Cctalk Application - Jofemar T15 User Manual

of 10 ms. At this time the selector will enable the coin acceptance electromagnet,
allowing this coin to go to the recognised coin exit and will remove the coin code of
lines M1, M2, ... M4.
The optical validation sensors located on the path of the accepted coin exit confirm
that the coin has gone through and, should the response be positive, the same
accepted coin code is generated in lines M1, M2, ... M4 for 50 ms.
If, on the other hand, you do not wish to accept the coin, the coin disabling line should
not be taken to 0 V and, after 10 ms the selector will eliminate the coin code signals
and a new cycle will begin.
If the selector does not validate the coin with the coin passage validation optical
sensors, the 50 ms coin code signal (2nd information) will not be provided.
In this case, the validator has two exit codes for each programmed coin, which can be
selected using switch no 2:
SW.2 OFF code 1.
SW.2 ON code 2.
The recovery signal will only be generated in this application when the coin return
lever is moved and it is a sequence of two pulses of 1 ms separated by 1 ms.

4.3. cctalk application.

The cctalk Validator application is for those machines that use this protocol and type
of connection between machine devices.
For this application you should connect the selector with the polarised 4-way
connector.
Connections:
Ø
Pin 1: +12 Vdc
Ø
Pin 2:
Ø
Pin 3: Ground.
Ø
Pin 4: Data.
There are is coin disabling via switches in this application.
This application integrates a communications protocol called cctalk which allows for
the following:
Ø
Providing information on manufacturer, serial number, program version, etc.
Ø
The possibility of testing the selector.
Ø
Providing information on recorded coins.
Ø
Enabling coins that need to be validated.
Ø
Reporting on coins inserted, accepted, etc.
There is a command document available that is recognised by this validator.
MNP64ENV00
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Date: 03-2007 Rev. 03 Page 10 of 16