Lithionics Batteries with Internal BMS's

Great choice for electric propulsion, RV's & house banks on less complex systems

Lithionics 12V125AG31-5CND

    • Internal Single Channel Battery Management System
    • 12.8V, 125Ah
    • miniBMS® Cell/Module Sensors and Microprocessors with Automatic Cell Balancing
    • NeverDie® Power Reserve (Spare Fuel) for Hotel Loads and Worry-Free Power for Engine Cranking
    • Over-Charge, Over-Discharge and Short-Circuit Protection (LVC, HVC, SCC)
    • Available Optional Bluetooth®
    • OPE does not recommend this battery for applications with alternator charging
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Lithionics GTX12V302A-E1508-CS200

  • 12.8V, 305Ah
  • NeverDie® Power Reserve (Spare Fuel) for Hotel Loads and Engine Cranking
  • Over-Charge, Over-Discharge and Short-Circuit Protection (LVC, HVC, SCC)
  • Low/High Temperature Charge/Discharge Protection
  • Internal Heating Kit: Permits Charging as low as -20C/-4F
  • Wireless monitoring using Lithionics Battery Monitor app available on Android and iOS platforms.
  • CAN Bus telemetry using RVIA developed industrial RV-C protocol.
  • Can integrate with Wakespeed Regulators & Victron monitoring through CANbus network
  • Aircraft grade powder coated aluminum case, sealed to IP66 rating
  • These batteries can be wired in parallel to increase capacity but cannot be wired in series to increase V
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Lithionics GTX12V315A-E2107

  • 12.8V, 315Ah
  • miniBMS® Cell/Module Sensors and Microprocessors with Automatic Cell Balancing
  • NeverDie® Power Reserve (Spare Fuel) for Hotel Loads and Worry-Free Power for Engine Cranking
  • Over-Charge, Over-Discharge and Short-Circuit Protection (LVC, HVC, SCC)
  • Bluetooth telemetry using Lithionics Battery Monitor app available on Android and iOS platforms.
  • CAN Bus telemetry using RVIA developed industrial RV-C protocol.
  • Can be integrated with Wakespeed Regulators and Victron monitoring via CANbus network
  • Aircraft grade powder coated aluminum case, sealed to IP66 rating
  • These batteries can be wired in parallel to increase capacity but cannot be wired in series to increase V

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