SkyRC PC1500 AC Charger (12S-14S LiPo/LiHV - 1500w)

Features

• Dual-Channel High-Power Matrix: Equipped with two independent charging ports capable of simultaneously balancing and cycling two massive high-voltage packs in Slow Charge mode.
• Built-in CAN bus communication: Seamlessly reads, authenticates, and analyzes telemetry from smart batteries equipped with custom CAN protocols, instantly identifying cell data, history, and pack safety thresholds.
• Three optimized program modes: Features an ultra-simplified interface layout for quickly switching between fast charging (maximum current punch), charging (balanced slow charging), and storage (cells are safely cycled to 3.8 V per cell for long-term rest).
• Smart Pulse Pre-Charge function: Automatically monitors the pack's overall health through the balance leads before initiating standard current loads. If a cell is deeply discharged, it delivers a gentle, low-current pre-charge pulse to safely recover the cell and extend the battery's overall service life.
• Aggressive active PFC architecture: Features integrated Active Power Factor Correction (PFC) circuits that achieve up to 93% energy conversion efficiency. This grid optimization maximizes continuous power delivery from the wall while minimizing harmonic distortion and noise feedback on the electrical line.
• Conformal coating for harsh conditions: Internal power PCBs are layered with a robust anti-corrosion, moisture-resistant, smoke-resistant conformal coating, ensuring stable, reliable outdoor operation in humid agricultural fields or dusty work sites.
• Industrial convection airflow filters: Equipped with high-speed cooling fans with bladed impellers that physically minimize noise while maximizing high wind pressure. The chassis intake layers feature removable, washable foam fan filters designed to block sand, dust, and particulate buildup.
• Comprehensive safety interlock protection: Equipped with autonomous hardware layers that protect against short circuits, reverse polarity, overcurrent loops, overcharging tolerances, and severe overtemperature limits.