Delta AS Series Programming Manual page 366

API Instruction code
0204 D INT
Device X Y M
 
S

D
Data
type
S

D
Symbol
Explanation
1. This instruction converts a single-precision floating-point number in S into a binary integer, then rounds the binary
floating-point number down to the nearest whole digit to becomes a binary integer, and then the instruction stores
the binary integer in D.
2. The source device S used in the INT instruction occupies two registers, and D used in INT occupies one register.
3. The source device S used in the DINT instruction occupies two registers, and D used in DINT also occupies two
registers.
4. The operand D used in the INT instruction cannot be the 32-bit counter, but not the device E.
5. The INT instruction is the opposite of the FLT instruction .
6. When the conversion result is zero, SM600 is ON.
7. During the conversion, if the floating-point number is rounded down to the nearest whole digit, SM601 is ON.
8. When the conversion result exceeds the range, SM602 is ON.
9. For the INT/IINTP instructions, the range of conversion result is between -32,768 and 32,767.
10. For the DINT/DINTP instructions, the range of conversion result is between -2,147,483,648 and 2,147,483,647.
Operand
P S, D
S T C HC
  
  
 
Pulse instruction
： Source device
S
： Conversion result
D
Ch a pt er 6 A pp l i e d I n s tr uc t io ns
Converting a 32-bit floating-point number
D FR SM SR
  
 


16-bit instruction
AS AS
Function
into a binary integer
E K 16# "$"

 
32-bit instruction
AS
6 - 8 7
F
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