Eminence LA6-CBMR User Manual

Specication
Nominal Basket Diameter Nominal Impedance*
Power Rating** Watts Music Program Resonance Usable Frequency Range*** Sensitivity Magnet Weight Gap Height
Voice Coil Diameter
Thiele & Small Parameters
Resonant Frequency (fs)
DC Resistance (Re)
Coil Inductance (Le) Mechanical Q (Qms) Electromagnetic Q (Qes) Total Q (Qts) Compliance Equivalent Volume (Vas)
Peak Diaphragm Displacement Volume (Vd)
Mechanical Compliance of Suspension (Cms) BL Product (BL)
Diaphragm Mass inc. Airload (Mms) Efciency Bandwidth Product (EBP) Maximum Linear Excursion (Xmax)
Surface Area of Cone (Sd)
Maximum Mechanical Limit (Xlim)
6.5”, 165mm 8 ohms
150W 300W
460Hz
500Hz-5.4kHz
97.8
38 oz
0.31”, 7.92mm
1.5”, 38.1mm
460Hz
6.3
0.33mH
3.13
1.24
0.89
0.4 ltr/0.01 cu. ft.
2.7cc
0.01mm/N
11.1 T-M 9 grams
371
0.2mm
133.1cm
0.8mm
The Art and Science of Sound
LA6-CBMR American Standard Series
Recommended for professional audio midrange from 500Hz-3kHz. Basket is closed. Truncated basket for close spacing in line-arrays.
2
Mounting Information
Recommended Enclosure Volume Sealed Vented
Overall Diameter Bafe Hole Diameter
Front Sealing Gasket Rear Sealing Gasket
Mounting Holes Diameter Mounting Holes B.C.D. Depth Net Weight
Shipping Weight
6.59”, 167mm/Width across ats: 6”, 152mm
Materials of Construction
Coil Construction Coil Magnet Composition
Core Details
Basket Materials Cone Composition Cone Edge Composition
Dust Cap Composition
Pressed Steel With Truncated Sides
Solid Composition Paper
N/A N/A
5.65”, 143.5mm
Fitted as Standard
0.23”, 5.7mm
6.06”, 154mm
2.77”, 70mm
6.7 lbs, 3 kg
7.2 lbs, 3.3 kg
Copper
Polyimide
Ferrite
Vented And Extended
Paper
Cloth
Please inquire about alternative impedances.
*
Multiple units exceed published rating evaluated under EIA 426A noise source and test standard while in a free-air, nontemperature-controlled environment.
**
The average output across the usable frequency range when applying 1W/1m into the nominal impedance. Ie: 2.83 V/8 ohms, 4 V/16 ohms.
***
Eminence response curves are measured under the following conditions: All speakers are tested at 1W/1m using a variety of test set-ups for the appropriate impedance | LMS using 0.25” supplied microphone (software
berglass on all six surfaces (three with custom-made wedges)
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