SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms
SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms

SB17CAC35-8 6" Ceramic Cone Mid-bass 8 ohms

IMPORTED_SB_ACOUSTIC_56
4 pcs.
In Stock
€ 99.19
Tax included
  • Vented cast aluminum chassis for optimum strength and low compression
  • Geometrically reinforced ceramic cone for optimum piston operation and reduced break-up
  • Soft low damping rubber surround for improved transient response
  • Non-conducting fibre glass voice coil former for minimum damping
  • Extended copper sleeve on pole piece for low inductance and low distortion
  • CCAW voice coil for reduced moving mass
  • Long life silver lead wires
  • Vented pole piece for reduced compression

(0)
6" | 8 Ω | 60 W
 
  • Nominal Impedance 8 Ω
  • DC resistance, Re 5.7 Ω
  • Voice coil inductance, Le 0.15 mH
  • Effective piston area, Sd 118 cm2
  • Voice coil diameter 35.5 mm
  • Voice coil height 16 mm
  • Air gap height 5 mm
  • Linear coil travel (p-p) 11 mm
  • Magnetic flux density 1.0 T
  • Magnet weight 0.54 kg
  • Net weight 1.56 kg
  • Free air resonance, Fs 28 Hz
  • Sensitivity (2.83 V / 1 m) 86.5 dB
  • Mechanical Q-factor, Qms 4.46
  • Electrical Q-factor, Qes 0.40
  • Total Q-factor, Qts 0.36
  • Moving mass incl. air, Mms 15.4 g
  • Force factor, Bl 6.2 Tm
  • Equivalent volume, VAS 42 liters
  • Compliance, Cms 2.13 mm/N
  • Mechanical loss, Rms 0.6 kg/s
  • Rated power handling* 60 W

* IEC 268-5, T/S parameters measured on drive units that are broken in.

SB Ceramic cones consist of an aluminum/ceramic dual layer cone. Ceramic provides a very hard and robust surface with improved sonic properties and cosmetic appearance.

Why Ceramic?

Ceramic cones offer smoothness and harmonic richness unavailable from conventional paper cone material. Ceramic materials also offer significantly higher stiffness numbers and slightly better internal losses than typical metals such as titanium or aluminum. Compared to polymers, paper, and other soft materials, ceramics provide:

Significantly higher stiffness to weight ratio.

More consistent performance over a wide range of temperature and humidity. For example, polypropylene's performance changes dramatically with temperature, while paper can be significantly affected by humidity.

Superior immunity to UV light and sunlight.

Superior immunity to water and salt water.

Superior immunity to combustibility

Suggested Box Alignments:

0.50 cubic foot with 2" x 6.7" long port for a F3 of 44Hz

0.70 cubic foot with 2" x 6.7" long port for a F3 of 38Hz

0.90 cubic foot with 2" x 6.5" long port for a F3 of 34Hz

Diameter
6"
Impedance
8 Ω
Power
60 W
Series
CAC / Ceramic
Material
Ceramic

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