Item # AC566-WH
15" 2-WAY SYSTEM, 60 X 60 WAVEGUIDE COVERAGE PATTERN WITH 2408H-2 25MM (1 IN) EXIT,
Item # AC566-WH
15" 2-WAY SYSTEM, 60 X 60 WAVEGUIDE COVERAGE PATTERN WITH 2408H-2 25MM (1 IN) EXIT,
- UM: EA
- Brand: JBL / HARMAN
The AC566-WH is a compact 2-way full-range loudspeaker system featuring a 384 mm (15 in) low-frequency driver and a 25 mm (1 in) exit, 35 mm (1.5 in) voice-coil compression driver. The integrated horn provides coverage of 60° by 60° in both vertical and horizontal planes. The system employs high-slope passive crossovers to reduce band overlap and to maintain controlled off-axis response. The enclosure includes M10 threaded suspension points and four threaded inserts on the rear panel compatible with MultiMount or equivalent mounting hardware. The AC566 is part of the AE Application Engineered Series designed for fixed installation applications.
- 15mm black textured enclosure
- 384mm (15in) LF transducer
- 60° x 60° waveguide
- 25mm (1in) exit compression driver
- 35mm (1.5in) diaphragm compression driver
- Dual Neutrik NL4 connectors
- Screw terminals
- Multiple attachment points
| Frequency Range | 60 Hz - 20 kHz |
|---|---|
| Frequency Response | 75 Hz - 18 kHz |
| System Sensitivity | 98 dB (1W @ 1m) |
| Nominal Impedance | 8 ohms |
| Maximum SPL | 122 dB (128 dB peak at 1m) |
| System Power Rating | 350W (1400W peak), 2 hrs (AES rated), 250W/500W/1000W (Continuous/Program/Peak) (IEC rated) |
| Coverage Pattern | 60° x 60° (H x V) |
| Crossover | 1.5 kHz |
| LF Driver | 1 x 15" woofer, 66 mm voice-coil |
| HF Driver | 1 x 2408H-2 driver with 25 mm exit, 38 mm voice-coil |
| Input Connector | Dual Neutrik NL4MP plus covered barrier trip terminals |
| Enclosure | 15 mm multi-ply hardwood plywood |
| Grille | Powder-coated 1.5 mm perforated steel with acoustically transparent black foam backing |
| Finish | Textured white paint |
| Suspension Attachment | 14 x M10 and 4 x M10 for Wall Mount Bracket; optional U-bracket, L-bracket and wall-mount bracket |
| Crossover Modes | Passive |
| Nominal LF Driver Impedance | 8 ohms |
| Nominal HF Driver Impedance | 8 ohms |
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