement
other measurements
-
to go back to “ Real Time Meas “.
Display
Description
Is
= 0
– 600
mA
RMS value of the fault or leakage current of the systems “S”
Id
= 0
– 600
mA
RMS value of the fault or leaka
ge current of the systems “D”
V
= 0.00
– 66.00
V
RMS value of the monitoring voltage applied by the Main Injection Unit to the systems
under supervision.
RGs
= 0
– 65000
Insulation resistance of the section “S”
RGd
= 0
– 65000
Insulation resistance
of the section “D”
cos s
= 0.0
– 1.00
-
Power factor of the current of the section “S”
cos d
= 0.0
– 1.00
-
Power factor of the current of the section “D”
