Product overview
The SKYRC e3, product code SK-100081, is an AC balance charger for 2–3-cell LiPo batteries. Its physical package measures 88x57x35mm and weighs 103g, with a built-in balance module and direct AC input that requires no external adapter. The supplied configuration comprises the e3 charger, a power cord and an instruction manual. Its electrical integration requirements are an AC supply specified as 100-240VC,50-60Hz and a battery within the stated chemistry and cell-count limits.
Charging current reaches a maximum of 1.2A, with a per-cell cutoff voltage of 4.2V ± 0.02V. Circuit power is specified as 11W ± 10%, alongside a separate 13W maximum-power rating. Short-circuit and reverse-connection protection accompany LED indications for standby, charging and completion. Red flash codes identify battery connection errors, overload or short circuit, individual cell voltage outside limits, and a battery-pack voltage difference of 300mv. These indications provide charging and fault status during operation.
Specifications
| Specification | Value & conditions |
|---|---|
| Manufacturer and model | SKYRC e3 charger |
| Product code | SK-100081 |
| Charging function | AC balance charger for 2–3-cell lithium-polymer batteries |
| AC input voltage and frequency | 100-240VC,50-60Hz |
| External adapter requirement | No external adapter required |
| Battery type | LiPo |
| Battery cell count | 2–3 cells |
| Charging current | Maximum 1.2A |
| Cutoff voltage | 4.2V ± 0.02VPer cell. |
| Circuit power | 11W ± 10% |
| Maximum power | 13W |
| Dimensions | 88x57x35mm |
| Weight | 103g |
| Balance module | Built-in balance module |
| Protection functions | Short-circuit and reverse-connection protection |
| Supplied configuration | E3 charger, power cord and instruction manual |
| Indicator function | Charging-status indication |
| Flashing green indicator | Standby |
| Steady red indicator | Charging |
| Steady green indicator | Charging complete |
| One red flash | Battery connection error |
| Two red flashes | Battery overload or short circuit |
| Four red flashes | Individual cell voltage too high or too low |
| Six red flashes | Battery-pack voltage difference of 300mv |
