Identify the IDE/ATAPI Configuration
Installing the ZipCD Drive as the Slave, or Second Device
Installing the ZipCD Drive as the Only Device on the Secondary IDE Channel
Connecting the Audio Cable
Finishing the Installation of Your ZipCD Drive

 

Installing the ZipCD drive as the Slave, or Second Device

 

NOTE: The ZipCD internal drive uses the computer's onboard IDE/ATA interface. If you are not familiar with how devices connect to the IDE interface, please see the Understanding IDE/ATAPI Connections section.

NOTE: Iomega recommends that you connect your ZipCD drive to the Secondary IDE channel and not on the same channel as your hard drive.

  1. Check the jumper setting on the ZipCD drive.

    The ZipCD internal drive is set as the factory default to the Slave configuration. The slave configuration indicates that it will be the second device on the cable connected to the IDE channel. This is the way the drive should be set to connect it to the secondary IDE channel with your CD-ROM drive. The jumper is a small plastic piece that surrounds two of the pins. Verify that the jumper is on the back of the ZipCD drive as shown in the illustration below.


    (Models may vary.)

     

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  2. Locate a vacant drive bay and remove the panel cover.

    The ZipCD internal drive is ready to install in a 5 1/4 inch drive bay. You cannot install your ZipCD internal drive in a 3 1/2 inch drive bay.

    NOTE: Do not mount your ZipCD drive vertically.


    (Models may vary.)

     

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  3. Check mounting requirements. Your drive bay may require side rails.


    (Models may vary.)

    You can check other drives in the system (such as a CD-ROM drive) to see if they use mounting rails. If so, you may need similar mounting rails for the ZipCD internal drive. If the computer does not include extra mounting rails, contact your computer dealer to obtain them.

     

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  4. Slide the ZipCD drive into the drive bay.


    (Models may vary.)

    NOTE: If it makes it easier to connect cables on your computer, you can secure the ZipCD drive in the drive bay now.

     

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  5. Remove the IDE Interface cable that is currently connected to your CD-ROM.

    Find the wide, flat cable connected to the back of the CD-ROM drive. Note the side of the cable with the red stripe or PIN-1 indicator and disconnect the cable from the motherboard and the CD-ROM and set it aside.

     

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  6. Verify that the jumper on your CD-ROM is set to Master.

    In order for the CD-ROM drive and ZipCD drive to work together properly, ensure that the jumper on the CD-ROM drive is set to the "master" setting. A chart indicating the jumper setting should be located on the CD-ROM drive. If you are unsure of the setting or how to change it, refer to the documentation that came with your CD-ROM drive or computer.

    If the CD-ROM drive and the hard drive are both connected to the primary IDE channel, see the section entitled Installing the ZipCD drive as the only device on the secondary IDE channel.

     

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  7. Connect the 40-pin IDE interface cable to the CD-ROM, the ZipCD internal drive, and to the motherboard.

    Your computer may already have a cable with an unused connector on the Secondary IDE channel. If this is the case, you can connect your ZipCD drive to the the unused connector. Do not be alarmed if you have an extra cable; however, you should double check to make sure all drives are connected to a cable and that the cable connects to the motherboard.

    If your IDE cable only has a single connector, you will want to use the cable provided with your ZipCD drive. Connect the long end, or the end furthest from the middle connector on the cable, to the Secondary IDE channel on the motherboard. Connect either drive connector to the CD-ROM drive and then connect the remaining connector to the ZipCD internal drive.

    NOTE: The order that the drives are connected to the cable does not matter, as long as the ZipCD is set to slave and the other is set to master.

    CAUTION! Make sure Pin 1 on the cable connects to Pin 1 on the ZipCD internal drive, the CD-ROM drive and the motherboard. All IDE interface cable connections must maintain correct Pin 1 orientation in order for the ZipCD drive to be recognized by the system.

    The IDE interface cable can be connected from the secondary IDE channel to the CD-ROM and then to the ZipCD drive, or it can be connected from the IDE channel to the ZipCD drive and then to the CD-ROM. For information on possible IDE/ATAPI drive configurations for your computer, see the Understanding IDE Connections section.

     

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  8. Connect an internal computer power supply cable to the ZipCD drive.

    NOTE: If the computer does not have a spare power supply cable, use a power Y-cable (available from your retailer). Disconnect the power from the CD-ROM or another device (do not disconnect the power to the hard drive) and connect the power Y-cable. Connect the two extensions of the power Y-cable to both the CD-ROM or other device and to the ZipCD internal drive. If your computer has an unused power supply cable you will not need to use the power Y-cable.


    (Models may vary.)

    CAUTION! Make sure the power supply cable is securely connected to the ZipCD drive.

     

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  9. Secure drive in drive bay.

    Align the front of the ZipCD drive with other drives installed in the computer. If there is not clear access to the drive bay mounting holes, refer to your computer manual for additional instructions. Note that if the drive is held in place securely by rails, you will not need to use the mounting screws.


    (Models may vary.)

    CAUTION! Mounting screws must not extend into the ZipCD internal drive farther than 4.0 mm (about 0.16 inch). Mounting screws that are too long could damage the drive.

 


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