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(4) When the next time the enter button is pressed, the
changed BAL LINE-1 setting is determined, 3+ and 2–
of BAL-2 starts blinking and the phase inversion setting
of BAL LINE-2 of the balanced input becomes available.
(Display on the 4th row of Fig. 1Ⓐ)
When the enter button is pressed again, the display
goes to the phase inversion setting of BAL LINE-3.
(5) When ▲ or ▼ is pressed, the phase of BAL LINE-2 of
the balanced input is inverted and the display changes
to 3– and 2+. (Display on the 5th row of Fig. 1Ⓐ)
When ▲ or ▼ is pressed again, the phase setting goes
back to 3+ and 2–.
(6) When the next time the enter button is pressed, the
changed setting is determined, 3+ and 2– of BAL-3
starts blinking and the phase inversion setting of BAL
LINE-3 of the balanced input becomes available. (Display
on the 6th row of Fig. 1Ⓐ)
When the enter button is pressed again, the display
goes to the phase inversion setting of BAL OUT.
(7) When ▲ or ▼ is pressed, the phase of BAL LINE-3 of
the balanced input is inverted and the display changes
to 3– and 2+. (Display on the 7th row of Fig. 1Ⓐ)
When ▲ or ▼ is pressed again, the phase setting goes
back to 3+ and 2–.
(8) When the next time the enter button is pressed, the
changed setting is determined, 3+ and 2– of BAL OUT
starts blinking and the phase inversion setting of BAL
LINE-1 and BAL LINE-2 of the balanced output becomes
available. (Display on the 8th row of Fig. 1Ⓐ)
When the enter button is pressed again, the display
goes to the setting of (2) and the phase inversion setting
of BAL LINE-1 of the balanced input becomes available
again.
(9) When ▲or ▼ is pressed, the phase of BAL LINE-1 and
BAL LINE-2 of the balanced output is inverted and the
display changes to 3– and 2+. (Display on the 9th row of
Fig. 1Ⓐ)
When ▲ or ▼ is pressed again, the phase setting goes
back to 3+ and 2–.
(10) When the next time the enter button is pressed, the
display goes back to the setting of (2) and the phase
inversion setting of BAL LINE-1 of the balanced input
becomes available again.
When the preset button is pressed, the display advances
to the OFFSET setting.
When the preset button is pressed, in any of the states
from (1) through (10), the setting is stored and BAL
PHASE is exited. Then, the display advances to the
OFFSET setting. Or when no operation is performed for
1 minute in the preset mode, this mode is exited while
keeping the state where the immediately preceding
setting is stored and the display returns to the normal
display.
How to preset the level offset/OFFSET
The offset setting of input level for each input terminal is
available.
Even when playing while switching between multiple input
device that have different output level, it is possible to uni-
form the sound volume of each input device to some extent.
(1) When the preset button is pressed, the unit enters the
preset mode and “BAL PHASE” starts blinking. (Display
on the 1st row of Fig. 1Ⓐ)
(2) When the preset button is pressed, the unit enters the
preset mode of level offset and “OFFSET” starts blinking.
(Display on the 1st row of Fig. 1Ⓑ)
When no adjustment of level offset is needed, press the
preset button again.
The preset mode is exited and the display returns to the
normal display.
(3) When the next time the enter button is pressed, the level
of BAL-1 starts blinking and the level adjustment of BAL
LINE-1 becomes available. (Display on the 2nd row of
Fig. 1Ⓑ)
When the enter button is pressed again, the display
goes to the level adjustment of BAL LINE-2.
(4) Pressing ▼ decreases the sound volume of BAL LINE-1
in steps of 0.5 dB. Adjustment is available in the range
between 0 and –6 dB.
Example) Pressing ▼ once displays –0.5 dB. (Display on
the 3rd row of Fig. 1Ⓑ)
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