Aros SENTRY MPS-HP - Measurements; Times Measurement

page 56 / 75 0MNA080A55-GB REV 01
5.4.3 Measurements
The measurements are selected from the basic menu by pressing key 2
Basic menu
5.4.4 Times Measurement.
OUT=230,230,230Vln
Measurement of the three output phase voltages of
the UPS, with the concatenated value in brackets.
100,100,100%A
Measurement of the three output currents. The
output currents are expressed as a percentage
of the rated value.
100,100,100%W
Measurement of the active output power. The power
is expressed as a percentage of the rated power.
50.1Hz
Output frequency.
147,147,147%Ap
Measurement of the three peak currents as a
percentage relating to the three output phases during
operation from inverter. During operation from by-
p
ass
,
the messa
g
e OUT chan
g
es
t
o BY.
IN=100,100,100%V, 50.2Hz
Measurement of the three voltages, neutral phase and input
frequency. The voltage is indicated as a percentage of the rated
voltage; for example 100% is equivalent to 230V.
101,101,101%A
Measurement of the three input currents. The input currents are
expressed as a percentage of the rated value.
BY=230,230,230Vln(400V)
Measurement of the three input phase voltages of the by-pass
line,
with the concatenated voltage (the average of the three values) in
brackets.
50.1Hz
Frequency
of the
by
-
pass line
.
BATT=xxxV battery voltage value;
+0.0A battery current, positive with
Battery discharging,
negative with battery
charging;
i=230,230,230Vln inverter output voltage;
yyyVdc input inverter DC voltage
Ts=28, Tr=50, Ti=49, Tb=25;
Temperature of the system, and of the rectifier
and inverter modules, Tb is present only if the
external temperature the sensor is installed;
OUT=10000h hours of normal operation
BY=10000h hours of operation from bypass
BATT=10000sec time spent in operation from battery
nBATT = 1000 number of times the battery has discharged
n0%Ah = 100 number of times the battery has discharged
fully
2007-01-01 data stored on first start-up of the UPS.
These are HISTORY data, and remain stored even when the
device
is switched off and
may
not be
reset
.
OUT= 230,230,230Vln(400V);100,100,100%A
100
,
100
,
100%W 50.1Hz
;
147
,
147
,
147%A
p
IN=100,100,100%V; 101,101,101%A; 50.1Hz
BY=230
,
230
,
230Vln
(
400V
);
50.1Hz
;
BAT=xxxV; +0.0A; i=230,230,230Vln;yyyVdc
Ts=28
,
Tr=50
,
Ti=49
,
Tb=25
;
OUT= 10000h; BY= 10000h; BATT= 10000sec
nBATT= 1000; n0%Ah= 100; 2007-01-01
2
2
6
6
2
2
6