CA 22 RNX | H1288

142,5 € tax incl.

SEAS CA22RNX H1288-08 is a classic 26mm woofer, with a hand-coated paper cone and matching natural rubber surround for extended low frequency response, a well behaved roll off characteristic and reduced resonance. A long high temperature voice coil wound on an aluminium voice coil former gives excellent low distortion and high power handling capacity.

The extra large magnet system provides high efficiency and good transient response, making this driver perfect for high efficiency 2-way systems.

Bumped backplate and traditional large windows in the metal basket both above and below the spider reduce sound reflections, air flow noise and cavity resonances to a minimum.

Garanti un an ou garantie constructeur
Une sélection La Maison du Haut-Parleur
Possible return under conditions.
Livraison en colissimo gratuite à partir de 300€

Data sheet

Nominal impedance Z8ohm
Mean sound pressure level89.5 dB
Resonance frequency fs29
Maximum power250 W
Outside diameter220.6 mm
Total Q factor Qts0.41
Equivalent volume Vas 97 Litres
Electrical Q factor Qes 0.52
Mechanical Q factor Qms2.04
Dynamically moved mass Mms 20.9 g
Compliance susp. (CMS) 1.4 mm/N
Nature of the membranePapier traité
Coil diameter39 mm
Density of flow1.0 T
Weight2.20 Kg
Depth90 mm
Nature of the engineFerrite
Diameter of the motor110 mm
Bandwidth30 - 3000 Hz

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CA 22 RNX | H1288

CA 22 RNX | H1288

SEAS CA22RNX H1288-08 is a classic 26mm woofer, with a hand-coated paper cone and matching natural rubber surround for extended low frequency response, a well behaved roll off characteristic and reduced resonance. A long high temperature voice coil wound on an aluminium voice coil former gives excellent low distortion and high power handling capacity.

The extra large magnet system provides high efficiency and good transient response, making this driver perfect for high efficiency 2-way systems.

Bumped backplate and traditional large windows in the metal basket both above and below the spider reduce sound reflections, air flow noise and cavity resonances to a minimum.

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