Vestax PMC 500 - Manual (Page 8)

#1METER ASSIGN SWITCH
Use this switch to select either MASTER OUT 1 or
2 to be shown in the MASTER LEVEL METER #0.
#2POWER LED
This LED will be illuminated when the POWER
SWITCH
%4 is on.
#3AUX SEND LEVEL
Adjusts the output level sent to an external effects unit
connected to the AUX SEND JACK $9 on the rear
panel. When the crossfader is used, this signal is taken
after the crossfader but before the master fader. This
makes a variety of techniques possible, such as the
application of echo to a cut out in which the crossfader
would be used.
#4AUX RCV LEVEL
Adjusts the input level from an external effect unit
connected to the AUX RCV JACK
% 0 on the rear
panel.
#5AUX CUE ON/OFF SWITCH
Sends the signal of external effects unit connected to
the AUX SEND JACK to the MONITOR section for
headphone monitoring.
#6AUX CUE LED
This LED will be illuminated when the AUX CUE
SWITCH#5 is on.
#7AUX RCV LEVEL METER
This LED bar level meter indicates the level of the
AUX RCV JACK signal.
#8BOOTH OUT EQ (HI/LOW)
Adjusts the HI and LOW frequencies for the
BOOTH OUT.
#9BOOTH OUT LEVEL
Adjusts the output level of BOOTH OUT.
$0MUTE SWITCH
This switch mutes the signal being sent to BOOTH
OUT.
$1MUTE LED
This LED will be illuminated when the MUTE
SWITCH $
0 is on.
$2MASTER 1&2 & BOOTH OUTPUT LEVEL
SELECTOR (ATTENUATION).
Located under the top panel, this switch adjusts the
output level for Master 1&2 in addition to the Booth out
put level. The PMC-500 is pre-set to a 0dB output
level but may be changed to -10dB.
MASTER SECTION
@6MASTER BALANCE 1&2
Adjusts the signal balance of the L to R side of the
outputs from MASTER OUT 1&2 JACKS
%2
on the
rear panel.
@7MASTER LEVEL 1&2
Adjusts the signal level outputs from MASTER OUT
1&2 JACKS on the rear panel.
@8MASTER 1&2 CUE SWITCH
Used to send the signal from the MASTER OUT
1&2 to the monitor section for headphone
monitoring.
@9MASTER 1&2 CUE LED
This LED is illuminated when the MASTER 1&2
CUE SWITCH
@8 is on.
#0MASTER LEVEL METER
This LED bar level meter indicates the L and R
outputs.