Toshiba GR200 Series Instruction Manual page 303

6F2S1931 (0.20)
are shown in section 4.4.8(ii).
PLC and the binary output circuits
(viii)
The Programmable logic controller (PLC) is also available for the control of binary output
circuits as a substitute for the CPL, and is able to signal an output command directly. In the
case that the binary output circuit is controlled by the PLC, the user is required to connect the
PLC to the binary output circuit. In Figure 4.4-4, the PLC logic connection points are
designated with BO1-SOURCE, BO2-SOURCE, and others. (The PLC is discussed separately.
Note that Connection points on the PLC are shown with the DataIDs of BIO_SLOT. See section
PLC function
4.4.9(i)-3 and 4.4.9(ii)-3. (For more information of PLC function, see Chapter )
BIO structure
4.4.5
Binary IO modules consist of a number of module types and the arrangement of the respective
inputs-and-outputs are particular to each binary IO module type, as shown in Figure 4.4-6 and
Figure 4.4-7. Referring to the figures on the left, the user can for example, identify the actual
terminal blocks of the binary IO module. Corresponding circuits are drawn on the right in the
form of schematic diagrams. If the wiring is considered, the wiring objects are designated with
terminal screw numbers 1 to 40. The terminal screw numbers are shown next to the terminal
*
blocks. Here the user can find a slot number labeled with alpha-numeric reference "T ". The
*
asterisk sign ( ) is substituted for any one of the slot numbers. For the actual implementation
of a binary IO module, the user should examine the arrangement of binary IO modules from
External connection figures Appendix: Typical external
, which are shown separately. (See
connection
)
Note that some input and output circuits have polarity, which is designated with either
a plus sign (+) or a minus sign (−) respectively.
Centralized GRB200
(Soft: 030, 031, 032, 033, 034)
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