SkyRC PC1080 AC Charger (6S LiPo/LiHV - 2x 540w)

Features

• 1080 W dual-channel output power: Features two independent charging circuits that deliver up to 540 W of dedicated power per channel. Charge two 6S battery packs simultaneously without sharing power or loss of performance.
• Ready for LiPo and high-voltage LiHV: Optimized for use with both standard 4.20 V lithium-polymer cells (LiPo) and high-energy 4.35 V lithium high-voltage cells (LiHV). Switch seamlessly between battery types with a simple key combination.
• 3 dedicated operating modes: * Balance Charge: highly precise automated voltage regulation to balance cells perfectly.
• Fast Charge: advanced mathematical algorithms that balance charging cycles to minimize total charging times.
• Storage: Safely charges or discharges cells to an optimal 3.90 V per cell to extend battery life during periods of non-use.
• Active PFC (Power Factor Correction): Uses specialized active internal circuits to optimize the power factor to an exceptional 93%, ensuring cleaner integration with the power grid, reduced interference, and maximum energy efficiency.
• Multi-Charger Master/Slave synchronization: Save time when charging large fleets. Connect two or more PC1080 chargers via a data cable; configuring parameters on the designated "Master" unit automatically programs all connected "Slave" channels immediately.
• Built-in precision testing tools: Functions as a standalone diagnostic center on the bench. Features an integrated digital battery voltage meter and an internal cell resistance meter (IR) to immediately monitor individual cell health and accurately match packs.
• Industrial conformal coating: Internal circuit boards are treated with a specialized protective conformal coating to isolate electronics from moisture, airborne dust, accidental chemical exposure, corrosion, and extreme temperatures.
• Heavy-duty Wing-Blade cooling: Equipped with dual high-speed cooling fans with dual ball bearings, combined with a high-density internal finned aluminum heatsink to quickly draw heat away from critical components under sustained 20 A loads.