Hamilton Manufacturing Corporation Token Vendor, Руководство по эксплуатации

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Document #101-0163 15 1/10/06
U18
ALIGN NOTCH
CAUTION! BEFORE REMOVING the chip be sure to print out an
Audit Report and a Configuration Report. When the chip is pulled,
you WILL LOSE all of your audit data. In some of the older versions
of Gold Lines that will be just one report.
Removal
1. Turn power off to the machine.
2. Remove the validator and stacker from the machine to gain access to the controller.
3. Remove the mounting stud or coupling nut from the top of the controller
4. Loosen the bottom mounting stud or coupling nut. (You do not have to remove this because the
controller will slide right out.)
5. Next unplug the harnesses from the controller so you can remove the controller from the machine. If
the controller has a cover on it, the screws holding it must be removed to locate the chip. (The
newer Gold Line Autocashiers will not have this cover on the controller)
6. The chip is located in position U18 on the board (See Figure 4). To remove the chip it is recom-
mended that you have an EPROM remover to extract the chip.
VI. Chip Replacement in the GL-ACW
2. If you had a cover on the controller then you must reinstall the
cover.
3. Attach the harnesses to the controller and then remount the
controller to the cabinet using the mounting stud or coupling nut.
4. Reinstall your validator and stacker and turn on power.
5. The controller will initially display “Clear Memory?”. In a few
seconds, the screen will change to read “All Memory Cleared.”
A few seconds after that it will change to the Welcome Prompt.
6. Once that is done, your controller is now back to factory
settings. If you were able to do the backup to the EIC the next
step will be to restore your information. If you could not backup
your information you will need to input it using the controller
and buttons on the door.
Installation
1. Once the chip is removed, install the chip provided in the kit.
PLEASE note that the notch on the chip must be aligned with the
notch on the board. Putting the chip in wrong will cause damage to
the chip. (See Figure 4)
Figure 4