Axpert-Eazy AC Variable Frequency Drive
6-119
6
19. AND (OPCODE
019)
This command is used for logical AND operation between two bits of Flags.
Example,
AND Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = Fn1 & Fn2)
20. NAND (OPCODE
020)
This command is used for logical NAND operation between two bits of Flags.
Example,
NAND Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = ~(Fn1 & Fn2))
21. NOR (OPCODE
021)
This command is used for logical NOR operation between two bit Flags.
Example,
NOR Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = ~(Fn1 | Fn2))
22. XOR (OPCODE
022)
This command is used for logical XOR operation between two bit Flags.
Example,
XOR Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = Fn1 ^ Fn2)
23. XNOR (OPCODE
023)
This command is used for logical XNOR operation between two bit Flags.
Example,
XNOR Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = ~(Fn1 ^ Fn2))
24. OR (OPCODE
024)
This command is used for logical OR operation between two bit Flags.
Example,
OR Fn Fn1 Fn2
Where,
Fn, Fn1 and Fn2 = Flag Number (0 to 99)
Result will be stored in Fn. (Fn = Fn1 | Fn2)
25. NOT_FLG (OPCODE
025)
This command is used for logical NOT operation of selected bit Flag.
Example,
NOT_FLG Fn Fm
Where,
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