subglobal1 link | subglobal1 link | subglobal1 link | subglobal1 link | subglobal1 link | subglobal1 link | subglobal1 link
subglobal2 link | subglobal2 link | subglobal2 link | subglobal2 link | subglobal2 link | subglobal2 link | subglobal2 link
subglobal3 link | subglobal3 link | subglobal3 link | subglobal3 link | subglobal3 link | subglobal3 link | subglobal3 link
subglobal4 link | subglobal4 link | subglobal4 link | subglobal4 link | subglobal4 link | subglobal4 link | subglobal4 link
subglobal5 link | subglobal5 link | subglobal5 link | subglobal5 link | subglobal5 link | subglobal5 link | subglobal5 link
subglobal6 link | subglobal6 link | subglobal6 link | subglobal6 link | subglobal6 link | subglobal6 link | subglobal6 link
subglobal7 link | subglobal7 link | subglobal7 link | subglobal7 link | subglobal7 link | subglobal7 link | subglobal7 link
subglobal8 link | subglobal8 link | subglobal8 link | subglobal8 link | subglobal8 link | subglobal8 link | subglobal8 link

S7 DB TAGS

Generate HMI / SCADA tags from S7 project!

S7 DB TAGS GENERATOR decodes any S7-300/-400 datablocks in your Step7 project and generates a tag for each variable.
It parses simple and complex types, arrays of structures, nested UDTs and so on.
No HMI / SCADA brand-bound ties! The utility outputs the data in Excel (XLS) or Comma Separated Values (CSV) format thus allowing extreme flexibility in creating your own HMI/SCADA tags table.
While running as normal Windows' GUI application, the S7 DB TAGS GENERATOR runs also as command line so that it can be called by your own automated procedures.

 

The S7 DB TAGS operates on S7 source code exported as AWL text file by Simatic Manager, while the association of symbolic names and DB indication is done by an ASC file exported by the Simatic Symbol editor. These files are easily and quickly generated by the Siemens S7 programming software.

Just feed the S7 DB TAGS with these two files and you will get thousands over thousands of tags in a matter of seconds. This utility pays as soon as it saves you a few boring (and error prone) typing hours.

For further information, download the manual.

GUI interface

command line interface
             

 

Sample outputs

DB with mixed data types

DataBlock Tag Type Address Description Initial value Actual value
Constants Ax11LowerLimitSwitch DINT DB5.DBD0 micron L#135000 L#135000
Constants Ax11UpperLimitSwitch DINT DB5.DBD4 micron L#2620000 L#2620000
Constants Ax12LowerLimitSwitch DINT DB5.DBD8 degrees *1000 L#0 L#0
Constants Ax12UpperLimitSwitch DINT DB5.DBD12 degrees *1000 L#189000 L#189000
Constants Ax13LowerLimitSwitch DINT DB5.DBD16 micron L#0 L#0
Constants Ax13UpperLimitSwitch DINT DB5.DBD20 micron L#0 L#0
Constants Ax14LowerLimitSwitch DINT DB5.DBD24 micron L#0 L#0
Constants Ax14UpperLimitSwitch DINT DB5.DBD28 micron L#0 L#0
Constants Ax21LowerLimitSwitch DINT DB5.DBD32 degrees *1000 L#-2000 L#-2000
Constants Ax21UpperLimitSwitch DINT DB5.DBD36 degrees *1000 L#272000 L#272000

DB with mixed data types defined in UDT

DataBlock Tag Type Address Description Initial value Actual value
unit_LEFT_axis12DB DBax.ACT_VAL DINT DB12.DBD310  actual value L#0
unit_LEFT_axis12DB DBax.SPEED DWORD DB12.DBD314  speed DW#16#0
unit_LEFT_axis12DB DBax.REM_DIST DINT DB12.DBD318  remaining distance L#0
unit_LEFT_axis12DB DBax.SET_POS DINT DB12.DBD322  set position to be approached L#0
unit_LEFT_axis12DB DBax.SUM_OFST DINT DB12.DBD326  sum of tool offset and zero offset L#0
unit_LEFT_axis12DB DBax.TRAV_SPE DWORD DB12.DBD330  traversing speed DW#16#0
unit_LEFT_axis12DB DBax.di_334 DINT DB12.DBD334 L#0
unit_LEFT_axis12DB DBax.di_338 DINT DB12.DBD338 L#0
unit_LEFT_axis12DB DBax.ACT_BL.PROG_NO BYTE DB12.DBB342  part program number B#16#0
unit_LEFT_axis12DB DBax.ACT_BL.BLCK_NO BYTE DB12.DBB343  part program block number B#16#0
unit_LEFT_axis12DB DBax.ACT_BL.G_1_EN BOOL DB12.DBX344.0  enable bit for G function group 1 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.G_2_EN BOOL DB12.DBX344.1  enable bit for G function group 2 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.G_3_EN BOOL DB12.DBX344.2  enable bit for G function group 3 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.b_344_3 BOOL DB12.DBX344.3 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.X_T_EN BOOL DB12.DBX344.4  enable bit for position / dwell time FALSE
unit_LEFT_axis12DB DBax.ACT_BL.SR_L_EN BOOL DB12.DBX344.5  enable bit for number of subroutine loops FALSE
unit_LEFT_axis12DB DBax.ACT_BL.SR_N_EN BOOL DB12.DBX344.6  enable bit for subroutine number FALSE
unit_LEFT_axis12DB DBax.ACT_BL.SKIP_EN BOOL DB12.DBX344.7  enable bit for block skip FALSE
unit_LEFT_axis12DB DBax.ACT_BL.V_EN BOOL DB12.DBX345.0  enable bit for velocity FALSE
unit_LEFT_axis12DB DBax.ACT_BL.M_1_EN BOOL DB12.DBX345.1  enable bit for M function group 1 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.M_2_EN BOOL DB12.DBX345.2  enable bit for M function group 2 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.M_3_EN BOOL DB12.DBX345.3  enable bit for M function group 3 FALSE
unit_LEFT_axis12DB DBax.ACT_BL.TO_EN BOOL DB12.DBX345.4  enable bit for tool offset number FALSE

array

DataBlock Tag Type Address Description Initial value Actual value
unit_LEFT_axis12DB DBax.feld1_intern[100] BYTE DB12.DBB100 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[101] BYTE DB12.DBB101 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[102] BYTE DB12.DBB102 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[103] BYTE DB12.DBB103 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[104] BYTE DB12.DBB104 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[105] BYTE DB12.DBB105 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[106] BYTE DB12.DBB106 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[107] BYTE DB12.DBB107 internal use B#16#0
unit_LEFT_axis12DB DBax.feld1_intern[108] BYTE DB12.DBB108 internal use B#16#0

array of UDT with mixed data types

DataBlock Tag Type Address Description Initial value Actual value
Unit_LEFT_program prg[144].free0 INT DB61.DBW3720 spare 0
Unit_LEFT_program prg[144].par1 DINT DB61.DBD3722 spare L#0
Unit_LEFT_program prg[144].par2 DINT DB61.DBD3726 spare L#0
Unit_LEFT_program prg[144].par3 DINT DB61.DBD3730 spare L#0
Unit_LEFT_program prg[144].par4 DINT DB61.DBD3734 spare L#0
Unit_LEFT_program prg[144].flags.ClampOption BOOL DB61.DBX3738.0 option flag FALSE
Unit_LEFT_program prg[144].flags.CentralViseUpDownOption BOOL DB61.DBX3738.1 option flag FALSE
Unit_LEFT_program prg[144].flags.flag2 BOOL DB61.DBX3738.2 spare FALSE
Unit_LEFT_program prg[144].flags.flag3 BOOL DB61.DBX3738.3 spare FALSE
Unit_LEFT_program prg[144].flags.flag4 BOOL DB61.DBX3738.4 spare FALSE
Unit_LEFT_program prg[144].flags.flag5 BOOL DB61.DBX3738.5 spare FALSE
Unit_LEFT_program prg[144].flags.flag6 BOOL DB61.DBX3738.6 spare FALSE
Unit_LEFT_program prg[144].flags.flag7 BOOL DB61.DBX3738.7 spare FALSE
Unit_LEFT_program prg[144].flags.LeftPosSmallerThan BOOL DB61.DBX3739.0 limits check FALSE
Unit_LEFT_program prg[144].flags.LeftPosGreaterThan BOOL DB61.DBX3739.1 limits check FALSE
Unit_LEFT_program prg[144].flags.RightPosSmallerThan BOOL DB61.DBX3739.2 limits check FALSE
Unit_LEFT_program prg[144].flags.RightPosGreaterThan BOOL DB61.DBX3739.3 limits check FALSE
Unit_LEFT_program prg[144].flags.flag12 BOOL DB61.DBX3739.4 spare FALSE
Unit_LEFT_program prg[144].flags.flag13 BOOL DB61.DBX3739.5 spare FALSE
Unit_LEFT_program prg[144].flags.UpdateSemaphores BOOL DB61.DBX3739.6 semaphores cmd FALSE
Unit_LEFT_program prg[144].flags.ClearSemaphores BOOL DB61.DBX3739.7 semaphores cmd FALSE
Unit_LEFT_program prg[144].semaphores DWORD DB61.DBD3740 semaphores DW#16#0

 

Downloads

Language supported: English only.

How to order

s7dbrawdata_box

How to order
Contact us, we accept PayPal or wire transfer payments


Price
Euro 270
Non-Italian customers: tax exempt
Italian customers: add 20% IVA tax

Shipping and billing
The program, registration code and invoice will be sent via e-mail upon payment.

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