19
Specifications
18
Power Consumption
Specifications
1. CONTINUOUS OUTPUT POWER
(4 HOURS)
1000W
2. CONTINUOUS OUTPUT POWER
(30 MINUTES)
1200W
3. SURGE RATING (0.1SECOND)
2000W
4. PEAK EFFICIENCY (12V—1/2 LOAD)
>
90%
5. EFFICIENCY (FULL LOAD, 12V)
>83%
6. NO LOAD CURRENT DRAW
< 0.5 A
(12.6V)
7. OUTPUT WAVEFORM (RESISTIVE LOAD)
PERFECT MODIFIED SINE WAVE
8. OUTPUT FREQUENCY
60HZ±2HZ
9. OUTPUT VOLTAGE
115V+/-5%
10. INPUT VOLTAGE
10-15 VDC
11. ALARM VOLTAGE (UNLOAD)
10.5 V ±0.3V
12. SHUTDOWN VOLTAGE (UNLOAD)
9.5V ±0.3V
13. OPERATING TEMPERATURE RANGE
-10° C-40° C
14. STORAGE TEMPERATURE RANGE
-40° C TO 85°
C
15. PROTECTION OVERLOAD,
SHORT-CIRCUIT, OVERTEMP
16. REVERSE POLARITY, UNDER/OVER VOLTAGE
Notes
All protection is automatically
recovered.
To protect the battery, if the
unit needs to be restarted after
low voltage protection, the
voltage of DC input should be
above 12V.
To extend the life of the fan it
will stop when there is no load.
The speed of the fan increases
as the load increases.
The unit is completely insulat-
ed in input and output for
added safety.
Equipment
Coffee Maker
Coffee Grinder
Microwave
Oven
TV/VCR
Blender
Sewing
Machine
Waterpik
Power
Consumption
750 watts
100 watts
800 watts
115 watts
300 watts
150 watts
90 watts
Operating
Time
0.3 hour
0.1 hour
0.5 hour
3 hours
0.25 hour
1 hour
0.25 hour
Watt-Hours
(Power x
Operating Time)
225
10
400
345
75
150
22.5
For each piece of equipment you will be operat-
ing from the inverter you must determine the
battery’s capacity (how long the battery can
deliver a specific amount of current—in automo-
tive batteries, usually 25 amperes). For example, a
battery with a reserve capacity of 180 minutes
can deliver 25 amperes for 180 minutes before it
is completely discharged.
Calculate the total watt-hours of energy con-
sumption (power x operating time). To determine
how many 12 volt ampere hours will be con-
sumed divide the watt hours by ten.