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DEUTSCHMANN AUTOMATION LOCON 100, Instruction Manual

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DEUTSCHMANN AUTOMATION LOCON 100 Instruction Manual Download Page 28

Programming cable for ROTARNOCK 

Deutschmann Automation GmbH & Co. KG

28

Instruction manual LOCON 100 / 200 and ROTARNOCK 80 / 100 with fieldbus connection  V. 1.0

22.1.08

11 Programming cable for ROTARNOCK

The programming cable for ROTARNOCK Profibus is available by the article no. V3467-n*, 
where n* = cable length in meters.
This cable is required for the configuration of the fieldbus parameters (ID, DB-number etc.) via 
the RS232-interface.

Summary of Contents for LOCON 100

Page 1: ...200 and ROTARNOCK 80 100 with Fieldbus connection Art No V3526E Deutschmann Automation GmbH Co KG Carl Zeiss Str 8 D 65520 Bad Camberg 49 0 6434 9433 0 49 0 6434 9433 40 eMail mail deutschmann de Inte...

Page 2: ......

Page 3: ...5 Offset table for Multiturn cams 13 6 6 Cams for Multiturn CAM_MT 13 6 7 Offset table for direction cams 13 6 8 Direction cams DIRECTION_CAM_NEW 13 6 9 Offset table for angle time cams 13 6 10 Angle...

Page 4: ...entry of the process data optional 24 8 6 3 Displaying the process data 24 9 Setting the Profibus ID at LOCON and ROTARNOCK 25 9 1 Setting the Profibus ID 25 9 1 1 Example for S7 with PC adapter 25 9...

Page 5: ...ys follow this information since otherwise this could result in malfunctions or operating errors 1 1 2 Concepts The expressions LOCON and TERM are frequently used throughout this manual with no fur th...

Page 6: ...rocessed by the S7 protocol The S7 protocol allows the processing of the most important parameters in the cam control see chapter 5 Table types of the parameter data table on page 11 This table form m...

Page 7: ...gram At a PLC with Profibus the transfer of the parameter data to the cam control is taken over by a PLC program handling component The cam control transfers the process data back in every Profibus cy...

Page 8: ...ol see chapter 4 2 Data struc ture of a request from PLC to cam control on page 9 Values in hex x not used 4 1 Data exchange Now the PLC sends 0x8000 bit 15 write req set with start address of the fir...

Page 9: ...es of the offset table Z Start address of the parameter data e g from type 2 4 2 Data structure of a request from PLC to cam control 1 word 2 word 3 word 4 word 5 word Bit 15 Command Bit 14 Command 13...

Page 10: ...Byte 4 5 4 word Byte 6 7 5 word Byte 8 9 6 word Byte 10 11 7 word Byte 12 13 Bit 15 0 15 0 15 0 15 0 31 16 15 0 15 0 Copy of the 1 word from the PLC as confirma tion of receipt __ __ __ Position Speed...

Page 11: ...arameter data table Description Fixed value Table type Length OFFSET_TYPE 0x0001 Offset always starts at table address 0 WORD IDLE_TYPE 0x0004 Idle time table WORD CONTROL_TYPE 0x0005 Config parameter...

Page 12: ...ime Description Value in the PLC Length Idle_Type 4 WORD Idle_Length Number of required idle times by 6 WORD Idle_Address Address of the first idle time entry WORD 6 2 Idle time IDLE Structure Value F...

Page 13: ...e example below output 3 is the last output used for a direc tion evaluation The table s length always has to be a multiple of 6 bytes Therefore 3 dummy bytes have been added Structure Value Length Di...

Page 14: ...not BYTE OpNo2 1 32 BYTE OpType2 see OpType1 BYTE LogicFct2 3 see LogicFct1 2 BYTE OpNo3 1 32 BYTE OpType3 see OpType1 BYTE LogicFct3 4 see LogicFct1 2 BYTE OpNo4 1 32 BYTE OpType4 see OpType1 BYTE Ou...

Page 15: ...1 ProgNo WORD 0 14 Cam_MT_Cam 1 Output WORD 4 16 Cam_MT_Cam 1 On DWORD 20 18 Cam_MT_Cam 1 Off DWORD 40 In this example the output 4 Cam_MT_Cam 1 Output is set in the program 0 Cam_MT_Cam 1 ProgNr bet...

Page 16: ...t With it the user is relieved of the calculation of the length values and start addresses The pro gram can be loaded from our homepage at http www deutschmann de By a simple click on the flags you ca...

Page 17: ...re differences or they show where which changes have to be made 8 1 Protocol S7 As described in this manual in chapter 2 in the protocol S7 has to be set Attention After a cold start all values in the...

Page 18: ...0 with fieldbus connection V 1 0 22 1 08 8 3 1 Adding further IO8 expansions optional After installing the gsd file L200 gsd you can find it like all Deutschmann cam controls under Profibus DP Further...

Page 19: ...n order to delete the IO8 expansions select the last line then press the right mouse button and choose Delete After confirming the security query the last line will be deleted 8 4 Importing defining a...

Page 20: ...ource translate Depending on the defined DB number in the software DBGen erator it will appear in the category components 8 4 2 Defining data component optional In the network 1 of the OB1 in line DB_...

Page 21: ...us connection V 1 0 21 Deutschmann Automation GmbH Co KG Example Connecting LOCON 200 via Profibus to a PLC 8 5 Defining or deleting symbols optional If an IO8 expansion was added or deleted chapter 8...

Page 22: ...1 Adding a new symbol optional For it the cursor is brought into the last line and a new symbolic name has to be defined 8 5 2 Deleting a symbol optional In order to delete a symbol mark the line wit...

Page 23: ...CON 200 via Profibus to a PLC The following view comes up 8 6 1 Extending the process data of an IO8 module optional In order to make a new symbol visible according to chapter 8 5 1 it has to be calle...

Page 24: ...5 2 then only the operand is placed at that loca tion This entry can be deleted by simply marking the line and pressing ENTF 8 6 3 Displaying the process data In order to be able to see the process da...

Page 25: ...ectly connected to the PC with the programming adapter The ID can then be changed in the Simatic Manager target system Change Profibus address by means of a projecting tool e g Step 7 Software 9 1 2 E...

Page 26: ...afterwards The desired Profibus ID can be entered into the Configuration now A Donwload has to be performed in order to take over the change The device carries out a restart and with it the new ID is...

Page 27: ...CK 80 100 with fieldbus connection V 1 0 27 Deutschmann Automation GmbH Co KG History 10 History Device ROTARNOCK 80 ROTARNOCK 100 LOCON 100 LOCON 200 Supported table types 1 x x x x 2 3 x x x x 4 x x...

Page 28: ...OCK 80 100 with fieldbus connection V 1 0 22 1 08 11 Programming cable for ROTARNOCK The programming cable for ROTARNOCK Profibus is available by the article no V3467 n where n cable length in meters...

Page 29: ...e S7 E g DB1 not existent at Profibus 43 No connection between ROTARNOCK and S7 E g wrong setting of the ID Defective connection cable 80 Error in the structure of the S7 data component DB number migh...

Page 30: ...ntral office sales department 49 0 6434 9433 40 Fax technical hotline 49 0 6434 9433 49 13 1 Returning a unit If you return a unit to us we require as comprehensive a description of the error as possi...

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