I was impressed with the quality of service (frequent e-mails to let you know the status of your order), and the speed at which the download became available. The manual was a life saver and was not easy to track down. Thank you for such an excellent service.
the manual was just what i wanted it had all the revelent information required to operate the hifi .Iwould use any manual i downloaded for any item which needs a manual
Excellent product and service. I bought a second-hand Casio CPS-60 keyboard which had no manual. Packed full of features which I had no idea how to operate . . .
Google search found this site (and others with the same manual for sale for $8.99!)
I bought the manual and within an hour the download was available. Quality of the scanned images is good - very clear - and the PDF has been created with the pages in the correct order.
I would definitely use this site again.
Text excerpt from page 5 (click to view)
� You are using an unbalanced plug adaptor. Its pin assignments do not match the Balanced Out jack�s. Use a plug and cable corresponding to the diagram above. The amp�s Line Out is connected to the Red Box, but the signal at the Balanced Out jack is too weak: � Ensure the amp�s Line Out signal is properly connected to the Red Box�s Line In jack. The amp�s Speaker Out is connected to the Red Box but the signal at the Balanced Out jack is too powerful and is overloading the mixer/recorder�s input: � Ensure the amp�s Speaker Out signal is properly
connected to the Red Box�s Speaker In jack. The Balanced Out signal hums: � The Red Box is not receiving enough power. Check the battery or AC adaptor. � The amp and the mixer/recorder�s earth circuits have formed a ground loop. Activate your amp�s or the mixer/recorder�s ground lift switch, or use a transformer to galvanically separate the line circuit. � The connecting cable is poorly positioned and is picking up interference from a nearby source (perhaps a mains cord, transformer, etc.). Replace it with a high-quality cable and move this cord away from the noise source.