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Phoenix Contact INTERBUS, Quick Start Manual

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Phoenix Contact INTERBUS Quick Start Manual Download Page 64

58

5756B

4. Unplug the COMBICON connector for the external power 

supply.

Figure 38

Removing the COMBICON connector

5. Unscrew the fixing screws on the bottom of the controller 

board with a flat-bladed screwdriver (A). Swivel the 
controller board upward (B) and remove it from the 
mounting rail (C).

Figure 39

Removing the controller board

6. Take the controller board to be fitted out of its packaging.

7. Install the new controller board in the PLC and tighten the 

mounting screws. Make sure that the bus connector 
makes good contact and the controller board is securely 
placed and locked on the mounting rail.

8. Remove the parameterization memory from the replaced 

controller board and insert it into the new board.

5 7 5 6 A 0 3 5

C

B

A

5 7 5 6 A 0 3 6

Summary of Contents for INTERBUS

Page 1: ... Phoenix Contact 02 2000 INTERBUS Designation Revision Order No This guide is valid for Quick Start Guide IBS S7 300 DSC QS UM E B C01 27 43 16 1 IBS S7 300 DSC T Revision 10 442 ...

Page 2: ...ess image that reads the inputs prior to the application program and writes the outputs to the controller board or output devices after they have been processed by the application program The driver can transfer the input output data of the INTERBUS system into the I Q area of the PLC bit memory areas or data blocks or out of these areas Addressable Areas of the SIMATIC S7 300 5 7 7 0 B 0 1 3 D a ...

Page 3: ...C S7 300 I O bus Supply Voltage Through external power supply Current consumption Max 300 mA at 24 V DC Max 10 mA from the S7 300 I O bus Addressable PLC areas Input output areas bit memory areas and data blocks Occupied analog address area 16 byte inputs and 16 byte outputs INTERBUS data Number of devices 512 254 remote bus devices Amount of process data 256 words 4096 digital inputs outputs Numb...

Page 4: ...e controller board Replacing the parameterization memory Upgrading the firmware Connecting cable Example of an INTERBUS and PLC Configuration Startup With IBS CMD SWT G4 Configuration Software Startup of the controller board and the connected INTERBUS system with IBS CMD SWT G4 software During startup with IBS CMD SWT G4 all system options are available INTERBUS System Operation From the PLC Descr...

Page 5: ...ed sources of information manuals data sheets literature etc on the subject matter product etc This text also provides helpful information for the orientation in the manual Right and secure use of the product requires proper transport storage mounting and assembly as well as careful operation and installation The use of this product is only allowed to qualified personnel authorized to start up to ...

Page 6: ...C 11 Connecting the External Supply Voltage 12 Inserting the Parameterization Memory 13 Connecting the INTERBUS System 14 Connecting the RS 232 Cable 15 Integrating INTERBUS Process Data Into the PLC 16 INTERBUS Operating Modes 17 Example of an INTERBUS and PLC Configuration 18 Integration of the Controller Board in STEP 7 19 Startup for Testing the INTERBUS System 24 Checking the Connected INTERB...

Page 7: ...ample 37 INTERBUS System Operation From the PLC 42 Position of the INTERBUS Standard Registers 43 Description of the Diagnostic Registers 44 Description of Standard Functions 48 Automatic Diagnostic Functions 52 Diagnostic Data Evaluation 52 Appendix 57 Replacing the Controller Board 57 Replacing the Parameterization Memory 60 Upgrading the Controller Board Firmware 62 Connecting Cable 62 Controll...

Page 8: ... of the INTERBUS system as follows 1 Setting and installing the hardware 2 Testing the entire system 3 Configuring and loading system data to the parameterization memory 4 Controller board startup 5 Operating the INTERBUS system Diagnostic and operating functions are described in addition to startup Hardware and Software Requirements Controller board IBS S7 300 DSC T Order No 27 19 97 5 Parameteri...

Page 9: ...0 DSC UM E Order No 27 21 33 2 Installation and I O Systems Manual IBS SYS PRO INST UM E Order No 27 43 80 2 Diagnostics Guide IBS SYS DIAG DSC UM E Order No 27 47 29 3 Trademarks SIMATIC STEP 7 Registered trademarks of Siemens AG WINDOWS Registered trademark of Microsoft Corp ...

Page 10: ...ing the ESD instructions before packing or unpacking the board opening control boxes or control cabinets and before touching the board Unpacking the Controller Board The controller board is supplied together with a package slip with installation instructions Please read the complete installation instructions before unpacking the controller board Only qualified persons should pack unpack and handle...

Page 11: ...ction for external power supply 24 V DC 6 Remote bus interface 9 pos D SUB female connector 7 Location for the outgoing SIMATIC bus connector 8 Diagnostic interface 9 pos D SUB male connector for connection to a PC Operation see back cover or IBS SYS DIAG DSC UM E Diagnostics Guide The parameterization memory is not shipped together with the controller board 1 2 4 5 3 7 6 8 5 7 5 6 A 0 0 2 ...

Page 12: ...with the IBS CMD SWT G4 E software Order No 27 21 44 2 This software can be used to configure parameterize and diagnose the INTERBUS system IBS CMD SWT G4 E is independent of the programming language or the operating system of the S7 300 PLC Parameterization and configuration information can be stored on the parameterization memory available as an accessory part with IBS CMD SWT G4 E In addition u...

Page 13: ...ure 4 Diagnostic display with representation of the individual segments and lines For further information about error messages please refer to the IBS SYS DIAG DSC UM E Diagnostics Guide R S 2 3 2 c a b l e 9 p o s D S U B f e m a l e c o n n e c t o r S o l d e r s i d e 6 9 1 5 S o l d e r s i d e 9 p o s D S U B f e m a l e c o n n e c t o r 9 6 5 1 9 p o s D S U B m a l e c o n n e c t o r M a...

Page 14: ... individual buttons please refer to the cover page at the end of this guide Test Mode Button This button is on the bottom right of the keypad on the front plate of the controller board Figure 6 Test mode button For information on the function of the test mode button please refer to the Section Startup for Testing the INTERBUS System on page 24 5 7 5 6 A 0 0 6 5 7 5 6 A 0 0 7 ...

Page 15: ...INTERBUS system and the controller board are stored on the plug in parameterization memory Connection for the External Power Supply Figure 8 Power supply connection The controller board requires an external power supply of 24 V DC for operation This can be drawn from the power supply unit of the S7 PLC 5 7 5 6 A 0 0 8 5 7 5 6 A 0 0 9 ...

Page 16: ...ds per row Current consumption of the controller board The controller board occupies one slot in the analog PLC area 16 byte inputs and 16 byte outputs Please note that the limited system resources of the S7 CPU 312 prevent the controller board from being operated in a PLC with this type of processor Maximum 300 mA at 24 V DC Maximum 10 mA from the S7 backplane bus P S I M P S I M P S I M 3 4 6 5 ...

Page 17: ...he PLC component in front of the controller board Figure 10 Figure 10 Inserting the bus connector Hook the controller board onto the upper part of the mounting rail A Swivel the board downward in the bus connector to the mounting rail B Figure 11 Installing the controller board 5 7 5 6 A 0 1 1 5 7 5 6 A 0 1 2 B A ...

Page 18: ...makes good contact and the controller board is securely placed and locked in the PLC Connecting the External Supply Voltage Connect the external supply voltage according to the following diagram Figure 13 Connecting the supply voltage 5 7 5 6 A 0 1 3 5 7 5 6 A 0 1 4 0 V 2 4 V I N T E R B U S I B S S 7 3 0 0 D S C T O r d N o 2 7 1 9 9 7 5 C P U S T O P 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 P S ...

Page 19: ... the Parameterization Memory Insert the parameterization memory into the slot provided with the female connector to the front see Figure 14 Make sure that when the parameterization memory is pressed lightly it clicks into place and the ejector moves out As you insert the parameterization memory make certain that the card is located in the guide rails on both sides of the card holder Make sure that...

Page 20: ...roller board is via a 9 pos D SUB female connector into which you can insert either the remote bus cable or an adapter for conversion to fiber optic cable For further information on the bus cable assembly and optical fiber adapters please refer to Connecting Cable on page 62 as part of the Appendix Use only metal plated connector housings All Phoenix Contact connectors shown in the following meet ...

Page 21: ...to COM4 Connection Figure 15 Cable connection between the PC and controller board Ordering data Connecting cable between the controller board and your PC RS 232 3 m in length IBS PRG CAB Order No 28 06 86 2 5 7 5 6 A 0 1 6 I B S S 7 3 0 0 D S C T 2 3 5 2 3 5 I N T E R B U S I B S S 7 3 0 0 D S C T O r d N o 2 7 1 9 9 7 5 C P U S T O P 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 P S ...

Page 22: ...areas in the SIMATIC S7 300 PLC Driver blocks can transfer INTERBUS data into the I Q area of the PLC into bit memory areas and into data blocks or out of these areas Further information on the configuration of driver blocks and the settings required in STEP 7 and IBS CMD SWT G4 can be found in the following sections or in the IBS S7 300 DSC SWD UM E Driver Manual Order No 27 43 25 5 5 7 7 0 B 0 1...

Page 23: ...erating mode when a data consistency less than 16 bits is sufficient or when no time sequences must be kept Asynchronous Mode With Synchronization Pulse Using this operating mode there exists the possibility of consistently transferring INTERBUS I O data The controller board generates a synchronization pulse after the completion of the INTERBUS cycle From this time the INTERBUS process data can be...

Page 24: ...on Example Configuration Figure 17 Example configuration F E F E F E F E F E B u s t e r m i n a l m o d u l e I B S T 2 4 B K T I D 8 8 h 1 6 d i g i t a l i n p u t s I B S T 2 4 D I 1 6 4 I D 1 9 0 B E h 1 6 d i g i t a l o u t p u t s I B S T 2 4 D O 1 6 3 I D 1 8 9 B D h 2 1 3 5 7 5 6 A 0 1 8 I B S S 7 3 0 0 D S C T C P U I N I N T E R B U S I B S S 7 3 0 0 D S C T O r d N o 2 7 1 9 9 7 5 S T...

Page 25: ...or the CPU 3 In the PLC menu select the Diagnose Hardware option After reading out the PLC configuration the IBS S7 300 DSCT controller board now declares itself as S7 FM POS FM 353 for Step Motor in the analog area with 16 byte inputs outputs 4 In the Hardware Configuration window double click with the left mouse button on the FM 353 for Step Motor item This opens the Properties FM 353 Step dialo...

Page 26: ...LC area starting from the base address The INTERBUS standard registers are located in this area see also Position of the INTERBUS Standard Registers on page 43 For further controller board settings please refer to Startup With IBS CMD SWT G4 Configuration Software on page 27 e g setting the operating mode assigning addresses ...

Page 27: ...board must be linked as FM 353 for Step Motor item 6ES7 353 1AH00 0AE0 1 Start STEP 7 2 Create a new project and start the hardware configuration for SIMATIC S7 300 3 Open the Hardware Catalog dialog box and select the SIMATIC 300 subdirectory see Figure 19 Figure 19 Hardware Catalog dialog box ...

Page 28: ... in the analog area with 16 byte inputs outputs 5 In the Hardware Configuration window double click with the left mouse button on the FM 353 for Step Motor item This opens the Properties FM 353 Step dialog box Figure 21 6 Click on the Properties Addresses tab Figure 21 This displays the base address of the controller board specified by the slot Enter this address in IBS CMD The procedure for this ...

Page 29: ...LC area starting from the base address The INTERBUS standard registers are located in this area see also Position of the INTERBUS Standard Registers on page 43 For further controller board settings please refer to Startup With IBS CMD SWT G4 Configuration Software on page 27 e g setting the operating mode assigning addresses ...

Page 30: ... data of the connected I O devices after a board reset checks the components connected and starts the entire system The diagnostic display provides you with information about the system during operation In this mode the PLC cannot set outputs Activate the test mode PLC in STOP state by keeping the button depressed during the POWER UP phase of the controller board Figure 22 Test mode button The con...

Page 31: ...ration the LCD backlighting will change to red and an appropriate error message will appear Please refer to the IBS SYS DIAG DSC UM E Diagnostics Guide or the Appendix for the meanings of error messages During test mode the application program cannot access the INTERBUS outputs Any parameterization which may be stored on the parameterization memory is not activated during test mode 5 7 5 6 A 0 2 3...

Page 32: ... Appendix to this Quick Start Guide for further information Set the PLC to the STOP state before activating the test mode Please note that the RUN LED on the CPU continues to flash if you try to set the CPU to the RUN state In this case the controller board does not indicate to the CPU that it is ready The CPU then starts a monitoring time for ready signal from modules internally During this time ...

Page 33: ...ntroller board use IBS CMD software version 4 50 or later The aim is to illustrate the steps needed to set up and start INTERBUS operation on this controller board with IBS CMD in a logical sequence The online help or the IBS CMD SWT G4 UM E User Manual Order No 27 22 25 0 show you how to use IBS CMD Creating a Configuration File 1 Start IBS CMD 2 Create a new project using IBS CMD 3 Select IBS S7...

Page 34: ...lculated from the board slot entered 5 Compare the base address of the board with the entry in STEP 7 see Section Integration of the Controller Board in STEP 7 on page 19 If the addresses displayed are not identical correct the module slot data accordingly If a type of CPU that enables the base address to be changed manually in STEP 7 is being used this address can also be set in IBS CMD by desele...

Page 35: ...LC Figure 25 Controller Board Settings IBS Data Records dialog box The following parameters can be set in the input and output area Record Select the number of the data record for which the parameters are being set To set the parameters for a data record select the corresponding checkbox next to the destination source pointer in the bottom part of the dialog box You may define a maximum of four in...

Page 36: ...ialog box Figure 26 Bus Operation Operating Mode Options dialog box In this dialog box check the Parameterize Interrupt Mode box This is required to provide the program with additional data on the INTERBUS operating mode set Offset Byte Enter the start address of the data to be transmitted in the selected destination source area of the PLC Length Byte Enter the length of the data to be transmitted...

Page 37: ...ates the complete configuration automatically and addresses all the INTERBUS devices You generate the configuration yourself and allocate the addresses allowing for any existing software standards Function Process Alarm Interrupt Line to CPU 1 Alarm OB OB 40 Advantage Highly simplified INTERBUS configuration requiring little system knowledge Disadvantage All the INTERBUS devices must be fully inst...

Page 38: ...d displays RUN If the configuration could not be started an appropriate error message appears on the display see back cover When the INTERBUS system is activated the defined inputs and outputs of the controller board become available This completes the configuration and startup of the INTERBUS system Save the configuration file on the parameterization memory by activating write protection slide sw...

Page 39: ...e directly linked to your application program Functionalities of the controller board are described in a pre programmed way using these sample programs For further information concerning the examples and drivers please refer to the IBS S7 300 DSC SWD UM E User Manual Order No 27 43 34 7 the text files or the data pre header in the examples given on disk Contents of the Disk Copy the IBSWD312 EXE f...

Page 40: ...XAMPLE directory Please note that the CMD files BG4 must be copied into your IBS CMD project directory so that you can use the examples Example for Asynchronous Data Transfer The section below describes an example of asynchronous data transfer between INTERBUS and the S7 300 PLC see also the graphic representation of the entire configuration on page 18 Drive INTERBUS S7 S7300DSC ENGLISH In the ENG...

Page 41: ... Integrating the Example Into Your PLC In the example the data from the input module is copied to the output module Ensure that the controller board is locked in the PLC the connecting cable is connected to INTERBUS and to the PC the power supply of the S7 300 PLC is switched on 1 Start IBS CMD and load the IOASYNCH BG4 example file 5 7 5 6 A 0 2 8 I B S S 7 3 0 0 D S C T C P U I N I N T E R B U S...

Page 42: ...ation there 3 Switch the power supply to the S7 300 PLC off and back on POWER UP The controller board transfers the current data from the parameterization memory and enters RUN state if the configuration was parameterized following the instructions In case of error please check you configuration 4 Call your STEP 7 programming package and load the IOASYNCH S7P example file 5 Perform an overall rese...

Page 43: ...etween the controller board and the PLC Initialization Function FC 20 When switching on the power supply the controller board is started via the pluggable parameterization memory This process is independent of the PLC and must be synchronized with the application program Driver block FC 20 called during the PLC startup OB 100 is responsible for synchronization ...

Page 44: ...is ready for operation If the RET bit is set RET 1 an error occurred The diagnostic display and IBS CMD show the cause of error For further information please refer to the IBS SYS DIAG DSC UM E Diagnostics Guide Program Sequence of FC 20 AN M10 0 S M10 0 CALL FC20 Call initialization function IBDB DB20 INTERBUS data block COM_ADR 256 S7 base address of the controller board DIAG_STATE 0 Not used DI...

Page 45: ...sed Not used Not used Not used Not used MEM_READ MEM_WRITE 21 22 Numbers of the driver blocks MEM_READ and MEM_WRIT for internal processes LOAD 0 Loads the configuration from the parameterization memory BOOT 0 INTERBUS startup from the configuration MODE 0 The INTERBUS cycle on the controller board runs asynchronously to the PLC Timer_NR T1 Timer used by this driver function SOURCE 0 Not used CONF...

Page 46: ...AN M10 0 S M10 0 CALL FC21 Call read function IBDB DB20 INTERBUS data block MODE 1 Function operating mode SOURCE 0 Not used DEST_AREA 0 Not used DEST_AREA_NR 0 Not used DEST_OFFSET 0 Not used DEST_LENGTH 0 Not used RET M10 1 Result bit BUSY M10 0 Activate FC 21 Parameter Value Meaning IBDB DB 20 Global INTERBUS data block MODE 1 Read data record 1 set in IBS CMD SOURCE 0 Not used DEST_AREA 0 Not ...

Page 47: ...N M11 0 S M11 0 CALL FC22 Call write function IBDB DB20 INTERBUS data block MODE 1 Function operating mode SOURCE_AREA 0 Not used SOURCE_AREA_NR 0 Not used SOURCE_OFFSET 0 Not used SOURCE_LENGTH 0 Not used DESTINATION 0 Not used RET M11 1 Result bit BUSY M11 0 Activate FC 22 Parameter Value Meaning IBDB DB 20 Global INTERBUS data block MODE 1 Write data record 1 set in IBS CMD DESTINATION 0 Not us...

Page 48: ...age 43 and Possible Slots on page 10 If a type of CPU that enables the base address to be changed manually in STEP 7 is being used this address can also be set in IBS CMD The standard registers can be addressed either directly through load or transfer instructions or through a driver block The standard register set consists of three diagnostic registers Diagnostic status register input word Diagno...

Page 49: ...ss here 256 res Reserved a Diagnostic status register 2 bytes b Diagnostic parameter register 2 bytes c Standard function start register 2 bytes d Standard function parameter register 2 bytes e Standard function status register 2 bytes g Communication register 4 bytes I N T E R B U S I B S S 7 3 0 0 D S C T O r d N o 2 7 1 9 9 7 5 C P U P S 1 2 1 4 1 2 1 0 8 6 4 2 0 I N O U T e d c b a r e s r e s...

Page 50: ...iagnostic status register n 1 W A R N I N G S D S I S Y R E S U L T C P U i n S T O P S y n c h r o n i z a t i o n e r r o r o c c u r r e d S p e c i f i e d w a i t t i m e e x c e e d e d M e s s a g e f o r P L C B S A B u s s e g m e n t s w i t c h e d o f f R E S U L T S t a n d a r d f u n c t i o n n e g a t i v e l y p r o c e s s e d D C R E S U L T F a u l t y d a t a c y c l e s Q U ...

Page 51: ...es the value 128 or bit 7 is set The error is in the local bus segment indicated Whenever an error bit is set the 16 bit diagnostic parameter register is rewritten If no error bit is set the register has the value 0 For further information please refer to the IBS SYS DIAG DSC UM E Diagnostics Guide n 1 7 0 7 0 n P o s i t i o n i n s e g m e n t S e g m e n t n u m b e r 3 1 E x a m p l e D e v i ...

Page 52: ...and the control program can be started bits READY ACTIVE and RUN 1 Error Indication With Bus Disconnection DETECT and BUS The active DETECT signal DETECT 1 indicates that an error does not enable further bus operation All outputs are set to 0 and the diagnostic routine looks for the cause of the error When the cause has been identified the DETECT bit is reset DETECT 0 and the error is indicated CT...

Page 53: ...t and USER bits PF 1 Fault within the periphery of an INTERBUS device Short circuit at the output No sensor actuator power supply USER 1 User operating error For further information please refer to the IBS SYS DIAG DSC UM E Diagnostics Guide Depending on messages given by the device see data sheet or device user manual ...

Page 54: ...er In order to execute the functions marked 1 or 2 additional parameters are required which must be transferred to the separate standard function parameter register When writing directly bits 7 to 15 of the standard function start register there might be errors in the INTERBUS system leading to damage or personal injury 1 Frame reference of the configuration stored on the parameterization memory d...

Page 55: ... Irrespective of whether or not it was possible to execute the service successfully the standard function status bit is reset to 0 after processing The standard function result bit in the diagnostic status register indicates whether or not the function was completed successfully If the function was not completed successfully an appropriate error message is placed in both the diagnostic status regi...

Page 56: ...e application program The two following diagrams illustrate the sequence of a function execution with and without parameter transfer Figure 34 Sequence of a function execution without parameter transfer 1 The control program activates the function using the standard function start bit Bus segment 2dec 00000010bin Position in the segment 3dec 00000011bin 7 0 7 0 P o s i t i o n i n s e g m e n t B ...

Page 57: ...ion execution 4 Resetting the standard function start bit terminates the function activation 5 After the standard function status bit has changed to 0 the standard function result bit shows the result of the function execution RESULT 1 function not completed successfully The diagnostic status register includes the standard function result bit After setting the standard function status bit the stan...

Page 58: ...e program includes a standard diagnostic and acknowledgment driver It evaluates the diagnostic result via the diagnostic status register or diagnostic parameter register and gives a controlled acknowledgment of the error with the standard function registers automatically or via an acknowledge input Functions used by the standard function start register Diagnostic and Acknowledgment Function FC 24 ...

Page 59: ...IBDB Global INTERBUS data block in the example DB 20 ACTIVATE This parameter is controlled by a button which must be connected externally and acknowledges an existing error After a bus error the INTERBUS system is restarted The diagnostic display is refreshed in the event of a peripheral fault AUTO_START 1 If an error occurred the function of bit 0 or 2 of the standard function start register will...

Page 60: ...rors Example Use the BUS_QUALITY bit to detect aging effects in your system at an early stage e g increased optical fiber cable attenuation or wear of trailing cables and slip rings You can take appropriate measures in good time DETECTION Trouble shooting is indicated 1 A bus error occurred and the diagnostic routine is activated Error indications in the diagnostic status register are not possible...

Page 61: ...urred the function is exited and the parameter is set to 1 START_UP This parameter activates and starts the INTERBUS system once In the event of an error the INTERBUS system is started automatically after a cold or warm restart of the PLC However this requires the bit memory bit to be set during PLC startup ...

Page 62: ...56 5756B ...

Page 63: ...bserving the ESD instructions Proceed as follows to replace the controller board 1 Put the PLC into the STOP state and switch off the PLC power supply 2 Unplug the RS 232 cable if installed Figure 36 Unplugging the RS 232 cable 3 Unplug the remote bus cable Figure 37 Unplugging the remote bus cable 5 7 5 6 A 0 3 3 5 7 5 6 A 0 3 4 ...

Page 64: ...the mounting rail C Figure 39 Removing the controller board 6 Take the controller board to be fitted out of its packaging 7 Install the new controller board in the PLC and tighten the mounting screws Make sure that the bus connector makes good contact and the controller board is securely placed and locked on the mounting rail 8 Remove the parameterization memory from the replaced controller board ...

Page 65: ...BICON connector 10 Plug in and lock the remote bus connector Figure 41 Connecting the controller board to the remote bus 11 Plug in the RS 232 cable if applicable and lock it Observe the operating instructions for your system before switching the PLC on 12 Switch on the power supply of the PLC 5 7 5 6 A 0 3 7 0 V 2 4 V 5 7 5 6 A 0 3 8 ...

Page 66: ...or inserted during normal operation Removing the Parameterization Memory Figure 42 Removing the parameterization memory The parameterization memory comes out of the slot when you press lightly on the ejector You can then remove it from the front Inserting a New Parameterization Memory Figure 43 Inserting the parameterization memory 5 7 5 6 A 0 3 9 5 7 5 6 A 0 1 5 ...

Page 67: ...riting the parameterization memory make certain that the write protection is disabled Write Protect to OFF 1 Set the PLC to STOP and switch on the power supply 2 Start the IBS CMD SWT G4 software on your PC 3 Select the Open command from the File menu to select the current project for the system 4 Confirm with OK 5 Select the parameterization memory with the left mouse button 6 Press the right mou...

Page 68: ...f continuous product improvement No update is required for normal system operation When updating the controller board please refer to your nearest Phoenix Contact representation Connecting Cable Connect the remote bus cable to the remote bus interface of the controller board using a 9 pos D SUB female connector An adapter for converting to optical fibers as the transmission medium can also be conn...

Page 69: ...f so that a conductive connection to the metal plated connector housing is created Use only the metal plated connectors recommended by Phoenix Contact 2 0 m m 0 7 9 i n 8 m m 0 3 2 i n 3 m m 0 1 2 i n 9 p o s D S U B m a l e c o n n e c t o r 9 p o s D S U B f e m a l e c o n n e c t o r R e m o t e b u s c a b l e D 9 D 9 g r e e n p i n k y e l l o w g r a y b r o w n S o l d e r s i d e S o l d...

Page 70: ... so that a conductive connection to the metal plated connector housing is created Use only the metal plated connectors recommended by Phoenix Contact 9 p o s S U B C O N m a l e c o n n e c t o r 9 p o s S U B C O N f e m a l e c o n n e c t o r R e m o t e b u s c a b l e S U B C O N 9 S U B C O N 9 G r e e n P i n k Y e l l o w G r a y B r o w n D O D I C O M 6 1 7 2 3 D I D O S t r a i n r e l ...

Page 71: ... from Phoenix Contact Ordering data IBS OPTOSUB MA M R LK Order No 27 50 12 5 F SMA 4 connector set with bending protection 4 connectors PSM SET FSMA 4 Order No 27 99 72 0 Polishing set PSM SET FSMA POLISH Order No 27 99 34 8 Optical Fiber Installation Guidelines IBS SYS FOC ASSEMBLY Part No 94 23 43 9 Make sure that the power supply of the PLC is switched off when plugging the OPTOSUB connector i...

Page 72: ...when assembling your own polymer fiber cables or order pre assembled cables from Phoenix Contact Ordering data OPTOSUB PLUS K OUT Order No 27 99 61 0 F SMA connector set with bending protection 4 connectors PSM SET FSMA 4 KT Order No 27 99 72 0 F SMA polishing set PSM SET FSMA POLISH Order No 27 99 34 8 Optical Fiber Installation Guidelines IBS SYS FOC ASSEMBLY Part No 94 23 43 9 Make sure that th...

Page 73: ...re 48 Cable connection with interface converter In the case of glass fiber cables only pre assembled cables should be used Ordering data Interface converter PSM EG RS422 LWL G Order No 27 61 33 4 Pre assembled remote bus cable IBS DSUB 9 15 KONFEK SO Order No 27 53 35 5 5 7 5 6 A 0 4 2 ...

Page 74: ...UT2 X Y code A remote or local bus error occurred in bus segment X OUT1 X Y code A remote bus error has occurred after device X Y Insert the IBS MC FLASH parameterization memory in the controller board Check device X Y its power supply and the remote bus cable leading to the device Check the local bus device X Y and the local bus cabling leading to the device Check the local bus branching off from...

Page 75: ...he error location The display will then indicate the error see Diagnostics Guide SCAN DISC When a new parameterization memory is installed the controller board performs a one time formatting of the memory Message Parameter Extended parameter Description Remedy Check the I O voltage for short circuits or voltage dips and if present the outputs for short circuits Check the assignment of the device a...

Page 76: ...70 5756B ...

Page 77: ...r inclusion in future documentation Please fill out the form on the following page and fax it to us or send your comments suggestions for improvement etc to the following address Phoenix Contact GmbH Co Marketing Services Dokumentation INTERBUS 32823 Blomberg GERMANY Phone 49 0 52 35 3 00 Telefax 49 0 52 35 3 4 20 66 E mail tecdoc phoenixcontact com ...

Page 78: ... Yes In part No Is the table of contents clearly arranged Are the figures diagrams easy to under stand helpful Are the written explanations of the figures adequate Does the quality of the figures meet your expectations needs Does the layout of the document allow you to find information easily Contents Yes In part No Is the phraseology terminology easy to understand Are the index entries easy to un...

Page 79: ...d a t a M e n u M O D E O p e r a t i n g s e r v i c e s y s t e m i n d i c a t o r s M O N I I n p u t a n d o u t p u t m o n i t o r i n g R B U S R e m o t e b u s e r r o r L B U S L o c a l b u s e r r o r P F P e r i p h e r a l f a u l t U S E R U s e r e r r o r D E V I C E D e v i c e e r r o r B u s s e g m e n t n o l o c a t i o n B u s s e g m e n t n o d e v i c e n o l o c a t i ...

Page 80: ... I D M P M D E B G Q F L G W F L G E R R H I S T S C A N T I M E F W V M O N I S N G L A C T V C F G B R D G S W T C O P T I T I M E H W V R S E T L C D T E S T R E C P F C R C P F T E N C R C T E N A D B G S A V E C F G S E R N o A D D R B U S D E V 5 7 5 6 A 0 4 3 ...

Page 81: ...5756B Notes ...

Page 82: ...Phoenix Contact GmbH Co Flachsmarktstr 8 32825 Blomberg Germany 49 0 52 35 3 00 49 0 52 35 34 12 00 www phoenixcontact com ...

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