FEATURES
Compact in size
Over current and short circuit protection
High operating temperature range up to 70°C
Over temperature protection
Input under voltage shutdown
Turn on above 9V
Turn off instantly below 8V
Turn off after 20 seconds below 9V
Input over voltage shutdown
Turn on below 32V
Turn off instantly above 32.4V
Turn off after 20 seconds above 32V
Led indication of output mode
LED on in float mode
LED flashing (4 flashes per second) in absorption mode
LED flashing (20 flashes per second) in boost mode
SPECIFICATION
DC input voltage range:
9 ~ 32V for continuous operation
Absorption voltage:
14.5V
Float voltage:
13.7V
Boost commencement voltage:
12.2V
No load current (Ignition switched on):
< 100mA
Standby current (Ignition switched off):
< 150
μ
A
Input protection:
Reverse polarity by external fuse
(Fuses required 10A on input, not supplied)
Output protection:
Output over-current and short circuit protection.
Reverse polarity by external fuse
(Fuses required 7.5A on output, not supplied)
Maximum continuous output current:
3.5 ~ 6.5 A (input voltage dependent)
Connector: Input
Positive
Common Negative input
Output Positive
Ignition Positive
Standards:
AS/NZS CISPR11:2004 (CISPR 11 ED. 4.1)
INSTALLATION
The battery charger should be mounted as close as practicable to the battery being charged. To minimise voltage
drop, ensure all additional wiring, especially from supply, is of adequate thickness. Appropriate sized fuses must be
used to protect the unit from reverse polarity connections; without said fuses, the unit will be damaged in the event of
a reverse polarity connection. The ignition connection is supplied to allow the unit to be switched by a low current
positive source of between 9 and 32V. For continuous operation, the ignition input can be connected directly to the
supply input.
DIMENSIONS & CONNECTIONS
TYPICAL APPLICATION
If the switch input is not required, then it may be connected directly to the input line.
LED INDICATOR
CASE COMMON NEGATIVE
IGNITION / SWITCHED POSITIVE
INPUT POSITIVE
COMMON NEGATIVE
OUTPUT POSITIVE
