12V60Ah Deep Cycle Battery

PRICE INCLUDES SHIPPING

Our 12V60Ah deep cycle battery is a great choice for an electronics battery, a 12V trolling motor or for camping. 

Specifications

Capacity 60Ah
Nominal Voltage 12.8 Volts
Full Charge Resting 13.32 Volts

Voltage Energy Storage 768Wh (0.768KWh)
Run time @ 25Amp load @ 77°F  2.4 Hours (25°C)

Self Discharge Rate ≤4%/Month

Charging

Charging Temperate Range 24~131°F

Charge Method CC/CV 
Absorb Voltage(CC) 14.0 to 14.4 Volts

Maximum Current 60Amps @ 77°F (25°C)

Recommended Current 30Amps

Recommended CV Time 15 minutes

Charge Efficiency 99%

Discharge

Discharging Temperate Range -4~140°F

Discharge Current  60Amps Continuous

Discharge Cut-off Voltage 10Volts; Any cell (2.5 Volts)

Recommended Low Voltage Disconnect 12.0 Volts

Short Circuit Protection -2000A for 250μS
Short Circuit Protection Release - Disconnect the load

Battery Protection

BMS Control - PCM
Over Voltage, per Cell, Open - 3.75 Volts ± 0.03 Volts (15.5V)
Over Voltage, per Cell, Release - 3.60 Volts ± 0.05 Volts (15.0V)

Over Discharge, per Cell, Open - 2.50 Volts ± 0.05 Volts (10.0V)

Over Discharge, per Cell, Release - 2.70 Volts ± 0.05 Volts (10.8V)

Over Current - 675Amps 5mS
Over Current Release - Disconnect the charger or load
Over Temperature - 140°F (60°C)
Over Temperature Release - 122°F (50°C)
Low Temperature Charge, Open - 24°F

Low Temperature Charge, Release - 32°F

MOSFET Over Temperature, Open - 194°F

MOSFET Over Temperature, Release - 158°F

Dimensions - 9.02’’5.43’’8.19’’

Weight - 17.63 Pounds (8Kg)
Hardware - M8 Bolts, Washer, Lock Washer
Hardware Torque - 80in-lb.(9N-m)

Packs in Parallel - 4 (Max. Recommended) 

Packs in Series - 1,2,3 or 4

Discharge Test - 100% DoD

Discharge Test Results -  @ 1C>6000 cycles ~ 80% remaining capacity

Storage Method -  50% SoC, test @ 90 Days, recharge if below 13.0V
Storage Temperature Range(Recommended) - -4°F ~ 95°F (-20°C - 35°C)

Lithium ion Chemistry - Lithium Iron Phosphate
Cell Type - Nano Prismatic
Internal Impedance(50% SoC) < 10mΩ