Mitsubishi Electric FX Series Replacement Manual page 41

3. CONVERSION RULES FOR THE PROGRAM CONVERSION FUNCTION
Application instructions for F
Applicable model
*1
F , F
F New F
1 1J
2
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
- - Yes
, F , and F programmable controllers
1 1J 2
Instruction
number Name
*2
F670
2
Read data from buffer
K128
(data I/O module)
Write data to buffer
K129
(data I/O module)
K130 Variable length shift register
K131 BCD to BIN conversion
K132 BIN to BCD conversion
K133 8-bit information transfer
K134 8-bit data conversion
K135 8-bit data reverse transfer
Comparison of 8-bit data and octal
K136
constants
K137 Comparison of 8-bit data
Logical AND of 8-bit data and octal
K138
constants
K139 Logical AND of 8-bit data
Logical OR of 8-bit data and octal
K140
constants
K141 Logical OR of 8-bit data
Exclusive OR of 8-bit data and octal
K142
constants
K143 Exclusive OR of 8-bit data
Exclusive NOR of 8-bit data and
K144
octal constants
K145 Exclusive NOR of 8-bit data
BIN addition of 8-bit data and octal
K146
constants
K147 BIN addition of 8-bit data
BIN subtraction of 8-bit data and
K148
octal constants
K149 BIN subtraction of 8-bit data
K150 8-bit data increment
K151 8-bit data decrement
BIN multiplication of 8-bit data and
K152
octal constants
K153 BIN multiplication of 8-bit data
*1 Generic term for F series running on versions
2
earlier than V2.1
*2 Generic term for F series running on version
2
V2.1 or later
Application instruction (FNC number) and
function of the FX programmable controller
Consider using a program that uses the
digital switch and the DSW (FNC 72)
instruction or an HMI (Human Machine
Interface).
Consider using a program that uses a 7-
segment HMI (Human Machine Interface)
and the SEGL (FNC 74) instruction or an
HMI (Human Machine Interface).
Use by combining SFTR (FNC 33) and
SFTL (FNC 35).
BIN (FNC 18)
BCD (FNC 19)
MOV (FNC 12)
XCH (FNC 17)
CML (FNC 14)
CMP (FNC 10)
CMP (FNC 10)
AND (FNC 26)
AND (FNC 26)
OR (FNC 27)
OR (FNC 27)
XOR (FNC 28)
XOR (FNC 28)
Use by combining XOR (FNC 28) and CML
(FNC 14).
ADD (FNC 20)
ADD (FNC 20)
SUB (FNC 21)
SUB (FNC 21)
INC (FNC 24)
The corresponding FX series instruction is
a binary operation, so the numerical control
for the relevant program needs to be
changed from octal to binary (decimal).
DEC (FNC 25)
The corresponding FX series instruction is
a binary operation, so the numerical control
for the relevant program needs to be
changed from octal to binary (decimal).
MUL (FNC 22)
MUL (FNC 22)
to be changed
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A1
A2
A3