Talaris MiniMech 010, Integration Manual

Page: 15 / 20

15
clearing note table
Clearing NQ data table
Whenever changing denomination it is required to
clear the NQ data table. The NQ data table keeps
information of the denomination previously proc-
essed through the machine, and this has been
achieved through a learning procedure. A learning
procedure is performed when the NQ data table
is empty, and is done by picking 5 notes from the
NRC 010. The NQ reads the size and thickness of
the note and sends the information to the machine
controller where it is stored in the non-volatile
RAM. All 5 notes goe to reject.
Clearing NQ data table with MM Test SW
Start the MM Test SW. Make sure it can commu-
nicate with MM010 by issuing a Purge or another
command that will reply.Type WD/392/0 from the
Cmd Str tab in MM Test, in the Command box and
push the Send button.
It is possible to read out width and thickness
of the denomination learned by the MM010
from FW version 2001.01.01. If the reply is
0000000000000000000, the NQ data table is
empty.
Clearing NQ data table with jumper JP2 on
MC
There are 2 jumpers located on the Machine Con-
troller. JP2 is for clearing the NQ data table as
shown.
Switch off the MM010 and place, or remove, the
jumper on JP2. Switch on the MM010. If the status
of JP2 is changed from closed to open, or vice
versa, the machine will empty the NQ data table.
This means that there is no default position for the
jumper so leaving the jumper in one or another
position will not clear the NQ data table - it is the
status change that clears the NQ data table.
From version 2001-01.01 all 3 LED’s on the Ma-
chine Controller will flash rapidly if there is no infor-
mation in the NQ data table.
NOTE!
JP1 is for enabling the possibility to change com-
munication settings such as baudrate and parity
with a WD items 115 (baudrate) and 116 (parity),
therefore, placing the jumper on JP1 will not harm
the machine, but the NQ data table will not be
cleared and the machine will after power-up oper-
ate with the settings from items 115 and 116, and
it will not be possible to communicate with the
machine with communication settings prior to the
change. With no jumper on JP1 the machine will
operate with default settings baudrate 4800 and
Even parity.
Always remember to check that the NQ data table
is cleared and also perform the learning note pro-
cedure to verify it has been performed success-
fully.