User manual YAMAHA CRW3200SX

[. . . ] (DECLARATION OF CONFORMITY PROCEDURE) Responsible Party: Address: Telephone: Fax: Type of Equipment: Model Name: Yamaha Electronics Corporation, USA. 6660 Orangethorpe Avenue Buena Park, CA 90620 714-522-9105 714-670-0108 CD Recordable/Rewritable Drive CRW3200SX This device complies with Part 15 of the FCC Rules. Operation is subject to the following conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received including interference that may cause undesired operation. See user manual instructions if interference to radio reception is suspected. FCC INFORMATION (U. S. A. ) 1. [. . . ] The switches are set to ON when pulled down. Each switch set to ON counts each ID SELECT number, and the sum total of the ID SELECT number determines SCSI ID number as the SCSI ID table shown below. SCSI ID 0 OFF SCSI ID 1 (default) OFF SCSI ID 2 OFF SCSI ID 3 OFF ON ON ON ON SCSI ID 4 OFF SCSI ID 5 OFF SCSI ID 6 OFF SCSI ID 7 OFF ON ON ON ON SCSI ID 0 1 (default) 2 3 4 5 6 7 SW 1 (ID SELECT: 1) SW 2 (ID SELECT: 2) SW 3 (ID SELECT: 4) ON ON ON ON ON ON ON ON ON ON ON ON The SCSI ID number "7" is normally reserved for the SCSI card. Note · In the case that other SCSI device has been already connected to the computer, be sure that the CRW3200SX drive's SCSI ID number is different from other devices'. The CRW3200SX drive's SCSI ID number is set at "1" by default. · Set the dip switch completely upward/downward. 10 Preparing the CRW3200SX Drive Termination A terminator prevents the reflection of SCSI signals at the last device of the SCSI chain. The terminators of the first and last devices of the SCSI chain should be set to ON. If the CRW3200SX drive is not at the last of the SCSI chain, the TERMINATOR (SW 4) of the dip switch should be set to OFF. Computer Extenal SCSI Device (unterminated) CRW3200SX (terminated) SCSI card (terminated) Termination ON (default) OFF Termination OFF OFF ON ON Set to ON if the CRW3200SX drive is the last of the SCSI chain Set to OFF if the CRW3200SX drive is not the last of the SCSI chain Note The TERMINATOR (SW 4) of the dip switch is set at ON by default. 11 2 Connect the CRW3200SX Drive 1 2 Turn off the computer and all peripheral devices. Check that the power switch on the rear panel of the CRW3200SX drive is turned off (STANDBY). 3 Connect the SCSI cable to either one of the SCSI connectors on the rear panel of the CRW3200SX drive. Connect the other end of the SCSI cable to the SCSI card connector of the computer or the other SCSI device. SCSI card connector CRW3200SX rear panel SCSI cable SCSI connector 12 Preparing the CRW3200SX Drive SCSI cable · The connector of SCSI cables or SCSI interface cards varies. A SCSI cable with proper connectors for both the CRW3200SX drive and the SCSI interface card is required. SCSI connector of the CRW3200SX drive is D-sub half-pitch 50-pin pin-type. D-sub half-pitch 50-pin pin-type (for the CRW3200SX drive) CORRECT Half-pitch 50-pin Centronics INCORRECT · The maximum total length of the SCSI cables depends on the number of external SCSI devices connected to the computer. The number of external SCSI devices connected to the computer 1 to 3 SCSI devices 4 to 7 SCSI devices The maximum total length of the SCSI cables 3. 0 m 1. 5 m Note For proper operation, connecting the devices with isometric SCSI cables is recommended. (An example of connection: connecting 3 external SCSI devices) Computer External SCSI devices 1m 1m 1m The maximum total length of SCSI cables is 3. 0 m. · An Ultra SCSI mode compatible high impedance cable (characteristic impedance: 100 ± 10 ) is required. 13 4 Connect the included AC adapter to the DC-IN connector of the CRW3200SX drive. The arrow on the adapter plug faces to the screw (the left side of the connector). DC-IN connector Screw Arrow 5 Connect the included power cable to the AC adapter (). Connect the other end of the power cable to the wall socket (). Power cable (included) Continued on next page 14 Preparing the CRW3200SX Drive Note · Use the included AC adapter only. · The AC adapter may get warm during use under normal conditions. · The AC adapter consumes power, shown in the table below, while connected to the wall socket even if the power switch of the CRW3200SX drive is turned off. Remove the power cable from the wall socket when not using the CRW3200SX drive for a prolonged period. Power source 100 V, 120 V 220 V 230 V, 240 V Power consumption 0. 8 W 0. 9 W 1. 0 W 6 Turn on the power switch of the CRW3200SX drive. Blinks blue and then lights purple Note When turning on the CRW3200SX drive, be sure that the LED on the front panel blinks blue and then lights purple. 2) 15 3 Check Recognition of the CRW3200SX Drive After connecting the CRW3200SX drive to the computer, follow the steps below to check that the drive is recognized properly by the computer. For Windows 1 2 Turn on the computer. Check that the CRW3200SX drive and the SCSI card are recognized properly by the computer. For Windows 95/98/98 Second Edition/Me 1 Select Start on the task bar, then Settings, Control Panel, System, and Device Manager tab. Note For Windows Me, if the System icon is not found in the Control Panel window, click view all Control Panel options on the left side of the window. 2 Check that the following icons are shown. a: "YAMAHA CRW3200S" in the "CDROM" item b: "SCSI controllers" a b (This screen is an example on Windows Me. ) 16 Preparing the CRW3200SX Drive For Windows 2000 Professional 1 Select Start on the task bar, then Settings, Control Panel, System, Hardware tab, and Device Manager. The Device Manager dialog box appears. 2 Check that the following icons are shown. a: "YAMAHA CRW3200S SCSI CdRom Device" in the "DVD/CDROM drives" item b: "SCSI and RAID controllers" a b For Windows XP 1 Select Start on the task bar, then Control Panel, System, Hardware tab, and Device Manager. [. . . ] This method enables you to add data into the same disc, one session at a time, as long as there is free space available on the disc. A disc that contains data written in several sessions by this method is defined as a multi-session disc, like a disc written by the Track-at-Once method. Packet Writing This method is used to record data onto a disc on a file-by-file basis. This method divides a track into small segments called "packets" so that data can be written on a packet-by-packet basis, which means that you can write data in much the same way as you copy data to a floppy or hard drive. Since the data can be written easily, packet writing is proper to daily data backup. [. . . ]