R201AFxx - QEM srl
Contents
1. Electrical characteristics 1A JO ME O 1B 2A B 3A OV serial 4A OV serial 5A TX 6A Ground PE 1B RX 2B RX N 3B TX 4B TXN 5B RX 6B Ground PE 5 5 2 RS232 Comunication speed 4800 9600 19200 38400 57600 baud Comunication modality Full duplex Way of functioning Riferred to OV serial Max number Driver Ricever 1 1 Max cable lenght 15m Input impedance gt 3 Short circuit limit gt 7 mA 0 V serial 0V serial TX L Fig 13 electrical diagram Micro Qmove side 9 pin connection Female die RX RS232 TX RS232 co CF PE Fig 14 Cable Pc connection diagram MIMR201AFXxEN 16 06 11 15 of 32 5 5 3 RS422 Comunication speed 4800 9600 19200 38400 57600 baud Comunication modality Full duplex Way of functioning Differential Max number Driver Ricever 1 10 Max cable lenght 1200 m Input impedance gt 12 Short circuit limit gt 35 mA OV serial OV serial Fig 15 Electrical diagram Micro Qmove side User port 15 pin connection Female die N Fig 16 User port QEM HMI wiring diagram Electrical characteristics MIMR201AFxxEN 16 06 11 16 of 32 For the activa tion of the in ternal termination res istance please see Set tings Procedure and Signaling 182. 5 5 4 RS485 Comunication speed 4800 9600 19200 38400 57600 baud Comunication modality Half duplex Way of functioning Differential Max number Driver Ricever 32 32 Max cable lenght 1200 m Input impedance gt 12 Short circuit limit gt 35 mA 5V E a A B OV serial E OV Fig 17 Electrical diagram Ov serial OV serial E B TX o 4 Fig 18 Electrical diagram Micro Qmove side 9 pin connection Female die Electrical characteristics MIMR201AFxxEN 16 06 11 17 of 32 6 Settings procedures and signalling 6 1 Dip switch settings N Settings procedures and signalling b c USER port PROG port Fig 19 a buttons pg 20 b system led pg 19 c user led programmable pg 20 OFF OFF ON ON OFF ON OFF ON Baud rate 9600 Baud rate 38400 Baud rate 57600 Baud rate 19200 Transmission speed selection PROG port OFF OFF ON ON OFF ON OFF ON Baud rate 9600 Baud rate 38400 Baud rate 57600 Baud rate 19200 Transmission speed selection USER port OFF ON PROG port used for soft ware transferring and de bugging PROG port usable lihe a second USER port Way of functioning selection PROG port please see 6 1 1 pg 19 Terminati
3. State Cause The application is not present in the memory Causes for this CPU state At the switching on the application is not present in the memory RESET serial command You can only pass a READY state downloading the applicative 6 4 2 Ready LED state EN ON RUN Flashing State Cause Valid applicative ready and waiting Causes for this CPU state Download applicative 6 4 3 You can only pass to a RUN or RESET state Run Led state 9 Pow ow RUN ON State Cause Applicative executing Causes for this CPU state At the switching on the applicative is stored RUN command from a serial You can pass to all other CPU states 6 4 4 Stop Led state Pow ow RUN ON gt gt RUN OFF Cause state Stop executing Causes for this CPU state serial command STOP sending serial command STEP sending serial command STEP OVER sending In the software code interpretation there is a breakpoint From here you can pass to all other CPU state MIMR201AFxxEN 16 06 11 21 of 32 6 5 System Function cannot To access on system function switch on the instrument pulsing Func amp e accessible directly because button FUNC are destinated to expert users and never With led 4 acti
4. Don t connect the transformer central terminal to the ground Don t set coils electro valve etc in parallel 24Vdc Power Supply Power Supply 24 Vdc Others controll devices Remot control relay Spools Others controll devices Remot control relay Spools Fig 11 In case of using only one feeder use two separated lines one for the control part the second one for the power part MIMR201AFxxEN 16 06 11 13 of 32 5 2 CPU technologic level A For more in formations memory using and handling please read the chapter for the programming 25 5 3 Prog port Microprocessor DSP 16 bit Working frequency 40 MHz RAM 105 Kb Flash 128 Kb FeRAM 6 Kb Used for software transferring debugging on the CPU 5 4 Memory Card reader Electric Standard TTL Communication speed 57 6 Kbaud Insulation Memory card tipology MMC SD Functions Software updating Program data updating 5 5 Slot 2 B1 SX_ USER port Fig 12 Connectors position B1 SX1 n 1 serial RS232 B1 SX2 n 1 serial RS422 B1 SX3 n 1 serial RS485 1 5 4 n 1 serial multistandard RS232 422 485 Electrical characteristics MIMR201AFxxEN 16 06 11 14 of 32 5 5 1 Connectors description USER port Terminal Rs2 32 RS4z2 1A A
5. USED CODE USE CODE Constants Constants Arithmetic logic instructions Arithmetic logic instructions Declarations 6 Kb FeRAM Configuration Unit USE DATA Global Vanables SAVED DATA Array Global System Variables System variables i Array System Ig Tu Array System y oy Device Device parameters Power OFF Meine and HMI device memory Device s ate state ritentive During the applicative downloading it is signaled an error that can be The 105Kbyte RAM memory are exceeded for the USED CODE and USED DATA storing The 6 Kbyte FeRAM memory are exceeded to store retentive data The used storage is visualizable by Qview from CPU Monitor Panel USED CODE amp DATA USED RETENTIVE Programming Informations MIMR201AFxxEN 16 06 11 27 of 32 Available firmwares 8 Available firmwares Every firmware version in different for different devices configuration Below is reported the time occupation rate for a device CPU elaboration reported to a 1ms This can be useful to chose the device sample time Available Device Description Occupation firmware n o2 ANINP Analogic input acquisition 10 6 Bidirectional incremental counter acquisition 10 6 yw n rg lE with 2 digital output compared handling Yow DAC Analogic output handling 0 0 M gw Servo actuated axis control with a speed modu 75 0 M EANPO
6. 006 28 02 2007 28 03 2007 16 07 2011 14 09 2011 1 4 1 Trade Marks The copyright of this user manual is reserved No one part of this document can be reproduced or copied without the QEM appointment QEM doesn t present insurances or warranties on contents and declines all responsibilities on identity warranties In this document informations can be modi fied without any notice QEM doesn t have any responsibility on this document Trade Marks QEMO is a trade mark 1 5 Norm reference European norm includes some rules and raccomandations about control security systems with ele Introduction ments of operator interface Protection rating IP20 In conformity with E N 60 5 29 Vibration resistance In conformity with IEC 68 2 6 Bump resistance In conformity with IEC 68 2 27 Noises immunity In conformity with EN 50082 2 Emission levels In conformity with EN 50081 2 Pack Box DIN43700 Omega guide for fixing the instrumentation to the switch board DIN 46277 MIMR201AFxxEN 16 06 11 5 of 32 Description 2 Description R201AFxx is a controller of the Micro Qmove series it is equipped with 4 8 m A Ql T amp f 2 Axis control 1 serial programming PROG port RS232 mini USB 1 serial multistandard RS232 422 485 1 Memory Card MMC SD reader Memory card not included Spring terminals anti vibra
7. 11 of 32 5 Electrical characteristics 5 1 Power supply The wiring has to be done by specialized persons Before the use it is necessary to remove the voltage and all his parts AN For the CE norm power supply voltage has to be insulated at least 1500Vac SY The power o supply can be available by some specialization card connectors Name V 12V supplied by the instruments 3 GND Terra 24 Vac 24 Vdc 4 L1 5 Y Power supply Vac Vdc Available power supply 24 Vac 24 Vdc Range val 15 96 22 27 Max Absorbent 15 VA 17 W Frequency 50 60 Hz Power supply 12 Vdc 100mA A The power supply amount can t be more than 100mA Electrical characteristics MIMR201AFxxEN 16 06 11 12 of 32 For a correct use please read the MIMAT manu al In case of using switching feeders is sug gested to verify that the minimum current feed min load Without this current are possible bad oscillations in the tension The min load faling is verified usu ally at the switching on Electrical characteristics 5 1 1 Power supply marks 24Vac Power Supply Use 50VA min sec 24 Volt tras former Don t connect power supply voltage to the groud Don t connect the transformer central terminal to the ground
8. A f e3 R201AFxx Integrated controller Installation and maintenance manual 1 Introduction 3 2 Description 6 4 Product conformation 9 3 Technical characteristics 10 5 Electrical characteristics 12 6 Settings procedures and signalings 18 7 Programming informations 25 8 Available Firmware 28 9 Assistance 29 MIMR201AFXxEN 16 06 11 1 JntfoOdlcllolicu a PME INE P EIE P D ER DII DD EE EAR CU 3 Ile Xrapnic sigmnals nuni tuae n 3 da tene cette vene amies 3 1 9 Validity Reference tue mier idee mu usate m pui dut b deae 4 feee 5 to 5 2 DESCHPUON TIERE 6 Produ E UU UU TTE 7 SONS Siete 8 3 Product CONTONIN AUIO MMe sass testes tee es cece cach ce 9 4 Technical CharacteristieS 10 AA WECHANICAlGINGENSIONS ni 10 42s WECMANICAl IMSTANANON TTD UU UU ITTTITTT 10 SM 1 RR 11 9 Electrical clhidracteristiCS bsscscccoccsseecectedeiescassccansatchcsaccncapiesscantaddsossesessaeseeradesesaee 12 Delis POWER SUDDIV NUI m 12 9 2 GPU Tteennology level Ay c2ctctenctestisicnce uetus tatu
9. MIMR201AFxxEN 16 06 11 2 of 32 1 Introduction Thanks for buying this instruments We ll be glad to receive any suggestion at our e mail address info ogem it 1 1 Graphic signals meaning AN Ne reading the message will be dangerous for the instruments integrity and or for the suc cess of the operation V p Note Important information for the correct use of the instruments 4 For more informations see the user manual indicated in the message x For more informations see the indicated pages 1 2 Limited Warranty Introduction For two 2 years from the original acquisition QEM will repair or replace for free controls and devices that QEM thinks be imperfect in materials or quality This warranty is not valid if the object has been tampered by not authorized persons or used in an inappropriate way This warranty re places all other warranties either expressed or implicit QEM doesn t hold personally responsible for all charges installation or uninstalling included drawback or damage caused by our products made or sold In any case QEM total duty always will not exceed the control total price Claims for refunds of selling price reparations or replacements must be referred to QEM with all pertinent data damage purchase date developed work and problem It is not provided any duty for batter ies and fusible cut out consumption The product must be returned only with a written notification incl
10. S lation made by an analogic output 10V vo feedback from incremental encoder Eight polishing milling or grinding heads 50 0 mu HEAD handling with quota correction in function of the vo speed belt Controllers handling with display numeric key 75 0 HMI board recipes alarms and messages P4 Axis ON OFF control with incremental encoder 50 0 OOPOS3 feedback and with automatic inertial recalcula V tion handling SERCOM Serial asynchronous communications control 10 6 S NA NX Measure of commutation frequency of digital 10 6 SE input in interrupt Firmware 01 Servo actuated axis control 10V not interpolated Firmware 02 ON OFF axis control Firmware 03 Eight polishing milling or grinding heads handling MIMR201AFXxxEN 16 06 11 28 of 32 9 Assistance 9 1 Service In order to provide a quick service we need your help c A a Follow MIMAT indications b If the problem persist compile the Our technicians will obtain neces www qem it fax inserted in the MIMAT manual sary elements for understanding your and send to QEM problem 9 2 Sending It is recommended to pack properly the instrumentation LN Use the original pack b Enclose c An exhaustive description of the A problem description problem allows a quick individuation The part of the electric diagram resolution of the problem where A good pack will tak
11. ansportation temperature 25 70 C 4 1 Mechanical dimensions uv f Misured in mm 4 2 Mechanical installation Technical Characteristics The fixing on the switchboard is made by an Omega Guide 7 Fig 3 Omega Guide DIN 46277 3 MIMR201AFxxEN 16 06 11 10 of 32 4 3 Wiring Please see tech nical informa tions on termin als Weidmuller BLF and B2L Technical Characteristics 4 3 1 Connectors Family Wire section Wire section with Characteristics without runners runners BLZF 1 50 0 3 1 Spring contact B2L 0 3 1 00 mm 0 3 0 5 mm Fila doppia AN Tests done by QEM confirm that using runners short circuits are avoided 4 3 2 Instruments e i J Fig 5 We suggest the use 10 mm Fig 4 Cable 10 mm Wire section Mark Model 0 5 Cembre PKE 508 BM BMO00601 1 Cembre PK 108 BM BMO00603 5 Fig 6 Use a screwdriver to a 2 5 b 27mm Fig 7 Use a pliers Cembre type 4 3 3 Procedure b a Insert the screwdriver b Insert the cable c Extract the screwdriver 4 3 4 Cautions Fig 8 Do not use a short point screwdriver b 7 mm Fig 9 Do not rotate the screwdriver in this way MIMR201AFxxEN 16 06 11
12. e care of your in the instrument is inserted strument Instrument programming set up working quotas parameters Request a reparation estimate if not request it will be calculated at the end Motivation QEM informs the customers that instrumentation delivered not properly packed won t be repaired except in case that the customer takes all the service responsibilities Assistance MIMR201AFxxEN 16 06 11 29 of 32 Modulo per Assistenza Tecnica Module for Technical Service Alimentazione Strumento Power eer et cele Rer b eR E E Ee e ET Uer Ad cer Tipo di macchina Machine type Frequenza anomalia Anomaly frequency Continuo Continuous Saltuario Irregular Dopo un certo tempo After a few time All accensione At the switching on Allo spegnimento At the switching off AIO Otr 1 cemiterio Sc I ctr in etia Assistance MIMR201AFxxEN 16 06 11 30 of 32 31 of 32 MIMR201AFxxEN 16 06 11 Assistance S r l S S 11 Signolo n 36 36054 Montebello Vic No Tel 39 0444 440061 http Wwww qem it Vicenza ITALY Fax 39 0444 440229 e mail info qem it The CE mark doesn t allow the technician to not follow the law obbl
13. e realized by QCL functions Watch point Not available Data group Non available some device place at disposal memory cells long type for data control in recipe Continuous access to arrays by Not available BIN1 protocol Task execution in INTERRUPT or TEMPO Not available Programming Informations MIMR201AFxxEN 16 06 11 25 of 32 7 5 System variables At the time are handled this variables 7 5 1 QMOVE sys001 Allows the reading of the state of FUNC button 7 5 2 QMOVE sys002 SW1 5 R s It is possible to read the Dip switch SW1 state associ 3L M able with the first 8 bit of the system variable E QMOVE sys002 e M The dip n 8 is not connected electronically so the bit 7 7 L M of QMOVE sys002 is always zero 8 O E bit 7 ON lt gt OFF 7 5 3 QMOVE sys003 3588 It is possible to activate the User Led L1 L2 L3 L4 from bit O the applicative joining the first 4 bit of the system variable mp Se QMOVE sys003 7 5 4 QMOVE sys004 Allows the antiglich filter impostation The values admitted are 19 220 in kHz At the power on the impostation is 220KHz The variable can be read and written in every moment The antiglitch filter influence The frequency reading by device FREQ if the interrupt is acquired with line 1 or 2 Zero impulses reading with the interrupt line 1 or 2 Bidirectional counting
14. formations The information in this part are strictly related with hardware and firmware sources disponibles in R201AFxx For other informations on programming read Qview manual 7 1 Bus declaration Slot Card name Firmware version To declare other hardware sources read MIM Card 4 501 AF XX 01 02 The CPU has to be declared among disponible hardware versions in BUS 2 B1S00 Specialization Card size B1 3 Specialization Card size H1 4 Specialization Card size H1 5 Specialization Card size H1 6 Specialization Card size H1 Example BUS i 201AF 02 slot 1 2 21500 Felon 2 gt 3 slot 3 empty 4 slot 4 empty 5 slot 5 empty 6 Sslot 6 empty 7 2 Card Identification From the development environment QVIEW 5 is possible to identify the CPU connected by MONITOR BUS function 7 3 System requirements It is possible to develop software applications for D221AFxx usingQVIEWS with library card S1 LIB5001 22 or superior 7 4 Operative system limitation The QMOS operative system utilized in Micro Qmove this following limitations compared to Qmove line Description Notes ______ SINGLE type data floating point Not available FSTEP FPROG support It won t be possible the direct compatibility with CPUA applications However the application conversion is simple Trigonometric operations These operations not disponible as direct instructions can b
15. id jump instruc tion Settings procedures and signalling MIMR201AFxxEN 16 06 11 19 of 32 6 3 Buttons Button position Ay CPU states The operative system in this state process only serial requests on PROG port 6 2 2 Signaling User Led 11 0 Pow L2 O RUN L3 OO STOP L4 ERR Fig 21 User led Led Description L1 Programmable in the software through the system variable L2 QMOVE sys003 pg 26 yellow L3 The led is always on when using system functions O L4 pg 22 4 BOOT FUNC Fig 22 Button position Name Description Allows to use firmware transferring functions BOOT Pulsed at the switching on allows to use System Functions pg 22 FUNC The operative system has 4 functioning steps called RESET READY STOP RUN Download applicativo Reset Restart a N e d There are some CPU events that determinate the transition from one to another state RUN RE SET STOP and RESTART represent serial commands that normally are sent from the develop ment environment The software download rapresent the procedure that allows to transfer the software to the CPU Settings procedures and signalling MIMR201AFxxEN 16 06 11 20 of 32 Settings procedures and signalling 6 4 1 Reset Led state Pow ow ORUN OFF
16. igations Assistance MIMR201AFxxEN 16 06 11 32 of 32
17. inished 14 off LA S Flashing for errors 12 24 Not finished d c pg 24 L4 OO ERR Function not done 23 of 32 6 5 1 Error code Updating from MMC Pow Generic download error RUN Qmos version error POW RUN Storage error writing error on the internal medium STOP Out of memory error too much memory requested STOP Download data error the data file loading is not correct RUN STOP Configuration download error QRUN STOP Not used L1 File download version error the file has an internal version not supported e Pow Not used RUN L1 Opening file error file opening on MMC not happened Verify fragmentation file name and format GO RUN L1 Seek file error not correct seek operation STOP L1 Error in fputc BIN file content not correct Pow STOP L1 file download version the file has a not admitted ver sion RUN 1 Error in read long from file the file BIN content is not correct POW ORUN OSTOP O L1 Error in retentive size the application uses to much re tentive variables L2 Error in power down open the data erasing in FRAM has problems Pow 02 Error in version char the file BIN content is not correct Settings procedures and signalling MIMR201AFxxEN 16 06 11 24 of 32 7 Programming In
18. lity completely programmable 2 1 1 Specialization cards coding Characteristics ul EJ lt Card numerical attribute Card alpha numerical attribute Card functioning Card type MIMR201AFxxEN 16 06 11 7 of 32 2 2 Accessories 2 2 1 IQ009 serial PC interface for CPU programming 2 2 2 IQ011 Memory Card reader interface Description MIMR201AFxxEN 16 06 11 8 of 32 3 Product conformation The R201AFxx is configured with a whole number of specialization cards inserted in the 2 3 4 5 6 slots modularity Slot Supply Prog port Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Fig 2 Slot numeration m Reference Description manuals Slot 2 B1specialization cards pg 14 MIM Base Slot 3 H1 or L1 specialization cards MIM Card Slot 4 MIM Card Slot 5 H1 specialization cards MIM Card Slot 6 MIM Card Slot supply Power supply card pg 12 MIM Base PROG port CPU Program Port pg 14 MIM Base Product conformation MIMR201AFxxEN 16 06 11 9 of 32 4 Technical Characteristics Weight maximun hardware configuartion 530 gr Box material Stainless steel satined Display no display Buttons 2 pg 20 Leds 8 pg 19 Working temperature 0 50 Relative humidity 90 without condensation Altitude 0 2000 m s l m Atmosphere Not corrosive gases Stock and tr
19. on and Polarization resistance USER port RS485 OFF ON OFF OFF ON ON CON RP WN USER port used like PROG port with electrical standard RS232 X not influential setting for the functioning MIMR201AFxxEN 16 06 11 Electrical standard selection USER port 18 of 32 6 1 1 Termination and Polarization resistance USER port RS485 SW2 1 ON Internal pin resistance inserted 2 2 ON 3 ON lt gt OFF 3 OFF Set always off this dip 6 2 1 Signals System Led L2 RUN L3 OO STOP L4 ERR Posizione LED 6 e 0 Fig 2 C ystem led Led Pow Green Instrument ON CPU in reset state RUN Green CPU in RUN state Green CPU in READY state lamp Yellow CPU in STOP state ERR Red ERROR the number of flashings indicate the problem n 1 Bus error Bus not configured like in the applicative n 2 CheckSum Error Altered FerRAM memorized data n 3 Index Out of Array index pointed on a not existing Bound element n 4 Not activated Not activated n 6 Division By Zero Without a math sense P n 7 Syntax The application has a not valid instruction intelligent card on bus doesn t work correctly n 8 Watch Dog An intelligent card on bus doesn t work Error correctly n 9 Stack Error The application met a not val
20. reading by admitted devices 7 6 Serial ports addresses The serial ports addresses that have to be specified on MODBUS and SERCOM devices are PROG 0 USER 1 Programming Informations MIMR201AFxxEN 16 06 11 26 of 32 7 7 Memory handling The applicative program in transfered by PROG port to his Flash memory 128Kbyte memory not volatile Micro Qmove 128 Kb Flash 105 Kb RAM Serial transfert USED CODE Constants Arithmetic logic instructions Declarations 6 Kb FeRAM Configuration Unit SAVED DATA System variables 16 Kb Flash Array System Device parameter and HMI device memory state ritentive At the POWER ON the applicative is transferred and the declared data structure image is transfered in the RAM memory Beside the values of retentive data saved in FerRAM are restored in the RAM Micro Qmove 128 Kb Flash 105 Kb RAM USED CODE USE CODE Constants Constants Arithmetic logic instructions Power ON Arithmetic logic instructions 6 Kb FeRAM Declarations Configuration Unit USE DATA Global Variables SAVED DATA Array Global System variables System Variables Array System 16 Kb Flash Array System Device HMI device memory Device state state ritentive Exist 16Kbyte not volatile memories Flash accessible only from HMI device At the power off the data values present in the RAM are saved in FeRAM Micro Qmove 128 Kb Flash 105 Kb RAM
21. tesa Deo FIOR Uo reino ol ode e dE oO Ro asec 14 2 C T T 14 94 M mory T 14 DO S ore Act ES 14 6 Settings procedures and signalling 18 OTe DIP SWIN ed enema do sad 18 Gi2n c ERROR 19 6 0 SIS RETO TED mm 20 clu e 20 0 5 UNCON scssatecasisiectiidicencougensdavetelasieutes ses bases Pd osbr bbs eni ie tal 22 7 Programming Informations 5 oce io ones oae sco 25 fel BUS QCCA URS euin fold utut da pma Mf UI RUM 25 7 21 pe CUP d du ue iSo 25 fJ OVSIem FedulreriellS edicit tede 25 74 Operative system limitation 25 DEOR EE 26 1 0 5 9 a a ene 26 E Memory t 27 9 4AVallable 28 Di PAS soie ftti t 29 SMPEME ade Rm 29 sp Volgo EEUU 29
22. tion Instrument customization with specialization cards and firmware function Real Time Multitasking QMOS operative system for hardware sources handling us ing firmware devices Devices that provide ready solutions for the application development in the industrial automation Indispensable functions for the automation of machines and plants PLC Programmable Logic Controller MC Motion Controller HMI Human Machine Interface Modbus net wiring High level programming QCL or ladder IEC1131 Free development environment Qview5 OCX libraries for serial communications with Windows PC MIMR201AFxxEN 16 06 11 6 of 32 2 1 Product code V With the Instru o ment Order Code it is pos sible to obtain his char acteristics lt lt Specialization cards special ization cards can t be inserted in the instrument with any as sortment Description Ex 0 ED ES EZ EZ EZ EDS Slot supply Power supply Slot 6 H1 specialization card Slot 5 H1 specialization card Slot 4 H1 specialization card Slot 3 H1 or L1 specialization card Slot 2 B1 specialization card Gamma of Specialization card Firmware version 00 not installed Hardware version Box pack type 2 box dimensions 0 HMI not included 1 hardware compatibility rating A Core technical level F Programmabi
23. uded the Number of Restitution Authorization QEM and must be paid all forwarding charges MIMR201AFxxEN 16 06 11 3 of 32 1 3 Validity Reference manuals The documentation referred to the QEM strumentation in divided in many issues that allows an easy utilization Introduction MIM Base Installation and maintenance manual Hardware and software instruments descriptions MIM Card Installation and maintenance manual Hardware informations for the single spacialization card MDU User manual User information on the software MIMAT Service manual Informations on wiring right calibration parameters insertion and breakdown individuation MIM Base MIM Card MIM Card MIM Card MIM Card Fig 1 manual and data sheet determination by instrument labels MIMR201AFxxEN 16 06 11 4 of 32 1 4 Validity M manual S instrument The present document is fully valid excepted mistakes or omissions Release Description New manual Up to date supply characteristics Up to date connector Up to date USER port connector Up to cable note Up to 6 1 1 Up to electrical diagram Error in RX TX User connector table Up to date 24 Vdc supply note and cable Up to date serial port connector addresses Error in Applicative updating from MMC 27 06 2006 11 05 2006 23 05 2006 08 06 2006 27 06 2006 07 07 2006 28 08 2
24. vated it is possible to enter the menu L4 during the functioning Led To scroll function pulse Func FUNC Led OFF To execute functions pulse 2 seconds Led flashing BOOT Restart CheckSum zn ad gt ON POW lamp OOOO OOT Finished L4O Not finished ERR ERE 5 OoT B Function not done 05 a OoT B Function not done v E a setting applicative QC X 2 oor OSTOP ES ES Finished Program restart Not finished ERR v Next pge Settings procedures and signalling MIMR201AFxxEN 16 06 11 22 of 32 O Pow RUN STOP 14 ERR L1 00 _ POW L2 0 RUN L3 OO STOP L4 QO ERR w Settings procedures and signalling Return at the first function oor oor MIMR201AFxxEN 16 06 11 Applicative updating from MMC ATTENTION Some rules for the updating with MMC The MMC hes to be formatted with a filesystem FAT12 FAT16 o FAT32 The MMC has to be formatted because the instruments doesn t support fragmented files The file names have to be APPLIC BIN for applicative file APPLIC DAT for data file optional Not other kind of files are allowed The system is not CASE SENSITIVE with file names This files have to be generated by Qview 5 with Export binary file function and with Save Data function WPW STOP F
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