Merline M-Power 2000w Sine Wave Inverter

M-Power Inverters simply and silently convert 12V DC battery power to mains 230V AC electricity
This makes them ideal for operating mains powered devices when you don't have access to mains hookup power.
M-Power sine wave inverters employ state of the art switch-mode conversion techniques to provide compact, efficient and reliable output power.
The 2000w pure sine wave output ensures compatibility with all AC appliances (cheaper modified sine wave / square wave inverters can cause issues with some appliances not operating, motors running hot, interference being transmitted through audio / visual systems and digital clocks running out of time!).
Connections to the 2000w sine wave inverter are via heavy duty studs on the rear of the unit. AC output connects directly to the UK socket on the front panel.
The sine wave inverter provides a digital display keeping the the user informed with battery and inverter status information.
M-Power inverters interface with an optional remote panel. This provides inverter status information, remote on / off switch and an ignition inhibit circuit.

- Pure sine wave output inverter
- Extremely compact, efficient & reliable
- Easy to install and use
- Built in display provides battery and inverter status
- Huge surge power ability for starting difficult loads (4000w)
- Optional remote on / off panel
Merlin M-Power 2000w inverter specifications:
- Dimensions: 240mm x 418mm x 115mm
- Weight: 5.5Kg.
- Output Wattage: 2000 watts.
- Input: 12 Volt.
- Surge Capacity: 4000W.
- AC Output Frequency: 50 +/- 0.5Hz.
- AC Output Voltage: 230V AC +/-10%.
- Optimal Efficiency: 90%.
- No Load Current Draw: <1000mA.
- DC Input Voltage Range: 10.5-15.5V DC.
- Low Battery Alarm: Audible, 11V DC.
- Low Battery Cut Out: 10.5V DC.
- Warranty: 2 years
Other Sine Wave Inverters in the Merlin M-Power Range are:
700w Merlin M-Power Inverter
1400w Merlin M-Power Inverter
2000w Merlin M-Power Inverter
The M-Power 2000 model won the BEST BUY award in Sailing Today magazine's survey of 8 pure sine-wave inverters. September, 2011.