43
A. Service number: 3
B. Memory number: 04(Mechanism lock during Unloading)
C. Supplementary data 1(VCR Mode): 0(STOP)
D. Supplementary data 2(Stand by position): 4(LOAD position)
E. Supplementary data 3(Process number): 12
F. Supplementary data 4(LM data): 02(Mechanism position has been changed)
* Details of “VCR mode” of the Supplementary Data (These values are hexadecimal indication)
0: STOP, 1: EJECT, 2: REW, 3: FF, 4:REV, 5: CUE, 6: SLOW, 7: POWEROFF, 8: PLAY, 9: STIL,
A: REC, B: REC PAUSE, C: ADUB, D: ADUB PAUSE, E: INSERT, F: INSERT PAUSE
* Details of “Stand-by position” of the Supplementary Data (These values are hexadecimal indication)
E: EJECT, 2: DOWN, 3: RREW, 4: LOAD, 5: REV, 6: PLAY, 7: POFF, 8: STOP_R, 9: STOP_F, C: FF/REW
* Explanation of “Tape position”
of the Supplementary Data
The Tape position Data are the area data of S-reel that is used for judgement of reducing speed in the microprocessor IC6001,
and as the tape position is moved from the starting edge to the finishing edge, the value becomes smaller.
The Tape Data does not become “0” even if the tape reaches the finishing edge as the hub remains, and the tape position values
are different between the large hub and the small hub as the each diameters are different from each other.
Tape Type
The aim of Tape position between the starting edge and the
finishing edge
90 min. or over type (Small Hub)
The Tape position is divided into 14 stages between the
Starting edge: “E “ and the finishing edge: “1”.
60 min. or less type (Large Hub)
The Tape position is divided into 6 stages between the Starting
edge: “A “ and the finishing edge: “5”.
l
“A” and “E” is hexadecimal. “A” =10 (Decimal), “E” =14 (Decimal).
l
Hexadecimal indication from “A” to “E” are shown below.
* Description of “Reason of Ejection” of the supplementary Data
Supplementary Data 2
Reason
1
S-reel pulse is less than 3 when the loading has been completed.
(Miss catching the tape)
2
Pulse Timer over during the short rewind at the DOWN position.
(Error of S-photo sensor system, S-reel system, Capstan system
3
Mechanism lock from the DOWN position to the LOAD position during the loading.
4
Both ends have been detected at the LOAD position when the loading is started. (Tape has
been cut off)
* “Process No.” of the supplementary Data
The process number is memorized when an Error has occurred. (Refer to the Timing Chart of R4 Mechanism).
* “Count of FG” of the supplementary Data
Count of FG for 20 msec. when an Error has occurred.
* “LM information” of the supplementary Data
Data of the requirement for driving the loading motor.
Mechanism position has not been changed: 1
Mechanism position has been changed: 2
* Mechanism supplementary data
Offset (10F0H)
Data
0
OPM history 1 (Latest)
1
OPM history 2
2
OPM history 3
3
OPM history 4
4
OPM history 5 (Oldest)
5
Cumulative total of Hunting times. (Max: 255)
6
Cumulative total of passing the aimed position. (Max: 255)
7
Cumulative total of retry times for FF/REW direct connection. (Max: 255)
8
Cumulative total of retry times for DOWN FF/REW direct connection. (Max: 255)
9
Cumulative total of mechanism initial operation with a mechanism lock. (Max: 255)
A:
B:
C:
D:
E:
F:
(Sample)
Summary of Contents for NV-HV61EE
Page 21: ...2 REMOVAL OF THE BACK PANEL Remove 2 Screws C Remove Screw D Unlock 4 Tabs E Fig D3 21 ...
Page 29: ...10 2 CASING PARTS SECTION 29 ...
Page 30: ...10 3 PACKING PARTS SECTION 30 ...
Page 31: ...11 REPLACEMENT PARTS LIST 31 ...
Page 41: ...C4537 ECJ2VC1H560G CHIP CAPACITOR 41 ...
Page 44: ...D2002 B0AAED000003 DIODE 44 ...
Page 47: ...Q1152 2SC3311ASA TRANSISTOR 47 ...
Page 49: ...R1502 ERJ3GEYJ273V CHIP RESISTOR 49 ...
Page 54: ...W519 ERJ3GEY0R00V CHIP JUMPER 54 ...
Page 109: ...4 1 3 PARTS NAME OF R4 MECHANISM Fig M2 ...
Page 139: ...34 ...
