Solter INVERCAR 530 Manual De Instrucciones página 8

2- FEATURES
Automatic and Intelligent 4-Stage Charging Curve
The INVERCAR 530 is controlled by a 12-bit chargeSENSE microprocessor with 4-stage charging
characteristic for charging batteries automobiles, motorcycles, snow mobiles, tractors, personal watercraft,
boats etc.
A microprocessor senses the condition of the battery and controls the regulator to provide the right current and
voltage to the battery (charging characteristic). This will give the best effect on charging and give the longest
life to battery.
Charging characteristic:
1 Soft Start: Initial battery test to determine battery condition. If the battery is severely discharged
charger will begin the Soft Start stage. Charging starts with reduced current until battery voltage
reaches a normal condition for charge.
2 Bulk: Major charging stage where the battery receives the majority of its charge.
During this stage the battery brought to 75 - 80% of its charger. The INVERCAR 530 charger delivers
maximum current until the terminal voltage has risen to the full charge level for Normal battery.
3 Absorption: Completes the charge up to virtually 100% at a constant voltage. The current tapers off
after the current reached the minimum level.
4 Float: Maintenance charging at constant voltage, keeping the batteries at 100% charge. Normal
charging mode is time-limited (max 10 days) while Float mode chargers indefinitely without damaging
the battery.
LED display
The unit is built-in with LED display for showing charger status:
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1. REVERSE – RED LED – DC clamps are connected in reverse polarity.
2. FAULT - RED LED – Battery Fault.
3. POWER - YELLOW LED – The charger is connected to mains power.
4. CHARGING – AMBER LED – The charger is charging to the battery.
5. FULL - GREEN LED – The battery is fully charged and the charger is in maintenance mode.
Temperature Compensation
A sensor will automatically adjust the charging voltage if the temperature deviates from
– 20° C to +45° C. A high temperature environment will lower the voltage and freezing condition is handled by
higher voltage. A low temperature heightens the output voltage,
and hot condition is handled by lower voltage.
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MI03064-01