Cargador iCharger 4010 Duo
The Jun-si iCharger 4010 Duo is a handy universal charger which can be used for charging and uncharging NiMH, LiPo, LiIo as well as LiFe and lead batteries.
Especially suitable for lithium cells. Necessary balancers are integrated.
Delivery contains Jun-Si iCharger 4010 Duo, 2 balancer conversion boards (Align/Dualsky system), 2 connection cables for balancer conversion boards, 2 charging cables, driver CD, USB cable, connection cable power supply and German operating manual.
Specifications:
- Input voltage: 9.0 V - 50.0 V DC
- Max. input current: 65.0 A
- Battery types: LiPo, LiIo, LiFe, NiCd, NiMH
- Charging wattage: 1,400 W each output with min. 23.5 V input voltage, 2,000W in synchronous mode
- Charging current: 40.0 A each output, 70.0 A in synchronous mode
- Discharging wattage: 130 W each output, 200 W in synchronous mode
- External discharging wattage: 1,600 W each output, 3,200W in synchronous mode over external discharging resistors
- Energetic recovery wattage: 1,400 W each output, 2,000 W in synchronous mode
- Balancer current: 1.2 A each output, 2.4 A in synchronous mode
- Cutoff method: Delta-Peak method for NiCd and NiMH batteries, constant current/constant voltage for Lithium and Pb batteries
- Display: Color TFT display
- PC link: USB port
- Storage medium: SD card
- Weight: 1,470 g (51.85 oz)
- Dimensions approx. : 210x140x80 mm (8.27x5.51x3.15 in)
Features:
- Progressive converter technology (buck-boost DC/DC converter) for high efficiency
- Very high charging wattage for up to 2,000 W
- Charging currents up to 40 A each output, with coupled charging outputs even up to 70 A
- Up to 10 cells of LiPo, LiIo and LiFe can be charged and discharged on each output. The voltages are balanced with a high balancer current of 1.2 A considering the internal resistance.
- RPM regulated van control
- Over temperature protection
- Saving of up to 64 data sets and import/export from/to SD card
- Display of all important data via color display: Current, voltage, wattage, capacity, internal cell resistance, battery temperature, charger status
- Different descharging modes: Normal and regenerative discharging, high current descharging with external resistor
- Detection of single cells' internal resistance as well as battery pack's internal resistance
- Mulitple safety features for secure operating: Input and output polarity protection, current and voltage protection, battery over temperature protection, protection of over capacity
