JBL Professional AE (Application Engineered) Series AM7215/66 - Speaker - for PA system - 600 Watt - 2-way - black
- 15" woofer and 1.5" tweeter for full-range sound reproduction
- 600 W continuous power handling with peak power of 2400 W
- 60° x 60° coverage for optimal sound dispersion
- Bi-amping connection options and wired connectivity technology
- Designed to meet IEC 529/IPx3 and MIL-STD-810 standards
Discover audio performance with the JBL Professional AE Series AM7215/66 speaker, designed specifically for PA systems. This high-quality speaker combines a robust birch plywood construction with a sleek trapezoidal design, ensuring both durability and aesthetic appeal. The heart of its sound lies in the 15" Differential Drive woofer and a 1.5" compression driver, delivering clear, powerful audio across a broad frequency range. With features like Progressive Transition waveguide technology and bi-amp/passive switchable functionality, the AM7215/66 offers precise sound direction and enhanced audio quality, even at high output levels. Whether for live events, presentations, or fixed installations, this speaker provides reliable performance and versatile connectivity options, making it an ideal choice for professional audio applications.
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Robust design
Crafted from birch plywood and featuring a trapezoidal design with a durable DuraFlex finish, this speaker is built to withstand the rigors of PA system use while maintaining a sleek appearance.
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Exceptional audio quality
Equipped with a 15" Differential Drive woofer and a 1.5" compression driver, the AM7215/66 delivers clear, powerful sound across a wide frequency range of 40 - 18000 Hz, ensuring every note is heard with clarity.
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Versatile connectivity
Featuring speakON NL4 connectors, this speaker offers reliable and secure input connections, making it easy to integrate into any PA system.
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Advanced technology
Incorporates Progressive Transition waveguide technology and a bi-amp/passive switchable feature, allowing for precise sound direction and enhanced audio quality at high output levels.
