SKYRC iMAX B6AC V2 – AC/DC Dual Power Charger/Discharger for LiPo & More

Meet the SKYRC iMAX B6AC V2: a refined balance charger for confident charging

The iMAX B6AC V2 builds on the well-known B6AC by delivering improved accuracy and stability. This microprocessor-controlled station handles a wide range of current battery types and offers new ways to manage charging with precision.

Key capabilities that matter in real life

• Dual power input: AC or DC, up to 6 A charging current and 50 W power – ideal for fast, reliable sessions.
• Wide battery support: LiPo, LiFe, LiIon, NiMH, NiCd, and Pb with an integral six-cell balancer for balanced packs.
• Enhanced control: settable terminal voltage, optional PC control, and firmware upgrades to keep performance current.
• Electrical safety and management: Automatic Charging Current Limit, Capacity Limit, Temperature Threshold, and Processing Time Limit to help protect cells and equipment.

What you get in the box includes the main charger, a power cord, and charging cables, ensuring you can plug in and start charging with minimal setup.

• Compact design: weight around 632 g with dimensions 144 x 135 x 36 mm, making it portable for field and home use.
• Versatile tool for battery maintenance: acts as a battery meter and internal resistance meter, giving quick insight into pack health between sessions.

Real-life scenarios often involve different pack chemistries and capacities. The B6AC V2 adapts to these needs, offering clear feedback, safety nets, and the flexibility to manage charging workflows without guesswork. It’s a practical companion for RC hobbyists, school projects, or workshop repair tasks who value dependable power management without overpromising results.

Why choose SKYRC B6AC V2

Upgrade your charging routines with improved accuracy and stability. The V2 model is designed to be adaptable and user-friendly, helping you approach charging with confidence rather than uncertainty.

Getting started quickly

• Connect the charger to a safe power source and attach the appropriate battery leads.
• Select the battery type and cell count, then set a target voltage if needed.
• Monitor progress on the display or via PC control, then stop when finished.