ME Series Modified Sine Wave Inverter/Chargers
Cost effective AC power for your boat.
The magnum ME series inverter/chargers provide a safe, reliable AC power source and smart charger for your boat. These modified-sine wave inverters were engineered for marine use. Conformal-coated circuit boards, powdercoated aluminum base and case and stainless steel fasteners create a rugged marinized package for a long service life. Installation is made easier by design. Large panels provide access to AC terminal connections and a 360° DC connection terminal reduces the struggle with wire routing.
All models include Power Factor Corrected to use less energy from generators and make the chargers 85% efficient. The five-stage charging capability (with bulk, absorb, float, equalize and battery saver stages) charges the batteries in a safe and efficient way to provide longer batter life. The battery save stage automatically keeps your batteries charged during storage without drying them out. Magnum’s unique die-cast aluminum base allows full ratings up to 45°C for superior high temperature operation.
Sized to meet the needs of different electrical needs, the ME series inverter/chargers provide a top quality alternative to pure-sine units. For a complete list of specifications please refer to the Data Sheet linked below.
Key Features
- Modified sine wave inverter/charger are a cost effective way of providing AC power
- Power Factor Corrected uses less energy from generators to be more efficient
- Rugged marinized construction using conformal coated circuit boards, powder coated aluminum base and case and stainless steel fasteners.
- Compatible with a majority of the electronics available (confirm with electronics manufacturer specifications be fore use)
- LED status indicator lights provide system information
- Transfer relay switches to battery power when shorepower AC is lost
- Programmable settings include: low battery cutoff, shore power current, charger amps, battery size and type, battery equalization
- Approvals: ETL listed to the stringent requirements of UL/cUL 458
