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Meyer Sound's LEO the Meyer Sound flagship line array system that remains linear and predictable across all frequencies and at very high sound levels.
Features and Benefits of the Meyer Sound Leo Loudspeaker
Optimized line arrays with controlled directivity for even coverage and consistent responses over long throws
High peak power output with exceptional linearity and transient reproduction at extreme levels
Self-powered for simplified setup and increased reliability
Optimized rigging allows splay angles to be set while stacks rest in caster frames
Integrates seamlessly with 1100-LFC, LYON, and MICA
Touring sound reinforcement
Large-scale public events
The LEO-M advanced linear array loudspeaker is defined by its sonic linearity at any output level. With exceptional headroom, extremely low distortion, and optimized rigging options, LEO-M forms the nucleus of Meyer Sound’s next-generation LEO array systems, conceived for long-throw applications. LEO arrays are ideally paired with Meyer Sound’s 1100-LFC low-frequency control element for bass reproduction, and the LYONTM linear line array loudspeaker for downfill. The MICA® compact high-power curvilinear array loudspeaker is also well suited for downfill. Entire systems are driven by Meyer Sound’s Galileo CallistoTM 616 array processor, which provides matrix routing, alignment, and processing for array components.
To guarantee optimum system performance, LEO array systems should be designed with Meyer Sound’s MAPP Online XT® acoustical prediction software. The intuitive, cross-platform application accurately predicts coverage patterns, frequency and impulse responses, and maximum peak SPL for LEO array systems, ensuring that systems deliver the required SPL and ideal coverage for the intended audience areas.
LEO-M’s high-frequency section is comprised of two proprietary compression drivers coupled to a constant-directivity horn through a patented REMTM manifold. The manifold’s smooth radiating characteristics afford tight vertical coverage. The low-frequency section includes two long- excursion cone drivers, also proprietary, capable of withstanding high, continuous output levels. Precise phase and magnitude alignment between low- and high-frequency drivers yields consistent and well-behaved system responses.
The unit’s power amplifier operates at nominal voltages from 208—235 V AC at 50—60 Hz. TruPower® limiting ensures maximum driver protection, minimizing power compression while yielding high constant output under high continuous and peak power conditions. The amplifier, control electronics, and power supply are contained in a single field-replaceable module located on the rear of the cabinet.
Meyer Sound’s RMSTM remote monitoring system comes standard with all LEO-M loudspeakers and provides comprehensive monitoring of system parameters on a Mac® or Windows®-based computer. Convenient XLR 5-pin connectors allow the use of composite cables carrying both RMS and balanced audio.
LEO-M offers intuitive rigging with captive GuideALinksTM that can be set to the desired splay angles while cabinets rest in caster frames. The MTG-LEO-M top grid flies arrays of up to 18 LEO-Ms at a 7:1 safety factor (with some restric- tions). Optional transition frames are available for flying LYONs or MICAs below LEO-M arrays for downfill. Stacks of up to four LEO-Ms can be securely transported with the optional MCF-LEO-M caster frame; durable nylon covers, accommodat- ing stacks of two, three, or four units, are available to protect the cabinets during transport.
The vented LEO-M cabinet is constructed of multi-ply hardwood and coated with a black- textured finish. A hex-stamped, steel grille with acoustical black mesh protects the unit’s drivers. The cabinet is weather protected and includes a collapsible rain hood that shields user panel connectors from water intrusion.
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