Why is this PrimaLuceLab adapter 12.8V instead of the standard 12V?
The higher 12.8V output is a deliberate design choice to counteract voltage drop. When multiple devices draw significant power from the EAGLE, the voltage can dip. By starting at 12.8V, this adapter ensures that even under heavy load, the power supplied to your sensitive equipment remains safely above the 12V threshold, preventing crashes and hardware instability.
Do I need the 14A version of the PrimaLuceLab EAGLE power adapter?
The 14A version is recommended for imagers with high-demand setups. If your total system power consumption (cooled camera, large mount, multiple dew heaters, etc.) is expected to approach or exceed 9A, the 14A capacity of this adapter provides the necessary headroom for stable, reliable operation.
I'm running an EAGLE with a cooled camera, a mount, and dew heaters. Is this 14A PrimaLuceLab adapter sufficient?
Yes. This is precisely the scenario this adapter is designed for. A typical setup with a cooled CMOS camera, a GoTo mount, and active dew control can draw up to 9A. The 14A capacity provides more than enough current to power these components through the EAGLE without issue.
What plugs are included with the PrimaLuceLab 12.8V AC Adapter?
The adapter comes with three interchangeable plugs to ensure global compatibility. Included are plugs for EU (Schuko), UK, and USA style wall outlets.
My observatory power outlet is 4 meters away from my EAGLE on the pier. Is the cable on this PrimaLuceLab adapter long enough?
Yes. The adapter itself has a cable, and it includes a 2.5-meter extension cable. The combined total length is 5 meters, providing ample reach for most observatory layouts and ensuring you can safely route the cable from the wall to your telescope pier.
Can I use this PrimaLuceLab 12.8V AC adapter in a country with 220V mains?
Absolutely. The power supply has a universal input that is compatible with voltages from 100V to 240V. Combined with the included EU and UK plugs, it is ready for use in almost any country without needing a separate voltage converter.
