JBL Professional AW595 2-way Speaker - 600 W RMS - Gray

JBL Professional AW595 2-way Speaker - 600 W RMS - Gray

The AW595 is a high power, lightweight, 2-way, full-range loudspeaker system comprised of the JBL Differential Drive dual voice coil and dual magnetic gap 2265H-1 380 mm (15 in) low-frequency driver and 2432H high-frequency 38 mm (1.5 in) exit, 75 mm (3 in) voice-coil compression driver. The large format Progressive Transition wave-guide provides excellent 90° x 50° coverage. The waveguide is rotatable so the loudspeaker system can used in either the vertical or horizontal orientation. The system is equipped with a 400 W 70/100V transformer. A heavy-duty stainless steel U-type mounting bracket is included and allows for easy installation on flat surfaces or in 90° corners. The enclosure is constructed of multilayer glass composite and is heavily braced to maximize lowfrequency performance. The 14-gauge stainless steel grille, backed with open cell foam and stainless steel mesh, provides excellent protection in the harshest environments. The AW595 is part of JBL's AE Series, a versatile family of loudspeakers intended for a wide variety of applications.

• Significantly enhance the sound from your devices and drives, get immersed in sound quality


• 8 Ohm impedance extracts maximum power so you will get more output from your speakers


• Hear low subs and soaring vocals with a frequency range of sound from 55 Hz-19 kHz


• Experience body-shaking levels without any room-vibrating reverb or excessive heat output with 600 W RMS power


• 14.96" woofer driver size allows better stereo imaging with maximum sound feasibility


• 1.50" tweeter driver size provides crispier, well-detailed sound with maximum productivity


• Delivers reliable sound with 19 kHz maximum frequency response


• 1.20 kHz maximum crossover frequency for reliable and feasible transmission of sound


• 100 dB sensitivity for efficient conversion of power into sound to produce adequate audio output


• 19.1" height for efficient frequency access and optimal operation