Feonic Feonic F1PRO Audio Drive Invisible Lautsprecher

Tontechnik -> sonstiges -> Feonic Feonic F1PRO Audio Drive Invisible Lautsprecher

Angebotsdaten

Preis: 190,00 € brutto incl.19% MwSt.
          159,66 € netto excl. 19% MwSt.
Pro Stück Verhandlungsbasis
Erstellt: 05.07.2023 16:16
Zuletzt aktualisiert: 21.02.2024 09:18
Zustand:
Neuware

Beschreibung

Feonic F1PRO Audio Drive

Feonic F1PRO Audio Drives convert new and existing panels and structures of commonly used resonant building materials, glass, MDF, plywood, wooden floors, plasterboard and much more into high quality loudspeakers using non damaging micro-vibrations. When driven by a Feonic F1PRO the entire surface of the panel produces sound at an equal level.

The low profile F1PRO is unlike traditional speaker technology because it uses a very high powered smart material as a solid state exciter instead of a moving coil or such other high movement technologies. Typical amplitude at 200Hz is less than 30 microns of movement, compared with traditional moving coil technologies which generate 3000 microns of potentially damaging vibrations making Feonic audio solutions uniquely much less susceptible to feedback.

Technical Specification

Impedance: 4 Ohms
Integrated circuitry: Overload circuit protection
Operating temperature range: -20oC to +80oC* (-68oF to 176oF)
Storage temperature range: -20oC to +100oC* (-68oF to 212oF) Product weight: 1580g
Product weight boxed: 1700g
Product weight inc carton: 1800g
Dimensions: 57mm (W) x 141mm (L) x 56mm (H)
Mounting method: 3M VHB adhesive tape or optional mounting plat Connection to amplifier: Binding posts / sockets Optimal amplifier power rating1: 100Watt
Power Consumption Pink Noise: ≤60Watt (full bandwidth music)
Sensitivity2: 69dBA @ 1m
Typical Bandwidth: 60Hz-20,000Hz Sound Pressure Level1kHz3: 95dBA @ 1m
Sound Pressure Level Pink Noise: 90dBA@ 1m
Amplitude: 100m (microns at <100Hz)
Speech Transmission Index /
Common Intelligibility Scale4: 0.60 to 0.65 / 0.78 to 0.83
Environmental protection: IP55 (Impervious to moisture damage**)

Anbieter

Studio Tomás Saraceno GmbH
Miriam Aller Rodríguez
Hauptstr.
DE10317, Berlin
E-Mail: materials@t-saraceno.org