Here's what Palmer have to say about their Palmer MI PWT 05 MK 2 Universal 9V Pedalboard Power Supply:
Universal 9V Pedalboard Power Supply
With a stable 250 mA on each of the five center negative barrel style outlets the compact Palmer PWT 05 MK2 is most suited to virtually any pedalboard size, delivering consistent power for up to five pedals. This universal pedalboard delivers clean DC power to your pedals and eliminates ground loops between them.
In addition, the Palmer MI PWT 05 MK 2 Universal 9V Pedalboard Power Supply is protected against overloading and comes with 25 and 50 cm long connection cables, as well as two Y-cables. The first one, with a black connector, connects two 9 V outputs to increase the current intensity to a massive 500 mA, the other one, with a white connector, connects two 9 V outputs to double the voltage to 18 V. Also included is a 1-into-5 daisy chain that lets you power five pedals from one output if their total current draw does not exceed 250 mA.
Durable Design
The rugged enclosure of this versatile power supply provides mounting and cable relief options for a tidy appearance. Its aluminium housing is durable enough to withstand the daily rigors of gig use. As well as design, this product's IEC mains inlet and voltage selector is ideal for worldwide use, and ideal for the traveling musician.
Features
- Power supply capable of powering far more than five normal effects units
- Compact, rugged housing for nightly gig use
- IEC socket
- Input voltage selection switch
- 5 isolated outputs, isolated means that you will not encounter any annoying ground loop humming
- 5x Short DC cables (approx. 30cm long),
- 5x Long DC cables (approx. 60cm long),
- 1x Daisy chain cable (connect up to 5 devices to one output of the PWT05),
- 1 x special Y-cable for doubling the intensity of electric current, identified with a black connector (please use this cable to connect the two outputs for max. 500 mA)
- 1 x special Y-cable for doubling the voltage of electric current, identified with a white connector