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I'm Hooking up an internal hard drive their is already a port for data on current drive which can be utilized. Do I need an additional sata Cable for power supply?

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There is very likely already an available data port on your IDE cable already inside your
system cabinet (unless you're working on a laptop). the only trick is to plug in PIN 1 correctly-
to get it right, check the silkscreening on the PC board for the HDD (Hard Disk Drive).

Power comes from the 4-pin power cable coming from the power supply - in cannot be plugged in
backward, as it is asymmetrrically shaped to prevent backwards installation.

Posted on Jan 02, 2011

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Posted on Jan 02, 2017

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Won' recognized my external hitachi z5k320


check data cable.
change use port and check the driver on any other PC.
if problem is same after doing so. check hard drive Cage. change driver Cage

Jul 14, 2014 | Hitachi 160GB Travelstar Z5K320 SATA 3Gbs...

Tip

How to replace a hard disk drive.


Step 1: Back up and scout around
First, back up your critical files (don't forget your Outlook .PST archive) to optical discs, an external drive, or online storage. Then check whether a CD comes with the drive, providing drive-specific information and general upgrade assistance. It may also later help you copy the contents of one drive to another. Install this software first. Then, power down your PC, unplug all cables, and open the case. Next, ground yourself by touching a metal portion of the chassis.
Look inside—your first task is to determine where your new drive will go. Bays for internal drives are usually located below the wider, front-accessible bays that house CD or DVD drives. If you plan to replace your boot drive with the new drive and don't have an empty bay, your upgrade will involve more steps than we can cover here. But if you're replacing your boot drive and you have an empty bay, follow our steps for adding a second drive. After formatting it, use Norton Ghost (or a similar program) to clone your boot drive's contents to the new drive. Then, revisit steps 3 and 4 to direct your PC to boot from the new drive.
We'll be installing a SATA drive, but the process is similar for the other common drive type, IDE. SATA drives use a thin, seven-pin data cable; IDE drives use a 40-pin ribbon cable that's usually gray. If you're unsure which drive type your PC already has, check its documentation or label. Most PCs more than a year or two old employ IDE hard and optical drives, and don't support SATA unless they have a SATA PCI card installed. More-recent desktops may use (or just support) SATA drives but should support IDE, too.
Tip: If you transfer Windows XP from one drive to another, you may have to reauthorize Windows. Step 2: Examine data and power connections
Most hard drive kits include a data cable (SATA or IDE, depending on the drive), a power adapter cable (with some SATA drives), and screws. If yours doesn't include cables, you can purchase them separately.
First, the data connection. If you're installing a SATA drive as secondary storage, follow the data cable from your current drive (assuming it's SATA, too) to the other end. See if an unused SATA port lies nearby on the motherboard or an interface card. If you can't find one, consult your PC's documentation.
If you're adding an IDE drive as a second drive, you may be able to connect it to the same data cable as your primary IDE drive, or along with an IDE optical drive. Look for a third, free connector in the middle of the cable that connects your currently installed IDE drive to the motherboard. Note that some older PCs use 40-conductor IDE cables, not the 80-conductor ones current drives require. (Compare your kit cable to the one installed—the 80-conductor variety has much thinner wires.) 80-conductor cables are backward-compatible (both types use the same 40-pin connector), so you can swap out a 40-conductor cable for your kit's 80 if need be. (The "master" drive goes at the end—see step 3.)
Next, consider the power connection. Our SATA drive has a 15-pin SATA power connector. If you already have a SATA drive installed, follow its power cable (the wider of the two connectors) to see if an unused power-supply lead with the same connector is nearby. If so, earmark that lead for your new drive. If it can't reach the empty bay, see if any bundled adapters help.
Some SATA drives also support familiar legacy Molex four-pin power connectors—you can use a Molex or SATA connector. If so, hunt for a free Molex-style lead. Still no match? Then you'll need an adapter, such as a Molex-to-SATA adapter (some kits bundle one), or a Y-adapter that splits a lead in two.
IDE drives are simpler: They always use Molex connectors. You just need a free Molex-style lead (or a Y-splitter). Step 3: Mount and connect the drive
When installing SATA drives, jumper settings usually aren't an issue. That's not true of IDE, where a jumper indicates whether a drive is a primary ("master") or secondary ("slave") drive. Check its documentation for the proper setting. If your PC has only one IDE hard drive, it's probably set to "master." Assuming you chain another IDE drive off its cable, the new drive should be set to "slave." (You'll later have to change the jumper to "master"—and attach the drive to the cable's end—if you remove the original boot drive and make the new drive the boot drive.) Another option: Set both IDE drives on an 80-conductor cable to the Cable Select (CSEL) jumper setting. The PC will determine master/slave status according to the drives' placement on the cable ("master" at the end, "slave" in the middle).
Next, look at your current hard drive to see if mounting rails are attached to its sides. If so, screw a set onto the new drive (look inside the case for spares), then slide the drive into its bay. Otherwise, screw it directly into the bay. Four screws are sufficient. Usually, the label side points up; mimic the boot drive.
Attach one end of the SATA data cable (which is keyed for correct insertion) to a SATA port on the motherboard or interface card, the other to the drive. IDE data cables, also keyed, usually have a red stripe that lines up with the "pin 1" marking on the drive.
Next, plug the power-supply lead (keyed, too) that you scouted out in step 2 into the drive, including any necessary extender or adapter. Then close the case. Step 4: Configure the BIOS
Next, boot into your PC's BIOS-setup utility to verify that it recognizes the new drive and positions it correctly in the drive hierarchy. (Check your PC's startup screen to determine which key launches the utility.) Once there, also check that "auto-detect" is selected for the drives, if an option. If the utility lets you select the boot order, give your intended boot drive priority over any other hard drive. This information may be under Boot Options, Boot Order, or Boot Sequence.
Save changes and exit the utility. Your PC will reboot.
Tip: Using a SATA PCI interface card? It may have its own BIOS to check. Step 5: Partition and format your hard drive
Our PC runs Windows XP, which lets you partition and format drives within Windows. Older Windows versions, such as 98 and Me, make you do this from DOS.
With XP and 2000, though, use Windows' Disk Management utility. Click Start > Control Panel > Administrative Tools > Computer Management, and choose Disk Management from the tree at left. Your new drive should appear, with a black bar indicating it isn't partitioned. Right-click the bar, and choose New Partition to launch the New Partition wizard.
Click Next, and check that Primary Partition is selected; click Next again, to the Specify Partition Size screen (don't change the partition size in the "Partition size in MB" field); and click Next to advance to another screen, on which "Assign the following drive letter" should be selected. Click Next yet again (to the Format Partition screen), and ensure that "Format this partition with the following settings" is selected and that the "File system" drop-down reads "NTFS." Click Next a final time, hit Finish, and formatting begins.
Formatting could take an hour or more, depending on drive capacity. But don't be surprised if your formatted drive has less capacity than the package claims. A 320GB drive, for instance, formats to about 300GB. Drive manufacturers advertise preformatted size, but a portion of the drive is inaccessible.

on Jul 21, 2010 | Computers & Internet

1 Answer

WD1001fals as slave


SATA Hard Disk as a Slave b> An SATA hard drive is an internal hard drive that connects to your computer's motherboard. It is even possible to connect multiple drives to the same computer; however, only one drive can be the master hard drive; the other(s) must be slave drives. This is because the master drive has the operating system installed and must be used to boot up the system. When installing a new SATA hard drive onto your computer, you must set it as a slave.

Power down your computer and disconnect the cables. Remove the Phillips screws from the exterior of the computer case and slide the case open to expose the interior of your computer. Identify the hard drive at the front of your computer, then slide the new SATA drive in underneath. Insert the smaller power cable into the power port on the side of the SATA hard drive. Follow the power cable running out of the current hard drive and insert it next to it on the motherboard. Pull out the ribbon cable, which has three different connection ports: one on each end of the cable and one in the middle. The connection port on the middle inserts into the slave drive and is slightly different than the other two ends (the pins built into the port are in different locations than the other ends). Insert the middle connection port into the ribbon port on the back end of the SATA hard drive. Plug one of the opposite ends of the cable (doesn't matter which one) into the SATA connection port on the motherboard (your current hard drive is inserted here). Once connected, this completes your slave drive connection. Second SATA 2 Hard Drive as a Slave b> Installing a second hard drive in your desktop PC or notebook is an option used to increase hard disk space without losing or transferring the data from your original hard drive. Using this method not only increases hard disk space, it also increases the virtual memory space for the Windows operating system, increasing operational efficiency. One of the ways in which a BIOS can recognize the second hard drive is to boot it as a slave drive, with the primary hard drive booted as a master drive.

Turn the PC off and remove the desktop chassis. Refer to the pin connector diagram. This is displayed on the sticker, on top of the hard drive, for the position of the slave pin. Place the plastic connector on the slave pin as detailed on the diagram. Connect the hard drive to the power and IDE/SATA cable. Ensure the other ends are connected to the motherboard. Use the screws to mount the drive. Replace the desktop chassis. Turn on the PC. Enter the BIOS, by default this can be done by pressing F2. If this does not work consult your motherboard manual. In the BIOS, press right until the boot device tab is highlighted. Set the slave drive to boot following the primary drive. Read the bottom line and use the relevant key to save the settings. Restart the PC.
Hope it helps.
http://www.pcmech.com/article/installing-a-hard-drive-step-by-step/ Installing a hard drive.

Jan 24, 2013 | Western Digital WD Caviar Black WD1001FALS...

1 Answer

I have a Hitachi internal hard drive that i would like to use as an external hard drive to boot from my e-sata port, i have a Toshiba portege and i curently use two hard drives to boot from, one for work...


yes you need power to the external hard drive whether ide or sata possibly depending on your hard drives power supply
12V+5V AC sata Adapter Power Supply HDD HARD DISK DRIVE
hope it helps

Mar 27, 2012 | Hitachi HTS541612J9SA00 120 GB SATA Hard...

1 Answer

WHAT IS SATA


SATA stands for Serial ATA and describes the interface used to connect to your PC. Many older PCs have ATA or UDMA, an IDE type interface. Many newer PCs have a SATA interface. You can buy and add a SATA interface card if no additional SATA ports are available on your system. SATA drives have a small data connector and a larger power connector. Each drive has it's own SATA data cable, no daisey-chaining like IDE drives did. Since there is no daisey-chain there are no jumpers that need setting for Master and Slave.

Feb 26, 2012 | Western Digital Caviar Computers &...

2 Answers

I bought a 1T 7200 as a second drive. I was sold a sata cable only do i need a power cable also?


All SATA drives need a signal cable and a power cable, but usually these cables already exist inside your computer waiting for you to use provided that your motherboard allows for an additional drive.

Mar 18, 2011 | Seagate Barracuda 7200.10 ST380815AS 80 GB...

1 Answer

Installation of a 2nd hard drive steps & tips


Step 1: Back up and scout around

First, back up your critical files (don't forget your Outlook .PST archive) to optical discs, an external drive, or online storage. Then check whether a CD comes with the drive, providing drive-specific information and general upgrade assistance. It may also later help you copy the contents of one drive to another. Install this software first. Then, power down your PC, unplug all cables, and open the case. Next, ground yourself by touching a metal portion of the chassis.

Look inside—your first task is to determine where your new drive will go. Bays for internal drives are usually located below the wider, front-accessible bays that house CD or DVD drives. If you plan to replace your boot drive with the new drive and don't have an empty bay, your upgrade will involve more steps than we can cover here. But if you're replacing your boot drive and you have an empty bay, follow our steps for adding a second drive. After formatting it, use Norton Ghost (or a similar program) to clone your boot drive's contents to the new drive. Then, revisit steps 3 and 4 to direct your PC to boot from the new drive.

We'll be installing a SATA drive, but the process is similar for the other common drive type, IDE. SATA drives use a thin, seven-pin data cable; IDE drives use a 40-pin ribbon cable that's usually gray. If you're unsure which drive type your PC already has, check its documentation or label. Most PCs more than a year or two old employ IDE hard and optical drives, and don't support SATA unless they have a SATA PCI card installed. More-recent desktops may use (or just support) SATA drives but should support IDE, too.

Tip: If you transfer Windows XP from one drive to another, you may have to reauthorize Windows.

Step 2: Examine data and power connections


Most hard drive kits include a data cable (SATA or IDE, depending on the drive), a power adapter cable (with some SATA drives), and screws. If yours doesn't include cables, you can purchase them separately.

First, the data connection. If you're installing a SATA drive as secondary storage, follow the data cable from your current drive (assuming it's SATA, too) to the other end. See if an unused SATA port lies nearby on the motherboard or an interface card. If you can't find one, consult your PC's documentation.

If you're adding an IDE drive as a second drive, you may be able to connect it to the same data cable as your primary IDE drive, or along with an IDE optical drive. Look for a third, free connector in the middle of the cable that connects your currently installed IDE drive to the motherboard. Note that some older PCs use 40-conductor IDE cables, not the 80-conductor ones current drives require. (Compare your kit cable to the one installed—the 80-conductor variety has much thinner wires.) 80-conductor cables are backward-compatible (both types use the same 40-pin connector), so you can swap out a 40-conductor cable for your kit's 80 if need be. (The "master" drive goes at the end—see step 3.)

Next, consider the power connection. Our SATA drive has a 15-pin SATA power connector. If you already have a SATA drive installed, follow its power cable (the wider of the two connectors) to see if an unused power-supply lead with the same connector is nearby. If so, earmark that lead for your new drive. If it can't reach the empty bay, see if any bundled adapters help.

Some SATA drives also support familiar legacy Molex four-pin power connectors—you can use a Molex or SATA connector. If so, hunt for a free Molex-style lead. Still no match? Then you'll need an adapter, such as a Molex-to-SATA adapter (some kits bundle one), or a Y-adapter that splits a lead in two.

IDE drives are simpler: They always use Molex connectors. You just need a free Molex-style lead (or a Y-splitter).

Step 3: Mount and connect the drive



When installing SATA drives, jumper settings usually aren't an issue. That's not true of IDE, where a jumper indicates whether a drive is a primary ("master") or secondary ("slave") drive. Check its documentation for the proper setting. If your PC has only one IDE hard drive, it's probably set to "master." Assuming you chain another IDE drive off its cable, the new drive should be set to "slave." (You'll later have to change the jumper to "master"—and attach the drive to the cable's end—if you remove the original boot drive and make the new drive the boot drive.) Another option: Set both IDE drives on an 80-conductor cable to the Cable Select (CSEL) jumper setting. The PC will determine master/slave status according to the drives' placement on the cable ("master" at the end, "slave" in the middle).

Next, look at your current hard drive to see if mounting rails are attached to its sides. If so, screw a set onto the new drive (look inside the case for spares), then slide the drive into its bay. Otherwise, screw it directly into the bay. Four screws are sufficient. Usually, the label side points up; mimic the boot drive.

Attach one end of the SATA data cable (which is keyed for correct insertion) to a SATA port on the motherboard or interface card, the other to the drive. IDE data cables, also keyed, usually have a red stripe that lines up with the "pin 1" marking on the drive.

Next, plug the power-supply lead (keyed, too) that you scouted out in step 2 into the drive, including any necessary extender or adapter. Then close the case.

Step 4: Configure the BIOS

Next, boot into your PC's BIOS-setup utility to verify that it recognizes the new drive and positions it correctly in the drive hierarchy. (Check your PC's startup screen to determine which key launches the utility.) Once there, also check that "auto-detect" is selected for the drives, if an option. If the utility lets you select the boot order, give your intended boot drive priority over any other hard drive. This information may be under Boot Options, Boot Order, or Boot Sequence.

Save changes and exit the utility. Your PC will reboot.

Tip: Using a SATA PCI interface card? It may have its own BIOS to check.

Step 5: Partition and format your hard drive


Our PC runs Windows XP, which lets you partition and format drives within Windows. Older Windows versions, such as 98 and Me, make you do this from DOS.

With XP and 2000, though, use Windows' Disk Management utility. Click Start > Control Panel > Administrative Tools > Computer Management, and choose Disk Management from the tree at left. Your new drive should appear, with a black bar indicating it isn't partitioned. Right-click the bar, and choose New Partition to launch the New Partition wizard.



Click Next, and check that Primary Partition is selected; click Next again, to the Specify Partition Size screen (don't change the partition size in the "Partition size in MB" field); and click Next to advance to another screen, on which "Assign the following drive letter" should be selected. Click Next yet again (to the Format Partition screen), and ensure that "Format this partition with the following settings" is selected and that the "File system" drop-down reads "NTFS." Click Next a final time, hit Finish, and formatting begins.

Formatting could take an hour or more, depending on drive capacity. But don't be surprised if your formatted drive has less capacity than the package claims. A 320GB drive, for instance, formats to about 300GB. Drive manufacturers advertise preformatted size, but a portion of the drive is inaccessible.

Dec 27, 2009 | HP Pavilion a1410n (ER890AA) PC Desktop

1 Answer

I have 3in1 USB 2.0 to IDE & SATA Cable but nothing to show me how to use this kit


SATA 3.5" 2.5" IDE 3 IN 1 TO USB 2.0 CABLE ADAPTOR KIT

1 external connection kit
1 internal connection kit

The internal connect kit consists of 1 red USB connector cable
and 1 internal white male molex connector to SATA female power connector
( 1 yellow wire , 2 black wires , 1 red wire )

the external connect kit
consists of a 3 pin power adaptor (with a tiny plug to save space) feeding a power supply which powers either IDE thru a Molex connector or SATA through a supplied adaptor. Supplied also are data connectors to link the IDE or SATA hard drive with a USB port. Use this adaptor set to retrieve data from a hard drive when it is not mounted in a computer.

Selah :-)

Sep 14, 2008 | Computers & Internet

1 Answer

Trying to put a hard drive into a working computer


I am assuming you mean a Dimension 5100 (desktop) and not an Inspiron 55100 (laptop). The Dimension uses SATA drives and as such your second, working system will need an SATA port to connect to. You should take the data cable from the non-working system with the drive since, if there is an extra SATA port on your working system, it will more than likely not have a cable attached to it. Each SATA port only supports the connection of a single drive. There may not be an additional SATA port on the working machine, in which case you're SOL (unless it uses the same HAL as the other, but that's another story).

Feb 23, 2008 | Dell Dimension 5100 (D51L1) PC Desktop

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