Idiomas disponibles
Idiomas disponibles
MH-1063 Specifications
Freq. Range
Nominal Coverage
DI:
Q:
Max. Output:
Impedance:
Maximum Input Power
Sensitivity
Crossover Frequency
Crossover Network
Connectors
Transducers
Mounting Hardware:
Size
Weight
All manuals and user guides at all-guides.com
(subject to change without notice)
180 - 15k (-6dB, full space)
90° horizontal X +20 to -30° vertical (50° total, adjustable mount provides for vertical plane adjustments.
The horizontal plane can be adjusted by altering mounting position on the low frequency enclosure before
tightening bolts.
9 dB (400 to 16k Hertz average)
8 (400 to 16k Hertz average)
[Tri-amp mode] Mid Freq. 135.5 dB SPL calculated peak, 1m, full space
[Tri-amp mode] High Freq. 131.5 dB SPL calculated peak, 1m, full space
[Bi-amp mode] 135 dB SPL calculated peak, 1m ,full space
[Bi-amp mode] 8 ohms nominal
7.9 ohms minimum at 1500 Hertz
91 ohms maximum at 150 Hertz
[Tri-amp mode] Mid Freq. 275 W (AES method, 2 hrs.)
[Tri-amp mode] High Freq. 60 W (AES method, 2 hrs.)
[Bi-amp mode] 250 W (IEC method, 8 hrs.)
[Tri-amp mode] Mid Freq. 105 dB SPL, 1 watt, 1 meter
[Tri-amp mode] High Freq. 107.5 dB SPL, 1 watt, 1 meter
[Bi-amp mode] 135 dB SPL, 1 watt, 1 meter
[Tri-amp mode] 250 Hertz or higher, 24dB/octave and 1.7k Hertz, 24dB/octave
[Bi-amp mode] 250 Hertz or higher, 24dB/octave
1.7k Hertz, 18 dB/octave electrical slope, HF driver power limiting circuit (never disrupts continuity). Swit-
chable operation between Bi-Amp and Tri-amp operation. Tri-amp setting removes crossover circuit from
signal, leaving power limiter and DC blocking capacitors.
Barrier strip screw terminals accept up to #10 AWG stranded wire. Four terminals, two HF input and two
MF input (for Tri-amp mode operation).
MF: 10" high efficiency midrange, phase-ring loaded.
HF: 1.5" (38mm) exit, 2.5" (63.5mm) titanium diaphragm compression driver.
Attaches to top of the low frequency cabinet using three 5/16"-18 x 3/4" long bolts.
39" high x 30" wide x 20" deep (991 x 762 x 508mm)
85 lb. (39 kg) net
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