Pure Sine Wave Power Inverter 1500W Battery Charger 15A USB 12V-240V Car Caravan

This 1500W Pure Sine Wave Inverter complies with the applicable electromagnetic compatibility (EMC) requirements set by the ACMA. Inverter bears the C-Tick Mark, which is a clear testament to its quality and reliability. C-Tick is an identification trademark registered to the Australian Communications Media Authority or ACMA. The C-Tick mark also signifies that the electronic device is being sold legally in Australia.

Our Power Inverter has passed all the necessary tests and has been approved by industry experts. It is definitely safe to use as it conforms to all Australian EMC regulatory arrangements. It has built-in magnetic ring to reduce interference and to deliver continuous power of 1500W and full power >90% efficiency.

This inverter can also be used as a car battery charger with 3 smart charge stages with charge current of 15A and suitable for 12V vehicles. Zero Volt startup enabling recovery & charging of a completely discharged battery. It has LED display to indicate battery voltage.

With an inverter & battery charger in one you can gear up the work vehicle with all of your devices anytime and use the device by just easy plug in.You can even use this device as back up for emergency at home to power up your appliances. It is like hitting up 2 birds in one stone.

 

• The High Performance Pure Sine Wave Inverter an economical solution
• Convenient to use with USB charging port
• Output Wave: Pure Sine Wave
• Latest inverter technology
• >90% efficiency
  • Inverter can achieve >90% highest efficiency making it more useful, reliable and can be used on more appliances around you.
• Compact Design
  • Nicely compact unit that can be easily stored in your boot or under the seat. Continuous output of 1500W
• Australian-standard power point
• Peak output of 3000W
• Low-battery alarm and safety shutdown
• 3 Smart Charge Stages
  • This car battery charger is safe to use on 12V vehicles with 3 smart charge stages and 10A charge current
  • Zero Volt startup enabling recovery & charging of a completely discharged battery
• Compatibility: Gel, Calcium, AGM & Lead Acid Batteries
• Safe to Use
  • Low voltage input protection, High voltage input protection, Short circuit protection, Output overloading protection
  • Overload, over-voltage, overheat protection
• 12-month Australian warranty

• Continuous Power: 1500W
• Peak Power: 3000W
• NO load current draw: <0.6
• Output Wave: Pure Sine Wave
• Socket Type: Australian standard
• Charge Stage: 3 smart stages
• Charge Current : 15A
• Input DC voltage Range: DC10V-DC15.5V
• Output Voltage Range: AC240V
• Input Voltage: DC12V
• Overload Protection: Shuts down output, re-power to reset
• Output Short Protection: Auto Shut-off
• Output Frequency Range: 50+/- 3Hz
• Max Outer Temperature: < 65ºC
• Max Power Efficiency: > 90%
• High Voltage Cut Off Level: >DC15.5V
• Low Voltage Alarm Level: DC10.5±0.3V
• Low Voltage Cut Off Level:
• Built-in Cooling Fan
• THD: ≤5%

Why Choose Pure sine Wave?

It is often called "true" sine wave. It produces a smooth, flowing rhythm of AC electricity. This type of power output is more or less what you get in your home and it is what most household appliances are designed to run on. the consistent flow of electricity enables the PSW to provide better protection for the inner circuitry and microprocessor of electronic devices, thus, helping minimize the risk of your appliances overheating.

Guidelines in choosing the right Inverters
1.	Identify the appliance that you are planning to use the inverters.
2.	Check the voltage of your appliance.
3.	Check the starting power of the appliance based on the table provided below.
4.	After checking Appliance voltage and Starting Power, do the computation to be able to identify the right inverters for you.
5.	Computation formula: appliance voltage x starting power = Peak Power of appropriate Inverters
6.	Example Computation:
	Appliance: TV
	Voltage: 1000w
	Starting Power: 3-4 times
	a. 1000w (appliance voltage) x 3 (starting power) = 3000w Peak Power of appropriate inverters
	This shows that 1500w Inverters will work for your appliance because this inverter has a peak power of 3000w.
	b. 1000w (appliance voltage) x 4 (starting power) = 4000w Peak Power of appropriate inverters
	This shows 2000w Inverters will work for your appliance because this inverter has a peak power of 4000w.
So what's the Inverter that fits your needs?
The Inverters with higher Peak Power is the one recommended for you.
Based on the example, 2000w Inverters is the right one to buy to make sure it will work on your appliance.

 

Appliance	Starting power
LED Light	3-4 times
Refrigerator	3-7 times
Microwave	1.5-2 times
TV	3-4 times
Fan	3 times
Computer	1.5-2 times
Air-condition	3-7 times
Water Pump	3-7 times
Drill	2 times
Coffee Machine	3-7 times
Cleaner	2 times
Electric Hair Drier	1.5-2 times