Power your entire pedalboard with confidence using this reliable power solution. Connect all your beloved digital and analog pedals to multiple high current DC outputs for a seamless and regulated power experience. With thermally protected and short circuit-proof design, enjoy ultra-low noise operation and peace of mind, knowing your pedalboard is in good hands.
POWER TO YOU
When it comes to the heart of your rig, this ernie ball power supply is your ultimate ally. Effortlessly plug it into any venue's outlet and deliver clean, regulated power to every pedal on your board, be it analog or digital. Thanks to its five 9 or 18 volt DC outputs, your pedals receive far cleaner, fully isolated power, eliminating unwanted audio buzz and ensuring your unique tone remains pristine, whether you're using classic wahs or modern overdrives.
ROAD-READY FEATURES
Designed for the modern touring musician, this power supply is both practical and flexible. Measuring just 90 x 59 x 23mm, it's ultra-compact and fits easily on even the most crowded pedalboards. With a universal AC adapter, you can plug it into nearly any outlet worldwide, from the US and UK to the EU and China. LED indicators allow for quick status checks of each input/output, ensuring you never miss a beat. Plus, you can daisy chain multiple units to keep your setup streamlined, no matter how your sound evolves.
GOT YOUR BACK
This ernie ball power supply is built to withstand the rigors of live performances. Its tough shielded housing is designed to endure the demands of touring, providing reliable service show after show. Thermally protected and short circuit-proof, it ensures ultra-low noise operation, so your tone remains uncompromised, letting you focus on delivering a great performance.
EXPANDABLE
Expand your pedalboard setup effortlessly by daisy chaining additional power supplies. Available as a complete package at retail or as individual components directly from Ernie Ball, you can customize your power solution to meet your specific needs, ensuring every pedal receives the dependable power it requires.
