ASHLY 3.24CL-d 3-Input 6-Output Speaker Processor/Zone Distribution digital crossover
Both the 3.24CL and 3.24CL-d were developed for smaller audio systems requiring fewer inputs and outputs without sacrificing sonic quality. Either version has three inputs and six outputs coupled with an incredibly easy front panel user interface with all the audio processing tools you need for precise crossover, system control and superior sound.
The Protea 3.24CL-d is a variant of the 3.24CL with the only difference being the adjustable input and output delay times. Input delay is 85ms and output delay is 256ms. With the 3.24CL-d's longer delay on the outputs, distribution of audio to zones is possible.
Each input allows you to control gain, delay and six filters (each of them your choice of parametric, low or high shelf). Each output permits you to set your crossover frequencies and may be assigned to any one or a combination of inputs. Additionally, you can program four filters (each of them your choice of parametric, low or high shelf), control delay for time delay adjustments, adjust output gain, reverse polarity and control a compressor/limiter for speaker protection. All this in one rack space with XLR input and output connections.
Three Inputs - Six Outputs
Extremely Intuitive User Interface Programmable by Front Panel
Superior Sonic Quality
One Rack Space
Outputs Assignable to Any Input
Crossover, EQ, Delay and Limiter Functions
Linkwitz-Riley, Bessel and Butterworth Filters
12, 18, 24 and 48dB/Octave Slopes
Parametric EQ: 1/64th to 4 Octave Range
Input and Output Delay Limiter on Each Output
Individual Input and Output Metering
Balanced Inputs and Outputs
XLR Audio Connections
Factory Loaded/Editable Presets
Four Levels of Security
Common Applications
Conventional PA Systems
Stereo 3-way low-mid-high system
Up to three 2-way monitor mixes
Up to six single monitor mixes
Portable and Small Club Venues
Stereo 2-way for full range, compact, portable loudspeakers
and aux fed sub
Houses of Worship
L-C-R configurations
Multi-zoned systems
