Xantrex Power Inverter Freedom 458 Series 2000W Part# 69-8098 81-2010-12
Power Inverter; Freedom 458; Inverts 12 Volt DC To 120 Volt AC; 2000 Watts Output/ 6000 Watts Surge; 50 Ampere Continuous Output; 92 Percent Efficiency Part# 69-8098 81-2010-12
SKU: 69-8098
Manufacturer part number: 81-2010-12
UPC/GTIN: 647912105623
Power Inverter; Freedom 458; Inverts 12 Volt DC To 120 Volt AC; 2000 Watts Output/ 6000 Watts Surge; 50 Ampere Continuous Output; 92 Percent Efficiency; Hardwire Single In/Out; With Over Voltage And Under Voltage Protection/ Over-Temperature Protection/ Overload Protection/ Short Circuit Protection/ Transfer Switch; 7.9 Inch Height x 11-1/2 Inch Width x 13.2 Inch Length; Modified Sine Wave Output
With filtered modified sine wave output, Freedom inverter/chargers run virtually anything, from electrical equipment to appliances and electronics in your RV. Temperature controlled multistage charging ensures that your batteries are recharged quickly, and automatic shutdown and other safety features protect your expensive deep-cycle batteries from excessive depletion. For inverter/charger control and basic system monitoring, use the Freedom Basic Remote. For advanced battery monitoring and remote control, Freedom 458 systems can be paired with optional Link instrumentation.
Inverts: 12 Volt DC To 120 Volt AC
Continuous Output Power (W): 2000 Watt
Peak Output Power (W): 6000 Watt
Ampere Rating: 50 Amp
Efficiency: 92 Percent
Number Of AC Outlets: 1
Length (IN): 13.2 Inch
Width (IN): 11-1/2 Inch
Height (IN): 7.9 Inch
Remote On/Off Capable: Yes
With USB Port: No
With Volt/Watt Meter: No
With Short Circuit: Yes
With Reverse Battery Protection: No
With Thermal Protection: No
With Battery Cables: No
With Built-In Charger: Yes
With Fuse: No
- Over Voltage And Under Voltage Protection
- Over-Temperature Protection
- Overload Protection
- Short Circuit Protection
- MSW AC Power Inverter With High Surge Capability
- Automatic 3-Stage Battery Charger
- Built-In Transfer Switch Automatically Transfers Between Inverter Power And Incoming AC Power
- Temperature Compensation With Equalization Stage Provides Optimal Charging Of Deep Cycle Batteries
- Power Sharing Prevents Source AC Input Circuit Breaker From Tripping
