JBL ES10CH 3-Way 4" Bookshelf Speaker - Cherry JBL ES10CH 3-Way 4" Bookshelf Speaker - Cherry

JBL ES10CH 3-Way 4" Bookshelf Speaker - Cherry

Product Description

Bring your stereo and home-theater audio to life with these ES10 Bookshelf Wall-Mount speakers. They deliver accurate performance - with dramatically reduced distortion for incredibly realistic sound - thanks to their PolyPlas woofers and titanium-laminate tweeters. The 4" woofer delivers clean, accurate bass response, and the ultrahigh-frequency drivers extend response out to 40kHz, making these speakers perfect for the latest high-definition recordings and broadcasts. The tweeters are mounted in JBL's proprietary Elliptical Oblate Spheroidal (EOS) waveguides for improved high-frequency dispersion anywhere in the listening room. The slim and wall-mountable 5-1/2"-deep enclosures complement the latest flat-panel televisions, and also makes these speakers the perfect surround-channel solution.

Crossover Frequencies - 3000Hz - 24dB/Octave, 9000Hz - 18dB/Octave, Straight-Line Signal Path (SSP) Ultrahigh-Frequency Driver - 3/4 (19mm) Polyester-film ring radiator mounted in JBL EOS waveguide, shielded High-Frequency Transducer - 3/4 (19mm) Titanium-laminate dome in EOS waveguide, shielded Low-Frequency Transducer - 4 (100mm) PolyPlas, shielded Magnetically Shielded Terminals - Gold-plated, 5-way binding posts Dimensions (H x W x D) - 7-7/8 x 12 x 5-1/2 (201mm x 305mm x 140mm) Weight per Speaker - 8.8 lb (4kg)

Product Details

• Amazon Sales Rank: #71131 in Consumer Electronics
• Color: Cherry
• Brand: JBL
• Model: ES10CH
• Dimensions: 7.90" h x 12.00" w x 5.50" l, 19.00 pounds

Features

• Utilize UHF drivers cable of 40Hz for excellent highs.
• A JBL computer-optimized bass-reflex port provides deeper bass and less turbulence.
• These speakers are designed to look good anywhere with a style that equals their substance.
• The JBL ES Series uses cellulose-fiber cones reinforced with a ploymer coating for uniform pistonic motion: this eliminates internal resonances, without increasing cone mass. This means tighter, more precise imaging over a wider listening area.