3
SUPERIOR 3 STAGE CHARGING
Using high speed microcontroller and proprietary charging algorithm, the IDC45
delivers a sophisticated 3 stage charging process resulting in a faster and more
powerful charge, ideal for deep cycle batteries. The first stage, bulk (constant current),
charges the battery faster while the second stage, absorption (constant voltage),
ensures the battery is thoroughly charged. The final stage, float, maintains the battery
at a safe voltage allowing it to be maintained and ready for use indefinitely.
MULTI-CHEMISTRY SUPPORT
The IDC45 supports GEL, AGM, WET and CALCIUM batteries. If the calcium battery
mode is selected, periodic equalisation will be provided to the calcium battery for
removing acid stratification.
IGNITION CONNECTION
The ignition connection activates the lower input voltage operation to suit vehicles
with smart (variable voltage) alternators.
TEMPERATURE COMPENSATION
The IDC45 is supplied with a 2 metre temperature sensor. The sensor monitors the
battery temperature and adjusts (compensates) the charger’s output to prevent
overcharging. This is ideal for batteries used in warmer climates or environments.
REMOTE CHARGER STATUS INDICATION
A pink wire is provided for driving an external panel mount LED indicator (Eg Narva
P/No. 62090BL) to show the status of the charger. It shows whether the auxiliary
battery is on charge (Solid Colour) or the charger is in a fault condition (Flashing).
PROTECTIVE FEATURES
Spark-Free Protection
The IDC45 will not start charging the battery (no output) unless the load is securely
connected. It prevents the output leads from sparking due to accidental short circuit
making the charger safer to use around batteries.
Reverse Connection Protection
Reverse connection on input and output terminals does not damage IDC45 internal
circuit. The IDC45 detects reverse connection condition and indicates whether input
or output connection is reversed.
Over and Under Voltage Protection
The charger will automatically shut down if there is an over voltage or under
voltage problem.
Over Temperature Protection
The charger will lower its output current if the temperature of the unit begins
to overheat.
