Hi all
Would you recommend and what result to expect if I use my car subwoofer CLS110RG-W7AE for home use as HiFi stereo and HT subwoofer??
I need only little help for my KEF R3 for stereo and aiming for bass quality not SPL.
It is original sealed JLAudio enclosure, I think 27 l volume but not sure
CLS110RG-W7AE - Car Audio - Subwoofer Systems - ProWedge™ - JL Audio
I was thinking on using Hypex 251 amp in separate small enclosure to drive it.
Room volume is 1525 cubic feet or 43cubic meters.
Driver specification:
Free Air Resonance (Fs)30.6
Hz Electrical “Q” (Qes) 0.578
Mechanical “Q” (Qms) 7.647
Total Speaker “Q” (Qts) 0.537
Equivalent Compliance (Vas) 1.28 cu ft / 36.1 L
One-Way Linear Excursion (Xmax)* 0.9 in / 23 mm
Reference Efficiency (no) 0.17%
Efficiency (1 W / 1 m)** 84.3 dB
SPL Effective Piston Area (Sd) 59.8 sq in / 0.0386 sq m
DC Resistance (Re)2.75 Ω
Thanks
Would you recommend and what result to expect if I use my car subwoofer CLS110RG-W7AE for home use as HiFi stereo and HT subwoofer??
I need only little help for my KEF R3 for stereo and aiming for bass quality not SPL.
It is original sealed JLAudio enclosure, I think 27 l volume but not sure
CLS110RG-W7AE - Car Audio - Subwoofer Systems - ProWedge™ - JL Audio
I was thinking on using Hypex 251 amp in separate small enclosure to drive it.
Room volume is 1525 cubic feet or 43cubic meters.
Driver specification:
Free Air Resonance (Fs)30.6
Hz Electrical “Q” (Qes) 0.578
Mechanical “Q” (Qms) 7.647
Total Speaker “Q” (Qts) 0.537
Equivalent Compliance (Vas) 1.28 cu ft / 36.1 L
One-Way Linear Excursion (Xmax)* 0.9 in / 23 mm
Reference Efficiency (no) 0.17%
Efficiency (1 W / 1 m)** 84.3 dB
SPL Effective Piston Area (Sd) 59.8 sq in / 0.0386 sq m
DC Resistance (Re)2.75 Ω
Thanks
Greets!
Due to a relatively high Qts that combined with just a 1/2 ohm for wiring losses pushes it to an effective ~0.63 Qts', which in turn requires a ~139 L for a max flat [0.707 Qtc], ~ 34.34 Hz Fc sealed alignment and due to an abysmally low efficiency, expect only ~100 W max/~103 dB/m/~24 Hz/Xmax.
With no inductance [Le] spec, assume it's very high like its other 10W drivers, so recommend limiting XO to 80-120 Hz max.
If insufficient, then some form of [larger] vented TL will be required to increase acoustic efficiency, in which case will need any HxWxD size limitations.
Due to a relatively high Qts that combined with just a 1/2 ohm for wiring losses pushes it to an effective ~0.63 Qts', which in turn requires a ~139 L for a max flat [0.707 Qtc], ~ 34.34 Hz Fc sealed alignment and due to an abysmally low efficiency, expect only ~100 W max/~103 dB/m/~24 Hz/Xmax.
With no inductance [Le] spec, assume it's very high like its other 10W drivers, so recommend limiting XO to 80-120 Hz max.
If insufficient, then some form of [larger] vented TL will be required to increase acoustic efficiency, in which case will need any HxWxD size limitations.