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STEP 1
Voltage
LED #1b => 12V
Selection
1.
Confirms AC power
Disconnect
supply to the charger
battery.
2.
Select
- Lights together with
1 2 V
charge
LED #1a or #1b when
voltage.
1 a
3.
voltage is selected.
Wait until
LEDs #3,
#4, #5, #6,
#7 & #8
flash twice,
confirming
selection is
in memory.
4.
Reconnect
battery.
NOTE:
Selection
remains
even if AC
power is
lost.
STEP 2
flashing ON/OFF
Protection
6V
7.20V
1a
7.35V
1a
2
7.65V
1a
2
12V
1a
14.4V
1b
1b
2
14.7V
12V
1b 2
24V
STEP 3
Immediately following connection to a battery there may be a 1-2 second delay before
15.3V
charging progresses, during which time battery State Of Charge and ambient temperature is
1b 2
Preparing
measured to determine charge requirement and duration of the State Of Health test in STEP 7.
to charge
STEP 4
SAVE
State of
charge:
less than
50%
12V / 24V
LED #1a => 6V
Changing voltage selection: Push and release the pushbutton switch.
1a
3
The mode selection changes when the button is released. SAVE (#3),
CHARGE (#4), OPTIMIZE(#5) and TEST (#6,7, 8) LEDs flash twice to
confirm selection is in memory, confirming your battery can now be
12V
LED #1a / 1b :
4
connected.
LED #2 =>
5
6V / 12V lead-acid batteries.
LED #2 =>
2 4 V
LED #2 OFF: 7.2V / 14.4V (2.4V / cell) - the standard charging voltage
suitable and safest for all lead-acid battery types.
2
1 b
TIP: If you are not sure of your battery's charging requirements, choose
a higher charge
this mode to avoid overcharging the battery.
LED #2 ON: 7.35V / 14.7V (2.45V / cell) - higher charging voltage
suitable only for specific sealed AGM (absorbed glass mat) flat plate or
spiral cell batteries.
6V
LED #2 flashing: 7.65V / 15.3V (2.55V / cell) - highest charging
7.20V
1a
voltage suitable only for specific maintenance free lead-calcium Ca/Ca
batteries with built in hydrometer indicator 'eye', OR for periodic
7.35V
1a
reconditioning charge of STD wet-cell and Ca/Ca deep cycle batteries.
2
7.65V
1a
IMPORTANT: Selecting 7.35V or 7.65V (for 6V batteries) or 14.7V or
2
15.3V (for 12V batteries) elevates charge voltage in STEP 5 & 6. Confirm
battery charge voltage requirement before selecting a higher charge
12V
voltage. Incorrect selection can lead to overcharging and electrolyte loss
14.4V
through gassing and can cause permanent damage.
1b
Proceeding to charge: If the battery's voltage matches the voltage
14.7V
1b 2
selection the charge mode automatically activates and proceeds to
15.3V
STEP 3. If it does not proceed, see STEP 2.
1b 2
LED #1a / #1b
REVERSE POLARITY / incorrect battery connection (LED #1a and
#1b flashing together) : The charger is electronically protected so no
damage will result, and the output will remain disabled until the
connections are corrected.
VOLTAGE SAFETY CHECK:
6V (#1a) flashing: a battery with voltage exceeding 8V is connected /
battery may be 12V.
12V (#1b) flashing: a battery with voltage below 8V is connected;
battery may be 6V or it may be a deep discharged 12V battery.
Action: Physically check battery. If nominal voltage is 6V, disconnect
12V
6V
battery and select 6V.
If nominal voltage is 12V, push and hold pushbutton switch. After 3
7
8
6V
12V
seconds program will proceed to STEP 3.
5
4
LED #3 : RED
3
A recondition charge is applied; current is delivered in pulses to prepare
the battery to accept normal charge and increase state of charge above
50%.
1b
2
24V
: There are 3 different charge voltages for
5
4
8
7
3
6
12V / 24V
Ca/Ca
12V
6V
6V
12V
24-7
24-7
6
The SAVE mode engages if the battery state of charge was less
than 50% or the battery was diagnosed as sulphated.
Charge time: Minimum 15 minutes, maximum 2 hours.
24-7
24-7
6
7
8
2 4 - 7
2 4 - 7
7
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