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1.  CPUs   two types  in accordance with the size and use of the system when structuring systems     PLC CPU Q motion CPU             Sequence control  Motion control                            Enables sequence control and  motion control in one system     b  High speed control by dispersing the load brought about by control tact  By separating and isolating CPU modules for each control item  such as machine control and data    processing  it is possible to enable high speed control without affecting data processing or other  processes     Data processing  slow   Less than ims control   Several to several 10ms control   F Machine control  fast  Machine controlling CPU  i p Data processing CPU                                                                                                                                                 All controls executed by single CPU    Machine control is executed further faster  by load distribution according to control tact     c  CPU modules additions make it possible to expand the program memory and the number of devices    As it is not necessary to change I O numbers when adding CPU modules  it is possible to expand  program memory and the number of devices without having to amend existing programs         gt      10  of the  memory available       Possible to expand by adding CPU modules                Addition of one CPU modules      Expansion of program memory      Expansion of device memory                                   bead     m
2. ADVANCED AND EVER ADVANCING M ITS U BISH I ELECTRIC    2000 No 135E    a MITSUBISHI    GENERAL PURPOSE  PROGRAMMABLE LOGIC CONTROLLERS    Notification of the MELSEC Q Series PLC CPU Upgrade   Q02CPU Q02HCPU Q06HCPU Q1Z2HCPU Q25HCPU     New     The following functions have been added to the QCPU to make it even easier to use   The additional functions are shown as follows      Multiple PLC system compatibility  e Sequence control and motion control are incorporated in one PLC system   e High speed control by distributing load over multiple CPUs   e Total volume of program memory and devices expanded by the addition of CPU modules   e Operations of other CPU modules continue while one of the CPU modules goes down        Standard RAM capacity increased by four times  The capacity of the standard RAM in the Q12HCPU and Q25HCPU has been increased to 128k words to enable  the use of more file registers and local devices      Overwriting on the standard ROM made possible with the memory card   Automatic write to standard ROM     When ROM operations are being performed with the standard ROM  it is possible to write over the parameters  and programs in the standard ROM directly from a memory card at the field without PC  GX Developer      mDebug on Line   Forced ON OFF of external inputs outputs   System debug with forcibly switch the I O  X  Y  to ON OFF by GX Developer is possible on Line      Possible to restrict access from external sources  Remote password setting   It is possibl
3. and output  Y  ON and OFF while the QCPU is operating      lt ln the case of PLC test functions gt                                               Not possible to switch off with PLC tests   X0   E ead Been Nay enven entrance cae Sensor input ON  X  E  lt M100         A     Sensor input ON T Facility warning alarm output  i ON  gt  OFF   MO Si 4   i AAE PH S        Facility abnormality    Warning alarm  7 i     detection ON output  Not possible to switch ON and  OFF with the PLC test while  the QCPU is operating j     lt lin the case of forced ON OFF of external input gt     OFF possible with enforced input           Personal  computer                                  XO       M100  GX Developer   Sensor input OFF i  Mo p  ON and OFFof external output  E a Y10 p   4 possible with enforced output  Facility abnormality Cee Peau Note  Y10 is set at OFF in the output module   detection ON Quipu but remains ON with the circuit            Forced ON OFF of external input   The enforced OFF function can set the system at OFF without disconnecting the external lines when the  sensor remains ON      Forced ON OFF of external output   By forcibly setting the warning alarm output signal for other facilities to OFF when it remains on during    facility start up  it is possible to resolve the system error and continue with test operations     5  Possible to restrict access from external sources  Remote password setting    1  The remote password prevents remote users from illegally accessing 
4. ds no longer needed        Q12HCPU Q25HCPU up until now Q12HCPU Q25HCPU after upgrading  Standard RAM      Increased by   ZRO    four times  File register     32k points   File register    to   128k points              The remove restore time for 4k point local devices with eight files has been reduced from 31 5ms to 6ms     3  Overwriting on the standard ROM made possible with the memory card   Automatic write to standard ROM   The automatic write to standard ROM function automatically writes the BRERA  parameters and sequence programs already stored in the memory card across ues   to the QCPU s standard ROM  fe       memory    t Standard ROM               Local site    CPU    The simple amendment of programs away from the local site    e Personal computers  GX Developer  are not required for installing  programs   It is no longer necessary to take a personal computer when installing  programs amended by the design office into the QCPU at a local sites    e Only necessary to send a memory card to distant sites   The local operator only needs to insert the memory card into the QCPU    Dipswitch setting are necessary         ATA cards are useful for memory cards   e Saving from the program lost by battery out   e Easy to load the data from a personal computer     4  Possible to debug the QCPU during operations  Forced ON OFF of external inputs outputs   The forced ON OFF of external inputs outputs is a function that enables the GX Developer to forcibly switch the    input  X  
5. e to prevent QCPU from illegal remote access through serial communications or Ethernets      Compatible with MELSECNET H remote I O networks    1  Multiple PLC system compatibility   1  Outline of multiple PLC system  Multiple PLC system is the system which enable a maximum of four QCPUs  PLC CPUs  or motion CPUs    1  mounted onto the main base unit to control the I O modules and intelligent function modules   In the multi PLC system  the CPU slots are assigned to PLC No  1  No  2  No  3 and No  4 in order from left to  right to specify the loaded QCPUs and motion CPUs     QCPU1 QCPU2  9    CPU slot PLC No 1  Slot 0 PLC No 2  Slot 1 PLC No 3  Slot 2 PLC No 4                         2    Setting of  controlling QCPU       Controlled by  sequence program      in QCPU1                                              Controlled by sequence program in QOPU2     1  Motion CPUs are CPU modules that are connected to Mitsubishi servo amplifiers with SSCNET  which  reduces wiring and afford highly reliable connections  in order to perform motion control   This enables synchronous operations with the servo motors and the simple structuring of absolute  position systems   The motion CPUs will be released soon     2  The CPU slot  slot on the right of the power supply module  accepts only the QCPU      2  Features   a  Possible to incorporate sequence control and motion control in one PLC system  It is possible to select the most suitable CPU module from the PLC CPUs  five types  and motion
6. er  169 Electric Road  North Point  HongKong Fax   852 2887 7984   China Ryoden International Shanghai Ltd  Tel   86 21 6475 3228  3F Block5 Building Automation Instrumentation Plaza 103 Cao Bao Rd  Shanghai Fax   86 21 6484 6996  200233 China   Taiwan Setsuyo Enterprise Co   Ltd  Tel   886 2 2299 2499  6F   No 105 Wu Kung 3rd RD  Wu Ku Hsiang  Taipei Hsine  Taiwan R O C  Fax   886 2 2299 2509   Korea HAN NEUNG TECHNO CO  LTD  Tel   82 2 3668 6567  1F Dong Seo Game Channel Bldg   660 11 Deungchon dong Kangsec ku  Fax   82 2 3664 8335  Seoul  Korea   Singapore Mitsubishi Electric Asia Pte  Ltd  Tel  65 473 2480  307 ALEXANDRA ROAD  05 01 02  Fax   65 476 7439  MITSUBISHI ELECTRIC BUILDING SINGAPORE 159943   Thailand F  A  Tech Co  Ltd  Tel   66 2 682 6522  898 28 29 30 S V CITY BUILDING OFFICE TOWER 2 FLOOR Fax   66 2 682 6020  17 18 RAMA 3 ROAD BANGKPONGPANG  YANNAWA BANGKOK 10120   Indonesia P T  Autoteknindo SUMBER MAKMUR Tel  62 21 663 0833  JL  MUARA KARANG SELATAN BLOK A UTARA NO 1 KAV  Fax   62 21 663 0832  NO 11 KAWASAN INDUSTRI  PERGUDANGAN JAKARTA   UTARA 14440   India Messung Systems Put Ltd  Tel  91 20 7128927  Electronic Sadan NO 111 Unit No15  M I D C BHOSARI PUNE 411026 Fax   91 20 7128108   Australia Mitsubishi Electric Australia Pty  Ltd  Tel  61 2 9684 7777  348 Victoria Road  PostalBag  No 2  Rydalmere  N S W 2116  Australia Fax   61 2 9684 7245   HEAD OFFICE MITSUBISHI DENKI BLDG MARUNOUCHI TOKYO 100 8310 TELEX J24532 CABLE MELCO TOKYO  00  MEE  Specificati
7. ls     Manual shipment type   _IB SH No     QCPU Q mode  User   s Manual    Functions Explanation Proguram Fundamentals  QCPU QMode  QnACPU Programming Manual    Common Instructions    Sold separately SH 0080038 B 13JL98  Sold separately SH 0080039 C 13JF58       Country Region Sales office Tel Fax   U S A Mitsubishi Electric Automation Inc  Tel   1 847 478 2100  500 Corporate Woods Parkway Vernon Hills  IL 60061 Fax   1 847 478 0328   Brazil MELCO TEC Rep  Com e Assessoria Tecnica Ltda  Tel  55 21 221 8343  Av  Rio Branco  123 15  and S 1507  Rio de Janeiro  RJ CEP 20040 005  Brazil Fax   55 21 221 9388   Germany Mitsubishi Electric Europe B V  German Branch Tel  49 2102 486 0  Gothaer Strasse 8 D 40880 Ratingen  GERMANY Fax   49 2102 486 717   U K Mitsubishi Electric Europe B V  UK Branch Tel  44 1707 276100  Travellers Lane  Hatfield  Herts   AL10 8XB UK Fax   44 1707 278695   Italy Mitsubishi Electric Europe B V  Italian Branch Tel  39 039 6053301  Centro Dir  Colleoni  Pal  Perseo   Ingr 2 Fax   39 039 6053312  Via Paracelso 12  20041 Agrate B   Milano  Italy   Spain Mitsubishi Electric Europe B V  Spanish Branch Tel   34 935 653135  Pol  Ind   Can Magi   C  Joan Buscalla  2 4 A C 420 Fax   34 935 891579  08190 Sant Cugat del Valles  Barcelona  Spain   South Africa MSA Manufacturing  Pty  Ltd  Tel  27 11 444 8080  P O Box 39733 Bramley 201 8 Johannesburg  South Africa Fax   27 11 444 8304   Hong Kong Ryoden International Ltd  Tel   852 2887 8870  10th Floor  Manulife Tow
8. ma                                                                                                           d  Possible to continue operations with other CPU modules even when one CPU module goes down  As the operations  continue stop  for other CPU modules can be set with parameters when one CPU  module goes down  it is possible to keep the damage to the entire system at a minimum when an error  occurs with one CPU module     However  operations for PLC No 2 to 4 will be suspended if PLC No 1  which controls the multiple PLC  system  goes down                                                                                                                                                                              m NN a  A  K  fH   ti if Pe op x fae  PENSE BE  ISR  If one CPU module goes down  Possible to continue operations with other CPU  the entire system goes down    modules even when one CPU module goes down    2  Standard RAM capacity increased by four times  The capacity of the standard RAM in the Q12HCPU and Q25HCPU has been increased from 32k words to 128k  words   This enables the standard RAM to use more file registers and local devices   The following effects are now possible simply by amending the local device settings in the standard RAM for  those users who up until now have had to set the file registers and local devices in memory cards owing to  insufficient memory capacity in the standard RAM   e Reduction of QCPU scan time    e Cost reductions  memory car
9. o be verified for GX Developers     SERIAL 02092 x   x       k     x  B    Serial number _ Function version   first five digits      List of configurable functions   The MELSEC Q series modules listed below can be used without modification for multiple PLC systems   e Input modules  output modules  I O modules  power modules  e Basic base units  additional base units  addition cables  The intelligent function modules that are restricted for use with multiple PLC systems depending on the function  version are listed below   e Function version A modules can only be controlled with PLC No 1   e The modules used with PLC No  2 to 4 of a multiple PLC system should be those of function version B or  later     MELSECNET H module QJ71BR11 10Mbps communication speed compatible coaxial bus  control station   normal station  remote master station      control station  normal station  remote master station   Ethernet module  Serial communication  module  FL net  OPCN 2  interface module   module  Analog digital conversion  module Analog input  voltage   8 channels   Digital analog conversion  module  Temperature control module    Thermocouple input  transistor output  input  transistor output    Q64TCRTBW   Temperature control module with disconnection detection function  Platinum temperature measuring resistor input  transistor output    Positioning module    Refer to the data book for details on the possibility of using AnS series I O modules and special function  modules         Manua
10. ons subject to change without notice     Printed in Japan on recycled paper     
11. the QCPU from remote locations  the  remote passwords restricts the writing of parameters  sequence programs and device data      The remote password set will be written into the QCPU as a parameter    During access via Ethernets      During access via public telephone lines           Accessing  machine        Host station                                  Ethernet        2  Remote passwords are made possible through combinations of the following modules   e Serial communication modules of function version B  QU71C24   R2    e Ethernet modules of function version B  QJ71E71   B2      6  Compatible with MELSECNET H remote I O networks   1  It is compatible with a remote I O system with the use of Q series I O         2  The MELSECNET H module  QJ71LP21 25  QJ71BR11  of function version B is necessary to structure a  MELSECNET H remote I O network      Compatible CPU   Relevant QCPU Relevant GX Developer    Multiple PLC system compatibility e QCPUs with function version B or higher   Version 6   products shipped during and after   SW6D5C GPPW  or  November 2000 higher    Increased standard RAM capacity e QCPUs with function version B or higher   Q12HCPU and Q25HCPU onl e QCPUs with serial numbers of 02092 or    higher  products shipped during and after  September 2000         Verifying the serial numbers and function versions     The serial number and function version can be verified from the SERIAL column on the QCPU name plate  The  serial numbers and function versions can als
    
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