Keeley Halo Andy Timmons Dual Echo

Andy Timmons' mysterious "Halo" effect is a modulated dual echo that the tone wizard himself has long kept secret and spent decades combining and creating sounds you can get from the Keeley Halo effects pedal. The notes from Halo dance rhythmically, almost creating a diffusion of reverberation. These sounds are maintained along with tape style effects such as modulation, saturation and compression. The pedal features Andy Timmons' characteristic tone delay, and you can also program your own sounds and save them as presets.
Simply move between side A and B on the fly, giving you basically two delay pedals in one. In addition to Andy's distinctive "Halo" sound, there are a number of other rhythmic delays, including: quarter note, dotted 8th, stereo rack analog delay, and vintage multi-head tape echo. Stunning stereo and pristine sound quality are further enhanced with saturation, tone and shelv filters that give you the perfect delay pedal.

• Andy Timmons' Signature Pedal
• 2 separate delays (A / B)
• 1500 ms max. delay time for each section
• 5 selectable delay rhythms
• 8 factory presets loaded with new sounds and modulations (4 banks with 2 presets)
• Andy Timmons' "Halo" signature is stored as a default
• Saturation control adds a tape compression texture to your tone
• High-pass filter for adjustable bass reduction (0 - 300 Hz)
• Tone control for delayed signal
• Soft Stomp Switch for tempo tap, infinite hold, save / recall presets and more
• Remote switching and programmable expression pedal control
• Multi-core DSP DREAM for high sound quality
• True bypass or buffered trails (switchable)
• Intuitive Alt control options offer full access to other effect parameters
• Onboard and remote tap tempo
• Infinite tribute with maximum feedback
• Time / HPF, Level / Saturation, Rate / Tone, Depth / Rythm, Feedback controls
• Preset Toggle Switch
• 2x footswitch (A / B)
• Status LEDs
• Metal body
• Power supply via optional 9V DC adapter, polarity (-) centers
• Current consumption 160 mA