13
Rev. (30-JAN-98) • RLM v4.7
© 1995-98 Automated Logic Corporation
4.
The “Run” LED will begin its normal operation
(rapid flashing).
NOTE: The "Error" LED will stay OFF unless an error is
encountered or memory has not been transferred, in which
case it will stay ON.
If the module is not responding and the LEDs do not
appear to be going through the appropriate power-up
sequence, call ALC Technical Support for assistance.
Transferring Memory
Use the following procedure to transfer memory to the
R683 module. If any problems occur during this
procedure, contact Technical Support.
1.
Log into SuperVision, SuperVision for Windows, or
using a Workstation or portable computer
that is directly connected, modem connected, or
connected directly on the ALC network. When
transferring to multiple modules, a direct network
connection will yield the fastest transfer time.
2.
Press the [ESC] key and type:
MO ,,(module no.), 15
NOTE: The module number is the same as the
module's address. If the module is on-line and
communicating, this command will bring up the
Modstat page.
3.
Look at the Modstat page and verify that the module
type and number agrees with the module to be
transferred.
4.
Transfer memory to this module.
·
For SuperVision 2.6 and earlier, click on the
Download icon and choose the Memory- This
Module option. Click OK.
5.
When the memory transfer is finished, obtain the
Modstat page. Check the screen display's FB List to
verify that the FBs you intended to transfer are in the
module.
Fuses
The R683 module is protected by two (2) 0.5 A pico fuses
on the CMnet (+) and (-) terminals and one (1) 3.0 A pico
fuse on the 24 VAC power terminal. See Figure 17 for the
fuse locations.
A blown fuse could indicate incorrect wiring (such as
reversed polarity) if the fuse is blown during installation.
In most cases, a blown fuse indicates a power surge was
received by the board.
An RMA is not necessary to replace these fuses. The
fuses are socketed and are field-replaceable.
Replacement fuse kits are available from ALC (Part no.
FUSEPKG).
Production Date
The production date of the module can be determined by
a sticker on the back of the module. The first three
characters indicate the type of module. The next three
indicate the date (year/month/week) of manufacture. The
month digit is in hexadecimal. The last four characters
are ALC production codes.
Figure 17: Power and CMnet Fuses
