### Micro800 Series Native

Device | Bit Address | Word Address | 32 bit | Remarks
--- | --- | --- | --- | ---
BOOL | Single Tag | <TAGNAME> | - | - | *1 *2 *3
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
INT | Single Tag | <TAGNAME>.00- <TAGNAME>.15 | <TAGNAME> |  | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].15 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].15 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].15 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
REAL | Single Tag | - | <TAGNAME> | - | *1 *2
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
DINT | Single Tag | <TAGNAME>.00- <TAGNAME>.31 | <TAGNAME> |  | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].31 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].31 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].31 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
LINT | Single Tag | <TAGNAME>.00 - <TAGNAME>.63 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].00 - <TAGNAME>[x-1].63 | <TAGNAME>[0] - <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00 - <TAGNAME>[x-1,y-1].63 | <TAGNAME>[0,0] - <TAGNAME>[x-1,y-1]
3D Array | TAGNAME>[0,0,0].00 - <TAGNAME>[x-1,y-1,z-1].63 | <TAGNAME>[0,0,0] - <TAGNAME>[x-1,y-1,z-1]
SINT | Single Tag | <TAGNAME>.0- <TAGNAME>.7 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].0- <TAGNAME>[x-1].7 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].0- <TAGNAME>[x-1,y-1].7 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].0- <TAGNAME>[x-1,y-1,z-1].7 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
STRING | Single Tag | - | <TAGNAME> | - | *1 *2
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
USINT | Single Tag | <TAGNAME>.0- <TAGNAME>.7 | <TAGNAME> |  | *1 *2
1D Array | <TAGNAME>[0].0- <TAGNAME>[x-1].7 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].0- <TAGNAME>[x-1,y-1].7 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].0- <TAGNAME>[x-1,y-1,z-1].7 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
UINT | Single Tag | <TAGNAME>.00- <TAGNAME>.15 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].15 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].15 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].15 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
UDINT | Single Tag | <TAGNAME>.00- <TAGNAME>.31 | <TAGNAME> | - | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].31 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].31 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].31 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
ULINT | Single Tag | <TAGNAME>.00 - <TAGNAME>.63 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].00 - <TAGNAME>[x-1].63 | <TAGNAME>[0] - <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00 - <TAGNAME>[x-1,y-1].63 | <TAGNAME>[0,0] - <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00 - <TAGNAME>[x-1,y-1,z-1].63 | <TAGNAME>[0,0,0] - <TAGNAME>[x-1,y-1,z-1]
LREAL | Single Tag | - | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
DATE | Single Tag | - | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
TIME | Single Tag | - | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
BYTE | Single Tag | <TAGNAME>.0- <TAGNAME>.7 | <TAGNAME> |  | *1 *2
1D Array | <TAGNAME>[0].0- <TAGNAME>[x-1].7 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].0- <TAGNAME>[x-1,y-1].7 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].0- <TAGNAME>[x-1,y-1,z-1].7 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
WORD | Single Tag | <TAGNAME>.00- <TAGNAME>.15 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].15 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].15 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].15 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
DWORD | Single Tag | <TAGNAME>.00- <TAGNAME>.31 | <TAGNAME> | - | *1 *2
1D Array | <TAGNAME>[0].00- <TAGNAME>[x-1].31 | <TAGNAME>[0]- <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00- <TAGNAME>[x-1,y-1].31 | <TAGNAME>[0,0]- <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00- <TAGNAME>[x-1,y-1,z-1].31 | <TAGNAME>[0,0,0]- <TAGNAME>[x-1,y-1,z-1]
LWORD | Single Tag | <TAGNAME>.00 - <TAGNAME>.63 | <TAGNAME> | *1 *2
1D Array | <TAGNAME>[0].00 - <TAGNAME>[x-1].63 | <TAGNAME>[0] - <TAGNAME>[x-1]
2D Array | <TAGNAME>[0,0].00 - <TAGNAME>[x-1,y-1].63 | <TAGNAME>[0,0] - <TAGNAME>[x-1,y-1]
3D Array | <TAGNAME>[0,0,0].00 - <TAGNAME>[x-1,y-1,z-1].63 | <TAGNAME>[0,0,0] - <TAGNAME>[x-1,y-1,z-1]

*1<TAGNAME>: Tag Name including structure name in case of structure. The maximum number of characters for Tag Name is 255 including delimiters and element number.

Ex.) BOOL type single tag: "BOOLTAG"

BOOL array element: "BOOLARRAY[0012]"

INT type single tag: "INTTAG"

DINT type single address: "DINTTAG.30"

REAL type 3Darray: "REALARRAY[1,2,3]"

DINT from TIMER structure: "TIMERTAG.PRE"

SINT from STRING structure: "STRINGTAG.DATA[00]"

BOOL from User Defined Structure: "USERSTRUCTURE_A.USERSTRUCTURE_B.MYTIMER.EN"

*2Array Element Number: Number of array element is included in the controller tag information. Since the element number starts from 0, maximum element number is [Element Number - 1].

Ex.) INTARRAY INT[256,256] can be used in the range of INTARRAY[0-255,0-255].

*3BOOL type array: Available to define only 1 dimension. Number of array element can be specified by multiples of 32.

NOTE

- Set the number of array elements with the Dimension parameter in the Connected Components Workbench. Set array numbers from address 0 ([0..xxx]).

- The supported tag is only “Global Variables”.

- The nested structure is not supported even if this kind of structure tag is imported. A communication error happens on Runtime.
  The following are details of an error.
  [Read]
  COM00051: %s:Out of range devices exist in read devices (Address:%s)
  [Write]
  COM00052: %s:Out of range devices exist in write devices (Address:%s)

- Custom String Data Type

The Ethernet/IP driver’s Custom String Data Type supports text up to 400 characters. (The STRING device supports text up to 82 characters.)

Custom String Data Types defined with text over 400 characters will not be imported into BLUE. Import results will be recorded in the error log.

- PreDefined Structure Data Types

The names of PreDefined Structure data types supported by this driver are as follows.

IRQSTI | IRQHSC | DOYDATA
PLS | AWAAWT | GAIN_PID
AHLI | MODBUSLOCPARA | MODBUSTARPARA
MODBUS2LOCPARA | MODBUS2TARPARA | CIPCONTROLCFG
CIPTARGETCFG | CIPAPPCFG | CIPSYMBOLICCFG
CIPSTATUS | ABLACB | ARDARL
AT_PARAM | AXIS_REF | FB_AXIS_REF
MOTION_DIAG | HSCSTS | HSCAPP
HSCE_CHANNEL | IRQUPM | TOWDATA
MMCATNUM | IRQEII | RTC
MMINFO | SYSINFO | ACLI
SOCKADDR_CFG | SOCK_STATUS | PID_GAINS
FF_LF_CON |  |

NOTE

- For tag import procedures, see the following.
  Importing Symbols from External Devices

- Please refer to the precautions on manual notation for icons in the table.
  Supported Devices Symbol and Terms