PD PD15NW 15" Neodymium Woofer 1600W Pro Subwoofer Driver 8 Ohm

( CCA2052 )

PD PD15NW 15" Neodymium Woofer 1600W Pro Subwoofer Driver 8 Ohm

The PD PD15NW 15" Neodymium Woofer 1600W Pro Subwoofer Driver 8 Ohm is designed specifically for high-demand applications requiring clear sound reproduction and robust power handling. Offering reliable bass response with controlled excursion, this 15-inch woofer provides effective, consistent audio in various speaker cabinet types, including bass-reflex and band-pass systems.

Key Features and Benefits:

100mm Copper Voice Coil: At the heart of the PD15NW lies a generously sized copper voice coil, measuring 4 inches (100mm). Its wide diameter allows precise control, greater thermal management, and significantly reduced distortion at higher power outputs. This guarantees consistent performance even under extended demanding conditions and improves overall sound reproduction.

Neodymium Magnet: This woofer employs a lightweight yet remarkably strong neodymium magnet. Compared to standard ferrite magnets, neodymium magnets provide increased magnetic flux density, offering enhanced audio responsiveness and accuracy without adding excess weight. This makes installations simpler due to substantial weight reduction without sacrificing sound integrity.

Double Silicon Spider Design: Featuring dual silicon damped spiders stabilising the cone, this woofer achieves precise mechanical stability during extended cone movement. This design ensures balanced control and eliminates unnatural vibrations, maintaining accurate audio responses at higher power levels and longer operating durations, making the speaker ideal for demanding live or recorded audio setups.

Die-cast Aluminium Basket: Its rigid die-cast aluminium frame actively minimises harmful resonance and stray magnetic interference. By significantly reducing unwanted noise and structural vibration, sound clarity dramatically improves. Improved strength and reduced distortion ensure greater durability and reliability, essential features for applications needing consistent sound results.

Glass-fibre Cone: A robust glass-fibre reinforced cone ensures reliable performance in varied environmental conditions, resisting moisture, humidity, and temperature variations. This cone maintains structural integrity over longer operational periods, even in typically demanding venues, providing consistent tonal quality while prolonging speaker life expectancy.

Applications:

The PD15NW woofer fits seamlessly into most standard subwoofer cabinet designs, particularly suited to bass-reflex and band-pass speaker enclosures. Ideal users range from professional audio engineers involved in concert sound system setup to club DJs and musicians requiring dependable low-end performance in portable PA rigs or permanent installations. Furthermore, sound installations within venues such as nightclubs, theatres, houses of worship, and event halls would notably benefit from incorporating these woofers due to outstanding reliability and tonal clarity for deep bass reproduction.

Festival organisers and sound-hire companies specialising in large events will especially appreciate the woofer's lightweight construction, making stacking and transporting significantly more manageable. Its robust design and reliable thermal management make it an excellent choice in continuously operating environments, ensuring efficient audio delivery at high volumes consistently.

Summary:

The PD PD15NW 15" Neodymium Woofer 1600W Pro Subwoofer Driver 8 Ohm blends technically detailed elements with practical user-focused features. This woofer provides professional-grade power handling of up to 1600W peak (800 Watts RMS) complemented by 98dB SPL efficiency. Offering a broad usable frequency range from 44Hz up to 2500Hz, with 8 Ohm nominal impedance, it is capable of impressive low-frequency reproduction. With intuitive installation dimensions (mounting diameter of 360mm and mounting depth 172mm) and a manageable total weight (9.45kg), it's engineered precisely with end-users in mind who require reliability and consistent audio quality under varying demands.