The AtlasIED AS-10ST is a high-performance direct radiating subwoofer, designed to extend low frequency response, and increase system headroom in conjunction with AtlasIED AS Series of full range loudspeakers. Ideal for applications where durability, modern, understated aesthetics, and outstanding sonic performance are prerequisites.
Featuring a high excursion weather treated 10" woofer with highly damped butyl rubber surround, the AS-10T delivers consistent impactful bass.
Complimenting the form factor of AS Series full range loudspeakers, the AS-10ST is available in textured black or white. The outstandingly durable and scuff resistant, high impact ABS enclosure with UV inhibiter is weather resistant (IP55), for consistent performance in adverse conditions, both indoors and out.
Safe and effective Installation of the AS-10ST is made simple by way of the included slip free yoke mount.
Equipped with a low insertion loss 200W transformer for 70V or 100V distributed applications, wattage tap selection and low impedance bypass is easily configurable via a rear mounted slide selector switch with security cover.
For the most discerning designers and integrators, a complete suite of EASE™ (including compatibility with EASE Focus), CF2, 3D CAD, and BIM/Revit families are available for download.
Minimalistic and clean industrial design for sensitive architectural
Effective coverage for systems with space limitations
Ultra-low insertion loss 200W transformer for dynamic performance in distributed systems
High impact ABS enclosure with UV inhibitor
IP55 & UL1480A rated
Slip-Free yoke mount supplied
Advanced tunings available via AtlasIED Atmosphere DSP platform
Type Direct Radiating Subwoofer
Frequency Range (-10dB) 34Hz-800Hz
Frequency Response (+/- 3dB) 43Hz-600Hz
System Sensitivity (1W @ 1m) 93dB
Recommended Amplifier Power 600W @ 4 Ohms
Nominal Impedance 4 Ohms (Min 4.9 Ohms)
RATED MAXIMUM SPL
With Max. Transformer Tap - Average 116dB
Transformer Taps- Via Slide Selector Switch 200W, 100W, 50W ( 25W 70V) & Low Z operation
Directivity Index (DB) N/A