Description
Battle Born Batteries | 10Ah 12V LiFePO4 Deep Cycle Battery | Base Series
Compact yet powerful, the Battle Born 10Ah 12V LiFePO4 Base Series Battery delivers reliable energy storage for small off-grid and mobile applications. Lightweight and maintenance-free, this lithium iron phosphate battery provides consistent power, long cycle life, and superior safety for RVs, boats, and backup systems.
KEY FEATURES
- 2000W Pure Sine Wave AC Power with High Surge Capability: Pure Sine Wave AC power just like the utility grid power to power any kind of AC loads. 2X High Surge capability to power high surge loads like motors.
- Power Control: The Battle Born 2000W Inverter / Charger will reduce the charger current to support AC loads to mitigate nuisance AC input breaker tripping, thus preventing the generator or grid from being overloaded.
- Inverter Assist: With Inverter Assist, the Battle Born 2000W Inverter / Charger will switch on to support temporary AC load peak power demand which is often required only for a limited period, and will compensate insufficient generator, shore, or grid power with power from the battery. When the load reduces, the spare power is used to recharge the battery.
- Load Shed Function: Besides Power Control to optimize the use of available AC shore power, the Battle Born 2000W Inverter / Charger is equipped with a load shed feature to shed non-critical loads on AC Out 2 with the use of a digital output control signal. This can help to reduce nuisance breaker tripping during temporary high load surge periods.
- Note: An external relay or circuit breaker controlled via the digital output must be used in order to employ this feature.
- Integrated Automatic Transfer Switch: Seamlessly switches between shore power and battery power without interruption. This simplifies installation, eliminates the need for separate wiring for inverter and shore power circuits, and prevents unnecessary battery cycling. The transfer occurs in under 20 milliseconds, fast enough to keep sensitive electronics like TVs uninterrupted.
- Two AC Outputs: This inverter / charger features a second AC output (labeled L2), which functions as a dedicated passthrough circuit. This output is only active when AC input power is available, ensuring efficient power management.
- Power Corrected Multi-Stage Charger: With a PFC (Power Factor Corrected) charger energy usage is most efficient when charging batteries, making more usable AC power available for AC loads reducing nuisance shore power breakers tripping.
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Advanced Absorption Charging Settings: Now includes two user-adjustable features for enhanced battery balancing:
- Absorption Exit Current (Setting 34): Set the charge current threshold (2–50A) before exiting absorption.
- Minimum Absorption Time (Setting 35): Keeps the charger in absorption mode for 1–6 hours regardless of current level.
- Dead Battery Charging: Can recharge batteries that have entered low-voltage protection, even when system voltage has fallen below 9VDC. Automatically “wakes” lithium batteries whose BMS has shut off due to deep discharge, allowing charging to resume without external jump-start equipment.
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Stacking:
- Parallel Stacking: Parallel stacking two units to double the power to 4KW
- Series Stacking: To create a 12VDC 4KW split phase 240 VAC input and output inverter charger system.
- *Both Parallel Stacking & Series Stacking require a stacking module.
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Compatibility:
- Compatible with Battle Born Smart batteries and the HUB
- Also compatible with third party lithium and lead acid batteries
Specifications
| Category | Details |
|---|---|
| Inverter Output Voltage | 120 VAC |
| Continuous Power | 2000 W @ 40°C (derated above 104°F / 40°C) |
| Continuous Current | 16.7 A |
| Surge Power (5 sec) | 4000 W |
| Frequency | 60 or 50 Hz |
| GFCI Protection | Customer-provided |
| Wave Shape | Pure Sine Wave |
| Peak Efficiency | 91% |
| Full Load Efficiency | >86% |
| DC Input Nominal Voltage | 12.0 VDC |
| Operating Voltage Range (DC) | LBCO voltage to 18.0 VDC |
| Maximum Non-Operating Voltage | 25.2 VDC |
| Nominal DC Current at Full Load | 192 ADC (Two AC Outputs) |
| Charger AC Input Operating Voltage Range | 85–140 VAC |
| Safe Non-Operating Voltage | Up to 240 VAC |
| Full Load Maximum Current | 24 A |
| Nominal Frequency | 60 or 50 Hz |
| Power Factor at Full Charge | 98% |
| Charger DC Output Nominal Voltage | 12.0 VDC |
| Minimum Battery Voltage for Charging | 0.0 VDC |
| Maximum Charger Output Voltage | 18.0 VDC (custom battery type) |
| Nominal Charger Output Current | User selectable: 5–100A |
| Charger Current Derating | May reduce based on ambient temperature |
| Charger Efficiency at Nominal Output | 91% |
| Transfer Relay Rating | 30A (24A continuous) |
| Cooling | Fan (activated by high internal temp or high AC output power) |
| Transfer Time – Shore to Inverter | <20 ms |
| Transfer Time – Inverter to Shore | <20 ms (with 20s delay) |
| Transfer Voltage – Shore to Inverter | <85 V and >140 V |
| Transfer Voltage – Inverter to Shore | <135 V and >90 V |
| Operating Temperature Range | -4 – 140°F (-20 – 60°C), output derated above 104°F / 40°C |
| Storage Temperature Range | -40 – 203°F (-40 – 95°C) |
| Humidity (Operating/Storage) | 5–95% RH, non-condensing |
Manuals and Downloads
