Detail 01
9V DC, 2000mA output
Supplies 2000mA of current at 9V DC for effects requiring high current.
Product detailSKU #1500000338245
AcousticPOWER1C 9V/2000MA Power Adapter with PC10 Daisy Chain Cable Kit
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Independent shopping perspective
The Korena take
The Acoustic POWER1C kit combines a 9V DC, 2000mA supply with a 10-foot PC10 daisy chain for powering pedalboard or rack-effect setups. Ten isolated taps let you run up to ten units from the kit, while a fuse on every tap addresses overload protection. A voltage regulator and EMI/RFI filter are built in for stable, clean power. The compact supply uses an aluminum casing, and the cable is made with high-flex cable and performance-oriented connectors.
Strong match
Who this is for
- Powering up to ten pedals or rack effects from one 9V DC supply in a pedalboard layout.
- Arranging effects across a setup that benefits from the included 10-foot daisy-chain cable.
- Pedalboard or rack setups needing individual fused power taps.
What matters in use
The specifications, translated
Catalog numbers tell only part of the story. These are the details most likely to change how this product feels, sounds, or fits into a setup.
Detail 02
Ten isolated power taps
Provides individual connections for up to ten pedals or rack effects.
Detail 03
150mA fuse on each tap
Each daisy-chain tap includes overload protection.
Detail 04
10-foot PC10 daisy-chain cable
Allows more flexibility when arranging connected effects.
Final check
Know before you order
- 01Confirm that the devices you plan to power use the kit’s 9V DC supply.
- 02The included PC10 cable provides ten taps, each with a 150mA fuse.
Product questions
Before you decide
Straight answers to the questions shoppers most often ask about this product.
01How many effects can the kit power?
It is designed to power up to ten pedals or rack effects at once.
02What cable comes with it?
The kit includes a 10-foot PC10 daisy-chain cable with ten isolated power taps.
03What helps control power noise?
The supply has a built-in voltage regulator and an EMI/RFI noise filter.
