Please use the following steps if a drive letter is not automatically assigned to the Iomega® USB Hard Drive or if the drive is not detected in Windows® 98/98SE.
If the Iomega Hard Drive is detected, you can now use the drive.
If the Iomega Hard Drive is not detected, please try another USB cable and/or power supply (if available). If the Iomega Hard Drive is still not detected, continue with the next step.
If the Iomega Hard Drive is detected, you can now use the drive.
If the Iomega Hard Drive is not detected, please continue with the next step.
Important: Windows may report the Iomega Hard drive as a generic Local Disk and a non-Iomega drive string may be present. For more information, please go to http://www.iomega.com/support/documents/11273.html
If the Iomega Hard Drive letter appears, you can now use the drive.
If the Iomega Hard Drive is still not detected, continue with the next step.
Note: If you are not using a USB hub, proceed to STEP FIVE
If the Iomega Hard Drive is detected, you can now use the drive.
If the Iomega Hard Drive is still not detected, continue with the next step.
Please use the following steps to see if the USB controller is enabled and working properly.
Note: If Universal Serial Bus Controllers is not listed, there is a problem with the USB controller or the USB controller is not enabled in the computer's BIOS. Please contact the computer or card manufacturer for updated drivers and/or for information on how to fix or enable the USB controller.
If the Universal Host Controller or USB Root Hub has an exclamation mark
next to it or a red X on the icon
, there is a problem with the USB Controller. Contact the computer or card manufacturer for updated drivers and/or for information on how to fix the USB controller.
If the Universal Host Controller or USB Root Hub does not have an exclamation mark
next to it or a red X on the icon
, please continue.
If the Iomega Hard Drive is detected, you can now use the drive.
If the Iomega Hard Drive is still not detected, continue with the next step.
An IRQ is an Interrupt Request. There are 16 of these hardware lines over which devices can send interrupt signals to the microprocessor. Please use the following steps to check for IRQ conflicts.
Note: Reserved assignments are Universal and cannot be changed. Default settings are assigned by the hardware and can be shared or reassigned. The Reserved and Default settings should look something like the ones listed below. Systems may vary.
00: (Reserved) System Timer
01: (Reserved) Keyboard
02: (Reserved) Programmable interrupt controller
03: (Default) Communications Port (COM 2)
04: (Default) Communications Port (Com 1)
05: (Default) Sound Card or LPT 2
06: (Reserved) Standard Floppy Disk Controller
07: (Default) Printer Port LPT 1
08: (Reserved) System CMOS/real time clock
09: (Default) System device connected in a PCI slot
10: (Default) System device connected in a PCI slot
11: (Default) System device connected in a PCI slot
12: (Default) PS/2 Compatible Mouse Slot
13: (Reserved) Numeric data processor
14: (Default) Primary IDE Controller
15: (Default) Secondary IDE Controller
Note: When you want to use the Iomega Hard Drive, you will need to choose the profile that was created above (Iomega Hard Drive). For all other times, you will need to choose the Original Configuration boot.
If the Iomega Hard Drive is detected, you can now use the drive.
If you are using a 40GB or 80GB Desktop (External) USB drive, the USB interface cable connection may be loose or there may be a problem with the interface cable. Please recheck the connection and if the drive is still not detected, please contact Iomega Technical support at http://www.iomega.com/support/contact/index.html
If you are using any other Desktop (External) or Portable USB drive, please go to
http://www.iomega.com/support/askiomega_options.html for additional troubleshooting options.