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Battery Voltage Log (Hot Key # 155)
An hourly log of the systems total battery voltage and the charging current. Retains the last 48 entries.
08120013:00BatV108.1VChgI0.1A
08120012:00BatV108.1VChgI0.1A
08120011:00BatV108.1VChgI0.1A
Battery Discharge Voltage Log (Hot Key # 156)
Logs the total battery voltage, at 5-minute intervals, while system is in inverter mode. Also displays the duration of the
power failure and the system's output VA. This type of information is very useful in determining battery performance.
Retains the last 40 entries.
08120011:480H9M102.4V231VA
08120011:430H5M101.5V237VA
08120011:380H0M107.2V225VA
Theaboveshowsthepowerfailureoccurredat11:38,initialbatteryvoltagewas107.2volts,theoutputloadwas225
VA. The power failure lasted 9 minutes, a battery voltage was taken at the 5-minute mark, and ending voltage after
the 9 minutes was 102.4 volts.
Power Log (Hot Key # 157)
Continuouslymonitorstheconnectedloadtotalpowerconsumption(inVA)andrecordsareadingeveryminute.
Retains the last 30 entries.
08120013:33:52223VA-min
08120013:32:52223VA-min
08120013:31:52223VA-min
Peak Value Report (Hot Key # 158)
Records peak system parameter readings for AC input voltage, AC output voltage, AC output current, battery voltage
and output VA.
ACVinobservedmax:119min:115
ACVoutobservedmax:119min:115
ACIoutobservedmax:5min:5
VAobservedmax:690.2min:646.4
BatteryV observedmax:114.5min:103.2
Diagnostic Status Report (Hot Key # 161)
Continuously monitors and logs internal microprocessor communication status. The information contained in this log
is to be used by factory trained technicians only.
Alarm Log (Hot Key # 25)
Logsthelast25systemalarms,thetypeofalarm,on/offtimesandtheirduration.Thesystem'salarmswillbe
covered in more depth in Section 205. At this point, we will simply show you what the log looks like and how to read it.
08120015:29CLRCktBrkrTripALM
08120015:29ALMCktBrkrTrip
06210014:55CLRACVoutLoALM
062100 14:55ALMACVoutLo0101
Each entry shows which alarm was activated and when. It also shows when the alarm cleared. In cases such as line
4, when the alarm activated because of a reading was either too low or too high, the log will show what the reading
was and where the trip point is set. In this example, the system detected a low AC output, it measured 0 volts - trip
point was set at 101 volts.