Ansmann ANSMANN Intelligent 5-Stage Battery Charger 6V 12V / 1A with LED Display for Lead Acid Batteries for Car, Motorcycle and Van

Intelligent and safe charging control even in cold conditions with deep discharge protection! Thanks to its numerous characteristics, our powerful 10-stage charger BC 6 - 12 V/1 A ensures safe and gentle charging of lead batteries with a capacity of 4 - 30 Ah. The charger guarantees optimal performance and long battery life. The "MODE" button allows you to select 6 intelligent charging programs or an AC adapter mode, which allows 12 V applications using the included car socket, such as a cool box, can be connected. The charger is dust- and waterproof (IP65) and has the following safety features: polarity protection, overcharge protection, deep discharge protection and short circuit protection. In addition, our intelligent charger is suitable for standby/parallel operation and can remain connected to the battery uninterrupted. The charger always keeps the battery full, even when the battery is charged / discharged simultaneously. Charging programs of your choice: 6V STD or 12V STD: for lead acid and lead gel batteries 12V AGM/C: for AGM batteries and cold weather conditions (-20°C to +5°C) 12V M: drip charge for overwintering lead batteries - Deep discharge excluded 12V LFP - for lithium iron phosphate batteries (LiFePO4, LFP) RECONE D: for deep-discharged batteries The charging current strengths are automatically controlled by the selected charging mode: in "6V STD" mode in "12V M" mode in "RECOND" mode 1A in "12V STD", "AGM/C", "LFP" Fully automatic, intelligent 10-stage charging 1. Battery control: After the charging mode is selected, the charger checks the status of the battery. 2. Desulphation: automatic detection of sulphated lead batteries. Pulsing current and voltage releases the sulfate from the lead plates of the battery, so that the maximum battery capacity can be restored again. 3. Refresh: With a careful pre-charging current, older or rarely used batteries are charged and thus reactivated. 4. Reactivation charge: start charging the battery with increased charging current. 5. Analysis: disabling the charging current to check the voltage in the unloaded state. 6. Activation charge: start again with the increased charging current in preparation for the main charge. 7. Main charge: constant current charging and maximum charging current. 8. Optimize charging: The charging current is reduced incrementally to achieve the maximum possible battery capacity. 9. Voltage check: check the charge state of the battery. 10. Drip charge: where necessary, a drip charge is carried out, which prevents the battery from running out.