Mitsubishi MELSEC iQ-F FX5 series, Programming Manual, Page: 787 / 888

17 ARITHMETIC OPERATION FUNCTIONS
17.5 Remainder
785
17
17.5
Remainder
MOD(_E)
These functions output the remainder of input values ((s1)

(s2)).
Setting data
■
Descriptions, types, and data types
Processing details
■
Operation processing
• These functions divide the INT or DINT type data input to (s1) and (s2) ((s1)

(s2)), and output the remainder from (d) in
the same data type as (s).
Ex.
Data type is INT
• A value input to (s1) and (s2) is the INT and DINT type data value. (However, input other than 0 to (s2).)
■
Operation result
1.
Function without EN/ENO
The following table lists the operation results.
2.
Function with EN/ENO
The following table lists the execution conditions and operation results.
*1 When FALSE is output from ENO, data output from (d) is undefined. In that case, modify a program so that the data output from (d) is
not used.
Ladder diagram Structured text
[Without EN/ENO] [With EN/ENO] [Without EN/ENO]
d:=MOD(s1,s2);
[With EN/ENO]
d:=MOD_E(EN,ENO,s1,s2);
Argument Description Type Data type
EN Execution condition (TRUE: Execution, FALSE: Stop) Input variable BOOL
s1 Dividend Input variable ANY_INT
s2 Divisor Input variable ANY_INT
ENO Output status (TRUE: Normal, FALSE: Abnormal) Output variable BOOL
d Output Output variable ANY_INT
Operation result (d)
No operation error occurred Operation output value
An operation error occurred Indefinite value
Execution condition Operation result
EN ENO (d)
TRUE (Executes operation) TRUE (Operation error did not occur) Operation output value
FALSE (Operation error occurred)
*1
Indefinite value
FALSE (Stops operation) FALSE
*1
Indefinite value
s1 d
s2
EN ENO
d s1
s2
INT
5

INT
2
INT
2
Not output
1
(Quotient) (Remainder)
(d)
(s2)
(s1)