1000W / 2000W | Pure Sine | DC 12V to AC 110V | Power Inverter

Power Inverter 1000W/2000W 12V - 110V pure sine wave 2USB


PURE SINE WAVE < 3% THD & 86-90% EFFICIENCY
The SPWM system or the pulse width modulation technique helps to reduce electromagnetic interference and get a cleaner output wave, significantly more efficiency thanks to the latest SPWM technology. Compared to older chipsets, it is much more solid and durable.

SMART QUIET FAN
The XIIW 1000W power inverter has quiet and intelligent fans that activate when the power inverter reaches 40°C.

MULTIPLE PROTECTION
Protection against low voltage, over voltage, over temperature, overload, short circuit and reverse polarity.


TECHNICAL DESCRIPTION
No-load current: 0.3~1.5A in standby (sleep mode)
Continuous power / rated power: 1000W
Maximum power(5 seconds): 2000W
Output voltage: 110V
Frequency: 50Hz , ±1%
Efficiency (full load): 90%
USB: 5V/2.1A
Input voltage: 10.5-15.5VDC
Permissible temperature range: -10°C ~ 50°C
Storage: -30 ~ 70°C
Output waveform: Pure sine wave < 3% THD (distortion factor)
Reverse polarity protection: YES
Over Voltage Protection Shutdown: 16V
Over Voltage Battery Alarm Beep: 15.5V
Load shedding battery alarm beep: 10.5V
Load shedding protection shutdown: 10V
Overload protection shutdown: 1080W
Short-circuit protection Input current: 90A
Temperature protection shutdown: 70°C in the housing
Fan start: 40°C
Size(mm): 270*100*60mm
Net Weight (kg): 1.4kg

Notice:
Also suitable for all other devices up to 1000W. For the refrigerator, the power-on current is very large, generally 6~9 times the declared value. Please connect a refrigerator less than 100W.

Calculation formula for battery model selection
   Maximum battery discharge current
=Rated power of the inverter / (battery voltage * 0.85)
   Battery capacity (C)
=maximum discharge current (I) * continuous working time (H)

For example:
   the maximum load is 500W,
   must continue to be used for 2 hours,


The calculation method is as follows:
   maximum discharge current = 500 / (12 * 0.85) = 49A;
   Battery capacity (C) = 54 * 2 = 98Ah,
so you can choose >100AH battery

DANGER!
It is recommended that the battery model selection meets the following conditions：
maximum discharge current < 0.5 * battery capacity
For example: 49 < 0.5*100