Seagate ST39140A, ST36530A, ST34520A manual Medalist PRO Hard Drive Installation Guide

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MEDALIST PRO HARD DRIVE

INSTALLATION GUIDE

Medalist Pro 9140 (ST39140A) Medalist Pro 6530 (ST36530A) Medalist Pro 4520 (ST34520A) for ATA (IDE)-Compatible PCs

P

THE EASIEST WAY TO INSTALL YOUR DRIVE

DiscWizardis a revolutionary

new Windows program that makes it easy to install your Seagate Medalist Pro drive. DiscWizard helps you configure

your new drive and your computer. It analyzes your system, lets you select various installation options and creates cus- tomized step-by-step instructions. It also allows older comput- ers to access the full capacity of large hard drives.

You can run DiscWizard to install your new hard drive if:

You already have an existing, bootable hard drive in your computer with at least 3 Mbytes of available disc space and

You are running Windows 3.xor Windows 95.

If you can run DiscWizard, follow the instructions on the DiscWizard diskette to install your drive. Refer to this installa- tion guide if you need additional information.

If you cannot run DiscWizard, follow the instructions in this installation guide to install and configure your new drive. This

symbol: indicates that additional information on a topic appears on the back of this sheet.

WHAT YOU WILL NEED

Straight-edge and Phillips screwdrivers

Drive mounting screws

An ATA interface cable (max length:18 inches), and available 40-pin connector.

An unused drive power cable for your new drive

A bootable system diskette

If you are mounting this 3.5-inch drive in a 5.25-inch drive bay, you need a mounting adapter or frame kit. Also, you may need drive mounting rails if your drive bay is not designed for direct mounting.

BEFORE YOU BEGIN

Make sure your computer is turned off before you open the case.

Read the handling precautions at the right and inspect the drive to make sure that it is not damaged.

Save your foam-lined Seagate disc drive box. This box has been approved by Seagate for shipping a Seagate disc drive. Using any other container or packing material voids your drive warranty.

HANDLE WITH CARE!

Disc drives are extremely fragile. Do not drop or jar your drive.

Keep the drive in its antistatic bag until you are ready to install it.

Protect your drive from static discharge by making sure you are well-grounded before touching the drive. We recommend wearing a grounded wrist strap throughout the installation process. Do not touch the connectors or any part of the printed circuit board.

Always handle the drive by its edges or frame.

Do not apply pressure or attach labels to the circuit board or the top of the drive.

11. ONE DRIVE OR TWO?

If your new Seagate® drive will be the only drive in your com- puter, you do not have to change any jumper settings. In this case, skip ahead to “Attaching Cables and Mounting the Drive.”

If you already have one hard drive in your computer and you are installing a second drive, you must configure one drive as a master and the other as a slave. The master drive will be the “boot” drive (drive C), from which the computer loads system software when it first starts up. The drive is configured at the factory for one drive only or master drive, with a jumper in- stalled on pins G and H (see below). To configure the drive as a slave, remove all the jumpers. The horizontal jumper on pins A and C is a spare and does not affect drive operation. If you need to change the jumpers on your existing hard drive, see the Disk Manager online manual, or contact the drive manufacturer.

 

 

40-pin ATA

 

 

interface

 

pin 1

connector

4-pin power

A C E G

Master/slave

connector

 

 

jumper block

B D F H

One drive only or master

Drive is slave

Spare jumper

22. CONFIGURING YOUR COMPUTER

Before you format or partition your new drive, you must con- figure your computer’s BIOS so that the computer can recog- nize your new drive.

1 Turn your computer on. As your computer starts up, watch the screen for a message describing how to run the sys- tem setup program (sometimes called BIOS or CMOS setup). This is usually done by pressing a special key, such as DELETE, ESC, or F1, during startup. See your computer manual for details. Press the appropriate key to run the system setup program.

2 Enable LBA mode if it is available. Many BIOS use the logi- cal block addressing (LBA) mode to access drives with capacities greater than 528 Mbytes.

3 If your BIOS provides automatic drive detection (an “Auto” drive type), select this option. This allows your computer to configure itself automatically for your new drive.

If your BIOS does not provide automatic drive detection, select “User-defined” drive settings. If your computer supports LBA addressing, enter the LBA cylinder, head and sector values for your drive from the table at the top of the next column. If your computer does not support LBA ad- dressing, enter the CHS values from the table.

Note. Set the write precomp or landing zone parameters to zero.

33A. INSTALLATIONaUSING DISK MANAGER

1 Boot your computer from a bootable DOS diskette (use MS DOS Version 5.0 or later). Booting from a diskette ensures that the Disk Manager installation does not conflict with any terminate-and-stay-resident (TSR) programs.

2 Insert your DiscWizard diskette. The Disk Manager soft- ware is stored on this diskette.

3 At the DOS prompt, type DM and press ENTER.

4 Follow the onscreen instructions until you see the Select an Installation Option menu.

5 Select either (E)asy Disk Installation or(A)dvanced Disk Installation.

Because DOS computers cannot access partitions larger than 2.1 Gbytes, Disk Manager may have to divide your hard drive into multiple partitions. If you select (E)asy Disk Installation, Disk Manager creates a 2.1-Gbyte partition and a second partition using the remainder of your hard disc. However, if most of your files are smaller than 50 Kbytes, you may want to create several smaller partitions to make more efficient use of your hard disc space. To create smaller partitions, select (A)dvanced Disk Installation from the Disk Manager main menu.

ATTACHING CABLES AND MOUNTING THE DRIVE

1If you are installing a new ATA interface cable, attach one end of the cable to the interface connector on your com- puter or host adapter. The ATA cable must be no more than 18 inches long.

2Thread the interface cable through the drive bay and attach the connector at the end of the interface cable to your new drive. If you have two drives, attach the second drive to the second connector.

Pin 1

!Caution. Make sure to align pin 1 on the com- puter or host adapter interface connector with

pin 1 on your drive or drives. Pin 1 on the interface cable is usually indicated by a stripe along the edge of the cable.

BIOS Settings

Cylinders

Heads

Sectors

ST39140A

 

 

 

CHS addressing

16,383

16

63

Addressable sectors

17,803,490

 

 

ST36530A

 

 

 

LBA addressing

841

240

63

CHS addressing

13,456

15

63

Addressable sectors

12,715,920

 

 

ST34520A

 

 

 

LBA addressing

587

240

63

CHS addressing

9,408

15

63

Addressable sectors

8,890,560

 

 

4Save the settings and exit the System Setup program (your computer will automatically reboot).

We recommend that you use Disk Manager to partition and format your drive, especially if your computer was built before mid-1994.See Section 3A, “Installation Using Disk Manager,” below. If you do not want to use Disk Manager, you can use the standard DOS commands to partition and format your drive, as described in Section 3B.

6At this point, Disk Manager lists all the hard drives that it can recognize. You should see your new Seagate drive and your existing hard drive, if any.

If any hard drive is not recognized, exit Disk Manager and turn off your computer. Check all cables, jumpers and BIOS settings. Then start at step 1 to run Disk Manager again.

7If Disk Manager recognizes all your drives, select the drive you want to install and press ENTER. Disk Manager parti- tions and formats the drive. If your new drive is the master drive (Drive C), Disk Manager also configures the drive so that you can boot from it.

Note. If your computer cannot accommodate hard drives with capacities greater than 528 Mbytes, Disk Manager installs aDynamic Drive Overlay (DDO) on your hard disc. If this driver has been installed, you should see a blue Disk Manager banner each time you boot your computer. See the Disk Manager online manual for details.

8Follow the instructions in the post-installation screens.

YOU’RE DONE!

3Slide the drive carefully into the drive bay. Secure the drive with four 6-32 UNC-2A mounting screws in either the side- mounting holes or the bottom-mounting holes. Do not over- tighten the screws. The screws should be inserted no more than 0.22 inch into the bottom mounting holes and no more than 0.14 inch into the side mounting holes. Do not use metric screws.

Note. If you are mounting the drive in a 5.25- inch drive bay, you need a mounting adapter or frame kit. Contact your computer dealer. Some

ADDRESSING DRIVE-CAPACITY LIMITATIONS

Some DOS-based computers and operating systems are not designed to accommodate large hard disc drives. The three most common system limitations are listed below, along with methods for overcoming these limitations. See your system manual to determine which (if any) of these limitations applies to your computer.

528-Mbyte limit: The BIOS in some older computers cannot accommodate drives with capacities greater than 528 Mbytes. Seagate provides free Disk Manager software with your drive to overcome this limitation. Alternatively, you can purchase a hard drive controller or a BIOS upgrade that supports drives with capacities greater than 528 Mbytes.

The 32-bit disk access feature in Windows 3.1 does not work with drives that have capacities greater than 528 Mbytes. If you want to use 32-bit disk access with Windows 3.1, install the Seagate replacement driver 32-bit access driver, SEG32BIT.386 located on your DiscWizard diskette. For more information, refer to the back sheet of this poster.

4,092-cylinder limit: The BIOS in some computers cannot support drives that have more than 4,092 cylinders. If you install a drive that has more than 4,092 cylinders in one of these computers, the computer may “freeze” or fail to boot. If this occurs, see “Advanced Troubleshooting” on the back side of this sheet.

33B. STANDARD DOSbINSTALLATION

! Caution. Partitioning or formatting a drive erases all data on it. Seagate assumes no liability if you erase your data.

Drive Partitioning

Partitioning a hard drive divides it into sections (partitions) that function as separate logical drives (labeled C, D, E, etc.). Because DOS computers cannot access partitions larger than 2.1 Gbytes, you must divide large-capacity hard drives into multiple partitions. In creating partitions, keep in mind that the larger the partition, the more drive space is taken up in un- used clusters. To partition your new drive:

1Insert a bootable DOS diskette in your diskette drive and restart your computer (We recommend using DOS Version 5.0 or later).

2Insert a DOS program diskette that contains the FDISK.EXE and FORMAT.COM programs into your diskette drive. At the A: prompt, type FDISK and press ENTER.

3If you have two hard drives installed, the FDISK menu displays five options. Option five allows you to select the drive you want to partition. Make sure that your new drive is selected.

Power connector

Interface connector

Pin 1

computers also require drive mounting rails, which can be obtained from your distributor or computer manufacturer.

4Attach a power cable to each drive. If your computer does not have an unused power connector, you can purchase a Y-shaped power cable from your computer dealer.

5Check all cable connections and then replace your com- puter cover. Continue to step 2 below.

8.4Gbtye-limit:If your drive’s capacity is greater than 8.4 Gbytes, the capacity may exceed the limits of your system BIOS and operating system. DOS and Windows operating sys- tems and most system BIOS limit the drive partitions to 8.4 Gbytes per physical drive. Because of this limitation, a 32-bit file allocation table (FAT32) is needed to support drive capaci- ties greater than 8.4 Gbytes.

To achieve your drive’s full capacity, you need a Windows op- erating system that supports FAT32and, device support for drives greater than 8.4 Gbytes, from one of the following:

Third-party device driver, such as Disk Manager (Disk Manager is provided on the DiscWizard diskette included with your drive), or

An intelligent ATA Host Adapter, or

• A system BIOS upgrade. Refer to the back of this sheet for BIOS upgrade information.

4Select “Create DOS partition or logical DOS drive” by pressing 1. Then press ENTER.

5Select “Create primary DOS partition” by pressing1 again. Then press ENTER. Create your first drive partition. If you are creating a partition that will be used to boot your com- puter (drive C), make sure that the partition is marked active.

6Create an extended partition and additional logical drives, as necessary, until all the space on your new hard drive has been partitioned.

7When the partitioning is complete, reboot your computer.

Drive Formatting

At the A: prompt, type format x: /s, where x is the letter of your first new partition. Repeat this process for all the new partitions you have created.

!Caution. Make sure to use the correct drive letters so that you do not format a drive that

already contains data.

After you format your drive, it is ready to use.

YOU’RE DONE!

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Contents Attaching Cables and Mounting the Drive ONE Drive or TWO?What YOU will Need Bios Settings Cylinders Heads Configuring Your ComputerDrive Partitioning Addressing DRIVE-CAPACITY LimitationsBasic Troubleshooting Booting from a DisketteAdvanced Troubleshooting Cable Select JumperFAX Services Online ServicesScreen remains blank when you power up the system Removing the Dynamic Drive OverlaySystem does not recognize the drive Bios Upgrades Bit Disk Access with WindowsDirect-Support Services System error message, HDD controller failure appearsMedalist PRO Hard Drive Installation Guide Cable Select Jumper

ST36530A, ST34520A, ST39140A specifications

Seagate has long been a cornerstone in the hard disk drive (HDD) sector, delivering storage solutions that cater to various computing needs. Among its notable offerings are the Seagate ST39140A, ST34520A, and ST36530A models. Each of these drives embodies Seagate's commitment to reliable performance, robust design, and cutting-edge technology.

The Seagate ST39140A, commonly recognized as the Barracuda 9, boasts a storage capacity of 9.1 GB, which was substantial in its time. Operating at a spindle speed of 7200 RPM, it provides rapid data access and improved overall system responsiveness. This drive utilizes an Ultra ATA/33 interface, facilitating a transfer rate of up to 33 MB/s. One of its standout features is the use of Fluid Dynamic Bearing (FDB) technology, allowing for quieter operation and enhanced longevity. This drive also includes a built-in error correction mechanism, ensuring data integrity and reliability, which are critical for both personal and business applications.

Looking toward the ST34520A, this model is also part of the Barracuda family but offers greater storage capacity at 4.5 GB. It operates at the same 7200 RPM speed but implements an Ultra ATA/66 interface, effectively doubling the data transfer potential to up to 66 MB/s. In terms of design, it incorporates advanced technology that enhances shock resistance, an essential feature for drives installed in mobile computing environments. The ST34520A was well-regarded for its efficiency, making it suitable for both desktop systems and servers that required reliable, high-capacity storage.

Meanwhile, the ST36530A serves as an excellent bridge between performance and capacity with 6.5 GB of storage. This model also maintains the 7200 RPM speed and features the Ultra ATA/33 interface, ensuring it delivers a consistent and reliable performance. Its design is tailored to meet the demands of both stationary and portable computing environments, making it an excellent choice for various applications.

In summary, Seagate’s ST39140A, ST34520A, and ST36530A drives excelled in their respective roles within the hard disk drive market, each offering unique features and technologies. Their combination of speed, capacity, and reliability made them popular choices in the late 1990s and early 2000s, showcasing Seagate’s legacy of innovation in data storage technologies. Whether catering to general consumers or technical applications, these models remain remembered for their contributions to the evolution of hard drive technology.