Electrifly Poly Charge 4

The instructions for the ElectriFly PolyCharge4 charger state the

built-in fan turns ON when a load is present on any of the four outputs.
This is incorrect. The fan turns ON any time input power is applied
to the charger. We regret this error.
**Do not use this charger with NiCd, NiMH or Lithium Ion batteries,**
**They are not compatible.**
**Damage from misuse or modification of this charger voids the warranty.**

FEATURES: Four outputs independently Charge 1-4 cell Lithium Polymer batteries
Automatically detects number of cells on each output-no switch to set
"Constant Current/Constant Voltage" Charge method
Each output features push-button START/STOP control, three-hour
safety timer and dial to set battery capacity from 300mAh-3000mAh
Audio and tri-color LEDs provide warnings for improper input voltage
and output reverse polarity
Built-in cooling fan
Reverse polarity and current overload protection on input

INCLUDES: One Great Planes ElectriFly Lithium-Polymer battery charger with
alligator clip input connectors & banana jack Charge outputs
Instruction manual

REQUIRES: A 12V-15V DC Power Supply or an automotive battery able to provide at least
14A continuous

SPECS: General Specifications:
Input Voltage: 12-15V DC
Number of Outputs: 4
Input Connectors: Alligator clips, hard-wired directly to charger
Case Size: 8.2" x 1.5" x 5" (208x38x126mm)
Weight: 21.8oz (617g)

Output Specifications:
Battery Type: 1-4 (3.7-14.8V) Lithium Polymer cells only
Charge Control: Push-button
Charge Termination: "Constant Current/Constant Voltage"
Battery Capacity Range: 300-3000mAh (for batteries larger than
3000mAh, full Charge time will exceed one hour)
Fast Charge Current: 300mA-3.0A
Status Indicators: Tri-colored LED and audible buzzer
Charge Output Jacks: Banana jacks
Safety Timer: 3-hour maximum Charge time
Fuse: 20A replaceable auto type spade fuse

COMMENTS: The maximum voltage LiPo cells can receive during Charge is
roughly 4.20V. It is not uncommon that after Charging LiPo battery
packs containing multiple cells for the voltage to be slightly less
than 4.20V per cell. This is normal. Cells which repeatedly measure
under 4.10V after being Charged may require further evaluation.
Cells which repeatedly measure under 4.00V after being Charged
may require replacement.