
UPA-1P : Compact Wide Coverage Loudspeakers
Features & Benefits
Classic design configuration with proven heritage
Wide horizontal pattern covers broad listening areas
Extraordinarily flat amplitude and phase response for tonal accuracy and precise imaging
Constant-Q horn affords exceptionally uniform response throughout the coverage area
Predictable array performance ensures system design flexibility
Applications
Concert halls, night clubs and houses of worship
Theatrical sound reinforcement
Portable and installed audio-visual systems
Stage monitor side fill
Surround sound presentations
The self-powered UPA-1P compact wide coverage loudspeaker (patented) provides high power output, low distortion and consistent polar response in a compact enclosure. Offering extraordinary fidelity and power in a very compact package, the UPA-1P is suitable for a wide variety of applications, from surround playback and audio-visual systems to nightclub reinforcement and delayed fill systems.
An extremely smooth and predictable 100-degree horizontal x 40-degree vertical constant-Q horn, coupled to a 3-inch diaphragm compression driver, reproduces high frequencies. The result of intensive research, the patented UPA-1P horns pattern remains consistent within close tolerances in the horizontal and vertical planes, with minimal side lobing. A 12-inch cone driver in a vented enclosure reproduces low/mid frequencies.
The UPA-1P is biamplified by an integral two-channel class AB/bridged amplifier with complementary MOSFET output stages. Total peak power output is 700 watts. Phase-corrected electronics assure flat phase and amplitude response, resulting in exceptional system impulse response and precise imaging. The UPA-1P also incorporates Meyer Sounds Intelligent AC System, which auto-selects the correct operating voltage, suppresses high voltage transients, filters EMI and provides soft-start power-up.
The UPA-1P is compatible with RMS remote monitoring system, which offers comprehensive monitoring of system parameters on a Windows-based network.
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