CONSTELLATION DELPHINUS

BOOKSHELF 160mm WOOFER

The Delphinus is the ideal solution for those looking for a bookshelf speaker with a remarkable performance. With level of sensitivity double that of the Lynx, the Delphinus requires half of the input power in order to generate the same sound pressure. The dynamic extends to 57 Hz and the characteristics of natural timbre and amplitude of the sound stage can reach levels that belie its size. The customized Delphinus stands further dampen the vibrations of the cabinet structure, with a calibrated distance between stand and speaker ensuring the maximum efficiency of the bass reflex system.

CONCEPT & IDEA

The idea of Delphinus is to rapresent the imprinted concept that we apply for all our loudspeaker. Any kind of explanation can be just a part beside the listening experience that this loduspeakers can provide.

ENVIRONMENT & ACOUSTIC

Domestic Environment Oriented

This loudspeaker is designed to produce excellent performance, even in normal domestic environments , where little to no acoustic considerations have been made . The size of  the ideal listening environment should not be less than 9 square meters and not more than 20 square meters. The minimum power amplification suggested to fully exploit the characteristics of the speaker is 30 W / 4 Ω.

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CONFIGURATION

2 way Bookshelf 

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DRIVERS

1 Tweeter 38 mm Soft Dome
1 Woofer 160 mm paper compound

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SENSITIVITY

90 dB SPL normalized to 1 m/2.83 Vrms/
de-correlated L/R pink noise in
ITU-R BS 1116-1

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LOW FREQUENCY CUT OFF

55 Hz @ -3 dB referred to C4 WETS

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CROSSOVER FREQUENCY

1500 Hz

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RATED IMPEDANCE

Modulus 4 Ω (min 5.8) Argument ±36°

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LOW FREQUENCY LOAD

Vented Subwoofer NRS  2π sr

CABINET

High Density Fiberboard and Massive Wood

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Listening Layout

A carpeted floor in front of the
speakers is recommended

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Cabinet Finishing

Walnut

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Size

410 x 230 x 330 mm (H x W x D)

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Weight

12 Kg

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Suggested Amplifier

Up to 70 W / 4 Ω Average Power

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Note

Sizes and Weight referred to one speaker
Specs subject to change without notice
Average power calculated as V^2 rms/R
All quantities in SI Units


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