Monitor Audio Super Slim CSS230

Monitor Audio Slim CSS230 - 2-joslu griestos iebūvējams skaļrunis
Monitor Audio Super Slum CSS230 iebūvējamā akustika ir izcili novatorisks risinājums ar iespaidīgi seklu 50 mm (2") montāžas dziļumu piedāvātu hi-fi līmeņa skanējumu.

SUPER SLIM CSS230
Between 2" stud frames or where pipework or cabling reduces mounting depth, the hybrid back-box construction and proprietary full-range driver array combine to deliver consistent audio quality with exceptional installation versatility.
The hybrid back-box provides the best of all worlds for installer and customer. Combined, the three proprietary 3" mid-bass units achieve the bass output of a 6 1/2" driver, all from a super-stealthy flush-fitted profile.
In keeping with Monitor Audio’s renowned design rigour, the crossover comprises high quality film capacitors and low loss inductors - selected for signal integrity - ensuring peerless audio detail and dynamics from a speaker of its size and application. When the CSS230 is in ‘ported’ mode, a fine gauze protects the acoustic system from dust ingress.
Optional square or premium grille can be used with this model.
KEY FEATURES
- Super-slim mounting depth 50 mm (2") designed to fit within 2” stud walls or where space is restricted
- Hybrid CP ‘Controlled Performance’ style, enclosed or open back-box option provides flexible high performance options and sound isolation in one (pictured right)
- Driver configuration of three 3" C-CAM bass/mid-range drivers in a radial array around a 19 mm C-CAM Gold Dome tweeter (fixed position) and high quality crossover design offers Monitor Audio’s award-winning signature sound quality
- Gold plated sprung push terminals are reliable and easy to connect
- Magnetically attached ‘Trim-less’ round and square grille options for discreet, reliable and easy servicing, flexible in-wall/ceiling installation, paintable to blend with décor
- Patented Tri-Grip dog leg fixings – Reliable, robust and quick to install
- Existing CB6 pre-construction bracket for easier system design and planning