JBL AWC82 All-Weather Compact 2-Way Coaxial Loudspeaker with 8" Kevlar-Reinforced Woofer and 1" Compression Driver, 70V/100V Transformer, IP56 Rated, Black (AWC82-BK)
The JBL AWC82 All-Weather Compact 2-Way Coaxial Loudspeaker is a durable, high-performance speaker designed to deliver powerful and consistent audio in both indoor and outdoor environments. Featuring an 8-inch Kevlar-reinforced woofer and a 1-inch compression driver, the AWC82 provides enhanced low-frequency response, smooth high-frequency detail, and excellent speech intelligibility for professional audio applications.
Equipped with an integrated 70V/100V transformer, the AWC82 offers flexible installation options for distributed commercial audio systems. Its IP56-rated enclosure provides protection against dust and water exposure, ensuring reliable operation in challenging outdoor conditions and weather-resistant installations.
The black finish provides a discreet and professional appearance that integrates easily into architectural spaces. Designed for applications such as hospitality venues, outdoor entertainment areas, retail locations, theme parks, transportation facilities, educational institutions, and public spaces, the JBL AWC82 delivers exceptional sound quality and long-term durability.
Features:
Compact all-weather 2-way coaxial loudspeaker
8" Kevlar-reinforced woofer for powerful and controlled bass response
1" compression driver for clear and detailed high frequencies
Built-in 70V/100V transformer for distributed audio applications
IP56-rated enclosure for outdoor protection and durability
Weather-resistant construction for reliable performance
Black finish for discreet architectural integration
Wide and consistent sound coverage
Excellent speech intelligibility and full-range music reproduction
Durable enclosure designed for demanding environments
Suitable for commercial, hospitality, and public address applications
Ideal for indoor and outdoor fixed-installation sound systems
Professional JBL audio performance in a compact, weather-resistant design