IMG STAGELINE PAK-110MK2 Mode D'emploi page 9

control (9) to such an extent that the sound
reproduced will not be distorted yet .
5) If a microphone is connected, add its signal
with the control LEVEL (7) or (8) [for model
PAK-115MK2 only] and, if necessary, reduce
the level of the line signal with the LEVEL con-
trol (9) .
CAUTION! To prevent acoustic feedback, do
not hold the microphone towards the speaker
or too close to it . Feedback may also occur
when the volume is too high . In this case, re-
duce the microphone volume with the corres-
ponding control LEVEL (7) or (8) .
6 Specifications
Model
Amplifier power
RMS power
Peak power
Frequency range
Max . rated SPL
Bass speaker
Tweeter
Input sensitivity
MIC IN, XLR jack and 6 .3 mm jack
LINE IN, XLR jack
LINE IN, RCA jacks
Output LINE OUT, XLR jack
and 6 .3 mm jack
Ambient temperature
Power supply
Power consumption max .
Dimensions (W × H × D)
Weight
Pin configuration of XLR jacks
All rights reserved by MONACOR
reproduced in any form or by any means for any commercial use.
PAK-110MK2
110 W
200 W
59 – 20 000 Hz
116 dB
25 cm (10")
230 V/ 50 Hz
300 VA
360 × 500 × 260 mm
12 .9 kg
1 = ground
2 = signal +
3 = signal −
Subject to technical modifications .
INTERNATIONAL GmbH & Co. KG. No part of this instruction manual may be
®
6) Adjust the sound as desired with the two con-
trols TREBLE (11) and BASS (12) .
7) With the control MASTER LEVEL (10), adjust
the desired overall volume . Only turn up the
control to such an extent that the sound repro-
duced will not be distorted . If the overload LED
CLIP (13) lights up, turn back the control ac-
cordingly . Then readjust the sound, if required .
8) After use, switch off the speaker system with
the POWER switch .
PAK-112MK2
150 W
270 W
49 – 20 000 Hz
118 dB
30 cm (12")
dynamic horn tweeter, 2 .54 cm (1")
6 .5 mV
150 mV
620 mV
200 mV
0 – 40 °C
230 V/ 50 Hz
340 VA
430 × 580 × 310 mm
20 kg
PAK-115MK2
175 W
300 W
45 – 20 000 Hz
119 dB
38 cm (15")
10 mV
240 mV
950 mV
230 V/ 50 Hz
370 VA
447 × 685 × 355 mm
22 .8 kg
T = signal +
R = signal −
S = ground
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