Cart
Cart
Recently added item(s)
Nitecore V2 Universal Charger
Shipping: Immediately
£39.56
£46.49
You gain
£6.93
Clearance! Last items in stock
- description
- technical data
- Reviews
- Buy together
£46.49
£39.56
Microprocessor-based V2 universal charger from Nitecore. Designed to charge lithium-ion, nickel-cadmium and nickel-metal-hydride batteries.
It is made of durable, damage-resistant and heat-resistant polycarbonate.
It automatically recognizes the type of battery and selects the appropriate voltage when charging. Two batteries can be charged simultaneously and independently. By adjusting the length of the channel with long-stroke sliders, both the longest 18650 cells and short RCR123 cells can be charged. The sliders are pressed with strong springs to ensure that the battery is held securely in the channel and makes proper contact.
Once the battery is charged, the charger automatically stops the charging process. Green LEDs at both channels indicate the degree of charge. Two USB ports allow you to use the charger and batteries as a powerbank and charge your mobile devices. A car cable allows you to use the charger while traveling.
In addition, the charger is equipped with an overcharge protection system, reverse polarity protection and a heat dissipation system to prevent overheating.
Certifications: CE, RoHS, FCC, Cec.
Technical data
Number of charging channels: 2
Power supply current: DC 12V 42W (MAX)
Dimensions: 67 × 65 × 125
Weight: 198 g
Manufacturer: Nitecore, PRC
MILITARY.EU is a premium dealer of Nitecore.
Nitecore is one of the global leaders in the advanced lighting segment, offering flashlights, headlamps, chargers and EDC and outdoor accessories. The brand's products are available in more than 100 countries and are used by uniformed services, the military, hunters, divers, sailors and survival enthusiasts. Nitecore has been setting industry standards for years, implementing intelligent power systems, advanced cooling and electronic controls. The extensive range includes high-performance equipment with increased resistance to field and mechanical conditions.
