Mitsubishi supported access

Variables

The Mitsubishi driver supports the following Mitsubishi variables as device variables:

FX3U and FX3G CPUs

Variable Description
D Data Register
R File Register
X Input Relay
Y Output Relay
M Internal Relay
S Step Relay

Q Series CPUs

Variable Description
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

Variable Description
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

Variable Description
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

Variable Description
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)

Variable Description
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

Variable Description
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:

Mitsubishi data type Runtime data type
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).