QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer

QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer

QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer

B&H # QSAP212SW MFR # AP-212SW
QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer

QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer

Show MoreLess

Close

Now Viewing:

Special Order
Expected availability: 7-14 business days

This item is noncancelable and nonreturnable

$0.00 Tax Collected Outside NY and NJ

You Pay: $1,175.00

Add to Wish List Item in Wish List
  • 1Description

The black AcousticPerformance Dual 12” Direct Radiating Subwoofer from QSC is designed for use in portable and installed sound applications and provides exceptional punch while maintaining ample extension so the musically important fundamentals are solidly and accurately reproduced. The subwoofer features dual 12” woofers reversed mounted on a V-baffle for improved thermal protection and performance. The 15mm Baltic Birch enclosure is finished in an environmentally friendly, waterborne, polymer finish rugged enough for the demands of everyday use while also being field repairable. Internal bracing is employed to eliminate acoustic losses due to panel resonance while maintaining the lightweight enclosures robustness. Ample port area allows free movement of air resulting in minimal turbulence and port distortion.  

The versatility of the subwoofer is evidenced by two pole mount options for both vertical and horizontal applications. Furthermore, when horizontal, the speaker has a shallow height, desirable for under riser installs. It includes four integrated handles and an optional caster kit for ease of transport.

The subwoofer input cup features dual NL4 connectors in a crossed configuration, where pins 2 of the input are returned to pins 1 on the thru output. This configuration allows a single NL4 cable to carry both sub and top box signals without the need of a custom turn cable.  

Presenting a clean, unobtrusive look, AcousticPerformance grilles are unadorned eliminating the need to cover-up logo treatments which can be difficult to hide or remove. The grille is also lined with acoustically transparent backing adding to the enclosure’s professional appearance. 

  • Premium-grade, long excursion, dual 12” transducers
  • Shallow horizontal profile for under riser deployments
  • Advanced voicing filter sets using QSC Intrinsic Correction, available through either Q-Sys processing or CXD amplifier platforms
  • Two threaded pole cups for both vertical and horizontal applications
  • Two NL4 connectors in crossed configuration for easy pass thru to top boxes
  • Clean industrial design with unadorned grilles compliment most decors and settings 
  • Interlocking feet and recess features allow for rigid stacking
  • 15mm Baltic birch plywood construction 
  • 16-Gauge powder coated steel grilles 
  • Four integrated handles and optional caster kit for ease of transport
In the Box
QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer
  • Limited 3-Year Warranty
  • Table of Contents
    • 1Description
    Frequency Response Effective Frequency Range: 35 to 250 Hz
    (Half space, -10 dB from on-axis sensitivity)
    Noise Power Continuous: 600 W
    49 V
    (AES2-1984 noise signal for 2 hours)
    Maximum Sound Pressure Level (SPL) Continuous: 121 dB at 1 m
    Peak: 127 dB at 1 m
    (Calculated from rated noise voltage and sensitivity)
    System Sensitivity 93 dB
    (Free-field, on-axis, 1 W, 1 m)
    Impedance 4 Ohms
    Low Frequency Driver 2 x 12" (305 mm) weather resistant cone woofer
    2.5" (64 mm) voice-coil
    Enclosure Material 15 mm Baltic birch plywood
    Grille: 16-gauge powder coated steel
    Input Connections 2 x NL4 crossed
    A: Sub 1+/-, Thru 2+/-
    B: Thru 1+/-, Sub 2+/-
    Threaded Connector 2 x M20 threaded inserts
    Dimensions 26 x 15 x 24" (660 x 381 x 610 mm)
    Weight 65.4 lb (29.7 kg)

    QSC AcousticPerformance Dual 12" Direct Radiating Subwoofer Review

    Be the first to review this item
    See any errors on this page? Let us know.