Giantz

Giantz 1000W Pure Sine Wave Inverter 12V–240V

Name: Giantz 1000W Pure Sine Wave Inverter 12V–240V
Brand: Giantz
SKU: INVERT-P-1000W-SL
Price: 141.83 AUD
Availability: OutOfStock

Need 240V power from a 12V battery while off-grid? The Giantz 1000W Pure Sine Wave Inverter delivers clean, stable AC output for laptops, TVs and kitchen appliances — no generator required.

$141.83

Currently unavailable

Australia-wide delivery

14-day returns

12-month warranty

Details

Running laptops, a TV or kitchen devices off a 12V battery sounds complicated — but with a pure sine wave inverter, it's about as straightforward as plugging into a wall socket. The Giantz 1000W Pure Sine Wave Inverter connects to your 12V battery and delivers 240V AC output with clean, stable waveform, so your electronics behave exactly as they would at home.

The pure sine wave output is what sets this apart from cheaper modified sine wave units. It produces electricity that closely mimics mains grid power, which matters when you're running sensitive gear like laptops, monitors, printers, hi-fi systems or satellite decoders. Reduced interference means your electronics run as intended — no buzzing, flickering or shortened device lifespan.

With a continuous 1000W output and 2000W peak, dual 240V sockets and a USB port, it handles multiple devices at once. Built-in overload, over-voltage and overheating protection adds a layer of safety for use in a caravan, boat, 4WD or during a home power outage.

Note: This inverter is not suitable for inductive loads — products with motors or transformers such as air conditioners, power transformers and compressors. Running those devices through this unit may cause damage.

Specifications

Continuous output: 1000W
Peak output: 2000W
Input voltage: 12V DC
Output voltage: 240V AC
Output waveform: Pure sine wave
Efficiency: up to 90% (as listed by supplier)
Technology: IGBT inverter
Output sockets: 2 x 240V AC
USB output: 1 x USB port
Protections: Overload, over-voltage, overheating
Construction: Reinforced thermal dissipating design
Meets Australian specifications (as listed by supplier)