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It took about 24-hours after my payment before I was able to get to the download. Apparently, payment processing is not 100% automated. That is no big deal, just be aware of that going in.
After I got to it, it was in good shape, easy to read, etc. Not some cheap FAX copy looking thing.
Also, this site was the cheapest I found. Another Plus!
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Good price, very legible manual, exactly what I needed -- but had to wait a day to actually get the download of the manual. Would have preferred to download it immediately after payment rather than waiting for someone to "process" my order. I was surprised that I had to wait that long.
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As the only source for this manual it rather rank quite high since it is well scanned and perfectly readable.
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the manual is in good quality and it's in pdf. manual was send in less then 24h.
regards
mike
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I would not plug this machine in without finding a manual like this. In addition to setup and normal operating instructions, it has troubleshooting flowcharts, diagrammed mechanical adjustments, and schematics to beat the band. The tech I hand it to would be thrilled to find solder side PCB diagrams with component outlines superimposed, pinouts for every IC chip, and line drawings of transistors, with labeled legs.
As for printing quality, this may be a copy of a copy, but even the finest print when enlarged is very legible. There is a bit of grayed print over a few pages, as if a wet page were placed over it, but the print is still very legible. If you could borrow an original manual and get it printed and bound for 4 to 6 times the cost, you could get better quality. In that case you wouldn't be here. For price, utility, and availability I am rating this manual highly.
XR-A660, XR-A330
Recording Adjustment
(1) Bias Oscillation Frequency Adjustment
Step Mode Input Signal/ Test Tape Load the STD-632 test tape and set the recording mode. Adjusting Points Deck II DECK I    L2801 (AF Assy) Measurement Points    Between A point in Fig.7 and GND. Adjustment Value Oscillation frequency to be 105.0kHz ± 2kHz. Remarks If the REC/STOP button for four seconds while the power is in STAND BY mode, the frequency will decrease 2 to 3 kHz.
1
REC
(2) Recording Bias Adjustment
� Since this adjustment affects recording bias, prevent distortion from increasing due to underbias.
Step Mode Input Signal/Test Tape Input a 315Hz signal to the AUX terminal and set the input selector to AUX. Adjusting Points Deck II DECK I Deck II DECK I    Input signal level    VR2801(Lch) VR2802(Rch) Measurement Points TAPE TEST POINT (L, Rch) (AF Assy) TAPE TEST POINT (L, Rch) (AF Assy) Adjustment Value Remarks
1
REC
� 23.7dBV
2
Load the STD-632 test tape and REC � record/playback the 315Hz and PLAY 10kHz signals. (see the Note below)
Repeat adjustment until playback level of the 10kHz signal is within 0 ± 0.5dB from that of the 315Hz signal.
Note : Set the 10kHz input signal level to the same value as the 315Hz input signal level of step 1.
(3) Recording Level Adjustment
Step Mode Input Signal/Test Tape Input a 315Hz signal to the AUX terminal and set the input selector to AUX. Adjusting Points Deck II Input signal level DECK I Deck II DECK I    VR2301(Lch) VR2302(Rch) Measurement Points TAPE TEST POINT (L, Rch) (AF Assy) TAPE TEST POINT (L, Rch) (AF Assy) Adjustment Value Remarks
1
REC
�
7.7dBV
2
Load the STD-632 test tape and REC � record/playback the 315Hz PLAY signal.
Repeat recording, playback and adjustment until playback level of the 315Hz signal becomes � 7.7dBV.
(4) ALC Operation Check
Step 1 2 REC/ PAUSE Mode Input Signal/Test Tape Input a 315Hz signal to the AUX terminal and set the input selector to AUX. Adjusting Points Input signal level Set to a level +10dB adove the input level at step1. Measurement Points TAPE TEST POINT (L, Rch) (AF Assy) Adjustment Value � 8.2dBV Confirm that the reading is � 2.2 ± 2.5dBV. Remarks
56
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