Akumuliatorių įkroviklis 12V 4A, tinkamas LiFePO4, GEL, AGM

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Prekė: Akumuliatorių įkroviklis 12V 4A, tinkamas LiFePO4, GEL, AGM. Kategorija: Baterijų įkrovikliai.

• Gamintojas: Enerblock
• Modelis: ENR12-4

RECTIFIER FOR BATTERIES LiFePO4 GEL AGM AUTOMATIC CHARGER 12V 4A

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ENERBLOCK ENR12-4 CHARGER RECTIFIER 12V 4A

ENERBLOCK ENR12-4 is a fully automatic professional microprocessor charger designed for charging traditional lead-acid, gel (GEL), AGM, EFB (Start-Stop), VRLA batteries with a voltage of 12V and a capacity from 4AH to 200AH.

The charger is designed not only for starter batteries used in cars and motorcycles, but also for deep discharge batteries (Deep-Cycle), working cyclically as a power source for on-board devices on fishing boats, yachts, motorhomes.

The device is equipped with a connector that allows you to connect the ends of "crocodiles".

FEATURES OF THE ENERBLOCK ENR12-4 RECTIFIER LOADER

• 8-Step Charging Cycle
• The microprocessor adjusts the charging parameters to the type and condition of the battery and the prevailing conditions
• Program "lifting" critically deeply discharged batteries from the voltage level from 4V
• Program for regeneration of sulphurized batteries (desulphurization)
• Program for regenerating neglected, deeply discharged batteries
• Maintenance (buffer) power supply mode
• Power mode to protect against loss of configuration of settings in the car during battery replacement
• Charging mode in winter conditions at -20C / +5C
• Short-circuit, anti-spark, reverse polarity, overcharge and overheating protection
• Enclosure in IP65 class - protection against water and dust

8-STEP CHARGING CYCLE:

STEP 1 Battery test - After selecting the charging mode, the device checks the battery voltage level. If the battery can take charge then the charging mode begins

STEP 2 "Raising" the battery - Attempt to "lift" the battery from deep discharge with minimum voltage and current

STEP 3 Desulfurization - Pulse charging of the battery. It helps to restore the chemical properties of a deeply discharged battery. Pulse voltage removes sulfates from the lead plates of the battery, restoring its capacity.

STEP 4 Primary charging -Maximum current charging up to 80% of battery capacity

STEP 5 Absorption - Charging with decreasing current and maximum voltage to maximize the charge to 100% of the battery capacity.

STEP 6 Analysis - Three-minute interruption of the charging process to perform battery analysis and test. The charger checks whether the battery is able to hold the charge.

STEP 7 Regeneration - The charger goes into low current and increasing voltage charging mode to restore the original battery capacity

STEP 8 Maintenance buffer charges - The charger monitors the battery voltage and provides a pulse if necessary to keep the battery fully charged. The charger takes short maintenance charges, compensates for self-discharge and prolongs battery life.

Specifications