BiXPower 12V ( 10V ~ 17V) DC to 110V AC 155W Modified Sine Wave Power Inverter

Description

This BiXPower quite power inverter can convert DC power from a car cigarette lighter socket or a 12V battery ( Voltage range can be 10V ~ 17V) into 110V 60Hz AC power. Maximum 155W output power. Its input side is a car cigarette light plug, which can directly plug to a car cigarette lighter socket. Its output side is a universal 3-hole AC socket which accept both 2-pin and 3-pin AC plugs.
With this DC to AC power inverter, you can power your electronic devices with their original power adapters from a car cigarette lighter socket or a 12V battery.
This inverter has small size:
4" x 2.6" x 1.5"
, light weight: 0.3kg or 0.5 lb. It is very easy to carry.
Small size, easy to carry.
Technical Specifications:
Shell Material: PC+ABS
DC Input Voltage: 12V (Acceptable voltage range: 10V ~ 17V)
AC Output Voltage: 110V
AC Output Wave Form: Modified Sine Wave
Power rating: Maximum 155W
Power for long use: 120W (Maximum continuous output
AC Output Frequency: 60±2Hz
USB Port Output: DC 5V /Max 2.1A
Overload Protection: YES
Short circuit Protection: YES
Overheated Protection: YES
Low Voltage Protection: 9.5V~10.5V
Over Voltage Protection: 16.5V~17.5V
Ambient Temperature(°C) -5~50
Important Note:
Power inverter itself does not generate any power. All its power output is from the battery it connected to. The power inverter just change the power format and its efficiency rate is about 90%. This power inverter rated output is 155W. However, the actual power output from the inverter is also limited by the battery output. To get 155W power from this inverter, the connected battery output need to be around 175 ~ 190W. Most car cigarette lighter may only supply maximum 120W power.
Devices That Will Typically Work Fine with a Modified Sine Wave Inverter:
This power inverter output modified wave form power like this:
Most electronics work just fine with a modified sine wave. If the device that you want to power uses a power adapter that changes the AC into DC, such as a laptop computer, it’s extremely unlikely that you’ll have any issues. However, anything that uses an AC motor isn’t going to work to full capacity on a modified sine wave. Appliances like refrigerators, microwaves, and compressors that use AC motors won’t run as efficiently on a modified sine wave as they would on a pure sine wave.