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Introduction

All Maple Systems HMIs programmed with EBPro (EasyBuilder Pro), including every cMT X Series and cMT Series model, are compatible with Siemens S7-400 (Ethernet). Configure your Controller and HMI/cMT with the following parameters to establish reliable communication.

Supported Series: Siemens S7-400 Ethernet PLC

Website: http://www.siemens.com/entry/cc/en/

HMI Settings

ParametersRecommendedOptionsNotes
PLC typeSiemens S7-400 (Ethernet)
PLC I/FEthernet
Port no.102
Link typePGPC, OP
Rack00–7
CPU slot31–31To connect with S7-1200, Slot 1 must be selected.
PLC sta. no.00–31

Device Address

Bit/WordDevice TypeFormatRangeMemo
BIDDDDo0 ~ 40957Input (I)
BQDDDDo0 ~ 40957Output (O)
BMDDDDo0 ~ 40957Bit Memory
BDBnBitFFFFFDDDDo0 ~ 6553599997
BDBxBitFFFFFDDDDD0 ~ 10700655357
BDB1Bit–DB99BitDDDDDo0 ~ 655357Data Register Bit
WIWDDDD0 ~ 4095Input (I)
WQWDDDD0 ~ 4095Output (O)
ByteMBDDDD0 ~ 4095Bit Memory Byte
WMWDDDD0 ~ 4095Bit Memory
DWMDDDDD0 ~ 4094
ByteDBBnFFFFFDDDD0 ~ 655359999Data Register Byte
ByteDBBxFFFFFDDDDD0 ~ 1070065535
WDBnFFFFFDDDD0 ~ 655359999Data Register (must be even)
WDBxFFFFFDDDDD0 ~ 1070065535
DWDBDnFFFFFDDDD0 ~ 655359999Data Register Double Word (must be even)
DWDBDxFFFFFDDDDD0 ~ 1070065535
WDBn_StringFFFFFDDDD0 ~ 655359999
WDBx_StringFFFFFDDDDD0 ~ 1070065535
WDBn_String1FFFFDDDD0 ~ 40969999
WDBx_String1FFFFFDDDDD0 ~ 1070065535
DWDBDn_StringFFFFFDDDD0 ~ 655359999
DWDBDx_StringFFFFFDDDDD0 ~ 1070065535
WDB1–DB99DDDDD0 ~ 65535Data Register (must be even)

NOTE: Double word and floating point values must use the DBDn device type.

EBPro (EasyBuilder) Device Setting Steps

  1. Open EBPro (EasyBuilder) and Create a New Project

    Open EasyBuilder, go to File u0026gt; New, select your HMI model, and press OK.
    EasyBuilder8000 new project dialog with model selection dropdown and Display mode set to Landscape.
  2. Open System Parameter Settings and Add a New Device

    The System Parameter Settings window opens. Click New.
  3. Select the PLC Type

    In the Device Properties dialog, set the PLC type to SIEMENS S7-400 (Ethernet).
    Device Properties dialog with PLC type dropdown open and SIEMENS S7/400 (Ethernet) highlighted in the list.
  4. Open the IP Address Settings Dialog

    Press Settings to configure the connection parameters.
  5. Configure S7-400 Connection Parameters

    Set the S7-400 IP address, Port no., Link type, Rack, and CPU slot. These values must match the PLC settings.
    IP Address Settings dialog showing IP address fields, Port no. 102, Link type PG, Rack 0, and CPU slot 3.
  6. Confirm the Completed Device Configuration

    The device configuration is complete. The Device Properties dialog now shows the configured SIEMENS S7-400 (Ethernet) connection.
    Device Properties dialog showing completed configuration with SIEMENS S7-400 (Ethernet) PLC type, Ethernet PLC I/F, and IP 192.168.1.1 Port 102.

How to Import Tag

SIEMENS STEP 7 allows building files of user-defined tags (*.dif and *.AWL) and importing them in EBPro (EasyBuilder Pro) via System Parameter Settings. The following describes how to build and import these two file types.

Building a *.dif File

  1. Create User-Defined Tags in Symbols

    In SIMATIC Manager, navigate to your program’s Symbols and create user-defined tags in the Symbol Editor.
    SIMATIC Manager with Symbol Editor open showing user-defined tags with symbol names, addresses, data types, and comments.
  2. Export the Symbol Table as a DIF File

    In the Symbol Editor, go to Symbol Table u0026gt; Export. In the Export dialog, specify a file name (e.g., PLC_Tag.dif), set the file type to *Data Interchange Format (.DIF), and click Save**.
    Symbol Editor with Symbol Table menu open on Export and the Export save dialog showing PLC_Tag.dif filename and DIF format selected.

Building a *.AWL File

  1. Create Data Blocks in the Blocks Folder

    In SIMATIC Manager, open your program’s Blocks folder and create the required data blocks (DB1, DB2, etc.).
    SIMATIC Manager Blocks panel showing a list of data blocks including DB1 through DB120 in the S7 Program.
  2. Open LAD/STL/FBD and Generate Source

    From the Windows Start menu, navigate to STEP 7 u0026gt; LAD, STL, FBD – Programming S7 Blocks. In the program block editor, go to File u0026gt; Generate Source.
    Windows Start menu showing STEP 7 submenu with LAD, STL, FBD – Programming S7 Blocks highlighted, and the File menu open with Generate Source selected.
  3. Specify Sources as the Storage Path and Enter the File Name

    In the New dialog, select Sources as the storage path, enter a file name (e.g., Object_Tag), then click OK.
    New dialog for generating source with Sources selected as storage path and Object_Tag entered as the object name.
  4. Select the Blocks to Export

    In the Generate source Object_Tag dialog, move the desired data blocks from Blocks Not Selected to Blocks Selected, then click OK.
    Generate source Object_Tag dialog with Blocks Not Selected and Blocks Selected columns, showing DB2, DB6, DB11, and DB20 moved to the selected list.
  5. Export the Source File as an AWL File

    Back in SIMATIC Manager, under Sources, right-click the saved source object and choose Export Source. In the Export source dialog, save the file as an *.AWL file.
    SIMATIC Manager right-click context menu with Export Source highlighted, and the Export source save dialog showing Object_Tag filename and AWL file format.

Importing Tags into EBPro (EasyBuilder)

  1. Click Import Tag in System Parameter Settings

    The generated .dif and .AWL files can be imported in EBPro (EasyBuilder Pro) via System Parameter Settings by clicking Import Tag. In the Import Address Tag dialog, browse to select both the DIF file and the AWL file, then click OK.
    System Parameter Settings Device tab with Import Tag button highlighted, and the Import Address Tag dialog open showing DIF and AWL file path fields.
  2. Confirm Successful Import

    A confirmation dialog appears indicating that tag information was imported successfully.

Wiring Diagram

The diagram below shows the Ethernet cable wiring.

Ethernet straight-through cable wiring diagram showing pin-to-pin color correspondence: W/Orange, Orange, W/Green, Blue, W/Blue, Green, W/Brown, Brown on both ends.