CS-6C

JBL

Discontinued

Your price:
€ 54,00
Price per single item (VAT included)
Type
2-way separate kit
Frequency Response
55 - 20.000 Hertz
Woofer Size
165 mm
Tweeter Size
40 millimetri
MAX Power
300 Watt
RMS Power
100 Watt
Sensitivity
92 dB
Impedance
4 Ohm
Woofer Material
Plus One cono
Tweeter Material
Titanio laminato

JBL CS-6C 2-way system, 165mm, power (RMS/Peak) 50W/150W

The JBL CS-6C speakers are built with the Plus One® system, thanks to which JBL was able to significantly increase the woofer area, while always remaining within the standard mounting diameter. This means greater emitting surface of the woofers, which translates into more powerful and dynamic bass, with better control.

The tweeters of the JBL CS-6C speakers are made in My-Ti (Mylar/Titanium composite). This composition of materials is rigid, light and extremely efficient. The titanium dome ensures excellent frequency response.

The tweeters can be mounted completely "exposed", or "flush", thanks to the accessories of the I-Mounth™ system and the new JBL Starfish™ patent.

CS-6C Specifications:

  • Standard woofer diameter 6.5" (inches) - 16.5 cm - 165 mm.

  • 2-way system with 2 woofers and 2 separately positionable tweeters.

  • 2 crossover filters mounted "in-line" on the tweeter cables, very easy to install.

  • MAXIMUM power 300 W (2 x 150 W).

  • RMS power 100 W (2 x 50 W).

  • Sensitivity (2.83V / 1m) 92 dB.

  • Frequency response 55 Hz / 20000 Hz.

  • Woofer resonance frequency Fs 71.18 Hz.

  • The manual contains all Thiele-Small parameters, for possible enclosure construction.

  • Rigid and resistant cones, with enlarged surfaces, JBL Plus One® system.

  • Efficient heat dissipation system for greater durability over time.

  • Nominal impedance 4 ohm.

  • Woofer mounting depth 59 mm.

  • Minimum tweeter depth (without accessories) 18 mm (+ 6 mm for cables).

  • Minimum tweeter diameter (without accessories) 40 mm.

  • Included "domes" for external "exposed" tweeter positionings ("ear-shaped" type).

Discontinued