• Pure sine wave inverter for fridge washing machine
  • AceBlue pure sine wave inverter 12V to 220V
  • RV pure sine wave inverter 12V
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AutoSmart Parts

Pure Sine Wave Inverter 12V 1600W to 3000W, AceBlue for Solar Photovoltaic and RV

Sensitive electronics need a clean power source. The AceBlue pure sine wave inverter delivers stable 220V from a 12V or 24V system, safe for laptops, medical equipment and solar setups.

$299.99 AUD
$399.99 AUD $299.99 AUD
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check Pure sine wave, grid quality power output
check Safe for fridges, washing machines, sensitive electronics
check 3 power options: 1600W, 2200W, 3000W peak
check AceBlue brand, CE certified for solar and RV use

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Specifications

Output waveform: Pure sine wave
Variants: 1600W peak (800W rated), 2200W peak (1100W rated), 3000W peak (1500W rated)
Input voltage: DC 12V
Output voltage: AC 220V
Frequency: 50Hz
Socket: Universal type
Sizes: 1600W: 21.2 × 9.4 × 6 cm (860g); 2200W and 3000W: 24.5 × 9.4 × 6 cm (1144g and 1171g)
Auto protection: Disconnects below 10.5V or above 15V (12V variant)
Certification: CE

Compatible With

Best for: Solar photovoltaic systems, RVs, caravans, off grid cabins, emergency backup, food trucks
Appliances supported: Fridges, kettles, washing machines, sanders, drills, hair dryers, kitchen appliances (need 3 to 12x startup power)
Not for: Cigarette lighter use beyond 120W (12V) or 200W (24V), connection to household grid

What’s Included / Care Instructions

What's included:
• 1 × AceBlue pure sine wave inverter (power variant as selected)
• 1 × Battery clip
• 1 × Battery thick wire
• 1 × Certificate of conformity
• 1 × User manual

Care and safety:
• Distinguish battery positive and negative before connecting
• Do not connect to household power grid
• Keep dry, away from moisture and impacts
• Minors not allowed to operate
• For inductive appliances, check startup current is within peak rating

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Install Guide

1. Identify Battery Polarity

Confirm positive (+) and negative (-) terminals on your 12V battery. Wrong connection damages the inverter immediately.

2. Connect Battery Clips

Attach red clip to battery positive, black clip to negative. Use included thick wire for safe high current operation.

3. Switch On and Test

Power on the inverter. Plug your appliance into the universal AC socket. Monitor load and ensure it stays within the rated power (not just peak).

Common Questions Before You Buy

What's the difference between rated and peak power?
Rated (continuous) is what the inverter can run all day long. Peak is short burst for startup spikes. For example, a 1500W rated / 3000W peak inverter runs 1500W appliances continuously and handles 3000W spikes when motors start up.
Which wattage should I choose?
Add up your appliance wattages and pick a model with at least 20% headroom on rated power. 1600W peak is good for laptops, fans, small TVs. 2200W peak handles a fridge. 3000W peak runs power tools and bigger kitchen appliances.
Why pure sine wave and not modified?
Pure sine wave matches the power from your home grid, so any appliance runs safely without buzzing, flickering, overheating, or damage. Modified sine wave is fine for basic loads but unsafe for sensitive electronics or motor based appliances.
Can I use it on a solar system?
Yes. Connect to the 12V battery in your solar storage setup (not directly to panels). Works well as the inverter stage of a solar power system.
Will Australian 240V appliances work?
Output is 220V at 50Hz, within standard Australian appliance tolerance. Most appliances rated for 240V handle 220V fine since the range typically covers 220 to 240V.