12V/2A
02A
Keep on
Connected to battery, it can turn
into 2A by pressing CURRENT
button. This mode is
recommended for 2-60AH
batteries.
12V/5A
05A
Keep on
Connected to battery, it can turn
into 5A by pressing CURRENT
button. This mode is
recommended for 10-150AH
batteries.
12V/10A
10A
Keep on
Connected to battery, it can turn
into 10A by pressing CURRENT
button. This mode is
recommended for 40-300AH
batteries.
BOOST
FAS
Keep on
Connected to battery, it can enter
BOOST mode by pressing
BOOST button. It takes 5 minutes
to charge.
BOOST mode is advanced charging mode that require your full attention before selecting.
Using 12V BOOST
To operate BOOST, the charger must be connected to a 12V lead-acid battery with the battery clamps connected. For
optimal results, allow boost to complete its 5-minute charge. After 300-second boost, digital tube will show “000”,
and your are ready to start your vehicle (whether FULL light is illuminated or not). If unsuccessful when starting
your vehicle, let the battery rest for 5 minutes and try boost again. Most vehicles will start with one (1) boost. Do not
use boost more than two (2) times within a 24-hour period. If two (2) boosts cannot successfully start your vehicle,
have your battery replaced or evaluated by a local battery store.
CHARGING STEPS
STEP 1: DIAGNOSIS
(Check if battery has connected with the charger and also check battery voltage)
STEP 2: DESULPHATION
(If battery voltage is too low, programs automatically generate pulsing current to
remove sulphate)
STEP 3: ANALYSE
(Check if the battery voltage reaches to the threshold after desulphation, and charging begins if
the battery voltage is OK)
STEP 4: SOFT START
(Charge with echelon constant current)
STEP 5: BULK
(Charge with constant maximum current until battery voltage is reached to the threshold)
STEP 6: ABSORPTION
(Provide gradually declining current charge for maximum battery voltage)
STEP 7: ANALYSE
(Test if the battery can hold charge)
STEP 8: MAINTENANCE
(Continuously monitor the battery, and charging current will intelligently adapt to the
variable battery voltage)
