Mitsubishi Electric NZ2GF2B1-16D User Manual page 193

(2) Setting the fast logic function
In the fast logic setting, the combination of input signal A and B, and their output conditions for each output signal
is fixed. When the input OFF delay function is used, a fast logic output is executed using the X signal for which
the input OFF delay process has been executed.
(a) When the main module is an output module
When the main module is an output module, an extension module must be an input module.
The following lists the combinations of output conditions and input signals for each output signal.
• Y0 to Y7: Output signals of the main output module
• X10 to X1F: Input signals of the extension input module
Item
Fast logic setting Y0
Fast logic setting Y1
Fast logic setting Y2
Fast logic setting Y3
Fast logic setting Y4
Fast logic setting Y5
Fast logic setting Y6
Fast logic setting Y7
The following lists the combinations of output conditions and input signals for each output signal when the
NZ2GFCE3-32T is used.
• Y0 to Y7: Output signals of the NZ2GFCE3-32T
• X20 to X2F: Input signals of the extension input module
Item
Fast logic setting Y0
Fast logic setting Y1
Fast logic setting Y2
Fast logic setting Y3
Fast logic setting Y4
Fast logic setting Y5
Fast logic setting Y6
Fast logic setting Y7
Logic (output condition)
AND
(When both input signal A and B are
turned on, output signal Y is output.)
OR
(When either of input signal A or B is
turned on, output signal Y is output.)
Logic (output condition)
AND
(When both input signal A and B are
turned on, output signal Y is output.)
OR
(When either of input signal A or B is
turned on, output signal Y is output.)
CHAPTER 9 FUNCTIONS
Output signal Y Input signal A
Y0 X10
Y1 X12
Y2 X14
Y3 X16
Y4 X18
Y5 X1A
Y6 X1C
Y7 X1E
NZ2GFCE3-32T Extension input module
Output signal Y Input signal A
Y0 X20
Y1 X22
Y2 X24
Y3 X26
Y4 X28
Y5 X2A
Y6 X2C
Y7 X2E
9
Input signal B
X11
X13
X15
X17
X19
X1B
X1D
X1F
Input signal B
X21
X23
X25
X27
X29
X2B
X2D
X2F
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