JBL Professional AM5212/00-WH 2-Way Loudspeaker System with 1x12" LF, White

Engineered for professional AV, paging and security applications, the JBL Professional AM5212/00 2-way loudspeaker delivers reliable, intelligible sound where clear communication matters. This full-range loudspeaker combines a 12" Differential Drive low-frequency driver and a 1.5" compression driver to provide punchy low end and articulate highs, driven at 300W RMS with a wide 43 Hz–20 kHz frequency response. The rotatable PT Progressive Transition waveguide offers precise 100° x 100° coverage that can be oriented vertically or horizontally to match room acoustics or array configurations, simplifying installation for monitoring rooms, surveillance hubs and public address systems.

With 111 dB sensitivity and controlled off-axis behavior, the AM5212/00 maintains speech clarity across large spaces and reduces comb-filtering in multi-speaker setups—beneficial for security paging, control center monitoring and live AV events. High-slope passive networks minimize band overlap for seamless integration into existing systems. Finished in durable white, this lightweight, medium-power speaker blends discreetly into corporate, retail or institutional environments.

Specify the JBL AM5212/00 for dependable performance in AV, security and monitoring applications—ideal for paging, conference and surveillance installations.

• Deliver consistent, intelligible sound for paging, AV and security monitoring with tight off-axis control and 111 dB sensitivity
• Flexible installation: rotatable 100° x 100° waveguide allows vertical or horizontal mounting to match room layout or array requirements
• Robust full-range performance powered by a 12" Differential Drive woofer and 1.5" compression driver for clear voice and music reproduction (300W RMS)
• Lightweight, medium-power design simplifies rigging and reduces structural demands while maintaining pro-grade output for control rooms and surveillance sites
• High-slope passive crossover minimizes band overlap for clean crossover transitions and improved arrayability in multi-speaker systems