This is a tip of torx screw driver. You may use a minus screw driver as a su
bstitute, you'd better to get a torx screw driver.
At fist, you have to set up new HDD.
At least, you must establish a SCSI ID and a terminator.
There are jumper switches on the side of an HDD circuit board.
Pins A0, A1, A2 express the SCSI ID as a binary number.
SCSI ID is established by installing jumper-tip.
The table below shows the relationship between jumpers and ID number.
SCSI ID | ||||||||
---|---|---|---|---|---|---|---|---|
0 | 1 | 2 | 3 | 4 | 5 | 6 | ||
HDD board | A0 | * | * | * | ||||
A1 | * | * | * | |||||
A2 | * | * | * |
Apply a jumper tip on each *.
SCSI ID Zero is coded with no jumpers.
A terminator will be enabled by setting a jumper switch or installing on-boa
rd terminating resistors. You must enable a terminator on when using as a internal drive. You can enable a terminator either setting a jumper switch or installing terminating resistors.
Place a Color Classic on the front bazel. Loosen 4 screws, don't lose them,
though.
Lift a rear cover.
Rear view without a rear cover.
Speaker cables may prevent you from removing HDD, so put them aside first.
Remove the SCSI cables with a narrow-tipped plier. Take care not to damage cables.
(8) is a claw of the carrier. HDD is fixed by hooking this claw on the chassis.
Remove HDD installed on a carrier from the chassis. HDD is a fixed on the HDD carrier with some screws.
Pull the claw upward with a narrow-tipped plier and pull the carrier out.
Detach the carrier from HDD loosening 4 screws.
You finished disassembly. Replace a large capacity HDD with old one. The assembly is a quite reverse manner of the disasembly. Do not attach the carrier to wrong direction.