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Prestige L12RE/XFC - H1602-04/06 5" Alum/Fabric Coaxial Woofer
The L12RE/XFC is a coaxial loudspeaker providing high quality sound in a very compact format. The coaxially arranged precoated fabric dome high frequency unit has a low resonance frequency and integrates with the cone driver to a point source.
Highlights
- Long term power handling (RMS) is 80 Watts (Woofer) and 90 Watts (Tweeter)
- Coaxial loudspeaker providing high quality sound in a very compact format
- The cone of the woofer acts as a moderate horn loading for the tweeter, and the chassis of the dome unit represents the throat of this horn
Product details
Seas Prestige L12RE/XFC - H1602-04/06 5" Alum/Fabric Coaxial Woofer
The L12RE/XFC is a coaxial loudspeaker providing high quality sound in a very compact format. The coaxially arranged precoated fabric dome high frequency unit has a low resonance frequency and integrates with the cone driver to a point source.
Voice coil windings immersed in magnetic fluid increase short term power handling capacity and reduce the compression at high power levels. The cone of the woofer acts as a moderate horn loading for the tweeter, and the chassis of the dome unit represents the throat of this horn.
The stiff, yet light aluminum cone acts as a piston throughout the recommended frequency range.
SIL12REXFC
Data sheet
- Impedance
- 4 Ohm
- Driver type
- Coaxial
- Sensitivity
- 86 dB 2.83V/1m
- Frequency range
- 60 - 25000 Hz
- Resonance frequency (fs)
- 55 Hz
- DC resistance (Re)
- 3.1 ohms
- Mechanical Q (Qms)
- 2.99
- Electrical Q at Fs (Qes)
- 0.33
- Total Q factor (Qts)
- 0.30
- Speaker diameter
- 5"
- Power handling
- 250 W
- Voice coil inductance (L)
- 0.48 mH
- Effective mechanical mass incl air load (mms)
- 0.19g
- Equivalent volume of compliance (Vas)
- 0.10 ft.³
- Overall diameter
- 4.72"
- Mounting diameter
- 3.77"
The L12RE/XFC is a coaxial loudspeaker providing high quality sound in a very compact format. The coaxially arranged precoated fabric dome high frequency unit has a low resonance frequency and integrates with the cone driver to a point source.