Mitsubishi supported
access
Variables
The Mitsubishi driver supports the following Mitsubishi
variables as device variables:
FX3U and
FX3G CPUs
D |
Data Register |
R |
File Register |
X |
Input Relay |
Y |
Output Relay |
M |
Internal Relay |
S |
Step Relay |
Q Series
CPUs
X |
Input Relay
|
Y
|
Output Relay
|
L
|
Latch Relay
|
F
|
Annunciator
|
M
|
Internal Relay
|
B |
Link Relay |
S |
Step Relay |
D |
Data Register |
W |
Link Register |
ZR
|
Serial File
Registers
|
SW |
Special Link Register |
SB |
Special Link Relay |
SM |
Special Relay |
SD |
Special Register |
Aliases |
Mappings of tags to an alias
name |
QnA Series
CPUs
M |
Internal Relay |
F |
Annunciator |
X |
Input Relay |
Y |
Output Relay |
B |
Link Relay |
D |
Data Register |
W |
Link Register |
L |
Latch Relay |
Aliases |
Mappings of tags to an alias
name |
A Series
CPUs
M |
Internal Relay |
X |
Input Relay |
Y |
Output Relay |
B |
Link Relay |
D |
Data Register |
W |
Link Register |
F |
Annunciator |
R |
File Register |
GOT
Series1000
M |
Internal Relay |
D |
Data Register |
R |
File Register |
L |
Latch Relay |
SM |
Special Relay |
SD |
Special Register |
Q CPUs (Built-in Ethernet), L Series CPUs (Built-in
Ethernet), and iQ-R CPUs (Built-in Ethernet)
X |
Input Relay |
Y |
Output Relay |
L |
Latch Relay |
F |
Annunciator |
M |
Internal Relay |
B |
Link Relay |
S |
Step Relay |
D |
Data Register |
W |
Link Register |
ZR |
Serial File Registers |
SW |
Special Link Register |
SB |
Special Link Relay |
SM |
Special Relay |
SD |
Special Register |
FX5U CPUs
X |
Input Relay |
Y |
Output Relay |
L |
Latch Relay |
F |
Annunciator |
M |
Internal Relay |
B |
Link Relay |
D |
Data Register |
W |
Link Register |
SW |
Special Link Register |
SB |
Special Link Relay |
SM |
Special Relay |
SD |
Special Register |
Data types, data conversion and addressing
The Mitsubishi driver supports the Mitsubishi data types
and their mapping to runtime data types as follows:
Word |
INT2 |
|
INT4 |
|
UINT2 |
|
UINT4 |
|
FLOAT4 |
|
STRING |
Bit |
BOOL |
The Mitsubishi data types are supported in the runtime
environment wherever a variable is accessed and the
variable is associated with a Mitsubishi device. Some
examples are:
- Workbench Variables window Read as and Write as
functions
- Transport map data type parameters
- Trigger data type parameters
- Trigger action variable data type parameters.
The data representations in the Mitsubishi device, the
runtime and the Workbench are supported by the necessary
data conversion functions (e.g. Word and Float4).