For sell B&W ASW600 subwoofer 5 years old. I'm original owner bought it form Local dealer, with a little scratch on top that only thing rate 8/10
Paypal add 3%. Local pick up welcome.
===== Description =====
The ASW600 is the ideal partner to 600 Series speakers or any other speaker in small to medium size room for stereo and Home Theaters set up.
The ASW600, 250mm (10 in) driver employs an extremely rigid cone to withstand the considerable forces generated by dynamic bass signals and the internal
150W amplifier, features our Bass Overload Suppression System circuitry to avoid the annoying distortion effects that might normally occur should some unexpectedly loud signal threaten to overload the subwoofer.
The ASW600 can accept both line level and speaker level inputs and has a choice of equalization, enabling the response to be tailored to your room.
Technical Specifications :
Description Active closed-box subwoofer system
Dimensions Height: 365mm (14.4 in) not including removable spike feet
Width: 365mm (14.4 in)
Depth: 450mm (17.7 in) including grille and controls
Allow extra 50mm (2 in) clearance at rear for ventilation
Net Weight19.5kg / 43 lb.
Freq. Response-3dB 26Hz – 33/150Hz adjustable (EQ at A)
Freq. Range-6dB 22Hz – 40/180Hz adjustable (EQ at A)
Driver: 250mm 10” paper/Kevlar® cone long-throw
Finish Cabinet: Black Ash
Grille: Black Cloth
Sub-Woofer Amplifier Description: Class B
Power Output: 150W continuous
Rated Power Consumption: 220W
Input Impedance: 22kohms
Signal Noise: 90dB
Functions: Volume level - Low-pass filter frequency - Low-pass filter bypass - Bass roll-off alignment - Phase 0/180 - Auto sense on/standby
Inputs: Line In (RCA Phono)
Speaker Level In (binding posts)
Outputs: Line Out (RCA Phono, high-passed)
Link Out (RCA Phono, parallel to Line In)
Speaker Level Out (binding posts, high-passed)
Low Pass Filter Active 2nd-order, variable cut-off frequency
High Pass Filter Line level: Active 3rd-order at 80Hz
Speaker Level: Passive 1st-order at 80Hz into 8 ohm resistor
(Response of passive filters dependent on load impedance)