PD.158

Sub Bass Driver
  • Heavy-duty cast aluminium Chassis for increased rigidity
  • Double suspension system
  • Easy integration with 1″ or 2″ compression drivers
  • Effective transducer in a variety of versatile applications
  • Also suitable for 1×15″ or 2×15″ horn loaded/bandpass sub bass designs
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Download PDF Datasheet
General Specifications
Nominal Diameter15" / 380 mm
Voice Coil Diameter4.0" / 101.6 mm
Available Impedances4 Ω/ 8 Ω/ 16 Ω
Power Rating 1 2 *600 w (A.E.S.)
Peak Power (6dB Crest Factor)*2400 w (A.E.S.)
Sensitivity (1W – 1m)*98 dB
Frequency Range40 Hz - 3 kHz
Recommended Enclosure Volume60 - 200 Litres
Resonance54.61 Hz
Voice Coil Winding Depth19 mm / 0.75"
Magnet Gap Depth11 mm / 0.43"
Flux Density1.1 Tesla
Magnet MaterialCeramic
Magnet Weight
Voice Coil MaterialCopper
Former MaterialGlass Fibre
Dust Dome MaterialPaper
Suspension MaterialDual Fabric
Cone MaterialPaper
Surround MaterialFabric
Thiele Small Parameters
Fs54.61 Hz
Re5.77 Ω
Qms14.91
Qes0.25
Qts0.24
Le (@1 kHz)
Le (@10 kHz)0.76 mh
Vas64.84 litres
Mms85.23 g
Sd855.3 cm2
Cms107.33 µm/N
BL25.39 T/m
Xmax6 mm
Vd0.529 litres
Ref. Efficiency4.59%
EBP218.44 Hz

 

Dimensions & Mounting
Overall Diameter410 mm
Widths Across Flats395 mm
Flange Height10 mm
Depth (Excl. Flange)146 mm
Magnet Diameter220 mm
Chassis Shoulder Diameter357 mm
Outer Bolt Circle6 * M6 on 395mm PCD
Inner Bolt Circle8 * M6 on 370mm PCD

 

Shipping Information
Nett Weight13 Kg / 28.66 lb.
Shipping Weight14 Kg / 30.86 lb.
Notes
*1 Power compression is the reduction of sensitivity at the specified power. Higher power ratings do not necessarily give a proportionate increase in SPL therefore the maximum SPL of the driver may significantly exceed that of other manufacturers with high power ratings.

1. AES Standard (40 to 400 Hz) Program 1200 Watts.
2. AES Recommended Practice.
3. Thiele - Small Parameters follow a 6_00 Watt preconditioning period.

Please note that frequency response measurements are supplied for comparison purposes only and are not a measure of the low frequency performance which may be achievable in a fully optimised system.
Frequency Response & Impedance
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