Technical Data Sheet EZP06DC005 Series Battery Charger 6 Watt VARTA EasyPack battery charger Features: 1 bay desktop charger suitable for charging VARTA Microbattery EasyPack Lithium Polymer batteries Integrated AC/DC switch mode power supply Pulse charging method 4.2V charging voltage 1A maximum charging current Battery temperature monitoring Resistor based battery identification Applications: Standard charging station for VARTA EasyPack bat- tery packs for mobile devices used in industry and customer areas Specification Input Output Voltage range 100 240VAC Voltage range 0 - 4.2VDC nom. Frequency range 50/60Hz Power 6W max. Input current 0.2A max. ( 100VAC) Current 0 - 1A nom. (2) Standby power 0.3W max. Voltage tolerance 1% max. (2) Input fuse 800mA Current tolerance 10% max. (4) Leakage current < 250A (1) Ripple & Noise < 120mV pk-pk Protection Short circuit Over temperature shutdown Input-/output over current protec- tion Reverse polarity Environmental General (5) Cooling convection cooled Battery Adapter EZP S 3.7V, EZP M 3.7V, EZP L 3.7V, EZP XL 3.7V Temperature Operating: Input connector IEC60320 , C8 (2-pin) 0C to 40C (3) Non-operating Efficiency typical 80% at 100% load -40C to 70C Pressure & Operating: MTBF > 20000h at 25C and full load per altitude 1060hPa to 795hPa MIL-HDBK 217F -382m to 2000m Non-operating: Green RoHS 1060hPa to 572hPa procurement WEEE -382m to 4570m China RoHS Humidity 5 to 90% r.H., Indicator LED (green, orange, red) non-condensing Charge and termination methods Maximum The charger will automatically charge at 1C up to a maximum of 1A whichever is smaller. Charge LiIon / Fast Charger uses the Pulse charging method: when battery voltage is above 3.06V, charger is LiPolymer Charge fast-charging (LED is orange) until the on/off duty cycle falls to 1/8. Then charger indi- / Top-off cates that the battery is charged to approximately 95% of full capacity and goes in top-off Charge charge (LED still is orange). Further cut off Timer Terminate the charge process based on a safety timer. criteria TCO Charge process stops if the temperature is out of a specified safety window. DS EZP06DC A.doc Subject to technical changes without notice * Released document Copy is not subject to revision service 1 / 2 Technical Data Sheet EZP06DC005 Series Battery Charger Charge phases and Indicators LED - Indicators (dual LED: green / red) Charge phase Description Green Orange Red No battery No battery connected, power on ON Pre-charge 0V < battery voltage < 3.06V (1%) FLASHES pre-charge / pre-qualification / wake-up charge: I = 15mA for a max. period of 40 minutes Fast charge 3.06V (1%) < battery voltage < 4.18V (1%) ON fast charge: I = I (500mA to 1A depending on ID), pulse-charging out if no EZP-ID is founded: I 550mA, pulse-charging Top-off charge 4.18V (1%) < Battery voltage < 4.20V (1%) ON trickle charge (top-off): I = I (500mA to 1A), out reduced pulse frequency (Fast-charge + Top-off-chage = max. 6 hours). Standby / Battery cell full (4.2V, 1%) ON Battery full no charge current: I = 0A Failure 1. Battery with defective NTC FLASHES 2. Pre-charge timeout (40min) is reached and battery voltage remains under 3.06V 3. Battery Temperature fault T <0C or T > 45C 4. Bad contact between charger and battery 5. Fast-/Top-off-charge timeout (max. 6hours) is reached and battery voltage remains under 4.2V In all these cases, charge current I = 0A Other Power off or charger broken OFF OFF OFF Safety & EMC Regulatory approvals Europe CE (EN 60950-1) USA, Canada cETLus Japan PSE Electromagnetic Europe EN55022, class B emissions USA FCC part15, class B International CISPR 22, class B Electromagnetic ESD immunity EN61000-4-2, 4kV/8kV (contact/air) Immunity Electromagnetic field immunity EN61000-4-3, 3V/m EFT / Burst EN61000-4-4, 2kV Surge EN61000-4-5, 1kV Conducted Immunity EN61000-4-6, 10V Insulation class II Mechanical Details Housing dimensions (LxWxH) 115 x 68 x 41 mm Weight 210 g (inc. cables & connectors) Notes: - Ambient temperature T = 20C unless otherwise noted. A - Load regulation is measured at the charger battery contacts. 1. Measured with a 0.1F ceramic and a 10F electrolytic capacitors across the output terminals. The oscilloscope bandwidth is set at 20MHz a co-axial cable will be used to measure it. The test condition is maximum load. 2. Total regulation tolerance includes initial set accuracy, line and load regulation 3. Power losses of input and output cables are not considered here. 4. The rms method is used for leakage current measurements. 5. All 4 battery adapters are part of the packing unit. Germany/Headquarters France USA Hong Kong/China RRC power solutions GmbH RRC power solutions SAS RRC power solutions Inc. RRC power solutions Ltd. Technologiepark 1 69, rue Louise Michel 18340 Yorba Linda Blvd., 9/F Park Tower, 15 Austin Road D-66424 Homburg / Saar F-92300 Levallois-Perret Suite 107-437 Tsim Sha Tsui, Kowloon, Hong Kong Yorba Linda, CA 92886-4104 Tel.: +49 6841 98090 Tel.: +33 13005 6100 Tel.: +852 2376 0106 Tel.: +1 714 777 3604 Fax: +49 6841 9809280 Fax: +33 13005 6101 Fax: +852 2376 0107 Fax: +1 714 777 3658 Email: sales rrc-ps.de Email: france rrc-ps.com Email: hkrrc rrc-ps.cn Email: usa rrc-ps.com Web: www.rrc-ps.de Web: www.rrc-ps.com Web: www.rrc-ps.com Web: www.rrc-ps.com DS EZP06DC A.doc Subject to technical changes without notice * Released document Copy is not subject to revision service 2 / 2