Kudos to the one(s) who can solve this. I've been working on it for two days without success.
I had an HP Pavilion PC running Windows 2000 Professional with five HDDs in it. All drives except for the boot (Cdrive were NTFS. The PC was used as a server for storage on a home network. It was getting old and slow so I replaced it with a much faster (relative to the Pavilion) HP Vectra VLi8.
The two oldest drives (boot C: and D in the old PC are small and I don't care about them - they ran off the motherboard drive controller. The three newest drives are large and have data on them I wish to preserve. The old PC used a Maxtor (Promise) Ultra 133 TX2 IDE controller card to connect the newest drives. All of them are recent Maxtor HDDs capable of supporting UDMA 133 - one 80GB and two 120 GB drives.
The new PC (Vectra) already had a Seagate boot drive (about 13 GB) with WinXP Pro loaded on it. I installed one of the 120 GB Maxtor drives as slave to the Seagate boot drive and the system recognized it fine. I can access all of my old data on this drive on the Vectra.
I added the same Ultra 133 TX2 controller card to the Vectra and both BIOS and WinXP recognized the card after I supplied the driver. However, in WinXP's device manager, this card is located under "SCSI and RAID controllers" and not "IDE ATA/ATAPI controllers." This was my first hint that this simple job was going to cause me serious trouble. However, there are other references online that stated that this might occur and that it was OK. In fact, the Maxtor manual for the controller card even states that the device will appear under "SCSI and RAID controllers," so I went with it.
Subsequent to installing the controller card and attaching the drives (either on separate channels as single drives - the controller card has two channels for up to four IDE devices - or on a single channel as master/slave, BIOS detected the drives correctly, by model number, as soon as the BIOS screen for the controller card came up. WinXP recognized them too, but incorrectly as SCSI drives. They appear in the WinXP device manager right next to the other two working drives, correctly listed by model number, but with "SCSI disk device" appended to their listing. These are IDE drives, not SCSI drives.
OK, so both the BIOS and WindowsXP can see the drives, but in XP, I cannot access them via Windows Explorer. Icons for them appear, but clicking on them yield a "X: is not accessible. Access is denied." error message. If I pull up the properties dialog boxes (from device manager) for each of these drives, they are reported as "working properly" along with a bunch of options typically available to SCSI HDDs. However, pulling up the properties dialog box from Windows Explorer for each of these drives yields the following information:
Type: Local Disk
File System: RAW
RAW? Yikes! Remember that these are NTFS drives originally from a Win2K Pro machine.
OK, so the next step was to go to the Logical Disk Manager in the Computer Management panel of Administrative Tools. The Logical Disk Manager recognizes all four drives for exactly what they are: NTFS drives each with a healthy status. However, pulling up the properties for the two drives on the controller card yields again the File System = RAW message. Bummer!
So, I was ready to blame the PCI controller card, but, just for grins, I swapped one of the PCI controller-connected drives (non-working) with the motherboard-connected drive (non-boot, slave, working) and, lo and behold, the status of the drives stayed the same. Now, the PCI controller-connected drive is working and the motherboard-connected drive doesn't work. So, it can't be the PCI IDE controller card!
Now I am really stumped. Luck of the draw as to which drives were connected where started me down the wrong trail. Now I don't know why two formerly just fine and working drives aren't recognized by the new computer. The ONLY thing remarkable about the two drives that don't work versus the one that does is that the two are almost completely full. The one that works has lots of free space on it.
After making the swap, the now-motherboard connected drive, formerly reported as a SCSI device, is no longer reported as such (probably because it's no longer on the "false SCSI" controller card), but it still doesn't work. I get the same error message ("X: is not accessible. Access is denied.") when trying to access it. The file system is still reported as "RAW."
MaxBlast3 software (which came with the latest HDD) was no help; it only wants to partition and format the drives (not an option when I want to save the data on them).
I'm all ears for your suggestions.
Thanks in advance...
I had an HP Pavilion PC running Windows 2000 Professional with five HDDs in it. All drives except for the boot (Cdrive were NTFS. The PC was used as a server for storage on a home network. It was getting old and slow so I replaced it with a much faster (relative to the Pavilion) HP Vectra VLi8.
The two oldest drives (boot C: and D in the old PC are small and I don't care about them - they ran off the motherboard drive controller. The three newest drives are large and have data on them I wish to preserve. The old PC used a Maxtor (Promise) Ultra 133 TX2 IDE controller card to connect the newest drives. All of them are recent Maxtor HDDs capable of supporting UDMA 133 - one 80GB and two 120 GB drives.
The new PC (Vectra) already had a Seagate boot drive (about 13 GB) with WinXP Pro loaded on it. I installed one of the 120 GB Maxtor drives as slave to the Seagate boot drive and the system recognized it fine. I can access all of my old data on this drive on the Vectra.
I added the same Ultra 133 TX2 controller card to the Vectra and both BIOS and WinXP recognized the card after I supplied the driver. However, in WinXP's device manager, this card is located under "SCSI and RAID controllers" and not "IDE ATA/ATAPI controllers." This was my first hint that this simple job was going to cause me serious trouble. However, there are other references online that stated that this might occur and that it was OK. In fact, the Maxtor manual for the controller card even states that the device will appear under "SCSI and RAID controllers," so I went with it.
Subsequent to installing the controller card and attaching the drives (either on separate channels as single drives - the controller card has two channels for up to four IDE devices - or on a single channel as master/slave, BIOS detected the drives correctly, by model number, as soon as the BIOS screen for the controller card came up. WinXP recognized them too, but incorrectly as SCSI drives. They appear in the WinXP device manager right next to the other two working drives, correctly listed by model number, but with "SCSI disk device" appended to their listing. These are IDE drives, not SCSI drives.
OK, so both the BIOS and WindowsXP can see the drives, but in XP, I cannot access them via Windows Explorer. Icons for them appear, but clicking on them yield a "X: is not accessible. Access is denied." error message. If I pull up the properties dialog boxes (from device manager) for each of these drives, they are reported as "working properly" along with a bunch of options typically available to SCSI HDDs. However, pulling up the properties dialog box from Windows Explorer for each of these drives yields the following information:
Type: Local Disk
File System: RAW
RAW? Yikes! Remember that these are NTFS drives originally from a Win2K Pro machine.
OK, so the next step was to go to the Logical Disk Manager in the Computer Management panel of Administrative Tools. The Logical Disk Manager recognizes all four drives for exactly what they are: NTFS drives each with a healthy status. However, pulling up the properties for the two drives on the controller card yields again the File System = RAW message. Bummer!
So, I was ready to blame the PCI controller card, but, just for grins, I swapped one of the PCI controller-connected drives (non-working) with the motherboard-connected drive (non-boot, slave, working) and, lo and behold, the status of the drives stayed the same. Now, the PCI controller-connected drive is working and the motherboard-connected drive doesn't work. So, it can't be the PCI IDE controller card!
Now I am really stumped. Luck of the draw as to which drives were connected where started me down the wrong trail. Now I don't know why two formerly just fine and working drives aren't recognized by the new computer. The ONLY thing remarkable about the two drives that don't work versus the one that does is that the two are almost completely full. The one that works has lots of free space on it.
After making the swap, the now-motherboard connected drive, formerly reported as a SCSI device, is no longer reported as such (probably because it's no longer on the "false SCSI" controller card), but it still doesn't work. I get the same error message ("X: is not accessible. Access is denied.") when trying to access it. The file system is still reported as "RAW."
MaxBlast3 software (which came with the latest HDD) was no help; it only wants to partition and format the drives (not an option when I want to save the data on them).
I'm all ears for your suggestions.
Thanks in advance...