Polk Audio PSW110 10" Freestanding Subwoofer, 32Hz-250Hz Frequency Response, 100W Continuous Power, Black
SKU: PKAPSW110B
This item is no longer available.
Share:
Overview
Compare
Specs
Q&A
About Polk Audio PSW110
The Polk Audio PSW110 10" Freestanding Subwoofer (Black) is designed and engineered for perfect volume, minutely tuned for distortion-free low frequencies and internally braced and damped to eliminate internal standing waves and other performance-robbing resonances.
This unique configuration uses a specially tuned and directed port to produce maximum bass impact, using your floor as more than just something to stand upon. This is bass you will feel, from your feet up. Downward-firing ports also keep the cabinet's front profile as sleek as possible.
Unique driver materials, speaker geometry and enclosure construction techniques that actually produce cleaner, clearer sound are at the heart of patented Dynamic Balance process. It means PSW110 subwoofer performs effortlessly in high stress, big bass situations when you need them most.
Polk Audio PSW110 Features
- The PSW110 subwoofer outperforms the competition with durable, resonance-free Dynamic Balance driver materials that stay stiff and move fast. You experience deep, musical low frequencies and thrilling effects with superior system blending
- State-of-the-art Klippel distortion analyzer optimizes the woofer's motor structure, voice coil alignment and suspension for smooth, unimpeded movement over a broad spectrum of the lower frequencies to ensure the best, most efficient performance even at extreme listening levels
- Easily accessible, professional-grade line- and speaker-level inputs and speaker level outputs, allow easy connection to any system
- Smart sensing circuitry knows when to turn itself on and off. Superior compression circuitry limits distortion at extreme volume levels
- The PSW110 subwoofer blends perfectly with systems composed of other Polk loudspeakers, especially TSi, RM and R/T/M Series speakers
- Unique design keeps your subwoofer stable and steady even at radical volume levels, for more efficient use of power. No more "escaped washing machine" syndrome