EAW MQV1366e Manuale Utente
SPECIFICATIONS MQV1366e
DIMENSIONAL DRAWING
A & E SPECIFICATIONS
One Main Street, Whitinsville, MA 01588
508 234 6158
Toll Free 800 992 5013
FAX 508 234 8251
info@eaw.com www.eaw.com
EAW products are continually improved. All specifications are therefore subject to change without notice.
MQV1366e/0002690/002/2 pp October 2003
Printed in USA
Manufacturing tolerances are +/-0.13 and +/-1°
A
15.34
25.59
BACK
INPUT
L
C
L
RIGHT SIDE
L
C
C
8.09
15.71
A
VIEW A-A
GRILLE PARTIALLY SHOWN
FRONT
NOTES:
1. SYMBOL INDICATES MOUNTING POINT,
3/8-16 THREADED HOLE (PI ANGLE).
2. SYMBOL INDICATES CENTER OF BALANCE.
3. WEIGHT APPROX. 215 LBS.
4. SHIPPING WEIGHT APPROX. 240 LBS.
3/8-16 THREADED HOLE (PI ANGLE).
2. SYMBOL INDICATES CENTER OF BALANCE.
3. WEIGHT APPROX. 215 LBS.
4. SHIPPING WEIGHT APPROX. 240 LBS.
56.25
52.35
DIMENSIONS APPLY
TO TOP AND BOTTOM
TO TOP AND BOTTOM
0002330(A) 9/3/02
26.65
4.00
13.30
27.50
5.00
(15.30)
12.75
25°
DIMENSIONS APPLY
TO BOTH SIDES
TO BOTH SIDES
7.50
(1.95)
12.50
19.55
2X ACCESS
PANEL
PANEL
The 3-way full-range loudspeaker shall incorporate a 15-in
slot-loaded woofer, a 10-in MF cone with Radial Phase Plug™,
and a 2-in exit/3-in diaphragm HF compression driver. The MF
and HF devices shall be loaded on horns that provide a nom-
inal 60° x 60° beamwidth. An internal passive crossover net-
work shall offer either bi- or tri-amplified operation, config-
urable via jumpers on the input panel.
slot-loaded woofer, a 10-in MF cone with Radial Phase Plug™,
and a 2-in exit/3-in diaphragm HF compression driver. The MF
and HF devices shall be loaded on horns that provide a nom-
inal 60° x 60° beamwidth. An internal passive crossover net-
work shall offer either bi- or tri-amplified operation, config-
urable via jumpers on the input panel.
System frequency response shall vary no more than 63 dB from
70 Hz to 15 kHz measured on axis. The LF section shall pro-
duce a sound pressure level of 95 dB SPL on axis at 1 meter
with a power input of 1 watt, and shall be capable of produc-
ing a peak output of 128 dB SPL on axis at 1 meter. The LF
section shall handle 550 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms.
70 Hz to 15 kHz measured on axis. The LF section shall pro-
duce a sound pressure level of 95 dB SPL on axis at 1 meter
with a power input of 1 watt, and shall be capable of produc-
ing a peak output of 128 dB SPL on axis at 1 meter. The LF
section shall handle 550 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms.
When operated in bi-amplified mode, the MF/HF section shall
produce a sound pressure level of 108 dB SPL on axis at 1
meter with a power input of 1 watt, and shall be capable of
producing a peak output of 140 dB SPL on axis at 1 meter. The
MF/HF section shall handle 400 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms.
produce a sound pressure level of 108 dB SPL on axis at 1
meter with a power input of 1 watt, and shall be capable of
producing a peak output of 140 dB SPL on axis at 1 meter. The
MF/HF section shall handle 400 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms.
When operated in tri-amplified mode, the MF section shall
produce a sound pressure level of 109 dB SPL on axis at 1
meter with a power input of 1 watt, and shall be capable of
producing a peak output of 141 dB SPL on axis at 1 meter. The
MF section shall handle 400 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms. The
HF section shall produce a sound pressure level of 106 dB SPL
on axis at 1 meter with a power input of 1 watt, and shall be
capable of producing a peak output of 134 dB SPL on axis at
1 meter. The HF section shall handle 150 watts of amplifier
power (AES Standard) and shall have a nominal impedance of
8 ohms.
produce a sound pressure level of 109 dB SPL on axis at 1
meter with a power input of 1 watt, and shall be capable of
producing a peak output of 141 dB SPL on axis at 1 meter. The
MF section shall handle 400 watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 ohms. The
HF section shall produce a sound pressure level of 106 dB SPL
on axis at 1 meter with a power input of 1 watt, and shall be
capable of producing a peak output of 134 dB SPL on axis at
1 meter. The HF section shall handle 150 watts of amplifier
power (AES Standard) and shall have a nominal impedance of
8 ohms.
The loudspeaker enclosure shall be trapezoidal in shape. It
shall be constructed of exterior grade Baltic birch plywood
and shall employ extensive internal bracing. It shall be fin-
ished in wear-resistant textured black paint. Input connectors
shall be a terminal strip. A total of 16x 3/8”-16 threaded
mounting/suspension points (4 each top, bottom, and sides)
shall be provided. The front of the loudspeaker shall be cov-
ered with a powder coated perforated steel grille.
shall be constructed of exterior grade Baltic birch plywood
and shall employ extensive internal bracing. It shall be fin-
ished in wear-resistant textured black paint. Input connectors
shall be a terminal strip. A total of 16x 3/8”-16 threaded
mounting/suspension points (4 each top, bottom, and sides)
shall be provided. The front of the loudspeaker shall be cov-
ered with a powder coated perforated steel grille.
The 3-way full-range loudspeaker shall be the EAW model
MQV1366e.
MQV1366e.