
4. OPERATION
Enter address Y52.7, then press the < Enter > key.
The cursor automatically moves to the input start position on the next line.
Next, enter an OR conditron.
Press [ -#+- J and enter address X2.4, then press the -Z Enter > key.
The address is set at contact B and the cursor moves right.
Press [ -
] to enter a horizontal line.
To enter a horizontal line, enter a number and press the horizontal line key
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- 1. The line segment will be entered as many times as the number entered.
Note, however, that such a line never exceeds the right vertical rail.
A vertical line extending upward is required for OR. Press [ --!
) to enter a
vertical line extending upward.
(ii) Example of function instruction program input
For function instruction input. press the function key (functn]. Next, enter a SUB number,
then press the c Enter Z- key.
A function instruction can also be entered by entenng the function instruction name or SUB
number and pressing the [functn] key.
If the user does not remember a certain instruction name or SUB number, a function
instruction table that lists function instructions and corresponding SUB numbers can be
displayed on the screen.
The table can be displayed just by pressing the (funcln] key without entering any data.
Then the function instruction table is automatically displayed.
Press the [functn] key to return to the ladder diagram screen from the function instruction
table.
MOVE
(1) (2) (3)
(4)
(.)!.)(.)i) (.j(!!~K, 0000 0000
(SUB 8)
Control condition
Output address
-Input data address
- Low-order 4-bit logical multiplication data
-High-order 4-bit logical multiplication data
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When entering a function instruction with this function. enter the
parameters of the function instruction vertically as shown below.
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