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Liibattaries USB-C Rechargeable Powerful batteries Lithium-Ion CR123A analog 16340 750mAh 3V (2pcs)

EB Kodas: EB1748437433

Gamintojo prekės kodas: 
LIB510811

Gamintojas, prekės ženklas: 
Liibattaries

 21,02  
PVM įskaičiuotas / gb
Tiekėjo sandėlyje 4 vnt
⛟ Pristatymas 1-3 darbo dienos po apmokėjimo. 
-+

SPECIFICATIONS

  • Size: 11x69mm
  • Capacity/voltage:   750mAh/3V
  • Charging voltage: DC5V-250mA
  • Voltage limit: 1A(max)
  • Charging mode:  Type-C

TESTED BY TÜV SÜD

TÜV SÜD is an internationally recognized certificate issued by Technischer Überwachungsverein Süd , which is one of the leading providers of testing, inspection, auditing, certification and technical consulting services.

  • Nominal voltage
  • Typical capacity
  • Internal impedance
  • Specific energy
  • Allowable temperature range
  • Standard charge/discharge current
  • Lifespan
  • Charge/discharge temperature

Choose a CR123A battery with a USB Type-C port and enjoy a modern, convenient and eco-friendly power source

  • Fast charging:   thanks to USB-C
  • Savings: Long-term reduction in costs associated with purchasing disposable batteries
  • Ecology: Reduced environmental impact thanks to reusability
  • Lifespan: Over 800 charging cycles (tested) - lasts much longer.

*Dedicated Liibattaries USB-C cable (4 cables in one!) , can be purchased at our auctions.

The CR123 battery can be replaced by the 16340 or RCR123A battery.

Different manufacturers produce batteries of the 123 type under the following names:

123, 123A, CR123, CR123A, CR-123, CP123A, LR123, DL123, VL123, VL123A, RL123, RL123A, EL123, EL123A, EL123AP, CR17354, 5018LC, battery CR-123A.

All these elements are analogs that different manufacturers can mark differently, but the marking in most cases contains the number 123.

However, these batteries, depending on the type of chemical composition, can have a voltage of 3, 3.2, 3.6, 3.7 Volts. Therefore, the only complete analogue of the 123 battery can be the 16340 3v battery. And before using other types, it is necessary to find out whether the device can withstand increased voltage.