The MSH-RE Series Inverter / Charger from Magnum Energy a pure sine wave inverter designed with true hybrid technology allowing it to run larger loads from smaller generators.

Hybrid technology: Most inverters only use one source of energy to power loads, either from incoming AC power shore or AC generator or from the batteries. The MSH-RE Series combines the energy from both sources to power loads. This allows the inverter to recharge the batteries when there is surplus power or deliver more power to the loads if they require more than the AC input can supply by itself.

Load support: Load support parallels the inverter output with incoming AC sources allowing it to run larger loads from smaller generators. The MSH-RE Series has two independent AC source inputs (AC1/GRID, AC2/GEN) with independent AC input amps and VAC dropout settings, and AC meters for each input.

Older remote revisions will work with the MSH-RE Series. However, to view the load support status the following remote revisions are required:

• ME-RC Revision 2.7
• ME-ARC Revision 3.0
• ME-RTR Revision 3.0
• Product Manual | Download
• Product Specifications | Download

Features

• Pure sine wave
• Easy-to-install
• The MSH-RE is interchangeable with the Magnum MS Series and uses the same accessories
• Lightweight aluminum base and cover provides noise reduction and corrosion resistance
• Multiple ports available
• Accessible design
• Convenient switches
• The MSH-RE Series is backed by a three-year (36-month) limitedwarranty, and a five-year limited warranty when installed on an MMPsystem.

Available For

• Renewable Energy Systems
• Off-grid Power
• Back-up Power

Output Power	4,000W
Peak Watts	5,800W
Warranty	3 Years
Output Voltage	120 VAC
Output Peak	48amps
Output Current	33amps
Output Waveform	Pure Sine
Output Frequency	60 Hz
Input Voltage	24
Continuous Output Amps	33amps
Operating Temp	-20 C to +60 C (-4 F to 140 F)
Efficiency	93.7%
Weight	58 lb (26.3 kg)
Dimensions	13.75" x 12.65" x 8.0" (34.9 cm x 32.1 cm x 20.3 cm)
UL Certified	Yes
Phase	Single
Topology	Low Frequency
Input Voltage Range	18 - 34 VDC