Buy Manufacturer Direct.
UK B2B Trade Portal.
Safe Payment Methods.
The PD.153C001 offers excellent linear response well controlled down to 40Hz. It is a very good solution for two way or multi way systems where high BL and good punch is required. The PD.153C001 can also be used in a compact sub applications. Works well in conjunction with PD.CD1.5 compression driver.
MRRP Ex. VAT
Find Distributors and Retailers
Download Datasheet PDF
Ask a Question About the PD.153C001
|Type||Bass / Mid Range Driver|
|Nominal Diameter||15" / 381 mm|
|Voice Coil Diameter||3.0" / 76.2 mm|
|Power Rating 1 2 *||400 W (A.E.S.)|
|Available Impedance||4 Ω/ 8 Ω/ 16 Ω|
|Sensitivity (1W/ 1m)*||100.3 dB|
|Frequency Range||40 Hz - 3 kHz|
|Peak Power (6 dB Crest Factor)||1600 W (A.E.S.)|
|Voice Coil Winding Depth||0.83" / 21.00 mm|
|Recommended Enclosure Volume||40 - 80 Litres|
|Flux Density||1.10 Tesla|
|Magnet Material||Y30 Ferrite|
|Magnet Gap Depth||11.00 mm / 0.43"|
|Former Material||Glass Fibre|
|Dust Dome Material||Paper|
|Voice Coil Material||Copper|
|Surround Material||Black Cotton|
Thiele Small Parameters
|Le (@ 1 kHz)||2.160 mH|
Dimensions & Mounting
|Overall Diameter||408.30 mm|
|Width Across Flats||395 mm|
|Flange Height||11.00 mm|
|Depth (Excl. Flange)||155.00 mm|
|Magnet Diameter||200 mm|
|Chassis Shoulder Diameter||354.20 mm|
|Outer Bolt Circle||x6 M8 on 394 mm PCD|
|Inner Bolt Circle||N/A|
|Nett Weight||10.80 Kg / 23.81 lb|
|Shipping Weight||11.30 Kg / 24.91 lb|
*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.
** Distortion is measured at 10% of the rated power (AES Standard).
1. AES Standard (40 to 400 Hz) Program 400 Watts.
2. AES Recommended Practice.
3. Thiele - Small Parameters follow a 450 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.