381990.00

386196.30

JBL

Bowers & Wilkins

4349

705 S3 Signature

Home Theatre Speaker Specification

Home Theatre Speaker Specification

Dynamic

Dynamic

300 mm Pure Pulp Cone Woofer

37.9 mm Annular Ring, Teonex® Diaphragm Compression Driver With Advanced HDI™ Geometry Horn Molded In Sonoglass

25/165 mm

8 Ohms

8 ohm

91 dB/2.83V/1m

88dB spl

Crossover Frequencies : 1.5 KHz

Frequency Response -6 dB : 32Hz - 25KHz

45 Hz - 33 kHz, 50 Hz - 28 kHz

NA

AC 100V-240 V / 50 Hz / 60 Hz

25 - 200 W ( RMS )

30 W - 120 W ( RMS )

NA

90 dB

NA

No

No

37.7 Kg

10.35 Kg

736.6 mm X 444.5 mm X 317.5 mm

413 mm X 297 mm X 192 mm

Black, Brown

White, Blue, Brown

JBL 4349 2-Way Monitor Loudspeaker

Bowers & Wilkins 705 S3 Signature Speaker

2-way monitor loudspeaker.
Dual sets of gold-plated binding posts with shorting straps.
12-inch ( 300 mm ) cast frame, Pure-pulp cone woofer with 3-inch voice coil.
Patented D2415K dual 1.5-inch ( 38 mm ) high-frequency compression driver.
Patented High-Definition Imaging (HDIâ„¢) horn, precision-molded in Sonoglass.
Classic Studio Monitor design with premium finishes including satin walnut wood veneer with blue grille or satin black walnut wood veneer with black grille.

2-Way Vented-Box System.
5-Year warranty Valid from the date of purchase for passive loudspeakers.
The 705 S3 Signature is expertly engineered to deliver sonic brilliance in a more compact form.
Voices and instruments are delivered with purity and precision, thanks to the smooth, accurate Continuum cone mid-bass driver.
Technical Features - Decoupled Carbon Dome Tweeter, Solid Body Tweeter-On-Top, Continuumâ„¢ Cone Bass/ Midrange, Flowportâ„¢.
Carbon Dome tweeters are purpose-built for the 700 Series and deliver pinpoint imaging accuracy and detailed insight into your music.
The 702 S3 Signature takes our state-of-the-art flagship 700 Series tower loudspeaker and evolves it to deliver unparalleled levels of performance.
Milled from a solid block of aluminium, the Solid Body Tweeter housing design creates an acoustically optimised housing that is exceptionally inert and resistant to resonances.