Item # AWC82
8" 2-WAY ALL-WEATHER COMPACT CO-AXIAL LOUDSPEAKER. U BRACKET INCLUDED. GRAY
- MAP: $570.00 / EA
- List Price: $570.00 / EA
- Log in to see if custom discounts apply
- Minimum Order Qty: 1
- Case Qty: 1
Item # AWC82
8" 2-WAY ALL-WEATHER COMPACT CO-AXIAL LOUDSPEAKER. U BRACKET INCLUDED. GRAY
- UM: EA
- Estimated Weight: 29.0
- Brand: JBL / HARMAN
The JBL AWC82 is a compact, all-weather 2-way coaxial loudspeaker designed for reliable, high-quality sound in demanding outdoor and indoor environments. Featuring an 8-inch low-frequency driver and a 1-inch high-frequency compression driver mounted coaxially, the AWC82 delivers exceptional clarity, wide 120° x 120° coverage, and smooth frequency response. With a power rating of 250W continuous (1000W peak) and 90 dB sensitivity, it ensures robust performance in distributed systems, public address, and background/foreground music applications. The loudspeaker is IP56-rated for weather resistance, with a durable fiberglass-reinforced enclosure and stainless-steel grille designed to withstand harsh climates. Equipped with a built-in 200W multi-tap 70V/100V transformer and low-impedance (8O) bypass, the AWC82 is versatile for commercial, sports venue, theme park, and hospitality installations where both durability and audio performance are critical.
FEATURES
- Highly weather-resistant IP56 rating
- Consistent 120° x 120° broadband pattern control
- Components: 200 mm (8 in) woofer with Kevlar-reinforced cone and 50 mm (2 in) voice coil. 25 mm (1 in) exit compression driver with unique patented design and high temperature polymer diaphragm.
- Extraordinary clarity for speech, with extended frequency response for music.
- Advanced high-slope crossover network for constant coverage and smooth, natural midrange.
- 250 Watt power handling (average continuous pink noise) with high sensitivity provides high SPL capability.
- High-power passive crossover network.
- Overload protection
- 80 Hz – 20 kHz frequency response.
- 200 Watt 70V/100V multi-tap (built-in transformer) or direct 8O low-impedance.
Documents