This Korg Volca Power Supply is a 9V, 600mA power adapter for the Korg Volca Series synthesizer modules. Instead of wasting batteries when you're making music in your studio, get the Korg Volca Power Supply!
- RELIABLE POWER - Ensures your Korg Volca Keys, Bass, and Beats synth modules receive consistent 9V power, preventing unexpected interruptions during performances or studio sessions.
- UNIVERSAL COMPATIBILITY - Designed specifically for Korg Volca series, this 1700mA adapter guarantees optimal performance and eliminates the risk of damage from incorrect power supplies.
- GLOBAL USE - With an input voltage range of 100-240V, this adapter is perfect for international travel, allowing you to power your Volca synths anywhere in the world without converters.
- OPTIMAL PERFORMANCE - Provides a stable 9V output with 1700mA, delivering the precise power needed for your Korg Volca, ensuring consistent sound quality and reliable operation.
- SAFE & SECURE - Features a sleeve negative, tip positive configuration, matching the exact power requirements of Korg Volca devices, protecting against polarity issues and potential harm.
- RELIABLE POWER - Ensures your Korg Volca Keys, Bass, and Beats synth modules receive consistent 9V power, preventing unexpected interruptions during performances or studio sessions.
- UNIVERSAL COMPATIBILITY - Designed specifically for Korg Volca series, this 1700mA adapter guarantees optimal performance and eliminates the risk of damage from incorrect power supplies.
- GLOBAL USE - With an input voltage range of 100-240V, this adapter is perfect for international travel, allowing you to power your Volca synths anywhere in the world without converters.
- OPTIMAL PERFORMANCE - Provides a stable 9V output with 1700mA, delivering the precise power needed for your Korg Volca, ensuring consistent sound quality and reliable operation.
- SAFE & SECURE - Features a sleeve negative, tip positive configuration, matching the exact power requirements of Korg Volca devices, protecting against polarity issues and potential harm.
