FEH368a_UG Series
Contents
1. UG530 UG430 UG330 UG520 UG420 UG320 S C ge m e m7 GF 65 I B rm a 9 oF ki S p rE L 3 oe sh a J m gt os l ie 3 8 ote SI 0 B E 3 ADM i om 2 E 3 Eom C 3 E aos e 3 oo m ayy 9 lex mo a ieee i m S J z q o 1 q 9 s Q 7 C Connector for I F unit 9 Wire the communication cable For more details refer to page 3 7 9 For UG30 and UG320 221 insert the spacer supplied with the unit before mounting the unit Be sure to check the orientation of the spacer Torque 0 3 0 5N m a NUN TT ya Insert a spacer with the burr side upward and with the round side R inside e TE NS Notes on using UG221 When using UG221 attaching a ferrite core onto communication cable near the connector of UG221 is recommended When using UG221 in the environment influenced by noises be sure to attach a ferrite core as above mentioned Rear side of UG221 t To secure the ferrite core attach the cord band close to its bottom Ferrite core gt PROFIBUS DP Setting2. In case of UGx30 Unit mm UG330H UG430H UG530H 93 _ _ _ _ 72 21 21 a I A X EL N N Er e E EE lt 6 6 Y Y 3 2 Settings at the POD Sde amp Wiring In case of UGx20 Unit UG520 312 i PE LN E H 3 c zi 115 H 1145 141 5 N x m El Nu i T3 N oo oojoo oo H N Y Ti P 334 N UG320 220 E P Fuit SQ T WT H DOODODODRUDUDUDUUNUD to 85 85 t C s Q ep e iW P 230 i mm UG420 126 O O 0 O O OO 240 310 VF unit MDDD0000000000000000000 138 8 182 5 215 2 130 8 3 3 sbures pue dod eui 0 uonel exsul ws Settings at the POD Side amp Wiring How to install a PROFIBUS I F unit Remove the dust preventive seal from the I F unit connector UG30 Series CN5 UG20 Series See the figure below on the backside of the POD mount the I F unit and fix it with 3 mounting screws
3. k When you go to Comm Parameter bring up the Detail tab window and set Stop for Comm Error Handling a screen like the one shown below is displayed However if the communication betweem POD and PROFIBUS DP stops completely a master CPU may not retry the communication automatically in addition the error may happen to other devices on PROFIBUS DP CONCONCONCONCOMNCONCORG Therefore we recommend the setting Comm Error Handling Continue as the default setting i Communication Error Time Out Screen No Received Code No RETRY ONCONCONCOMCOMNCOMNCORLG an Q SUIL 1043 uon e iunuJuJo 2 Li Error 6 2 If Time Out happens instantly Condition Cause When connecting POD to PROFIBUS DP with RUN mode the screen Communication Error Time Out is displayed a few seconds after the Check screen is displayed There is the possibility that the setting of Address on POD side is not the same as specified on SIMATIC Manager Check both settings and specify it again If Time Out happens Condition Cause after a screen is displayed for a moment When connecting POD to PROFIBUS DP with RUN mode the screen Communication Error Time Out is displayed after a screen is displayed for a moment There is the possibility that the specified DB addresses on a screen of POD do not exist in PLC memory over Check the specified memories
4. PROFIBUS 1 DP master system 1 H E Closed Loop Sith H E Configured Stations A CP 342 5 as DP Master C3 DP AS i DP P Link E C ENCODER H ET 2008 a ET 200 ET 200L H E ET 200M C3 ET 2005 85 4 5 Connection to PLC 4 6 4 Set the station number of UGseries 1 Double click UGseries on the PORFIBUS DP line The following dialog is displayed AA HW Config SIMATIC 300 1 Dias S amp ee ilia Bg SIMATIC 300 1 Configuration UGO Properties DP slave 2 Click the PROFIBUS button The following dialog is displayed Prop ies 5 in E not networked ee 3 Set the station number of POD in Address Connection to PLC 5 Insert Universal module of UGseries of the Catalog tree in Slot 1 of UGseries by dragging it 3 HW Config SIMATIC 300 1 olx Station Edit Insert PLC View Options window Help ciae a 8s 5 alata JE E v A SIMATIC 300 1 Configuration Additional Field Devices amp vo Encoders Eg PLC zy Drives E El Gateway H E Compatible PROFIBUS Di Closed Loop Controller E Configured Stations C3 CP 342 5 as DP Master DP AS i H DP P Link ENCODER ET 2008 ET 200 y ET 200L Sa FT NNA xl 6 Insert S2DI DO of UGseries of the Catalog tree in Slot 2 or other slo
5. 3 7 Cabl E CERES 3 7 Recommended bus connector c eese seen esee e nenne runner n nnn nnn nnn 3 7 4 Connection of PLC BHEREEEHNEHHEHBHHEHHEEHEEHHBHEHRBHEHERBEHEHEHEHEHEBHEHHEHEHEHEEHHEHEHREERHBHEEHEEHEHEHEHEHEEEHEEHEREBREBERN 4 1 Interpreting Communication ee essei sese e nenne nnne annua nana 4 1 o TUTTI a 4 1 Available memories 1 002 creer esi D ele oues rep n ua a ere nra O Pala SS DR UU sswcdeducsoustsanes 4 2 Setting in SIMATIC Manager eeeeeeesesiesesa ener ranae nun annua nana nana nan 4 3 Our software package eeeeseeseeseeseesee see sne nenne nna nnn a ani k hi nainii paui nan 4 3 Registration of POD seeseeieeeseseeseesne nnn nka nne seuss k aka na ska u ansa aa uuu 4 4 Setting of Hardware Configuration 1eeeeeeseeseeseeeeeeee ener nnne nnn nnn nnn 4 5 Setting of Function 1 eeeeseeseeseeseesee see skee ku nna nhau nun a nah ku nnmnnn na 4 8 5 Screen Data Editing BHERBEHHEHHBEHHHREEHEHHEHEHHEHHEHHHEHBEHEHHEHEHEHHBHEHEEHEHEHHBEHRHBEHERHBEHEHEHEHREEEHEEHERBERERN 5 1 Select PLC type sseiesieiesieseseesenuuuuna inania anari aN EA raran usua usada uan 5 1 Communication Parameter ee eeee sese e nenne nnne nu enun nnnm nenne 5 2 No of Words Setting for 1 O eceeseeseeseeeeeseeen enne nan nnn nnn nnn nnn 5 2 6 EMO oiiinsd
6. DB Q MW Master PLC Insert Function supplied by Fuji Electric Ladder file 4 1 uoge JuUNWWO Buna dau ES Connection to PLC Available memories POD can access the following memory addresses by the interpreting communication Memory TYPE Remarks DB data register 0 input relay bit 1 IW input relay word 1 Q output relay bit 2 QW output relay word 2 M internal relay bit 3 MW internal relay word 3 Set the memory to the extent of the memory range of each PLC model Use TYPE number to assign indirect memory for macro programs Connection to PLC Setting in SIMATIC Manager This section explains the settings necessary for POD to communicate with PROFIBUS DP by the interpreting communication or the related matters in SIMATIC Manager For more information about the way to use SIMATIC Manager etc refer to the related manual produced by SIEMENS The following items must be set so that POD can communicate with PLC PROFIBUS DP master CPU by the interpreting communication 1 Insert the original Function in the ladder program on SIMATIC Manager 2 Specify the communication parameters on UGOOS CW Note that the setting on UGOOS CW is in agreement with that on SIMATIC Manager This section explains the item 1 About the item 2 refer to the chapter 5 Screen Data Editing page 5 1 Our software package You can see the PROFI
7. o LED green for judging Data Exchange mode CN1 D sub 9 pins for communicating with PROFIBUS DP LED Lights up during the communication with PROFIBUS DP Q9 ON1 This is the connector for communication About the wiring refer to the next page CN1 D sub 9 pins for communicating with PROFIBUS DP DATAEXCH eo 5 Pin No Signal Name Shield M24 TXD RXD CNTR P DGND VP 24V TXD RXD ol ojo 5 o m 3 6 Settings at the POD Sde amp Wiring When connecting POD to PROFIBUS use the exclusive cable for PROFIBUS DP produced by SIEMENS Cable The following is the model type of the cable we recommend For more information about the detail specifications of the cable or way of connection refer to the related manual produced by SIEMENS Maker Type SIEMENS 6XV1830 00EH10 Recommended bus connector We recommend using the connector that is called Bus Connector of RS 485 for the cable on PROFIBUS Using the bus connector makes it possible to connect the cables for PROFIBUS easily Mount the above recommended cable Bus connector to the bus connector The following is the list of the model types for the bus connectors we recommend For more information about the detail specifications of the connectors or way of connection refer to the related manual produced by SIE
8. Fuji Electric Co Ltd ED amp C Drive Systems Company Gate City Ohsaki East Tower 11 2 Osaki 1 chome Shinagawa ku Tokyo 141 0032 Japan Phone 81 3 5435 7135 8 Fax 81 3 5435 7456 9 URL http www fujielectric co jp kiki Information in this manual is subject to change without notice 2003 1 PDF
9. are listed at the end of this manual When you do so be sure to quote the manual number given on the cover of this manual J Record of Revisions The manual number is shown at the bottom right of the front cover Printing Date Reference No Revised Contents February 2001 FEH368 1st Edition printed January 2003 FEH368a 2nd Edition printed Explanations on UG30 Series added Some explanations reviewed added Contents Preface Record of Revisions Fe QUENING e EE 2 Specifications is ciitieicciciendendcavetintuneticwubiedundlcsweaveuedluucssemedsewmeneene ma PROFIBUS Communication Specifications eee eene 2 1 3 Setting at the POD Side amp Wiring BHENREHHEBHNHHHHEHEEHEHEHEBHHEHREBHEHEHEEHEHEHEHNEHHERHBHEREHEEHEREEN 3 1 Installation to the POD and Setting eese nnne 3 1 Communication interface unit ee cesses eese ese nennen nnn nennen nnn nnn nnn 3 1 Dimensions of PROFIBUS I F unit eeeeeeeer eere nennen nnne nnnm nnn nnn 3 2 How to install a PROFIBUS l F unit eeeeeeeeer ener nnne nnn nnn nnn 3 4 Notes on the CE specification eeeeeeeeieeeeeeeeeee seen nn nnn 3 5 Setting at PROFIBUS I F Unit Side eene eene 3 6 Outline of PROFIBUS I F unit UGO3I P eeeeeeeeeeee nennen nnne 3 6 Lp m
10. 00 E SIMATIC PC Station PROFIBUS DP slaves for SIMATIC S7 M7 and C7 distributed rack Press F1 to get Help 7A 4 4 Connection to PLC 3 Click Update Catalog of Option The contents for POD are renewed according to the registered file rdw Heb Customize Ctrl Alt E Specify Module Configure Network Symbol T able Ctrl Alt T Report System Error Install New GSE Import Station GSE 4 Check that there is the UGseries folder in MMI of Additional Field Devices of PROFIBUS DP in the Catalog tree Pals ET Profile Standard PROFIBUS DP EC Additional Field Devices aS vo Encoders PLC E Drives Gateway J MMI EC UGseries g Universal module d Eun patio t m H E Closed Loop ak H Configured Stations H CP 342 5 as DP Master H DP AS i DP PA Link Setting of Hardware Configuration Specify UG series in the project for PROFIBUS DP 1 Open the existing project for PROFIBUS DP 2 Start Hardware Configuration 3 Drag the UGseries folder in the Catalog tree then release it on the PROFFIBUS DP line pq SIMATIC 300 1 Jol x Station Edit Inset PLC View Options Window Help mas amp Fu amp Sale ia Cafe 32 e fi SIMATIC 300 1 Configuration UGO1 iai Profile oui a GAS PROFIBUS DP EC Additional Field Devices ec vo Encoders PLC 3 Drives el Gateway
11. 00 19200 93750 187500 500000 1 5M 12M Transmission distance m 1200 1200 1200 1000 400 200 100 Encoding mode NRZ Non Return to Zero mode Possessed inputs outputs Inputs outputs 1 48 words selected from 32 64 or 96 bytes by the editor D POD can communicate with PROFIBUS DP only when the master CPU is SIEMENS S7 and it works as a slave station SIEMENS S5 as PROFIBUS DP communication is not supported 2 1 suon eayr2eds uoge unuo d sii Oud IN Specifications Please use this page freely 2 2 Settings at the POD Side amp Wiring y Settings at the POD Side amp Wiring Ne A Installation to the POD and Settings Communication interface unit Our PROFIBUS communication I F unit UGO3I P is required for PROFIBUS communication with POD Check the following model name of PROFIBUS I F unit in accordance with the model of the POD Model of POD Model Name of PROFIBUS I F Unit UG530 UG430 UG330 UG520 UGOSI P UG420 UG320 UG221 UG400 220 210 as PROFIBUS DP communication is not supported sbures pue dod eui 0 uonel exsul ws Settings at the POD Side amp Wiring Dimensions of PROFIBUS I F unit UGO3I P Unit mm DATAEXCH 13 6 Dimensions when the I F unit is mounted to the POD
12. BUS DP folder in the CD ROM of the POD editing software UGOOS CW The contents are as follows CD ROM 5 Eng O Jpn O PROFIBUS DP Cal Fuji AA a t UGO3I P gsd b UGmini_N bmp c a Project file includes the original Function b GSD file for POD Data file used for setting the parameters of POD on SIMATIC Manager c Bitmap file Shows the view of POD with bitmap and is used for setting POD in the ladder program on SIMATIC Manager 4 3 Connection to PLC Registration of POD It is necessary to register each file supplied by Fuji Electric before setting POD on SIMATIC Manager Registration of GSD file 1 Copy the GSD file for POD UGOSI P gsd b in the CD ROM 2 Paste the above file to the folder Siemens Step7 S7data gsd in the hard disk where SIMATIC Manager is installed Registration of bitmap file 1 Copy the bitmap file UGmini_N bmp c in the CD ROM 2 Paste the above file to the folder Siemens Step7 S7data nsbmp in the hard disk where SIMATIC Manager is installed Confirmation of registration 1 Start SIMATIC Manager then open a project 2 Start Hardware Configuration 3 Hw Config SIMATIC 300 1 olx Station Edit Insert PLC View Options Window Help njej s amp ifi fH 22 xj EU SIMATIC 300 1 Configuration UGO1 POET prie Standard x E PROFIBUS DP mH SIMATIC 300 mH SIMATIC 400 H SIMATIC PC Based Control 300 4
13. EH E EH CH Input start address Output start address gt 1 byte of work area gt When using more than one POD on PROFIBUS DP follow the procedure from 4 to 6 at the same number of times as the number of POD Then be sure not to specify the duplicate address for 1 byte of work area When specifying DB device as a work area be sure to specify not only the address but also the DB number 7 Up to this point all the settings are completed 4 10 Screen Data Editing Screen Data Editing Nc P PROFIBUS can be supported in UGOOS CW software version 2 4 0 0 or later I F driver Pro DP tpb version 1 200 or later This chapter explains the setting items of UGOOS CW to use PROFIBUS I F unit UG for PROFIBUS DP For more information about the way to set or use UGOOS CW refer to user s manual Function FEH376 Select PLC Type Click System Setting then click PLC Type Select Siemens S7 PROFIBUS DP on the Select PLC Type dialog Select PLC Type MITSUBISHI A series 999 X E SIEMENS 55 55 PG port 55 UG400 57 57 200 PPI 7 300MPI HMI ADP 7 300MPI PC ADP 7 300MPI Helmholz SSW ADP E C Display Mullti link2 PLC Display All PLC Cancel POD can communicate with PROFIBUS DP only when the master CPU is SIEMENS S7 and it works as a slave station SIEMENS S5 as PROFIBUS DP communication is not supported 5 1 Screen Data
14. Editing Communication Parameter It is not necessary to specify the communication parameter such as baud rate at the POD side because POD can adjust the communication parameter to the master CPU side automatically No of Words Setting for I O Address Specify the station number Address of POD on PROFIBUS Be sure to specify the same address as specified as POD on SIMATIC Manager Comm Parameter x Main 1 Detail No of Words Setting for 1 0 Bytes for Input Output 7 Address Local I Bytes for Input Output 32 64 96 Select the data capacity to exchange between POD and a master CPU on PROFIBUS DP This setting must be the same as specified on SIMATIC Manager Check the number of slots No 2 to 4 of UGseries specified as 32DI DO on Hardware Configuration If the number of 32DI DO slots is one select 32 bytes If it is two select 64 bytes If itis three select 96 bytes Select the proper capacity Comm Parameter x Main 1 Detail No of Words Setting for 1 0 Bytes for Input Output Address Local 5 2 Error This chapter explains the error messages to be displayed on POD concerning with PROFIBUS DP communication Communication Error Time Out If the communication error Time Out is displayed on POD as follows the expected causes are shown on the next page Communication Error Time Out
15. FUSI EIE CODI FUJI UG SERIES PROGRAMMABLE OPERATION DISPLAY USER S MANUAL PROFIBUS Communications TYPE UGO3I P FEH368a Preface SS Thank you very much for purchasing the Fuji UG Series Programmable Operation Display This manual describes how to use the Profibus interface type This manual will help you understand the outline information and to master it efficiently by giving examples in each chapter In addition to this manual the following manuals on the UG Series are available Please ask your nearest dealer for the appropriate manuals and read them too Name Manual No Contents UG Series User s Manual FEH375 Describes how to operate the screen editor Operation UGOOS CW for the UG Series UG Series User s Manual FEH376 Describes the functions of the UG Series lt Function gt UG30 Series User s Manual FEH377 Describes the hardware of the 530 430 330 lt Hardware gt Series UG20 Series User s Manual FEH352 Describes the hardware of the 520 420 320 lt Hardware gt 220 221 Series Notes S 1 No part of this manual may be reproduced in any form without the prior permission of the publisher 2 The contents of this manual including the specifications are subject to change without notice for the purposes of improvement 3 This manual was prepared with the utmost care However if you find any ambiguity errors etc please contact any of our sales offices that
16. MENS Maker Type SIEMENS 6ES7 972 0BA11 0XA0 6ES7 972 0BB11 0XA0 6ES7 972 0BA40 0XA0 6ES7 972 0BB40 0XA0 6ES7 972 0BA50 0XA0 6ES7 972 0BB50 0XA0 3 7 Settings at the POD Side amp Wiring Please use this page freely 3 8 Connection to PLC J Connection to PLC It is necessary to insert the original Function in the ladder program of the master CPU to make the interpreting communication available so that POD can communicate with PLC PROFIBUS DP master Interpreting Communication Outline PROFIBUS DP can only support the input output communication with the cyclic data exchange In the input output communication the device memories in a CPU such as DB MW etc cannot be accessed directly Therefore we supply the original Function for SIEMENS ladder program to interpret communication to access the above device memories directly We call the communication that can access the device memories interpreting communication in this manual Inserting this Function in the ladder program of the master CPU makes it possible for POD to access any memory address by the interpreting communication using our original exclusive protocol The SIMATIC Manager is used for inserting the Function supplied by Fuji Electric in the ladder program Refer to Setting in SIMATIC Manager page 4 3 for more details TER DB Q MW lt
17. ccaccccavecacageacechccdsaedseacnevacaaae ercdedeaasdeuaceseekagaanseacsen Communication Error Time Out cccccccscsceneeceececeeceneenecseceeceneeneuseeseeenaens 6 1 If Time Out happens instantly eee eere rennen enne nnne nnn nnn 6 2 If Time Out happens after a screen is displayed for a moment 6 2 Outline Outline PROFIBUS is a vendor independent open field bus standard for a wide range of applications in manufacturing and process automation PROFIBUS WO us PROFIBUS offers functionally graduated communication protocols Communication Profiles DP and FMS UG series can communicate with PROFIBUS DP 1 1 Outline UG series can communicate with PROFIBUS DP with the communication interface unit UGOSI P attached onto POD Master Ej PROFIBUS DP RS 485 Slave D T IIT as POD UGO3I P Refer to page 3 1 for more details POD can work as a slave on PROFIBUS DP A maximum of 12M bps of the baud rate is supported POD adjusts the baud rate to the bus s baud rate automatically The signal level is RS 485 POD can communicate with a master PLC only PROFIBUS DP can only support the input output communication with the cyclic data exchange In the input output communication the device memories in a CPU such as DB MW etc can
18. ce the above FC85 on the OB1 project by dragging and dropping it The window is shown below HALAD STL FBD OB1 of File Edit Insert PLC Debug View Options Window Help oela S slee ol eia fa ee rpg l Hoala Re m OB1 UGOTSSIMATIC 300 1 CPU 315 2 DP E New network SSSSESSSSSSSSSEEE _ _ s Giy Bit logic Comparator eq Converter 3 Counter 08 DB call Jumps ga Integer fct E Floating point fct zy Move Ga Program control E Shift Rotate Gig Status bits He Timers 8g Ward logic H FB blocks fey FC blocks 2 2 2 E EH EE EH EH Dragging and dropping gq SFB blocks E SFC blocks Gy Multiple instances fi Libraries Be sure to insert FC85 in the top of OB1 4 Specify the start addresses of both IN and OUT and 1 byte of work area necessary per one POD here HALAD STL FBD OB1 lel x File Edit Insert PLC Debug View Options Window Help oelha S fel ol cea fa ee 1 fies Be set off ve m OB1 UGOI SIMATIC 300 1 CPU 315 2 DP B x HES New network Gi Bit logic lt j Comparator 8g Converter amp 3 Counter 08 DB call Jumps Integer fct E Floating point fct z Move Ga Program control ga Shift Rotate G3 Status bits amp Timers 8g Word logic FB blocks gy FC blocks cmm gy SFB blocks H SFC blocks Multiple instances M Libraries 0 2 2 oe E EE EE E
19. comma or blank Cancel Help 2 Specify each Address of Start When using more than one slot of 32DI DO be sure to specify each address to allocate the used addresses consecutively 8 Up to this point all the settings of Hardware Configuration are completed When using more than one POD on PROFIBUS DP follow the procedure from 3 to 7 at the same number of times as the number of POD Setting of Function Insert the Function supplied by Fuji Electric necessary for the interpreting communication in the user s project 1 Open the user s project 2 Copy the Fuji folder in the CD ROM then paste it to some area of the hard disk you use 3 Open the pasted Fuji project 4 Copy the following FC85 in the Fuji project KJ SIMATIC Manager FUJI File Edit Insert PLC View Options Window Help amp No Filter gt zaa h2 Difco Be a eee win o Se oft Ez amp B FUJI B SIMATIC 300 1 Open Object Ctrl Alt a f cPu 315 2 DP Egg 7 Program 1 Es By Sources Blocks E Delete Del Insert new object gt PLC gt Rewiring Compare Blocks Reference Data gt Print gt Object Properties Alt Retum Special Object Properties gt Connection to PLC 5 Paste the above FC85 to the same area of the user s project as the Fuji project IK SIMATIC Manager UGO1 File Edit Insert PLC View Options Window H
20. elp Diese slee dal o sj a a roro E UGO1 C Siemens Step7 7proj Ug01 uat E System data SIMATIC 300 1 fl CPU 315 2 DP Sqj 57 Program 1 By Sources Double clicking 6 Specify the command to call FC85 in OB1 of the user s project 1 Double click OB1 The following window is displayed IEA LAD STL FBD OB1 OY x Eie Edit Insert PLC Debug View Options Window Help osal amp sel Sle il fo fem 2 tel el ol al el m OB1 UG TNSIMATIC 300 1 CPU 315 2 DP HEY New network MM 2 i Bit losic amp Comparator eg Converter amp 3 Counter ps DB call Jumps E Integer fct E Floating point fct G Move G Program control E Shift Rotate Ga Status bits amp Timers G Word logic m e FR hlacks 2 Check that there is FC85 in FC blocks of the Catalog tree RALAD STL FBD 0B1 Ol x File Edit Inset PLC Debug View Options Window Help pisla af ie 1 eal wef Holi v m OB1 UGOI SIMATIC 300 1 CPU 315 2 DP uj E9 New network eh Ga Bit logic xj Comparator eq Converter 44 Counter DB call Jumps E Integer fct ER Floating point fct e Move G Program control gg Shift Rotate Gig Status bits amp Timers gg Word logic rj SFB blocks gy SFC blocks 3 Multiple instances MB Libraries Connection to PLC 3 Pla
21. not be accessed directly Therefore we supply the original Function for SIEMENS ladder program to interpret communication to access the above device memories directly We call the communication which can access the device memories interpreting communication in this manual Inserting this Function in the ladder program of the master CPU makes it possible for POD to access any memory address by the interpreting communication using our original exclusive protocol About the procedure of inserting our Function in the master program refer to page 4 3 for more details DB I Q MW gt Master il Insert Function supplied by Fuji Electric Co Ltd Ladder file 1 2 Specifications Ne Specifications r2 M PROFIBUS Communication Specifications For more information about general specifications or others refer to the manual related to PROFIBUS Item Specifications Number of stations Slave station 125 maximum Setting range of station number System of transmission line Transmission line 1 125 specified by the editor Bus system multi drop Bus transmission line shielded twist pair cable The total extended distance depends on baud rate Transmission mode Half duplex Serial transmission adhering to EIA RS 485 Communication setting Data length 8 Parity Even Stop bit 21 Baud rate bps 96
22. s at the POD Sde amp Wiring Notes on the CE specification UGO3I P can be used as CE approved IF unit however note the following restrictions Available models UGx30H xx4 UG520H xC4ZE UG520H xC4MZE UG420H xC4ZE UG420H xC4MZE UG320H SC4ZE UG221H xx UG221 of the following and later hardware versions are supported UG221H TC4 gt Version 1 UG221H SC4 Version 2 UG221H LC4 Version 1 UG221H TC4D gt Version 4 UG221H SC4D gt Version 6 UG221H LC4D gt Version 5 The hardware version of the unit is indicated in the third digit from the extreme left of the serial number shown on the backside of the unit Mounting procedure When mounting UGOSI P on UG221 for CE specification connect the FG terminal of UG221 to the FG terminal of UGO3I P using the FG cable supplied with the unit Rear side of UG221 FG wire i 1 To secure the ferrite core attach the cord band close to its bottom FG on Unit side nunnunnnnnn nnn Ferrite core gt PROFIBUS DP Notes on peripheral equipment If both UGOSI P and UGOOP MR memory card recorder are used at the same time itis not possible to make UGOSI P CE approved 3 5 sbures pue dod eui 0 uonel exsul ws Settings at the POD Side amp Wiring Setting at PROFIBUS I F Unit Side Outline of PROFIBUS I F unit UGO3I P The PROFIBUS I F unit is as follows DATAEXCH
23. t area of UGseries by dragging it 3 Hw Config SIMATIC 300 1 olx Station Edit Insert PLC View Options window Help oele g S Sale mij in SED val Ali SIMATIC 300 1 Configuration UGO1 PIONS Profle Standard z 5 PROFIBUS DP Eg Additional Field Devices vo Encoders C3 PLC E Drives E Gateway a MMI EB UGseries E PROFIBUS 1 DP master system 1 A ao Configured Stations H CP 342 5 as DP Master HE DP AS H DP P Link H ENCODER ET 2008 53 ET 200 ET 200L ra Ea rT anna l Dragging and dropping One slot of 32DI DO can allow the exchange of 32 byte data at one communication Also two slots can allow the exchange of 64 byte data and three slots can allow the exchange of 96 byte data at one communication A maximum of three slots can be inserted 4 7 Connection to PLC 4 8 7 Specify the start addresses of both Output and Input 1 Double click I Address or O Address of each slot The following dialog is displayed Properties DP slave Lx Address ID 1 0 Type our input Direct Entry Output Length U Consistent over Start pe a wea Unit End T Proce Pattition No 0 gt Input Address N Lena Unit Consistent over Start 256 pa words z um z End 25 F Process Image Partition No p Comment Manufacturer specific data maximum 14 bytes hexadecimal separated by
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