Remainder - Mitsubishi Electric MELSEC iQ-R Series Programming Manual

27.5

Remainder

MOD(_E)
RnPCPU
RnCPU RnENCPU
(Process)
These functions output the remainder of input values ((s1)(s2)).
Ladder, FBD/LD
[Without EN/ENO]
s1 d
s2
Setting data
■Description, type, data type
Argument
EN
s1 (IN1)
s2 (IN2)
ENO
d
Processing details
■Operation processing
• These functions perform division between the INT or DINT data type values input to (s1) and (s2) ((s1)(s2)), and output
the remainder of the operation result, in the same data type as (s), from (d).
Ex.
Data type: INT
(s1)
5
INT
• Input an INT or DINT data type value to (s1) and (s2), provided that the value input to (s2) shall be other than 0.
■Operation result
1.
Function without EN/ENO
The operation processing is performed. The operation result is output from (d).
2.
Function with EN/ENO
The execution conditions and operation results will be as follows.
Execution condition
EN
TRUE (executed)
FALSE (not executed)
*1 If the value FALSE is output from ENO, the output data from (d) will be undefined. Create a program so that the undefined value will not
be used in operations.
27 ARITHMETIC OPERATION FUNCTIONS
1914
27.5 Remainder
RnPCPU RnSFCPU RnSFCPU
(Redundant) (Standard) (Safety)
[With EN/ENO]
EN ENO
s1
s2
Description
Execution condition (TRUE: Executed, FALSE: Not executed)
Dividend
Divisor
Output status (TRUE: Normal, FALSE: Abnormal)
Output
(s2)
÷
2
INT
Operation result
ENO
TRUE
FALSE
Structured text
[Without EN/ENO]
The function is described as an operator. ( MELSEC iQ-R Programming
Manual (Program Design))
[With EN/ENO]
d:=MOD_E(EN,ENO,s1,s2);
d
The value is not output.
*1
Type Data type
Input variable BOOL
Input variable ANY_INT
Input variable ANY_INT
Output variable BOOL
Output variable ANY_INT
Quotient Remainder
2
(d)
Operation result output value
Undefined value
(d)
1
INT