QSC AP-5102-WH

QSC AP-5102-WH

$1,610.00
$1,610.00 $1,610.00
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QSC AP-5102-WH
  • QSC AP-5102-WH
  • QSC AP-5102-WH
QSC AP-5102-WH

QSC AP-5102-WH

$1,610.00
$1,610.00 $1,610.00
10" High-power two-way surface speaker, 105° conical DMT™ coverage, trapezoidal install enclosure with M10 suspension fittings. Available in white.

AP-5102

High-Power, 10-inch 2-way, 105?
 

Features

  • DMT™ (Directivity Matched Transition) ensures smooth, coherent power response across the listening plane
  • 3-inch diaphragm compression delivers a clean and powerful high frequency response
  • M10 fittings and yoke mount fittings offer flexible deployment options for a variety of applications
  • Clean industrial design with unadorned grilles complement most decors and settings
  • NL4 Speakon connector and covered barrier strip terminals*
  • Bi-Amp / Passive Switchable
  • Constructed from 15-ply Baltic birch plywood
  • 16-Gauge powder coated steel grilles
  • Available in black (RAL 9011) and white (RAL 9010)
 

AP-5102
Frequency response (-10 dB) 60 Hz - 18 kHz
Rated noise power / voltage1 450 watts / 54 volts rms
Broadband sensitivity2 94 dB SPL
Coverage angle 105? conical DMT
Directivity factor (Q) 4.6
Directivity index (DI) 6.6
Recommended crossover 950 Hz, 48 dB/octave
Maximum SPL at 1 m (passive) 121 dB continuous3
127 dB peak4
Rated impedance 8?
HF transducer 76 mm (3-inch) voice coil, compression driver;
72 W / 24 V (2 hours)
LF transducer 254 mm (10-inch) driver with 76 mm (3-inch) voice coil;
450 W / 54 V (2 hours)
Optional accessories AP-YM12 Yoke mount
M10 Kit-W
Enclosure details  
Input connector Covered barrier strip, NL4 connector 
Enclosure material 15-ply Baltic birch plywood 
Attachment points Fifteen M10 threaded inserts
Color Black (RAL 9011), White (RAL 9010)
Grille 16-gauge powder coated steel
Dimensions (HWD) inches 22 × 12 × 10.5
Dimensions (HWD) mm 559 x 305 x 267
Net weight 48 lb / 21.7 kg

1 Two hour rating using IEC60268 noise based on minimum impedance 
2 Mid-band based on nominal impedance; 2.83 V at 1 m 
3 Calculated as the nominal sensitivity plus 10× the log of continuous rated power in volts squared divided by nominal impedance 
4 Calculated as the continuous calculated max output plus 6 dB


All specifications are subject to change without notice.

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