"user manual"
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1. Memory range Memory Format Unit TYPE NP1PS 32 NP1PH 16 NP1PH 08 Input memory KIX bit IXM 0 0 IXM 0 0 XIXM 0 0 D IXM 511 15 IXM 511 15 IXM 511 15 PIW word IWE O IWE O IWE O IWEM 511 IWEM 511 IWEM 511 Output memory WOK bit KOXM 0 0 KOXH 0 0 AQXE 0 0 0 QXM 511 15 QXM 511 15 QXM 511 15 QW word AQWE O AQWE O QWE O QWELS11 QWELS11 WOW 511 Standard memory MX bit MXL1 1 0 0 MXL1 1 0 0 MXL1 1 0 0 M 1 3 MX _11 32767 15 MXL 1 31743 15 MX 11 15359 15 MW word MWI _1 1 0 MWI1 1 0 MWI_1 0 1 MWL11 32767 MWI11 31743 M 1 15359 Retain memory MX bit MXL1 3 0 0 MXL1 3 0 0 MXL1 3 0 0 RM 3 4 MX 13 30719 15 MXL13 31743 MXL_13 15359 MW word MWL1 3 0 0 MWL1 3 0 0 MWL1 3 0 0 3 MWL1 3 30719 MWL1 3 31743 MWL13 15359 System memory MX bit MX 10 0 0 MX 10 0 0 MXL1 10 0 0 SM 10 y MXL1 10 511 15 MXL 1 10 511 15 MXL1 10 511 15 MW word MWI1 10 0 MWI1 10 0 MWL1 10 0 10 MWI 110 511 MWI 110 511 MWI 110 511 e Memory area is specified basically by variable name linkage For more information about variable name linkage refer to UG Series Manual lt Variable Name Cooperation gt FEH363 lt Hin the above table is SX station No 1 to 238 in the above table is CPU No 0 to 7 Figures for the memory range in the2. Comm Parameter Baud Hate E Sianal leye de ZE S RSA ka ad x bonnes 1G 7 Comm Parameter erty Irans Mode Baud rate signal level These items are omitted Connection Needs not be set in this case When 1 n connection multiple sets of POD is used definition is made on the PLC side D300win as well as at individual SX bus station on the POD side For more information refer to user s manual Function FEH376 Parity etc Need not be set Registration on PLC Side Registration on PLC Side Setting with D300win This section describes how to set the PLC side program loader D300win in order to register the POD system that performs communication via SX bus interface For other information about D300win including operation method refer to user s manual D300win lt Reference gt FEH251 mm Be sure to use Ver 1 2 0 0 or newer D300win 5 1 Registration of POD E J D The procedure to register the system configuration in which one set of POD is Q connected to SPH300 Series via SX bus interface is described below a co O 5 O O TU O Power U supply 00000000 POD SK bus station No 1 1 Double click the System_Definition icon in the D300win project tree SS x 2 3 Project Libraries Data Types 2 3 Logical POUs S E LADDER T LADDERT LADDERV LADDER 2 3 Physical
3. 130 8 6 UG420 VE unit i IM MM eo 110 t 126 el e e e O N A a gt 310 6 UG221 173 6 VF unit a 3 d 00000000000000000000000 ii t O co o o PT 2 N E 182 5 i Setting forCreating Screens Screen Data Editing This section describes the items to be set for SX Bus communications when creating screens with the editor personal computer For more information about the way to set or use UGOOS CW refer to user s manual Function FEH376 2 10 or higher UGOOS 3WE for Windows With UGOOS 3WE of Ver 2 10 UGOOS 3N for 98DOS or UGOOS 3D for DOS V no definition can be made for SX bus interface 4 1 Select PLC Type Click System Setting then click PLC Type Select FUJI MICREX SX on the Select PLC Type dialog n To create screen data for SX bus interface use UGOOS CW or Ver Select PLC Type MITSUBISHI A series E4 FLEX PC series FLEX PC CPU FLEX PC COMIT FLEX PC series T FLEX PC CPU T FLEX PC OPCN 1 El MICREX Sx T link C Display Multi link2 PLC Display All PLC oc Setting forCreating Screens 4 2 Communication Parameters For setting of Comm Parameter under System Setting differences from other communication methods are
4. m ex e 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 Ty NT IT CON WN NT We Insert a spacer with OJ R the burr side upward 7 and with the round Spacer side R inside Burr Rear side of POD e Wire the communication cable When the POD becomes a termination be sure to use a loop back plug e Mount the ferrite core that is supplied with the unit on the communication cable to be connected to the IN connector of the POD The ferrite core should be mounted as near to the POD as possible Tightening the unit mounting screws Tighten according to the table below Type of screw Screw size Tightening torque N m Unit mounting screw M3 0 3 to 0 5 3 1 yun a gt eyaju ayy Bununon E Setting and Wiring of POD Notes on the CE specification UGO3I S 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 gt Version 2 UG221H LC gt 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
5. Station Number Setting e UGO3I S e UGO2I S Station No setting switch SxX bus connector SxX bus connector SX bus connector Be sure to connect the cable that comes from OUT connector to the IN connector of the mating device Communication is impossible if this cable is connected between OUT connectors or between IN connectors For connection be sure to use the dedicated SX bus extension cable For more information about the SX bus extension cable refer to 2 2 Communication Specifications Station number setting switch e This switch is used to set local station number on the SX bus SWI sets the high order digit of station number while SW2 the low order digit Turn the rotary switches with a screwdriver to set a station number in the range from 00 to FF hexadecimal The station number that is set on the POD side with the above setting switches must be the same as the station number that is set on the PLC side using the System_Definition function of D300win Communication is not normally performed if different station number is set For more information about the registration with D300win refer to 5 1 Registration of POD Precautions for setting station No On the POD side station number is set by hexadecimal number in the range from 00 to FF using the setting switch on the PLC side station numb
6. above table are when individual area is set to the maximum Actual range depends on CPU memory size defined on the PLC side TYPE is used when memory is indirectly specified using macros from the POD editor e When memory is indirectly specified using macros from the POD editor be sure to define CPU No in the extension code Input and output memories I Q cannot be indirectly specified using macros from the POD editor 2 3 Aoway ewu Jld Joseay aqeieay N MEMO Setting and Wiring of POD JZ Setting and Wiring of POD 3 1 Mounting the Interface Unit When UGO3I S is used e Remove the dust preventive seal from the I F unit connector UG30 Series CNS UG20 Series See the figure below on the backside of the POD mount the I F unit and fix it with 3 mounting screws UG530 UG430 UG330 UG520 UG420 UG320 gt g N E Y m Op AT 5 5 CC 8 2 El E ln a E me gol Ne 3 Elo aos a a a z E 3 2 a 3 E A a g E m m E kd roy o 3 eas ia 4 j UG221 hE A ouo LTA onn naam D di O a Connector for I F unit gt 9 CD SE
7. extreme left of the serial number shown on the backside of the unit Mounting procedure When mounting UGO3I S on UG221 for CE specification connect the FG terminal of UG221 to the FG terminal of UGO3I S using the FG cable supplied with the unit FG cable FG of UGO3I S Backside of UG221 Notes on peripheral equipment If both UGO3I S and UGOOP MR memory card recorder are used at the same time it is not possible to make UGO3I S CE approved Setting and Wiring of POD When UGOZ2I S is used e Route the insulated cable through the notch I F unit e After removing the dust preventive seal which is stuck on the rear of the POD mount the I F unit at the position shown in the figure below and fix it with the 4 mounting screws M3 X 8 supplied with the unit I F unit Mounting screws 4 positions POD e Connect the insulated cable with the ground terminal on the POD Wire the communication cable When the POD becomes a termination be sure to use a loop back plug Tightening the unit mounting screws Tighten according to the table below Type of screw Screw size Tightening torque N m Unit mounting screw M3 0 3 to 0 5 3 3 yun SIeyayuj ayy Bununola w Setting and Wiring of POD 3 2 Cable Connection and
8. Fu EUSBELIRIG FUJI UG SERIES PROGRAMMABLE OPERATION DISPLAY USER S MANUAL lt UG SERIES SX BUS Communications gt TYPES UGOSI S UGO2I S FEH357a Preface ul Thank you very much for purchasing the Fuji UG Series Programmable Operation Display This manual describes how to use the SX bus 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 lt Operation gt 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 UG Series User s Manual FEH363 Describes the function to link variable lt Variable Name Cooperation Function gt names between UG editor and D300win Notes x 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 f
9. Hardware B S Tasks m DEFAULT DEFAULT 0 PROG_1 LADDER Global Variables Registration on PLC Side 2 The system definition window is opened On this window click Base and then the m Insert icon in C_SX A ES File Edit View Tool Help ower AL Power35W CPU CPU O R_S32 3 The Module Insert dialog is displayed Turn ON the optional Individual type module button in the Module attribute type box Then turn the optional POD button in the Module group type box Module insert Eg SX bus station No Circuit No Module attribute type fi le y Baseboard unit type module Cancel z EH SK Bus POD Interface Other Parameter Outline specification Help sx Bus POD Interface y Module group type 7 9 D insert Type ir 2 position Servo iad Insert f Addition Consumed current mA WO Terminal C ho O optical T No equipment Other ce ge do ds Note In the following case Individual type module cannot be selected in the Module attribute type box gt Individual type module cannot be selected on the Module Insert dialog unless the Base icon is clicked selected in above step 2 4 Click the OK button on the Module Insert dialog Y ou return to the system definition window File Edit View Tool Help meme 0 8 E AG System structure E Syste
10. O2I S is used 55 isasas ai eaaa anaa aana kabu ann nun nunnannnnnunnannannnnnannannannnunnnn nennen 3 3 3 2 Cable Connection and Station Number Setting omcoconcoconconanennanonnnnos 3 4 3 3 External Dimensions aradan anakan ag kakake aenak aaa kaangen 3 5 SX bus interface unit uzunnunaunnunnunnannnnnunnnnnannnnnannnnnnunnunann nun nunnannnnnunnannnnnnnn anne 3 5 External dimensionswhen mounted on POD unuunauaaunuunannannnunaunaunnunnunaunnnnnnnnn 3 5 4 Screen Data Editing uausnununnananunnanununnnnununnnnanunnnnanunnnnn Ge 4 1 Select PLC Type ococcoconcoconencononrononcononconencnnoncnnnnrnnnrnnnnrannnrnnenennnncnanarss 4 1 4 2 Communication Parameters ococoocononcononconenennoncanonraronenroncananennnnenananas 4 2 5 Registration on PLC Side Setting with D300win 5 1 5 1 Registration of POD uuuuaun naunanannunnnnunnununnununnnnanann an nun ann nnannunannnnenn 5 1 5 2 Registration of System Fall Soft startup Operation mcomoncononcanoncnnonos 5 3 General General This type of SX Bus I F unit enables high speed data transmission with MICREX SX Series PLCs The POD updates the display when there is a change in the read data POD PLC The read data is the content of the PLC addresses assigned to the display elements such as the current status of the lamps and counters which are created on the individual screen the POD displays When a POD switch or counter set
11. er is set by decimal number in the range from 0 to 255 using D300win Example When station number is set to 10 h by setting SWI to 1 and SW2 to 0 on the POD side SX bus station number N that is set by D300win on the PLC side must be 16 3 4 Setting and Wiring of POD 3 3 External Dimensions SX bus interface unit UGO3I S UGO2I S 102 5 O O 150 5 167 4 IN OUT Swi Sw2 OO A 188 gt 25 External dimensions when mounted on POD UG30 Series UG330H UG430H UG530H 93 93 72 a gt gt 21 100000 non DOMO 00000000 215 2 245 2 000 000000000 3 5 Setting and Wiring of POD UG20 Series e UG520 o 4R Q 6060 6 p A 334 6 UG320 e 220 R VE unit i ef m mm N i co DD gt gt 70 85 85 A D o e el A 230 A 6 UG220 138 8 165
12. m property TH 11slots Base Power AC Power 35wi Ej CPU CPU O R_S32 F1 Help WA 5 2 Registration on PLC Side 2 E The SX bus station number that is registered SX bus station No Circuit No gt 5 using D300win must be the same as the SX bus station number that is indicated on the sx Bus POD interface rear of the SX bus interface unit If a Outline specification different number is set communication sx Bus POD Interface cannot normally be performed SX bus station number set by D300win Using the Property dialog of the module Ne y 5 2 Registration of System Fail Soft Startup Operation POD is treated as a module with station number setting switch Therefore System Fail Soft Startup Operation Definition is useful 1 On the system definition window click System Property and then the E Property button Power AC Power 35w H CPU CPU 0 R_S32 El POD Sx station No 1 SX Bus POD Interface Object properties A 2 The System Property dialog is displayed Double click Fail soft operations setting and select a desired fail soft startup Operation mode System property System Running Definition Redundancy setting fi Fail soft start up mode selection Fail soft start up none 1 Partial Fail soft start up 2 Start Station No of fail soft running tr 4 All Fail soft start up 8 For more information about fail
13. or 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 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 August 2001 FEH357 1st Edition printed January 2003 FEH357a 2nd Edition printed e Explanations on UG30 Series added Some explanations reviewed added Contents Preface Record of Revisions Contents I General aaa iang eaaa aaa gt 2 Specification S siiri ana sanane D 2 1 Applicable Models sssssssssnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnmnnn 2 1 Applicable n a a T 2 1 Applicable PODS u uu uunan000nnunannannnunaunnunannnunann nun nunnun nun nun unnannnnnunnan nun nnnnnnnn 2 1 2 2 Communication Specifications uuzununannunannunannunnnnnnnnnunannunannunannnnann 2 2 2 3 Available Areas of PLC Internal Memory ococcocononroncoroncnronennanennonenanaos 2 3 3 Setting amp Wiring Of POD uauauunnananunnnnanununnananunnananannnnn Sl 3 1 Mounting the Interface Unit uzun2unun0nnununaununnunanannan ann ann nnan nun anne 3 1 When UGOSI S is used sasar asarana ihanan atanan eaaa maniania ianiai annaa aiaiai radat 3 1 When UG
14. r of PODs connectable in same configuration via SX bus 8 sets 2 Transmission rate 25Mbps PLC connecting range CPU in same configuration 3 1 For connection be sure to use the following SX bus extension cable Type Cable length Unit mm NPIC P3 300 When you use UGO3I S be sure to NPIC P6 600 mount the ferrite core included with NPIC P8 800 the product on the SX bus cable NP1C 02 2 000 For the mounting method refer to NP1C 05 5 000 3 1 Mounting the Interface Unit NPIC 10 10 000 NP1C 25 25 000 2 Though maximum 8 sets of POD can be connected in one configuration the total when including the following modules must be 16 sets or less P link module NPIL PL1 e PC card interface module NP1F PC2 lt PE link module NPIL PEI lt Memory card interface module NP1F MM1 e General purpose communication module NP1L RS1 RS2 RS4 3 For more information refer to the following page Specifications 2 3 Available Areas of PLC Internal Memory The table below shows the communication specifications
15. soft startup operation mode refer to user s manual lt Instruction gt MICREX SX Series SPH FEH200 5 3 uoy endo dnye 405 24 wayshs Jo uonensibay MEMO 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
16. ting element is operated the POD sends a write command to the PLC and writes the output data in the PLC internal memory which corresponds to the operation data These operations are automatically performed by POD and therefore it is unnecessary to create a communications program on the PLC side Write command example Write the set value of timer 1 1 1 i POD 1 1 i Output processing Input processing I Data display Data display Switch object of input Read command example Monitor all the data displayed on the screen MEMO Specifications Specifications 2 1 Applicable Models Applicable PLCs The following PLC models are applicable NPIPS xx SPH300 Series NPIPH xx SPH200 Series No communication module is necessary on the PLC side Applicable PODs Be sure to use the following type of communication unit according to the type of POD you use POD type Type of communication unit UGx30H x UG520H x UG420H x UGO3I S UG320H x UG221H x UG220H x UG02I S UG420H Ex EL display type and UG320HD handy type cannnot be used s aponw aqeajddy In Specifications 2 2 Communication specifications The table below shows the communication specifications Item Specification Transmission line Dedicated cable 1 Total length 25 m Connectable sets Numbe
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