Information furnished by Western Digital is believed to be accurate and reliable. However, no responsibility
is assumed by Western Digital for its use; nor for any infringement of patents or other rights of third parties
which may result from its use. No license is granted by implication or otherwise under any patent or patent
rights of Western Digital. Western Digital reserves the right to change specifications at any time without
notice.
Western Digital is a registered trademark, and WD and the WD logo are trademarks of Western Digital
Technologies, Inc. Other marks may be mentioned herein that belong to other companies.
Western Digital does not warrant or represent in any way that the WD
Quick Tester will function with all make/model EIDE hard drives or
identify all faulty drives under test.
The WD Quick Tester may not identify and/or fail drives that
function intermittently. Such drives may be able to function but with
some difficulty and may only occasionally report an error or failure
when tested. The frequency of intermittent failures can change by
varying the test conditions, making an actual failure of the drive
difficult to identify.
Hard Drive Handling Procedures
Hard drives can be damaged by rough handling, shock and vibration,
or electrostatic discharge (ESD). Be aware of the following precautions
when handling hard drives.
!Follow all proper static electricity handling procedures before
attempting to test any hard drive. To avoid ESD, ground yourself
by touching the metal chassis of the computer or wear a
grounding strap before handling the hard drive.
!Articles of clothing generate static electricity. Do not allow
clothing to come in direct contact with the hard drive or circuit
board components.
!Handle the hard drive by the sides only. Avoid touching the circuit
board components on the bottom of the hard drive.
!Do not drop, shake, or knock down the hard drive.
!Do not stack hard drives or stand the hard drive on its edge.
- 1
1
Setup
Introduction
The Western Digital Quick Tester is a simple-to-use universal EIDE
hard drive tester that requires no prior hard drive testing experience. It
was designed to work on all EIDE drives that support the Logical
Block Addressing (LBA) mode of operation. To operate, attach the
drive to the tester via the included 40-pin EIDE cable, apply power to
both tester and drive, and follow the directions as displayed on the
Liquid Crystal Display (LCD). A computer system is not required,
but may be used to supply power to the WD Quick Tester and hard
drive.
!Standard voltage level RS232 interface
!Thermal resetable power line fuse
o
o
!Environmental: from 5
!Power requirements: 12V @ 300 ma; 12 VDC ±10%; ripple and
to 45
C, non-condensing
noise 250 mV provided by the 4-pin Molex connector
Features at-a-Glance
!Stand-alone tester, a PC is not required for test operation
!Designed to test all hard drives that support LBA mode with
enhanced test algorithms for Western Digital drives
!Easy-to-use with simple Pass/Fail results
!Two-button operation with prompted user messages on a
16-character by 2-line LCD
TM
!Drive testing using internal drive S.M.A.R.T.
features if
supported
!Two test options: Quick Drive Test and Full Drive Test (full media
scan with repair functionality)
!Two erase functions: Quick Erase and Full Erase operation
!Logging of up to 100 test records in battery backed up SRAM
!Support of an RS232 serial data output of the tester database
SETUP - 2
Quick Start Operations
1. Verify that the drive jumpers are set for either Single or Cable
Select operations.
2. Attach the tester to the drive using the provided 40-pin EIDE
cable.
3. Attach both tester and drive to a power source and apply power.
Follow the user messages as displayed on the LCD screen. If testing a
non Western Digital drive, refer to the manufacturer’s instructions for
jumper settings.
Caution: Though the Quick/Full Drive Test is not data destructive,
data within all bad sectors will be overwritten. Make sure to back up
your data.
Preparing a Drive for Testing
The following steps will help you ensure proper usage of the WD
Quick Tester.
1. Check jumper settings: Jumper settings determine the number of
devices on a cable in a computer system. The WD Quick Tester
supports one hard drive attached at any one time and only certain
jumper settings. Western Digital hard drives must be jumpered as
Cable Select or Single (refer to the Jumper Settings section on page
3). For non Western Digital hard drives, refer to the manufacturer’s
documentation.
2. Check the cable connection: The WD Quick Tester is supplied
with an EIDE cable. Verify that the cable is in good working
condition and that pin 1 on both hard drive and tester are aligned.
Of the 40 pins on an EIDE connector, pin 1 is designated in red.
Most EIDE cables are keyed to fit the connector only one way.
IMPORTANT: The EIDE cable must remain in proper working
condition to ensure accurate test results.
3. Check power: The WD Quick Tester uses a standard 12 V, 4-pin
connector on a PC power supply. Verify that the connector you are
using is in proper working condition. This connector is also keyed
and cannot be reversed but will fit either the hard drive or tester. If
the power connector is not attached, the WD Quick Tester may
display invalid messages.
SETUP - 3
2
Testing the Hard Drive
Jumper Settings
For the hard drive to be detected by the WD Quick Tester, the drive
must be jumpered according to the manufacturer’s instructions. Verify
that the jumper settings on the hard drive are supported by the WD
Quick Tester. Western Digital hard drives must be jumpered as Cable Select or Single (see diagram below). For non Western Digital hard
drives, refer to the manufacturer’s documentation.
64258710
64258710
Cable Select
(Default Setting)
10-PIN
CONNECTOR
Dual
Dual
Dual
(Master)
(Master)
(Master)
10-PIN
CONNECTOR
KEY:
Dual
Dual
(Master)
(Master)
Jumper pins
1
931
3
931
2
4
Jumper added
931
64258710
931
64258710
Single
10-PIN
CONNECTOR
Dual
(Slave)
10-PIN
CONNECTOR
Supported by the WD Quick Tester:
!Cable Select (CSEL/CS): Jumper settings remain the same on all
hard drives in a system (both single- and multi-drives setups). This
protocol requires a special CSEL cable, and the host system must
support CSEL. The WD Quick Tester supports this setting.
!Single: Indicates the only drive on the cable. Three distinct
configurations on Western Digital hard drives are a) pins 3 and 5
for older models, b) pins 4 and 6 for current 10-pin drives, and c)
the simplest, for late model drives, all jumpers removed. The WD
Quick Tester supports all three configurations of the Single
setting.
Not supported by the WD Quick Tester:
!Master: Designates the drive as the boot device or first device
detected on the cable and that a Slave device is present. The WD
Quick Tester does not support the Master setting on Western
Digital hard drives because these drives have unique
configurations for Master and Single. However, the Master setting
is supported on other manufacturer hard drives that share the
same configuration for Master and Single.
!Slave: Designates the drive for use as additional storage and that
another device (a Master or boot drive) is on the cable. The WD
Quick Tester does not support this setting.
TESTING THE HARD DRIVE - 4
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