P-Audio 21" 2000 Watt RMS 8000 Watt Peak 4 Ohm Subwoofer - SD212000N4

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P-AudioSKU: SD212000N4

Price:
$ 579.99 $ 639.99
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Description

P-Audio SD212000N4 21-INCH 2000W RMS 8000W PEAK 4 OHM Subwoofer 21" 2000W RMS 8000W PEAK 4 OHM

Features:

  • 6-in Ultra Large Format Voice Coil
  • 8000 Watts Peak Power Handling
  • Active Balanced Cooling
  • Neodymium Magnetics
  • Square Wire Inside/Outside Coil Design
  • Double Spider Suspension
  • Integrated Demodulation Ring
Nominal diameter: 21 in
Power rating: 2000 W(AES)
Nominal impedance: 4
Sensitivity: 98 dB
Frequency range: 30-200 Hz
Chassis type: Cast aluminum
Magnet type: Neodymium
Magnet weight: 43.7 oz
Voice coil diameter: 6.0 in
Coil material: SV-SQ
Former material: Glass fiber
Cone material: Paper
Surround material: Cloth
Suspension: Double
X-max: 0.39 in
Gap depth: 0.59 in
Voice coil winding width: 100%

 

Overview

The P-Audio SD212000N4 is ideal for high level deep bass & sub woofer response in both live sound & recorded music venues. The combination of a large radiating area & high linear displacement will generate substantial acoustic power. The operating range is 30Hz to 200Hz. The transducer uses high energy neodymium magnetics to achieve a very high acoustic output to weight ratio. The SD21-2000N employs an extremely large 6 inch diameter voice coil that provides an AES rated 2000 watts of continuous power handling & a full 8000 watts of peak rated power handling when sufficient amplifier headroom is available. It is recommended that the transducer be loaded into a properly designed vented enclosure.

The SD21-2000N utilizes P Audio's Auto Balanced Cooling (ABC) technology to not only improve transducer power handling & reliability but to also increase power compression performance by carefully balancing & directing airflow to critical areas. The voice coil design is an inside/outside geometry w/P Audio's square wire technology to improve conversion efficiency & provide a very large cross-sectional area for superior cooling. System linearity is achieved by employing magnetic flux demodulation devices in the structure to increase fidelity & sonic accuracy.

The system suspension has been designed specifically for high linear displacement & extended low frequency response. The double spider design insures very high displacement & linear response while maintaining excellent control. For additional mechanical power handling it is recommended that a high order high pass filter be used & tuned immediately below the enclosure tuning frequency. The cone has been treated w/a conformal coating designed to provide additional mechanical damping & moisture resistance. The transducer chassis is a die cast aluminum design that insures a very high degree of structural integrity.

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