CDP-CX455
SECTION 5
ADJUSTMENTS
Mechanical AdjustmentsTable Sensor Adjustment
1. Enter the CDM Test mode and select OMech Adjust� with the
Pop Up Mechanism AdjustmentJOG dial, and press the dial.
1. Turn on the power and set the disc to number 24.2. Press the TOP ARTIST 1 button to operate the loading mechanism,
2. W ith the power ON, while pres sing the TIME and MEGAand continue pressing until the disc table locks. (Fig. 3)
CONTROL buttons, press the 1/u button to enter the test mode.3. Loosen the fixing screw and move the holder so that both PLAY
3. Rotate the JOG dial and select OCDM Test�.button LED (green) and the ALBUM SELECT button LED
Press the JOG dial.(green) light.
4. Rotate the JOG dial and select the mechanism adjustment mode.If the holder is not in the correct position, the MEGA
(OMech Adjust� is displayed.)CONTROL button LED (orange) or the PAUSE button LED
Press the JOG dial.(orange) lights.
5. Keep pressing the TOP ARTIST 1 button to operate the loading4. Moving the disc table right and left with a hand after the screw
mechanism, and continue pressing until the disc table locks.is fixed, the table will move by the play of a disc table. If the
(Fig. 1)LEDs light up alternately, the adjustment will be performed
6. Keep pressing the TOP ARTIST 2 button to raise the pop upcorrectly. (Fig. 4)
part.ALBUM SELEC T
7. Loosen the adjusting screw, move the screwdriver left and right
until the lever (POP UP) does not touch the slit wall, and secure
the screw. (Fig. 2)
MEGA CONTRO L
The following buttons have special functions in this mode.
TOP ARTIST 1 button: Loading mechanism IN operation
TOP ARTIST 5 button: Loading mechanism OUT operation
TOP ARTIST 2 button: Pop up part UP operation
TOP ARTIST 6 button: Pop up part DOWN operation
At this position,this
part will be locked.
Fig. 1
At this position,this
part will be locked.
Fig. 3
Cover (chassis 400)
Holder (table sensor 400)
S tight, screw
(PTTWH 3 � 6)
Lever (POP-UP 400)
Fix to the center so that the
lever (POP-UP 400) does
not touch the slit.
Table (400) assembly
Swing
Fig. 2
Fig. 4
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