1500/3000w 12-240V Modified Sine Wave Power Inverter with LED
1500/3000w 12-240V Modified Sine Wave Power Inverter with LED [ 3000wLED ] Now in Stock
CrazyStu's Price:$399.00$169.00
Standard Shipping -Australia Wide: $0.00 (Free!)
*Optional - Standard Shipping (Including Insurance): $3.95
This handy little 12-240V Modified Sine Wave Power Inverter utility will allow you to run high powered devices such as computers, fridges, microwaves, TV's etc from a car battery via in-car cigarette lighter (small appliances only) or via supplied battery terminals for high power devices. High output (1500w) of continuous power (3000W peak). Complete with 12 month return to base replacement warranty
With well written instructions and easy set up guide, you'll be up and running within minutes.
Our unit is specifically made for high powered applications. 1500w is the continuous power rating meaning you will not risk damage to sensitive devices through lack of continuous power.
* 1500 Watts continuous power...strong enough to run microwaves and larger appliances
* 3000 Watts peak power provides sufficient protection against power surges during motor start ups etc.
* Australian standard AC outlet, totally safe and convenient.
* Full input and output protection ..no Voltage flashbacks
* Automatic Thermal Shutdown for overheating
* Overload protection against short circuits in appliances
* Extra surge capacity for long bursts
* Low battery alarm/Shutoff to prevent a flat battery
* Auto restart functions for full functionality every time.
* Built in dual cooling fans for running flawlessly even in tropical ambient temperatures
* LED Battery Voltage Display
You get the 1500 W Modified Sine Wave Inverter in a gift box plus the following items
1. A heavy duty Cigarette Lighter Cable set
2. 2 x Heavy duty 0 guage 8.3mm cables to connect to the car battery
3. A concise operation manual
1.
Enter the voltage of your battery or bank of batteries.
Battery Voltage
Battery Type
Voltage
Amp Hours
22 NF
12
50
24 NF
12
75
27 NF
12
100
8 D
12
200
2.
Enter the total Amp/Hrs of the battery or bank of batteries.
Amp/Hrs
3.
Enter the combined Watt value of the appliances you plan to run from your battery.