XTAR VP1 Battery Charger w/LCD

The newest and baddest XTAR series charger is here!!! The VP1 is a professional automatic charger with high charging current which is designed to charge 10440/14500/14650/16340/17670/18350/18500/18650/18700 3.6/3.7V Li-ion and Li-mn batteries. The VP1 features a Algorithm (CC.CV) charging system with optional and adjustable charge current: 250mA, 500mA, 1A. This charger has a switchable LCD indicator to display the real-time charging voltage and battery status. It also features an activation function for overly discharged batteries and can recover the overly discharged batteries. It also has a soft start feature which prevents damage from a large current surge. This charger also has reverse-polarity protection built in. Car charger and wall adapter are included.

2 Channels 10440/16340/14500/14650/17500/17670/18350/18500/18650/18700 XTAR VP1 Intelli-Battery Charger

Operation Temperature: Room temperature 0~40℃
Input AC: 12V DC 1000mA
0.25A CC :250mAh±30mAh
0.5A CC :500mAh±50mAh
1.0A CC :1000mAh±80mAh
Cut-off Voltage: 4.2V±0.05V
Detection precision:±0.03V
Weight: 95g
Size(mm): 118.0 length x 62.0 width x 34.0 height

Features:

1.Two independent charging channels for 10440/16340/14500/14650/17500/17670/18350/18500/18650/18700 Li-ion battery
2.Algorithm(CC.CV)charging system
3.Optional and adjustable charge current:250mA,500mA,1A
4.VP1 with switchable LCD indicator to display the real-time charging voltage and battery status
5.Activation function for over discharging battery.VP1 can recover the overly dicharging protected batteries
6.Soft start function avoids damage from a large current surge
7.Automatically restart charging when batteries voltage(full charged batteries not taken out from the charger channel)is below 3.9V(batteries may self discharge)
8.Reverse-polarity protection circuit board

Notice: The above-mentioned parameters tested in Lab are approximate and may vary between flashlight/charger, batteries and environments.

Additonal Charging Spacers

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Notice: The above-mentioned parameters tested in Lab are approximate and may vary between flashlight/charger, batteries and environments.