User manual
2.0 Master Module
The Dayner master module contains all the electronics for
the summing of the left/right signals, aux master
section, a single frequency oscillator, talkback section,
subgroup amps, 3 tape returns as well as the Control Room
Monitor section. The width of this module is 90mm (3 times
the width of a channel module).
2.1. a. +18v
b. -18v
c. +48v
These three LEDs indicate that power is present on the
voltage rails throughout the Dayner chassis. +/- 18 Volt
for the electronics and +48 Volt phantom powering for
condenser microphones and direct injection boxes.
2.2. a.b. Oscillator
The DAYNER has a single frequency, low distortion, phase
shift type oscillator which produces a lKhz sine wave tone.
The level can be adjusted via the (2.b) control.
Switch (2.a) routes the oscillator signal to all mix
busses in the DAYNER. To provide the channel output
with the sine-wave, it is necessary to activate one of
the from sub switches on the output section of each
module. Use the trim control for fine adjustment of
each channel. Because the meters on the Dayner Series
are all peak ballistics, they should read -10 on the
channel output meters when the (2.b) control is wide open.
If you measured the +4 output of the channel or master,
it would read 1.23 volts on an AC volt meter. The LED
meter is actually reading -6 on the scale, however, there is
no LEDs between -3 and -10. All other outputs, such as aux
outputs and master left/right outputs only receive the tone
if their associated master controls are opened.
Another function of the tone switch is to DIM the control
room monitor speakers by 20db.
2.3 talkback volume
The built in electret microphone can be adjusted in level
and is permanently routed to the Aux 1 and 2 busses
optional to Aux 3 thru 8). To avoid feedback the talkback
(switch 7 on drawing) also dims the C.R.M. output by 20dB.
2.4 aux masters 1 thru 8
These 8 controls are the aux master levels to the 8
aux outputs. Every output has an associated A.F.L.
(after fade listen) switch to solo and meter the signal.
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