Features

Standard RRC Wall-plug Charger for iS Li-Polymer/Li-Ion batteries
• Wide AC input range from 85V — 264V
• 75% Efficiency
• Available with EU, UK, US or AUS AC-input-plug
• Output: 4.2V, 500mA (other charge currents up to 1A possible)
• Integrated 5.8W switch mode power supply
• Safe and exact charge algorithm and operation
• LED operation display
• UL60950 / 1EC60950 certified, CE approved
• Robust and compact design: 65mm x 27mm x 63mm, 11O-130g

Benefits

Design and Development
• Plug & Play: fast development, rapid design-in
• No charge electronics necessary in main device:
_ >> less heat generation in the main device
_>> frees up valuable real estate in main device
• No NREs, no tooling costs

Lower Costs
• One charger for all kind of iS Li-Ion/Li-Polymer batteries (incl. EasyPack)
• Cost optimized for high volumes
• No additional power supply required

Safe Operation
• Over temperature protection
• Short circuit protection
• Over voltage protection
• Additional end-of-charge-criteria: Temperature, Voltage, Time

Features

Standard RRC Desktop Charger for various VARTA EasyPack batteries (Li-Polymer, iS)
• Wide AC input range from 85V — 264V
• 75% Efficiency
• Output: 4.2V, O-1.2A
• Integrated 5.8W switch mode power supply
• Charger automatically recognizes which EasyPack Battery has been _inserted and the selects correct charge algorithm
• Safe and exact charging algorithm and operation
• LED operation display
• Each battery has its own plastic adapter to ensure a perfect fit in the _charger
• UL60950 / 1EC60950 certified, CE approval
• Ergonomic design: 115mm x 64mm x 40mm, 122g

Benefits

Design and Development
• Plug & Play: fast development, rapid design-in
• No charge electronics necessary in main device:
_>> less heat generation in the main device
_>> frees up valuable real estate in main device No NREs, no tooling
_costs Lower Costs
• One charger for 4 different batteries
• No additional power supply required Fast Charging Times
• Charge current 1C (max. 1A) Safe Operation
• Over temperature protection
• Short circuit protection
• Over voltage protection
• Additional end-of-charge-criteria: Temperature, Voltage, Time