Xenteq PurePower PPI 1000-212, User Manual

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Example: a 1500Watt inverter in 12Volt consumes at full load:
1500W : 12V = 125Amp. per hour. Has the inverter delivered this power for
5 minutes, then the current draw from the battery is about 10Amp.
Remark: when a 1500Watt inverter delivers a power of 600Watt, then it
consumes also only 600Watt from the battery.
P R O T E C T I O N S
Pre-warning (buzzer)
If the input voltage is becoming low, the inverter will emit an acoustic signal as a
warning.
Activation De-activation
12Volt models +/- 10,5Vdc +/- 11,5Vdc
24Volt models +/- 21,3Vdc +/- 23,5Vdc
Low voltage protection.
If, after the pre-warning, the input voltage still drops further, the low voltage
protection will eventually take effect. The 230VAC output is shut down and the red
indicator ‘fault’ will light. The buzzer will also continue to sound.
If the input voltage has risen again sufficiently, the inverter will automatically
restart.
Shut down Auto-restart
12Volt models +/- 10,0Vdc +/- 12,6Vdc
24Volt models +/- 19,6Vdc +/- 25,6Vdc
Over voltage protection
If the input voltage rises too high, the overvoltage protection will come into effect.
The 230VAC output is shut down and the red ‘fault’ LED lights up. If the input
voltage has dropped sufficiently, the inverter will automatically restart.
Shut down Auto-restart
12Volt models +/- 15,7Vdc +/- 15,7Vdc
24Volt models +/- 31,2Vdc +/- 31,2Vdc
Important
The maximum input voltage that the inverter can tolerate is 16 Volts/32Volts.
If the voltage that is supplied is higher than this, then the inverter will break. In
this case the repair costs are not covered by warranty.
Temperature
protection
If the cooling provided by the fan is insufficient, the temperature protection will be
activated. The inverter will shut down the 230VAC output and the red ‘fault’