MaxWatt 2000W Pure Sine Wave Digital Inverter Generator MX2000IY

MaxWatt 2000W Pure Sine Wave Digital Inverter Generator

The Maxwatt MX2000IY is Powered by a Yamaha engine!

This inverter generator provides you with clean and stable power output and is safe for all of your electronic devices including TVs, computers and mobile phones.

It is the perfect power solution for the job site, camp site or if you are just using it for backup power at home or office.

It features a powerful, economical, quality 79cc 4 stroke air cooled engine, digital inverter technology with (THD<3%), its perfect for powering tools, domestic appliances as well as sensitive electronics as it offers high efficiency, stable voltage and increased output.

This generator produces 1600-watt continuous power rating, and 2000-watt peak power rating at approximately 59db, which means that you will be able to power more electrical equipment than before and is the perfect power solution for the job site, camp site or if you are just using it for backup power at home or office.

Double your power by connecting two Maxwatt inverter generators in parallel without any additional purchase as they come fully fitted with parallel functionality as well as the connection cable!

This easy to start generator boasts a 4 litre fuel tank provides up to 6.5 hours of run time at 50% load or 4 hours at 100% load. It is fitted with an easy to start recoil pull start mechanism and is light and easy to carry.

With this Easy-to-Use Portable generator, you can safely enjoy your electronics or small appliances with a quieter and safer power solution compared to traditional generators.

Backed with a two-year warranty the Maxwatt generator is designed and manufactured to provide you with peace of mind and the power when you need it!

Features:

• Digital Inverter Technology
• Pure Sine Wave Power for Sensitive Electronic Appliances / Devices
• Parallel Connection Cable Included
• Low Noise 59dB
• 5V 2.1 Amp USB Charging
• Engine Smart Control Reduces Engine Speed Depending on Size of Load for Fuel Efficiency