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V HIGH MOISf LEVELS MAY CAUSE A PERMANENT HEARING LOSS INO>VIOUAIS VARY CONSIDERABLY IN SUSCEPTIBILITY TO NGISE INDUCED HEARING LOSS.BUT
LOSE SOME HEARING If E»POSEO TO SUfFICIENTlY INT6N36 NOSE FOR A SUFFICIENT TIW6
OCCUPATIONAL SAFETY ANO HEALTH ADMINISTRATION <OSHA> HAS SPECIFIED THE FOLLOWING PERMISSIBLE NOISE LEVEL EXPOSURES
DURATION PER OAY IN HOURS
SOUNO LEVEL Ml. SLOW RESPONSE
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CHANNELS:
5
INPUTS:
10 High Z. 5 being high gam, 5 being padeed (-6 dB);
Graphic inpul; Auxiliary input
SENSITIVITY:
Waster. Channel Gain @ Vertical (12.001 settings. All EQ flat.
100
mV mlo High Gam tor 130 W RMS @ speaker oufpul into
A
Ohms
MAXIMUM DYNAMIC RANGE:
3 V RMS
@
Jack A
6
V RMS @ Jack B
MAXIMUM GAIN:
66
c!B with channel Gain lull CW
80 CB with channel Gam and Master Level full CW
INPUT IMPEDANCE:
220
K Ohms (Jack A)
44K Ohms (Jack B)
SIGNAL-TO-NOISE RATIO:
Master
@
12:00. Ail EO flat. 20 Hz - 20 kHz unweighted;
1
channel Gain @ 12 00 22K Ohm source. 78 dB
All channel Gams @ 12 00. 22K Ohm source. 74 dB
CHANNEL EQUALIZAION:
- -15 dB @ 80 Hz & 8 kHz. Shelving Characteristic
MASTER GRAPHIC EQUALIZER:
*-15 dB @ 100 Hz. 200 Hz. 500 Hz. 1 kHz. 2 kHz 5 kHz and
10 kHz, Peak/Notch Characteristic, Average "Q" of 1 8
TOTAL SYSTEM FREQUENCY RESPONSE:
*-2
dB. 40 Hz - 20 kHz. All EO flat
LINE OUTPUTS:
Main. Monitor and Effects
MAXIMUM OUTPUT:
8
V RMS into I OK Ohms (+18 dBV) or
4 V RMS mto 600 Ohms
(->
14 dBM)
POWER AMP SPECIFICATIONS
RATED POWER:
130 W RMS into 4 Ohms load
POWER @ CLIPPING:
(1% THD @ I kHz. 120 V VAC line)
Typically
85 W RMS into 8 Ohms
140
W
RMS mto 4 Ohms
90 W RMS into 2 Ohms
FREQUENCY RESPONSE:
»0
-1 dB. 10 Hz - 30 kHz. 100 W RMS into 4 Ohms
TOTAL HARMONIC DISTORTION:
Less lhan 0.1%, 10 mW to 100 W RMS. 20 Hz
10 kHz
4 Ohms. Typically below .05%
INTER MODULATION DISTORTION:
Less than 0.1%. 10 mW to 100 W RMS. 60 Hz & 5 kHz
4 Ohms. Typically below 04%
eo»?an
Ci 479
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