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$179.00
Celestion T5860 FTR08 2011D Ferrite Magnet Aluminium Chassis Driver Speaker 8 Inch 200W 8OHM—
$179.00
The Story
:
8" ferrite magnet driver providing 200Wrms (AES standard) power handling and 93dB sensitivity
2" high temperature copper voice coil
Suitable for line array applications, utilizing a space-efficient octagonal chassis profile
Optimized flux distribution in magnet assembly provides low harmonic distortion
"M-Roll" surround provides progressive excursion control, generating a smooth frequency response
Intelligent heat management in both chassis and magnet assembly design offers reduced thermal compression
2" high temperature copper voice coil
Suitable for line array applications, utilizing a space-efficient octagonal chassis profile
Optimized flux distribution in magnet assembly provides low harmonic distortion
"M-Roll" surround provides progressive excursion control, generating a smooth frequency response
Intelligent heat management in both chassis and magnet assembly design offers reduced thermal compression
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
:
8" ferrite magnet driver providing 200Wrms (AES standard) power handling and 93dB sensitivity
2" high temperature copper voice coil
Suitable for line array applications, utilizing a space-efficient octagonal chassis profile
Optimized flux distribution in magnet assembly provides low harmonic distortion
"M-Roll" surround provides progressive excursion control, generating a smooth frequency response
Intelligent heat management in both chassis and magnet assembly design offers reduced thermal compression
2" high temperature copper voice coil
Suitable for line array applications, utilizing a space-efficient octagonal chassis profile
Optimized flux distribution in magnet assembly provides low harmonic distortion
"M-Roll" surround provides progressive excursion control, generating a smooth frequency response
Intelligent heat management in both chassis and magnet assembly design offers reduced thermal compression
