12V 460Ah | Heated & Bluetooth & Victron Comms | LiFePO4 Battery
Regular price
$1,799.00
Sale
- LiFePO4 Chemistry
- Group 8D Size (20.9" x 8.7" x 12.1") L x W x H
- 460Ah Capacity
- 300A Max Continuous Discharge (500A 30s Discharge)
- 230A Max Continuous Charge (300A 10s Charge)
- IP67 Rated, Dust and WATERPROOF
- HEATED - Internal heating for below 0C charging
- BLUETOOTH - iOS and Android Apps
- CANBUS Communication allows BMS to communicate directly with Victron OS
- Mountable ON/OFF Switch
- Mountable Battery gauge
- Optional mounting brackets
- Built-in Smart Battery Management System (BMS)
- 500A internal fuse with 50,000A AIC
- Over charge and over discharge protection
- Over current and short circuit protection
- High & low temperature disconnects
- 3500+ Cycle life & Maintenance-free
- 11 Year Manufacturer Warranty
Weight: 97 (LBS)
Dimensions
Length: 20.75 (inches)
Width: 8.5 (inches)
Height: 12 (inches)
Cell Configuration: 4S2P
Chemistry: LiFePO4
Current
Ah Capacity: 460Ah
Max Continuous Discharge Amps: 300A
Max Charge Current Amps: 230A
Max Discharge Peak Current Amps: 500A (30 Seconds) , 1300A (1 Second)
Series | Parallel: Max (4) in Series OR Max (4) in Parallel - 4S1P or 1S4P
Voltage
Voltage: 12.8V
Max Charge Voltage: 14.6V
Operating Voltage Range: 10.0 - 14.6V
Temperature
Charge Temp Range: -20°C (-4°F) / 55°C (131°F) (with heating)
Discharge Temp Range: -20°C (-4°F) / 60°C (140°F)
Storage Temp: 0°C (32°F) / 35°C (95°F)
For Use with Victron Communications, Alternator Charging, or Solar Charging:
- Maximum Charge Voltage: Set a lower maximum charge voltage of 13.8 or 13.9 volts to ensure stable operation and to prevent nuisance codes on the Cerbo GX and unintentional disconnections of charge MOSFETs. Disconnections during direct alternator charging may cause voltage spikes harmful to sensitive electronics in your DC system.
- Float Voltage: Adjust the float voltage to 13.4 or 13.5 volts. In systems with constant loads (e.g., lighting, fans), the charger in float mode should supply most, if not all, of the current needed for these loads while maintaining the battery voltage at the set float level. The effectiveness of this operation is influenced by the charger's capacity, float mode voltage setting, and the total load.
- Solar Charging Considerations: The ability of the charger to maintain the batteries during solar charging will vary throughout the day with the available sunlight.
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