Fenix ARB-L18-3500U 18650 USB battery 3500mAh

Fenix ARB-L18-3500U 18650 USB battery 3500mAh

Name: Fenix ARB-L18-3500U 18650 USB battery 3500mAh
Brand: Fenix
SKU: ARB-L18-3500U
Price: 42.9 CHF
Availability: InStock

SKU: ARB-L18-3500U

GTIN: 6942870304724

Category: Rechargeable batteries

available
Delivery time: 1 - 3 Workdays (Other countries)

42.90 CHF

incl. 7,7% VAT , plus (Standard)

Original Fenix 18650 Li-Ion battery ARB-L18-3500U with USB charging port - voltage: 3.6V - charging current: 0.8A via USB / max. 2A in charger - power: 12.6Wh - 500 charging cycles - 70 x 18.6 mm - 50.2 g - protected

pcs.

Description
Reviews

Fenix ARB-L18-3500U 18650 Li-Ion USB Battery - protected

The Fenix ARB-L18-3500U is a rechargeable 18650 Li-Ion USB battery with a capacity of 3500mAh and an integrated micro USB charging port. Via the USB port, the Fenix battery can be quickly charged without the need for a separate charger. Alternatively, charging with an external charger is also possible.

Like all Fenix Li-Ion batteries, the ARB-L18-3500U is also in a solid steel tube, which immensely reduces a potential risk of short circuit due to collision or impact. In addition, the Fenix ARB-L18-3500U battery is protected against short circuit, overcharging and overheating.

The high-quality Fenix ARB-L18-3500 battery was specially developed for the operation of high-performance flashlights. With a high capacity of 3500mAh, excellent performance and high reliability, the Fenix 18650 battery is the best choice among rechargeable Li-Ion batteries.

Features of Fenix USB rechargeable battery ARB-L18-3500U

Original 18650 Fenix battery with 3500mAh
rechargeable via micro USB cable
Charge level indicator via built-in LED
Specially designed for high power flashlights
Built-in protection circuits against short circuit, overcharging and overheating
Pressure relief to prevent explosions
High mechanical protection due to steel casing
Button-top design
High quality and reliable
Fast charging capability
Up to 500 charging cycles
No memory effect
Very low self-discharge