BCDC Alpha 50A

The BCDC Alpha 50A is a rugged 12V, 50A DC to DC battery charger. It is perfect for charging batteries in a wide range of recreational vehicles.

Stay powered on every adventure. This Australian-made battery charger ensures you are always charged and never stranded.

It uses advanced technology to charge your auxiliary and start batteries via your vehicle’s alternator and solar power.

The BCDC Alpha is the only DCDC charger that can both charge and recover your start battery.

Use excess solar power to maintain a start battery. To revive a flat start battery, just press a button or use the smartphone app.

The built-in Green Power Priority™ prioritises solar input. This minimises the load on your alternator and saves fuel.

Built tough with IP67/69K dust and moisture protection, it is ready for the harshest conditions.

Monitor your charger in real time via Bluetooth on your mobile device.

Get instant access to charge status, battery temperature, and system performance in the palm of your hand.

Installation is a breeze with a user-friendly pushbutton interface, screw terminals, and input current limiting.

Wiring kits and mounting brackets are available for a seamless setup.

It is compatible with common automotive batteries, including heated and standard lithium (LiFePO4).

The BCDC Alpha delivers reliable power to keep you ready for your next great adventure.

Key Features of the BCDC Alpha

• 50A Charging from DC and solar power
• Compatible with all common automotive battery types including lithium (LiFePO4)
• Outlast other chargers with IP67/69K dust and moisture protection
• Easy installation with pushbutton interface and screw connections
• Charge back to your start battery with excess solar
• Recover a flat start battery with the push of a button
• Remote monitoring and control from the RedVision app with Bluetooth
• Protect your vehicle’s alternator with adjustable input current limit
• Future proof charging with over-the-air updates

Redarc Technical Support HERE

More DCDC Chargers HERE