Emos BCN-42D Manual De Instrucciones página 4

of the charger has reached 60 °C ±5 °C, it stops the
charging process.
• Charging is controlled by a smart dV function, which protects
batteries against overcharging and features a safety timer,
which will switch charging to maintenance mode.
• The charger also features protection against short circuit,
reversed polarity, overvoltage and undervoltage, which
protects the batteries and the charger from damage.
Smart Breathing Light Indication
The charger features smart LED status indication known as a
breathing light.
• The LED is off when there are no batteries in the charger.
• When charging/discharging, the LED turns on and off at
regular intervals.
• Once charging/discharging is complete, the LED stays on.
Power Supply
The charger is fitted with a USB-C connector (see Fig. 4) so that
it can be powered using the most modern adapters. Power the
charger preferably from a power source with power of at least 10 W
(5 V/2 A). This ensures the charger runs optimally.
Charge Anywhere
The package includes a USB-A to USB-C cable (see Fig. 4), which
allows charging anywhere from any device equipped with a USB-A
power delivery port.
Mode Types
• The charger offers a total of 4 modes. You can select modes
using the MODE button.
Charging mode:
Once a battery is placed in the charger in accordance with the
instruction manual, the charger automatically switches to CHARGE
mode after 8 seconds.
While the battery is recharging, the LCD screen will show the
charged capacity, charge time, battery voltage and charging
current.
Discharging mode:
Once a battery is placed in the charger in accordance with the
instruction manual, select DISCHARGE mode.
While the battery is discharging, the LCD screen will show
the discharged capacity, discharge time, battery voltage and
discharging current.
Capacity measurement mode:
Once a battery is placed in the charger in accordance with the
instruction manual, select TEST mode.
The mode has 3 stages: charging – discharging – charging.
The capacity of the battery is measured after the conclusion
of the 2nd stage.
While the battery is being measured, the LCD screen will show
the capacity of the battery, discharge time, battery voltage and
charging current.
Battery reconditioning mode:
Once a battery is placed in the charger in accordance with the
instruction manual, select CYCLE mode to recondition the battery.
This mode is suitable for older batteries. The charger will run several
charge-discharge cycles.
This gradually reconditions the battery and improves its capacity.
The mode may last for up to several days depending on the selected
charging/discharging speed and ends only once the capacity of the
battery is no longer increasing in a major way.
Specifications
Input: max. DC 5 V/2.0 A
Output
Charging: 1.48 V ±0.05 V
250 mA/500 mA/750 mA/1000 mA × 4 ±10 %
Discharging: 250 mA/500 mA × 4 ±10 %
Operating temperature: +0 °C/40 °C
Storage temperature: -20 °C/80 °C
Operating Instructions
Getting Started
1. Plug the USB-C connector (see Fig. 4) of the enclosed cable
into the USB-C socket in the charger (see Fig. 1).
2. Plug the USB-A connector (see Fig. 4) of the enclosed cable
into an adapter or another device that will power the charger.
3. Make sure the adapter is connected to the mains or that
the device (e.g. notebook, power bank, etc.) is sufficiently
powered or charged.
4. Once properly connected to power, the charger runs a check
and performs autodetection. At first, the entire screen will
light up, then „null" appears on the screen after 2 seconds
(see Fig. 3). The device is now ready to charge.
5. Insert suitable rechargeable batteries in accordance with the
polarity indicated on each slot, i.e. with the positive pole (+)
pointing up (see Fig. 1).
6. Select a mode using the MODE button (see Fig. 3) and
choose a charging/discharging current value using the
CURR button (see Fig. 3).
7. Once the selected mode has completed, END appears on
the screen (see Fig. 1).
Do not dispose with domestic waste. Use special collec-
tion points for sorted waste. Contact local authorities for
information about collection points. If the electronic de-
vices would be disposed on landfill, dangerous substanc-
es may reach groundwater and subsequently food chain, where it
could affect human health.
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