EAW MQ1366e User Manual
Frequency Response (1 W @ 1m)
±3 dB
250 Hz to 12 kHz
-10 dB
200 Hz
Axial Sensitivity (dB SPL, 1 Watt @ 1m)
Passive
107
MF
109
HF
107
Impedance (Ohms)
Passive
8
MF
8
HF
8
Power Handling, AES Standard (Watts)
Passive
325
MF
400
HF
150
Calculated Maximum Output (dB SPL)
Passive Peak 138
MF Peak 141
HF Peak 135
Passive Long Term 132
MF Long Term 135
HF Long Term 129
Nominal Coverage Angle/-6 dB points (degrees)
Horizontal 60
Vertical 60
Recommended High-Pass Frequency
24 dB/Octave 200 Hz
SPECIFICATIONS MQ1366e
FEATURES
DESCRIPTION
PERFORMANCE
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.
MQ1366e/0002679/2 pp April 2002
Printed in USA
APPLICATION
PHYSICAL
Configuration Mid/High
Powering Passive or Bi-amplified
MF Subsystem 1x 10-in horn-loaded cone,
Radial Phase Plug™
HF Subsystem 1x 2-in exit/3-in voice voil com-
pression driver on constant
directivity horn
directivity horn
Enclosure Materials Exterior grade Baltic birch plywood
Finish Wear resistant textured black paint
Connectors Terminal barrier strip
Suspension Hardware 16x 3/8"-16 threaded mounting
suspension points (4 each top,
bottom and sides)
bottom and sides)
Grille Powder coated perforated steel
Dimensions
inches
millimeters
Height 40.00
1016
Width (front) 32.00
813
Width (rear) 8.12
206
Depth 25.61
650
Trapezoid Angle 25° per side
Weights
pounds
kilograms
Net Weight 148
67.3
Shipping Weight 156
71.0
• Dedicated horn loaded MF/HF array module
• 10-in MF w/ Radial Phase Plug™; 2-in exit
• 10-in MF w/ Radial Phase Plug™; 2-in exit
Neodymium HF
• 60° x 60° beamwidth
• Vertically configured to create horizontal arrays
• Vertically configured to create horizontal arrays
A dedicated mid/high system in a vented trapezoidal enclo-
sure. Includes a horn-loaded 10-in MF cone with Radial Phase
Plug™ and a 2-in exit/3-in diaphragm Neodymium compres-
sion driver. The MF and HF horns provide a nominal 60° x 60°
beamwidth. An internal passive crossover with jumpers on the
input panel allows user selection of either bi-amplified or
passive operation. In either case digital signal processing is
required to achieve specified performance. The enclosure
features a comprehensive system of 3/8”-16 threaded sus-
pension points.
sure. Includes a horn-loaded 10-in MF cone with Radial Phase
Plug™ and a 2-in exit/3-in diaphragm Neodymium compres-
sion driver. The MF and HF horns provide a nominal 60° x 60°
beamwidth. An internal passive crossover with jumpers on the
input panel allows user selection of either bi-amplified or
passive operation. In either case digital signal processing is
required to achieve specified performance. The enclosure
features a comprehensive system of 3/8”-16 threaded sus-
pension points.
The MQ1366e employs a no-compromise design where the mid
and high frequency horns are truly large enough to provide
optimal pattern control throughout each passband. The horns
feature a rigid but well-damped construction using wood
veneer backed by structural foam. The MQ1366e has been
designed to work with a complementary MQ1300 Series LF
loudspeaker to create a full-range audio system, but may also
be used without a LF complement for voice-only applications.
The enclosure is vertically configured for arraying in horizon-
tal rows. Horizontal arrays are typically used in venues, such
as houses of worship, where the array must address wide, fan-
shaped audiences.
and high frequency horns are truly large enough to provide
optimal pattern control throughout each passband. The horns
feature a rigid but well-damped construction using wood
veneer backed by structural foam. The MQ1366e has been
designed to work with a complementary MQ1300 Series LF
loudspeaker to create a full-range audio system, but may also
be used without a LF complement for voice-only applications.
The enclosure is vertically configured for arraying in horizon-
tal rows. Horizontal arrays are typically used in venues, such
as houses of worship, where the array must address wide, fan-
shaped audiences.
Application Usage: Install
Houses of Worship
Auditoriums
Theatres
Arenas
Performing Arts Centers
Stadiums