Bowers & Wilkins CCM663 600 Series 6" In Ceiling Speaker (FP29572) Pair

Additional Information

Description Specification Downloads

CCM663: Performance Series Pair

Our Performance Series delivers fantastic sound in an incredibly discreet package. These loudspeakers are engineered by the same team who creates the loudspeakers used in some of the world’s most advanced recording studios.

See nothing, hear everything

The CCM663 is a true high performance ceiling-mount speaker. The tweeter has a 25mm (1in) aluminium dome and its housing pivots for adjustable off-axis treble response. The bass/midrange driver’s die-cast chassis provides extra rigidity which results in a cleaner, faster bass, and a three-position EQ switch for a better off-axis response. The blue Aramid Fibre cone means that the unit is well hidden behind the grille but still produces a remarkably clear and dynamic sound. Incorporating QuickDogs™ and plug-and-play functionality it is quick and easy to install.

Description: 2-way in-ceiling system
Drive Units: 1x ø25mm (1in) Nautilus™ swirl loaded aluminium dome tweeter
1x ø150mm (6in) blue Aramid Fibre cone bass/midrange
Frequency Range (-6dB): 45Hz – 50kHz
Recommended Amplifier Power: 25 - 130W
Sensitivity: 88 dB
Nominal Impedance: 8Ω (minimum 4.5Ω)
Frame Diameter: 240mm
Cut-out diameter: 202mm
Depth Behind Surface: 133mm
Protrusion: 4mm
Pre-Mounting Kit: PMKC6
Back Box: BB 6C
Manufacturer's Warranty*: 5 years
Faulty From New*: (Within 14 Days Of Purchase): Return to AWE for assessment.
Please complete this online Returns Form
After 14 Days Of Purchase*:
(Within The Manufacturer's Warranty):
Return to AWE for assessment.
Please complete this online Form
Post-Warranty Service and Repair: Please contact an authorised service centre: Sontec or Sound System Technology
*Terms & Conditions: For further information regarding AWE's returns procedures, please see chapters 7 & 8 in our Terms & Conditions

Features

  • Low distortion
  • High resolution drive unit technologies
  • Adjustable EQ and tweeter directivity to optimise sound