12V 15A LiFePO4 Battery Charger Automatic Battery Lithium Charger

Output Options

DC Output

AC Input

12V 15A LiFePO4 Battery Charger Features:

Microprocessor Control (CPU).

High frequency switching mode power supply technology. DC isolated from AC.

Multi 3-stage automatic charging: Automatic charging protects your battery from being overcharged. So you can leave the charger connected to the battery indefinitely.

Customized charging steps for Lead-acid battery: CC, CV and Float.

Customized charging steps for Lithium battery: Pre-charge, CC and CV or Shut-off at the end of charging.

Input Characteristics:

Input Voltage: 110/230V AC

Input Frequency: 50Hz or 60Hz and single phase.

Efficiency: ≥85.0% @230Vac/50Hz(Typical full load)

Input socket: EU/AU/UK/US/Italy/India customized

Charging Characteristics:

Pre-charging step: start with small current (often set 20% of CC 3A) to protect over discharged battery.

Constant Current (CC) step: charge with max 15A current for fast charging purpose.

Constant Voltage (CV) step: charging current begins to drop from max 15A and voltage reached max set 14.4V or 14.6V or 14.7V.

Floating step: voltage goes to set 13.5V or 13.8V and charging with small current, often set 20% of CC, till to fully charged.

Safety Test for battery charger

Low temperature storage: -40 degree.

Random vibration: 20Hz to 2000Hz 3Grms 20Hours per axis.

High & Low temperature ambient operations: +40 degree to -10 degree.

High & Low temperature storage: +70 degree to -40 degree.

Repetitive shock: 40g peak 3 orthogonal axes, 3+and 3- in each axis, 11ms pulse width.

Thermal shock: -35 degree to +75 degree, <3 minutes transition, 2.5 hours dwell, 200 cycles.

Hi-pot Test: 15KVac 5mA 3 Seconds between input and output test

Resistance: The LiFePO4 battery charger insulation resistance shall be not less 30M ohms after application of 500Vdc/10mA for 3 Seconds

Drop test: Height: The wheelchair battery charger conform to BS EN60068-2-32:1993 TEST ED: free fall appendix B

Protection for 12V 15A LiFePO4 battery charger

Over Voltage Protection: The battery charger will be auto recovered when faults remove.

Over Current Protection: Charger output current does not exceed the set maximum battery charging current.

Over Short Circuit Protection: Battery charger output can be shorted without damage No odor, smoke, fire, plastic deformation, and excessive heal happen. The power shall be auto-recovery. (It will enter into normal condition when then the fault condition is removed)

Over reverse polarity Protection: When the battery charger output terminals reversed after the charger will not work until it’s connected correctly.