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Hard Drive: FUJITSU: M1606SAU > 11/1995 1091MB 3.5"/SL SCSI2 FAST




M 1 6 0 6 S A U   >   1 1 / 1 9 9 5    FUJITSU
NO MORE PRODUCED                                      Native|  Translation
                                                      ------+-----+-----+-----
Form                 3.5"/SLIMLINE         Cylinders    3456|     |     |
Capacity form/unform  1091/      MB        Heads           6|     |     |
Seek time   / track  10.0/ 3.0 ms          Sector/track     |     |     |
Controller           SCSI2 SI/FAST         Precompensation
Cache/Buffer           512 KB FIFO RING    Landing Zone
Data transfer rate    6.000 MB/S int       Bytes/Sector      512
                     10.000 MB/S ext SYNC
Recording method                                    operating  | non-operating
                                                  -------------+--------------
Supply voltage     5/12 V       Temperature *C         5 55    |    -40 60
Power: sleep              W     Humidity     %         8 80    |      5 95
       standby            W     Altitude    km    -0.300  3.000| -0.300 12.000
       idle               W     Shock        g         5       |     50
       seek               W     Rotation   RPM      5400
       read/write         W     Acoustic   dBA        38
       spin-up            W     ECC        Bit
                                MTBF         h     800000
                                Warranty Month        24
Lift/Lock/Park     YES          Certificates

Layout

FUJITSU M1603S/1606S AFTER NOVEMBER 1995 JUMPER SETTING

  +---------------------------------------------------------+
  |                                                         |XXI
  |                                              CNH1----+  |XXN
  |                                                 +----+  |XXT
  |                              +--+                       |XXE
  |                              +--CN6                     |XXR
  |                                                         |XXF
  |                                                         |XXA
  |                                                 +--+    |XXC
  |                                                 +--CNH3 |XXE
  |                                                         |XX
  |                                                         |XX
  |                                                         |XX
  |                                                         |XX
  |  +-1                                                    |
  |  +-+CN5                                                 |XX Power
  |                 After 11/1995                           |XX
  +---------------------------------------------------------+

Jumpers

FUJITSU M1603S/1606S AFTER 11/95 JUMPER SETTING

Jumper Setting
==============

x = Factory default setting

 CNH1  SCSI ID
 -------------
   +----------+-----------------------+
   | SCSI ID  |        Jumpers        |
   |          | 5-6   | 3-4   | 1-2   |
   +----------+-------+-------+-------+
   |    0     | OPEN  | OPEN  | OPEN  |
   +----------+-------+-------+-------+
   |    1     | OPEN  | OPEN  | CLOSED|
   +----------+-------+-------+-------+
   |    2     | OPEN  | CLOSED| OPEN  |
   +----------+-------+-------+-------+
   |    3     | OPEN  | CLOSED| CLOSED|
   +----------+-------+-------+-------+
   |    4     | CLOSED| OPEN  | OPEN  |
   +----------+-------+-------+-------+
   |    5     | CLOSED| OPEN  | CLOSED|
   +----------+-------+-------+-------+
   |    6     | CLOSED| CLOSED| OPEN  |
   +----------+-------+-------+-------+
   |x   7     | CLOSED| CLOSED| CLOSED|
   +----------+-------+-------+-------+

NOTE
Always ensure that the device ID selected is unique to the SCSI bus.

 CNH1 Spindle Motor Control
 --------------------------
 Pins 7-8  OPEN   Spindle motor controlled by START/STOP command
          xCLOSED Spindle motor on at power up

 CNH1 Synchronous Data Transfer Mode
 -----------------------------------
 Pins 9-10 CLOSED Synchronous Data Transfer Mode disabled (default)
           OPEN   Synchronous Data Transfer Mode enabled

 CNH1 Reselection retry
 ----------------------
 Pins 11-12 CLOSED Reselection retry = unlimited (default)
            OPEN   Reselection retry = 10 times

CNH1 NOT USED
-------------
Pins 13-14 NOT USED!

 CNH1 Active termination
 -----------------------
 Pins 15-16 CLOSED Active termination enabled (default)
            OPEN   Active termination disabled

 CN6 Remote SCSI ID Connector
 ----------------------------
    +1-3-5-7-9+
    |o o o o o|  Side View
    |o o o o o|
    +2-4-6-8-10

       +------------+----------+
       |  PINS      | SIGNAL   |
       +------------+----------+
       |Pin 2       |-ID0      |
       +------------+----------+
       |Pin 4       |-ID1      |
       +------------+----------+
       |Pin 6       |-ID2      |
       +------------+----------+
       |Pins 1,3,5,9|GND       |
       +------------+----------+
       |Pins 7-8    |RESERVED  |
       +------------+----------+
       |Pin 10      |Spindle   |
       |            |Sync pulse|
       +------------+----------+

CNH3 Terminal SCSI Termination Power
------------------------------------
1-2 CLOSED Power is supplied to the terminating resistor from the
3-4 CLOSED IDD and TERMPWR pin. Power is also supplied to the
(default) TERMPWR pin from the IDD. (Pin 26 of the interface)

1-2 CLOSED The Termpwr pin is not used. Power is supplied to the
3-4 OPEN IDD terminating resistor only from the IDD.

1-2 OPEN Power is not supplied to the terminating resistor from
3-4 CLOSED the IDD, only from the TERMPWR pin.

CN5 External operator panel connector
-------------------------------------
Pin 01 LED(V)
Pin 02 -LED

Install

FUJITSU INSTALLATION CONDITIONS SCSI

Mounting in Cabinet
-------------------
Note the following points regarding mounting of the HDD in a cabinet.
If circumstances prevent the HDD from being mounted as explained
below, contact to distributers, reseller, or our sales offices.

- Mount the HDD in the specified orientation.

Mounting the HDD in an orientaion other than the specified one may
adversely affect the temperature or may cause unexpected mechanical
stress to the HDD. This may lead to a failure to guarantee the
reliability level stated in the device specifications.

- Use the specified mounting screw holes.

Mount the HDD using the mounting screw holes for each model.

If the HDD is attached by a means other than screws or with screws
but not at all specified locations (four locations), unexpected
vibration or shock may be applied to the HDD or the HDD may
mechanically resonate. This may lead to a failure to guarantee the
vibration and shock resistance levels stated in the device
specifications.

- Use mounting screws of appropriate length.

A screw shorter than appropriate length is likely to loosen, causing
the HDD to drop off the cabinet.

A screw longer than appropriate length may touch the HDD body,
causing external vibration or shock to the HDD body. This may lead to
a failure to guarantee the vibration and shock resistance levels
stated in the device specifications.

- Ensure clearance between the HDD and the cabinet.

Be sure that there is a minimum 2.5 mm clearance between the HDD and
the cabinet. Failure to do so may block ventilation and adversely
affect the operating temperature of the HDD. It may also cause the
HDD to touch the cabinet, which may then induce electrical noise or
transmit external mechanical vibration or shock directly to the HDD
body. This may result in degraded HDD performance and reliability.

Pay special attention to those models whose DE potential is not zero
volatage. If this type of model contacts the cabinet connecting the
DE to zero volatage, data errors or device faults will occur.

Grounding
---------
In an HDD with a frame, the DE and frame are electrically isolated
from each other.

The DE is connected to signal ground (SG); the frame is connected to
frame ground (FG). Isolating the DE and frame in this way prevents
the adverse effects of external electrical noise.

Generally, a computer system uses some means of connecting SG and FG
at one point in the system. The method used may vary depending on the
system structure or environmental conditions.

The DE potential in some models is not zero volatage. Be careful not
to ground the DE body of this type of model.

SCSI cable connection
---------------------
Do not confuse the connector orientation when connecting the SCSI
cable. Connecting the cable in the wrong orientation may blow the
fuse of the SCSI device that supplies power to the terminating
resistor. If the SCSI device has no fuse, misconnection may destroy
the SCSI cable.

Power-off
---------
When power is turned off, a dynamic brake stops the rotating spindle
motor. This requires a given time until the motor is completely
stopped.

Applying vibration or shock to the HDD while the spindle motor
rotates after power-off may damage the HDD.

Connecting and Disconnecting Interface Connector (2.5-inch HDD)
---------------------------------------------------------------
The printed circuit board assembly of the 2.5-inch HDD is about 0.9
mm thinner than that of conventional HDDs. When connecting or
disconnecting the interface connector, push or pull the connector
straight so as to not give excess stress to the printed circuit board
assembly. Never force a connector. Excess stress may cause the
printed circuit board assembly to warp or crack, resulting in poor
(or no) contact.

Hot Plug (SCSI Device)
----------------------
Our HDDs are designed to support the hot plug feature. However, a
drop in output voltage, output interruption, or noise may be caused
while the HDD is starting. To minimize these symptoms, it is
recommended that a discrete power supply be installed for each HDD.

Also, connection or disconnection of the HDD may cause noise on the
interface signal line and cause an interface malfunction.

To prevent such a failure, connect zero volatage (SG) first, then
connect the interface line, and finally connect the power line.
Reverse the procedure when disconnecting the HDD.

When disconnecting the HDD, do not apply vibration or shock to the
HDD, before the power is turned off. This may disturb control of the
head positioning and degrade data read-write performance.

In the worst case, applying excess shock may damage the head or disk,
resulting in data destruction.

If there is a chance that the power to the HDD containing the
terminating resistor will be turned off, design the system so that
power to the terminating resistor (TERMPWR) is supplied from another
SCSI device. Generally, TERMPWR is supplied from the initiator
(host).













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