
3. Connect the AC Cord.
4. The VCR turns ON automatically and the Cassette Holder Unit is loaded. The top of
Set Lever L and R is locked by the First Locking Tab (Left and Right). Then the
VCR turns OFF.
5. Clear the First Locking Tab (Left and Right) by pressing the (a) portion of the Set
Lever L and R.
6. Turn ON the Power Switch.
7. The top of Set Lever R is locked by the Second Locking Tab (Same as Step 4).
8. Clear the Second Locking Tab ( Right) by pressing the (a) portion of the Set Lever
R.
9. Turn ON the Power Switch.
10. The top of Set Lever L and R is locked by the Third Locking Tab (Same as Step 4).
11. Clear the Third Locking Tab (Left and Right) by pressing the (a) portion of the Set
Lever L and R.
12. Turn ON the Power Switch.
13. The Cassette Holder Unit is in the down position and the loading operation is
completed.
3.3.10. Black Screws on the Chassis
Black Screws are used on the Mechanism Chassis to identify screws that require
adjustment.
3.3.11. Variable Voltage Isolation Transformer
Because a Hot Chassis Ground is present in the Switched Mode Power Supply
Circuit, an Isolation Transformer must be used. Also, in order to have the ability to
increase the input voltage slowly, when troubleshooting this type of Power Supply
Circuit, a variable isolation transformer is required.
3.3.12. Cylinder Rotation in STOP mode
The cylinder will continue to rotate for approximately 5 minutes after the STOP button
is pressed in Play mode etc. Eject the tape in order to stop the cylinder.
3.3.13. Service of UHF/VHF TUNER/TV DEMODULATOR UNIT
Since the UHF/VHF TUNER/TV DEMODULATOR UNIT has already been pre-adjusted
at the factory, do not try to adjust the UHF/VHF TUNER/TV DEMODULATOR UNIT.
The UHF/VHF TUNER/TV DEMODULATOR UNIT replacement part is available as a
complete assembly unit only.
3.3.14. Supply Unit for Infrared Remote Control Unit
35
Summary of Contents for Omnivision PV-4651
Page 14: ...Fig 2 3 14 ...
Page 27: ...Fig 11 1 1 27 ...
Page 40: ...Fig D1 40 ...
Page 42: ...Fig D2 42 ...
Page 43: ...Fig D3 43 ...
Page 44: ...Fig D4 44 ...
Page 45: ...Fig D5 45 ...
Page 46: ...Fig D7 46 ...
Page 47: ...Fig D8 47 ...
Page 51: ...Fig M2 1 Fig M2 2 51 ...
Page 53: ...Fig M4 1 53 ...
Page 77: ...Fig M19 77 ...
Page 84: ...Fig J5 84 ...
Page 85: ...Fig J6 85 ...
Page 87: ...Fig J9 87 ...
Page 88: ...Fig J10 88 ...
Page 89: ...Fig J11 89 ...
Page 90: ...Fig J12 90 ...
Page 91: ...Fig J13 91 ...
Page 92: ...Fig J15 92 ...
Page 93: ...93 ...
Page 96: ...96 ...
Page 102: ...with the holes on the Pinch Lift Cam as shown in Fig A6 102 ...
Page 103: ...103 ...
Page 105: ...Fig K1 105 ...
Page 106: ...Fig K2 106 ...
Page 107: ...Fig K3 107 ...
Page 109: ...Fig B1 109 ...
Page 114: ...Fig E1 4 3 2 HOW TO READ THE ADJUSTMENT PROCEDURES 114 ...
Page 115: ...Fig E2 115 ...
Page 134: ...R6004 ERJ6GEYJ333V MGF CHIP 1 10W 33K 134 ...
Page 136: ...R6085 ERJ6GEYJ223V MGF CHIP 1 10W 22K 136 ...
Page 140: ...C4601 ECEA1CKA100 ELECTROLYTIC 16V 10 140 ...
Page 147: ...R6065 ERJ6GEYJ223V MGF CHIP 1 10W 22K 147 ...
Page 167: ...9 11 Operation Block Diagrams 1 167 ...
Page 178: ......
Page 204: ......
Page 205: ......