Aku laadija 4 pesa

Aku laadija 4 pesa

Akude laadija LII-S4 LCD Smart Battery Charger 4 Slot for 18650 and more batteries

Rohkem infot

26,40 € -


1 toode on laos

Boonus Ostes antud toote, kogute 2 boonuspunkti. Teie ostukorvi lisatakse ka 2 punkti mis on võimalik konverteerida kupongiks, väärtusega 0,40 €.

LII-S4 LCD Smart Battery Charger 4 Slot  sobib Li-ion, LiFePO4, NiMH/NI-Cd  ja teisetele akudele


Type: Battery Charger

Color: Black

Input: DC 5V 2A


DC 4.20V for Li-Ion

DC 4.35V for IMR

DC 3.65V for LiFePO4

DC 1.50V for NiMH/NI-Cd

Output Current(Selective):

Li-Ion/IMR/LiFePO4: 2000mA*1/1000mA*2/500mA*4

NiMH/NiCd: 500mA

Standby Current: <15mA

Compatible with:Li-ion / IMR/LiFePO4: 266502170020700, 18650, 18490, 18350, 17670, 17500, 16340(RCR123), 14500,



Item Size: approx.11.8x10x3cm/4.6x3.9x1.2inch


Package Included:

1X Battery Charger

1X USB Cable


4-slots independent charging and independent management system, Micro USB DC 5V/2A input.

With battery polarity auto-detection function(any polarity).

Selective 0.5A/1A/2A charging currents for Lithium batteries by long press the current button. The defaulted current is 0.5A.

Built-in digital display screen shows the real-time charging status of channel no. (CH), voltage, current, time, capacity and battery type of Li-Fe 3.20V / Li-ion 3.70V /Li-ion 3.85V (IMR); When two channels charging, total current will be no more than 2A( when only 1pcs battery inserted, the charging current will be 2A, after the second battery inserted, the current will be automatically lowered to 1A; when charging finish, it shows "FULL".

Identify Li-Ion and Ni-MH battery automatically; Select manually by short-press the mode button for IMR battery(3.85V Li-ion )and LiFePO4 battery(3.2V). Will not charge batteries with 0.0≤U<0.2V for NiMH/Cd and 1.65≤U<2.2V for Li-Ion.

Multiple safety protection functions of over-charging, over-discharge, short-circuited and can automatically Identify broken/defective battery(will not charge bad batteries). Charging under constant voltage and current.