JBL Professional Control SB2210 10" Dual Compact Subwoofer, Black

Bring authoritative low-frequency reinforcement to professional AV, security and surveillance installations with the JBL Professional Control SB2210 dual 10-inch compact subwoofer. Designed for integrators and system designers, this passive pro subwoofer delivers 500W of program-handling and extended response down to 38 Hz so paging, alarms and low-frequency content remain clear and impactful in monitoring rooms, public-address systems and outdoor venues. Its compact, low-profile enclosure uses an angled baffle and long-excursion woven fiberglass drivers for strong output from a small footprint, while a UV- and water-tolerant grille and weather-stable cabinet make it suitable for outdoor deployments. Installers benefit from 13 M6 insert points and included suspension hardware for flexible flown or surface mounting in security command centers, retail sites, and corporate AV systems. The SB2210’s low distortion motor design and high-temperature voice coil materials provide reliable, long-term performance under continuous operation. Add the JBL Control SB2210 to your next project to strengthen bass performance across surveillance, monitoring and pro audio applications—contact our team for system design or order now to upgrade your installation.

• Powerful low-end impact: 500W handling and dual 10in drivers deliver deep, punchy bass to improve clarity and intelligibility for AV, security and monitoring systems.
• Space-saving installation: compact, low-profile cabinet fits under stages, racks, or tight ceiling voids without sacrificing output.
• Outdoor-ready durability: UV-resistant, water-tolerant grille and weather-stable enclosure for reliable performance in outdoor or high-humidity installations.
• Flexible mounting: 13 M6 insert points and included hardware enable flown, wall, ceiling or floor placement to suit commercial installs and surveillance control rooms.
• Long-term reliability: robust woven fiberglass drivers, high-temp voice coils and optimized motor design reduce distortion for consistent, low-frequency reinforcement.