1 - MrPLC
Contents
1. AJOIN Signat No SDA TI SNG TB30 24V 1832 240 xu 12 XM xis TBa x7 xis 13 X f 1848 muc P IB NA 66236 B 3 SPECIFICATIONS 3 2 3 Type AX31C DC AC input unit 32 points 4mA 8 5mA Insulation system 12 24V 12 24 0 2 Rated input current 4mA 12V AC DC 8 5mA 24V AC DC 10 2 to 26 4V DC 102 to 26 4V AC ripple ratio within 5 50 60 5 7596 simultaneous ON 26 4V AC 7V DC AC or higher 2mA or higher _ 2 5V DC AC or lower 0 7mA or lower Approx 2 7kQ 30ms or less 35ms or less 12 24V DC 12 24V AC 60Hz Response time eo 30ms or less 777 30ms or less d mu OR 12 24V DC 12 24 AC 60Hz Common terminal arrangement 16 points common 2 terminals Number of occupied stations 4 _ VO unit power supply _ 15 6 to 312700000 24V 246 terminal 56mA or lower at 24V TYP Operating voltage range Max simultaneous ON ON voltage O2. e868 3 2 3 2 1 Type AX11C 100V input unit 32 points GMA e 3 2 3 2 2 Type AX21C 200V AC input unit 32 points 5mA 3 3 3 2 3 AX31C DC AC input unit 32 points AmA 8 5bmA ne 3 4 3 2 4 Type AX41C 12 24V DC input unit sink loading 32 points 7 s 3 5 3 2 5 Type 81 12 24V DC input unit sink source loading 32 points 3mA 7mA emnes 3 6 3 3 Output Units e esessbessosseteseovosvoeveteosveveseesesesevseveseeceeesosecosteeosetieeesesevosevreveseeovseseveseonveceee 3 7 3 3 1 Type AY13C relay output unit 12V DC 110V 32 points 22000007 3 7 3 3 2 AY23C triac output unit 100 240V AC 32 points 0 n 3 8 3 3 3 Type AY51C transistor output unit sink loading 12 24V DC 32 points 0 3A eene nennen nnne 3 9 3 3 4 Type 61 transistor output unit source loading 5 to 24V DC 32 points 1 0A EN 3 10 3 3 5 81 transistor output unit 24V DC 32 points nn 3 11 3 4 Units ANC RP 3 12 3 4 1 Type AX10Y10C unit 100V AC input 16 points relay output 16 points enoobosesosetooorcvooebpeevessoeevecsosesecesesesecesveseeeseooeteveceveceeessepovevovvevocsevees 3 12 3 4 2 Type AX40Y10C unit 12 24V DC input 16 points relay output 16 points
3. EERE RCCL Tee Tee CET Te 3 25 3 8 6 AJ35TC1 32T transistor output unit 3 26 3 8 7 AJ35TC1 32DT input output composite unit CES 3 27 4 PART IDENTIFICATION AND INSTALLATION 4 1 4 8 4 1 Identification 4 1 4 1 1 nmm HH 4 1 4 1 2 Power supply unit 4 2 4 1 3 Remote terminal block unit remote connector unit n 8 4 3 4 2 Installation rr errr rrr rr err rrr 4 5 4 2 1 Cautions on installation 4 5 4 2 2 Cautions on handling the DIN rail adapter gt 4 6 4 2 3 Fixing the unit to the DIN rail adapter 659494414499 A 4A V9 eee ee 4 6 4 2 4 Mounting to the DIN rail eeesoossosooseosososdqesopoqoooseveoececoseonvoeceveveceooveecooeecosvoecveocoonvs 4 7 4 2 5 Common terminal block installation 48848802 80000600006060660006 6 0 6 0 00666 0608 4 8 5 TROUBLESHOOTING 5 1 5 9 5 1 Troubleshooting e40200
4. M 3 13 3 4 3 Type AX10Y22C unit 100V AC input 16 points triac output 16 points FERIA V aUe 3 14 3 4 4 Type 40 50 unit 12 24V DC input 16 points transistor output 16 points Dd RACE CTE CRT EE COPE RE CEE PE REET EC COON eR EE ia n OR 3 15 3 4 5 Type AX80Y10C I O unit 12 24V DC input 16 points relay output 16 points ee 3 16 3 4 6 Type AX80Y80C unit 12 24V DC input 16 points transistor output 16 points Peer er ere rere ee ee errr ee eer er eee er er eee cere eee eee ee ee eee 3 17 3 5 Power Supply Unit AG6PC emnes 3 18 3 6 DIN Rail Adapter A6DIN1C ER CCR Ree 3 20 3 7 Common Terminal Block A2CCOM TB 444068448444848448444884444444484444848844444464844846444444404464 3 20 IB 66236 4 7 c 38 Remote Terminal Block Units and Remote Connector I O Units e ipee unda 2507 3 8 1 AJ35TB1 16D input unit 3 21 3 8 2 AJ35TB2 16D input unit EER TET RCE ERI TT eee 3 22 3 8 3 AJ35TC1 32D input unit 8 84460 488040046996600904006696000606040660006069 604666060 600600600006006 3 23 3 8 4 AJ35TB1 16T transistor output unit 3 24 3 8 5 2 16 transistor output unit
5. iona ry of Internati ist n When exported fro thout not to change wi ject ions Sub icat Spec inted in Japan 7 MEE Pri C 930 IB NA 66236
6. OO Pr r o lt lt lt lt 2 E 5 5 2 8 e o o o 2 TB 25 YF TB 26 COM vr E _ E 26 3 24 IB 66236 3 25 3 SPECIFICATIONS 3 8 5 AJ35TB2 16T transistor output unit Transistor output unit sink type Specifications AJ35TB2 16T _ Number of output points 16 points 11222210 load current 0 1 A point 1 6 A common _04 A 10 msec less Leakage current when OFF 0 1 mA or less voltage drop when ON 1 5 VDC or less at 0 1 A ___ OFF 2 msec or less Response time 2 msec or less resistance load _ 16 points common 2 wire terminal block 8 common terminals indication LEDs 34 point terminal block connector M3 X 7 screws 2222 075 to 2mm 1 25 3 1 25 YS3A 2 53 2 YS3A V1 25 3 V1 25 YS3A V2 S3 V2 YS3A Awesos Noe 20 Voltage 15 6 to 31 2 VDC peak voltage 31 2 VDC unit power su Jiu 1522 22 130 mA or less with 24 VDC supply Weight 10 8 7 STATION d 3 1 5 7 11 43 45 417 21 23 27 25 SDA SDB SG 4 6 8 RDA ROB FG 0 35kg 0 776 External Connections Signal name Termi
7. Connect the lines to correct terminals shown below 24V TB5 Consult the sales representa tive with details Replace the power supply Replace the communication and power supply cables con nected to the preceding station NA 66236 o IROUBLESHOOTING 5 1 3 Problem The RD LED of the MINI remote 1 15 not ON The RD LED is not ON Are the connection between RDA and SDA and bebween RDB and SDB of the MINI remote correct Are the cables connecting RDA with 5 and with 508 assured of continuity NO YES Consult the sales representa tive with details Connect them correctly as shown below Replace the cables 5 3 IB NA 66236 lt indication input operation Input operation indication Check the voltage across the input and the COM terminals of the MINI remote OV 15 the voltage correct Supplied voltage Consult the sales representa tive with details Check the voltage across the output and the COM terminais of the MINI remote 15 the voltage correct OV Output operation is correct Supplied voltage Output N operation is not XS correct OV Supplied voltage Is the external power supply connected correctly between the CTL and C
8. xe XA Ts xo 3 5 66236 3 2 5 Type AX81C 12 24V DC input unit sink source loading 32 points 3 mA 7mA Specifications Du Number of input points peur duc Photosoupler _ Isolation Rated load voltage _ Approx 3mA Approx 7mA 10 2 to 31 2V Rated input current Operating voltage range ripple ratio within 596 Number of Max Soc EIU e S ce od 100 switched on simultaneously At 26 4V DC simultaneous input points E ON voltage ON cu rrent OFF voltage OFF current Input 8 more 2mA or more AV max Approx 3kQ __ MS 10ms 24V DC 10 max 24V DC 16 points common 2 terminals 15 6 to 31 2V DC 55mA 24V DC ss External Connection resistance 221004 OFF to ON Response time EE ON to O Number of stations occupied _ VO module Voltage Terminal Number 24 TB31 NC TB32 24G TB33 X10 TB34 TB35 x12 X13 TB37 X14 TB38 X15 TB39 6 TB40 2 X17 TB41 TB42 TB43 X19 TB44 XIA TB45 TB46 X1C 4 DO DC 0 5 l 1 Eng T
9. 1 Design the 2012 of a system to provide an external protective or safety inter locking circuit for the PCs 2 components on the printed circuit boards will bo damaged by static electricity so avoid handling them directly If it is necessary to handle them take the following precautions a Ground human body and work bench b Do not touch the conductive areas of the printed circuit board and its electrical parts with and non grounded tools etc Under no circumstances will Mitsubishi Electric be liable or responsible for any consequential damage that may arise as a result of the installation or use of this equipment All examples and diagrams shown in this manual are intended only as an aid to understanding the text not to guarantee operation Mitsubishi Electric will accept no responsibility for actual use of the product based on these illustrative examples Owing to the very great variety in possible applications of this PAMP pRO you must satisfy as to its suitability for your specific application New CTRIC CORPORATION 49 MITSUBISHI ELE HEAD OFFICE MITSUBISHI DENKI BLDG MARUNO NAGOYA WORKS J24532 CABLE MELCO TOKYO UCHI TOKYO 100 TELEX 1 14 YADA MINAMI 5 HIGASHI KU NAGOYA JAPAN ion to the ission E c o lica ire app transact does not requ 15 manua th Trade and Industry for serv
10. jJ ee RE TEREE EEN coupler TB23 IB NA 66236 A 3 SPECIFICATIONS MELSEC 4 3 4 Units 3 4 1 Type 10 10 unit 100V AC input 16 points relay output 16 points INPUT SPECIFICATIONS OUTPUT SPECIFICATIONS Leges Te 16 point Photocouple Rated switching 24V DC load eee MAC Operating voltage range 85 to 132V AC 50 60H2 5 switching voltage Max switchi 1 110V ON current 80V AC or higher 5mA or higher bici Se DE Max switching 3600 times hour Max 200mA within 1ms 132V linen or ere Response 11012000 158 or less 200V AC 1 5A 240V AC 1 UM 0 7 time or less Life MN 100 UM times or more LS DS 16 points common 12 terminals 227 is Response 10ms or less time ON OFF 24V DC 10 Ripple voltage 4 or iess requirement CTL CTL 92mA 24V DC al points ON Surge killer Not provided Common terminal arrangement 8 points common 15 6 to 31 2V DC Externa wer supply Number of occupied stations 74mA or lower at 24V TYP 0 66kg 1 456 Terminal Signal No 7866 SDA 187 SG DET NU NEED TB so SC TC OC 185 w
11. 45 mA or less with 24 VDC supply Ll O 3bkg 0 7716 _ nr IHSIANSLIN 94 8 Common fedes oet ond gl E EE 95 805 vas c 6 Ss VE 5 E 09 28 unit power Supply External Connections DIEM TB4 218 21 COM 7 TB 24 CO TB 25 X gt gt gt Z TB 26 X Iss 2 Oo 27 TB 28 X 0 m 18 QE 9 4 m 00 gt 3 22 IB 66236 3 23 3 SPECIFICATIONS 3 8 3 AJ35TC1 32D input unit input unit sink source common type AJ35TC1 32D gt 32 Specifications Number of input points F Insulation system Rated input voltage Rated input current Operating voltage Appearance Photocoupler gt Approx 5 mA 19 2 to 26 4 VDC ripple less than 5 Max simultaneous input points 8596 simultaneously ON with 26 4 VDC supply _ 17 5 VDC or higher 3 5 mA or hi
12. Common terminal Number of occupied stations wow 186 to 312 DC veio terminal 116mA or lower at 24V 0 68kg 1 5016 ROA TB2 RDB 7988 SDB T87 TB8 XO TB9 X Yi 1810 X2 mw x 1812 X4 5 Y15 1814 X6 Photocoupler Photocoupler TB43 Y19 mma __ come See 5 3 2 Example 4 IB 66236 B 3 SPECIFICATIONS 3 4 4 Type AX40Y50C unit 12 24V DC input 16 points transistor output 16 points INPUT SPECIFICATIONS OUTPUT SPECIFICATIONS Insulation system Photocoupler Photocoupler Rated input voltage 12V DC 24V DC Rated load voitage 12 24V DC Operating voltage range 10 2 to 31 2V DC ripple ratio within 5 GER ON load current oint simultaneo ON voltage ON current 8V DC or higher 2mA or higher v ui ST p L simu us inrush current nrush c m S OFF voltage OFF current 4V DC or lower 1mA or lower a dcs 2 ae Leakage current OFF 0 1mA or lower Input resistance Approx 3 3kQ Max voltage drop ON 0 9V TYP 1 5V MAX 0 3A Type of input Sink loading Type of output mk loadi OFF ON Sink loading 10ms or less OFF ON OFF 1Oms or less Response Conor terminal time ON OFF 2ms or less resistive load 1 ints t inal 22127 12 24 DC 10 2 to 31 2V DC iCTL CTLG arrangement terminal 64mA 24V DC per com
13. Input signal Example 5 does not turn off Calculation example for Example 4 41 The switch with LED indicator is connected to 41 there is 4mA leakage current Leakage current 4 Unit The voltage Vre across terminal and common is obtained by the following expression Vis 4 mA X 3 3 13 2 Voltage drop in LED is ignored Since the voltage does not satisfy the OFF voltage of 4V or lower the input signal does not turn OFF Therefore connect a resistor as shown below gt nput R Resistor impedance Internal current of 41 is 1 1 Current flows to the resistor R 24V DC Calculate the resistor value R as shown below For an input voltage of 4V or lower current must be 24 4 V 3 6 5 55 mA 5 56 mA Resistor R must be selected to make current 5 56mA or higher 5 6 IB NA 66236 A 5 TROUBLESHOOTING Hence for resistor Input voltage V of AX41C R gt I L mA 4 V gt 5 56 1 21 mA 4 V 4 35 mA gt 919 5 Q gt R For R 0 9 kQ or tower 0 82 kQ power capacity W must be W applied voltage R or W maximum current X R Resistor R terminal voltage is 3 3 X 0 82 3 3 X 0 82 2 331 082 33 082 3 6 X 24 X 37 IV Therefore the power capacity W of resistor is W 37 V 0
14. Pa ifs A 1897 245 24 185 T830 3 For relay 240 11 24V DC Tea 1811 x 1812 X 1817 XA Photocoupler 5 XC 182 XD XE TB24 Power supply for driving relay coil 18 NA 66236 3 SPECIFICATIONS MELSEC 3 4 2 Type AX40Y10C unit 12 24V DC input 16 points relay output 16 points INPUT SPECIFICATIONS OUTPUT SPECIFICATIONS C ro poms Tt pois 16 point Photocoupler Photocoupler Rated input voltage 12V DC 24V DC Rated switching 24V DC resistance load 2A point voltage current 240V AC cos t 4A common Approx 3mA Approx 7mA Min switching load 5V DOIMA Operating voltage range 10 2 to 31 2V DC ripple ratio within 596 250V AC 110V DC ON voltage ON current 8V DC or higher 2mA or higher p AY DC oriowernmA lower MEET a a Approx 3 3k Q echanica million times or more At rated pom 02022212 voltage current load Type of input Sink loading 100 pom 02022212 times or more Response 10ms or less 24V DC 200V AC 1 5A 240V AC 1A COS 0 7 time ON OFF 10ms or less 24V DC Life 100 thousand times or more 200 1 240V AC 05 NL 22 0 35 16 points common 2 terminals 100 NL 22 times or more Max simultaneously
15. power unit IB NA 66236 4 PART IDENTIFICATION AND INSTALLATION 4 2 4 Mounting to the DIN rail 1 Mounting procedure After fixing the DIN rail adapter to the unit mount the unit to the DIN rail as follows a Engage the hook of the adapter with the rail from above the rail b Push the unit onto the rail and fix it in position DIN rail adapter hook DIN rail adapter As mounted c When two adapters with unit are mounted to the rail side by side without leaving a clearance between them a 4 mm clearance is allowed between the units See Appendix 1 External Dimensions for dimensions of the DIN adapter 2 Removing procedure Remove the unit from the DIN rail as follows a Pull down the bottom hook of the adapter using a screwdriver b Pull the unit away from the rail while pulling down the bottom hook Screwdriver Pull to remove a a U IB 66236 A 4 PART IDENTIFICATION AND INSTALLATION 4 2 5 Installing a common terminal block Install a common terminal block A2CCOM TB between A2C 1 0 unit terminal block and A2C unit as shown below Tightening torque should be 8 to 12 kg cm 6 93 to 10 39 Ib inches Replace a cover with an A2CCOM TB terminal block cover Common terminal block A2CCOM TB 6 2
16. unit 4 8 66236 5 TROUBLESHOOTING 5 TROUBLESHOOTING 5 1 Troubleshooting MELSEC A This section describes the procedures for solving communication problems when the MINI remote l O is used For solving problems concerning the PC CPU module or the MINI S3 link read respective User s Manual 5 1 1 Problem Input signals from the MINI remote cannot be received or output signals sent to the MINI remote cannot be output Input or output is impossible Check the CPU or the MINI S3 link following the troubleshoot ing procedure given in respec tive manual 15 71 32 53 master module of the CPU or the MINI S3 link correct NO Is the PW LED of the MINI remote I O ON YES NO Is the RD LED of the MINI remote ON YES NO Does the Operation indication on the MINI remote match with operation of external devices NO YES Is the ERR LED of the MINI remote 10 OFF YES Consult the sales representa tive with details NO 5 1 Replace the AJ71PT32 S3 A1SJ71PT32 S3 mas ter module of the CPU or the MINI S3 link and check Section 5 1 2 Problem The PW LED of the MINI remote is not ON Section 5 1 3 Problem The RD LED of the MINI remote 1 is not ON Section 5 1 4 Problem The operation indication on the MINI remote does not match with operation of ext
17. PROGRAMMABLE CONTROLLER User 5 Manual EE type A2C unit MITSUBISHI ELECTRIC REVISIONS manual number is given on the bottom left of the back cover Manual Number Revision May 1993 IB NA 66236 B Section 3 2 2 3 2 3 3 3 4 3 7 4 2 5 CONTENTS Section 2 1 2 2 3 2 4 3 2 5 3 3 1 3 3 2 3 3 5 3 4 1 3 4 2 3 4 3 3 6 4 2 2 4 2 3 5 1 1 APP 1 Jul 1993 NA 66236 AJ35TB1 16D AJ35TB2 16D AJ35TC1 32D 1 16 AJ35TB2 16T AJ35TC1 32T AJ35TC1 32DT CONTENTS Section 1 2 1 2 2 4 2 4 2 1 5 1 5 1 1 to 5 1 4 3 8 3 8 1 to 3 8 7 4 1 3 APP 1 5 to 7 INTRODUCTION Thank you for choosing the Mitsubishi MELSEC A Series of General Purpose Programmable Controllers Please read this manual carefully so that the equipment is used to its optimum A copy of this manual should be forwarded to the end User IB 66236 CONTENTS 1 INTRODUCTION eene 1 1 2 NOTES ON SELECTING THE I O UNITS eem TETTE e ve TON T 2 1 2 8 21 Modules that can Control the MINI Remote Unit n 2 1 2 2 Notes on Selecting the MO Units ecotoecoosoeoetouotesosotososeneosesevotosetevcesctoeevceseseeneseecoscoooetoesveceve 2 2 3 SPECIFICATIONS 3 1 3 27 3 1 Specifications Common to the A2CI O Units CURA PS AUR ACRAS EEE 3 1 3 2 Input Units 44
18. Specifications T Insulation system Photocoupler gt d 200 240 AC 50 60Hz 22 Approx 5mA 200 60Hz 2222170 to 264V 50 60 2 3 596 80 simultaneous 200V AC and Max 500mA ims or less 264V 80V AC or higher 3mA or higher _ 30V AC or lower 0 8mA or higher Approx 39kQ 60 2 approx 46kQ 50Hz 80ms or less 200V 60Hz 200V 60Hz 16 2 terminals Rated input voltage ae eu Rated input current ii IGE Operating voltage range m simultaneous ON Inrush current XT ON voltage ON current OFF voltage OFF current Input impedance 9 5 ON OFF Common terminal OFF gt 55ms or less arrangement Number of occupied stations unit power supply 24 246 terminal 4 15 6 to 31 2V DC 58mA or lower at 24V 0 65kg 1 431 External Connection TB29 4 pene converter 00 um x 41 41 41 x x gt lt gt lt Or O17 amp 9 X16 X Nj did X 55 5 553 44 45 00 TB45 41 Xx OJD TB46
19. e voltage 31 2V 5 Input Simultaneous 20 20 ints 100 0 10 20 30 40 50 55 60 0 10 20 30 40 50 55 60 Ambient temperature Ambient temperature C 40 10 AX80Y10C 40 50 6096 Input voitage 31 2V DC Input simultaneous on 40 ints 6096 Output points 96 No e 0 10 20 30 40 50 55 60 Ambient temperature 80 80 2 7 66236 2 NOTES ON SELECTING THE I O UNITS Percentage of input points simultaneously ON 50 40 30 20 AJ35TB1 16D derating MELSEC A 9 The maximum number of input points which may be simul taneously ON in the AJ35TB1 16D and AJ35TC1 32D input units varies according to the input voltage and the ambient temperature Determine the number of points simultaneously ON by reference to the diagrams below urve AJ35TC1 32D derating curve 45 C 50 C 56 50 10 20 30 40 Ambient temperature C 100 with 24 supply 85 85 with 24 VDC supply VDC supply 70 supply 60 50 40 30 20 10 50 55 0 10 20 30 40 50 55 C Ambient temperature C 2 8 IB NA 66236 C 3 SPECIFICATIONS 5 3 SPECIFICATIONS 3 1 Specifications Common to the A2CI O Units Table 3 1 shows the specifications common to the input units output units and input output units of the A2CI O Table 3 1 A2CI O Common Specifications 50 po
20. 0 13 0 2V Max 1 0 A _ Source loading Rated load voltage range Max Max inrush current load current Leakage current at OFF Max voltage d rop at ON type OFF Surge killer Output mno 2ms or less 5 Response time E 10ms or less resistance load _ Zener diode Common terminal arrangement 8 points common 4 terminals 15 6 to 31 2V DC 150mA or lower at 24V 0 7 1 546 _ External Connection Number of occupied Stations Voltage VO unit power supply 24 246 terminal Number TB29 NC TB30 TB31 TB32 TB33 TB34 424 NC 24G Y10 Yn TB35 YI2 TB36 TB37 14 TB38 15 TB39 Y16 40 17 _ TB41 TB42 18 TB43 19 _ Y1A TB45 TB46 TB47 Y1D Zener diode 5 5V Zener diode unb Photocoupler Photocoupler Zener diode 5V 5V Zaher diode E 457 PHE Photocoupler Photocoupler IB NA 66236 B _ 3 SPECIFICATIONS 3 3 5 AY81C transistor output unit 24V DC 32 points 0 5A Terminal Arrangement Specifications Number of output points Isolation 2 5 Photocoupler Rated load volt
21. eJ 5 9 load current 5 inrush current Leakage current OFF Max voltage drop ON External power supply requirement CTL CTLG terminal ___64 24V DC Surge killer Zener diode Common terminal arrangement 32 points common 4 terminals Number of occupied stations 10 module power supply 156 to 31 2V DC 24V 246 terminal Current 1 54 Terminal Signal Terminal Signal No SDA TB2 SG 56 TB2 TB4 55 183 185 Fav TB30 Fav DC mz ins oc 2227 diode 5V 5V Zener diode oe 8 i do 3 11 omm w CTLG diode CTL 5y 5V CIL TB15 Y7 Apos TB17 Photocoupler Photocoupler __ 18 YF TB25 309 IB NA 66236 SPECIFICATIONS 3 3 4 Type AY61CE transistor output unit 5 to 24V DC 32 points 1 0A source loading Specifications _ 61 Insulation system Photocoupler 5V 12V 24V DC Rated load voltage PERO 1 0A point 4
22. 8V DC or higher 2mA or higher 5 aoe Max switching Y 3600 times hour OFF voltage OFF current 4 DC or lower 1mA or lower Mechani 20 milli ti Approx 3 30 DUIS tiri T 200V DC 1 5A 240V AC 1A 0 7 js switching voltage current load Type of input Sink source loading 100 thousand times or more thousand times or more Electrical Response 10ms or less 24V time ON DESDE 10ms or less 24V DC 200V DC 240V AC 05 AE 35 16 points common 2 terminals AE thousand times more Max simultaneous ON 10096 simultaneous ON 26 4V DC 24V DC 1A 100V DC UR7 thousand times or more Response OFF ON ON 10ms or less We ON gt OFF Externa power supply 24V DC 10 Ripple voltage 4Vp p or less requirement CTL CTLG terminal 92mA 24V DC TYP all points ON Surge killer Not provided Common terminal arrangement 8 points common VO unit Voltage 15 6 to 31 2V DC power supply 72mA lower at 24V 0 65kg 1 431 OUT TB26 TB2 ee TB27 Xx ua 28 306 782844 converter p 1 vv TB29 CTL 24V 1 TB30 For relay 24V as 7 2 TER RDB _ 10 TS Xt
23. ON 100 simultaneous ON 26 4V DC 5 Number of occupied stations VO module power su 24V 246 terminal Response 10ms or less time OFF 12ms or less External Voltage 24V DC 10 Ripple voltage 4Vp p or less requirement 92mA 24V DC al points Surge killer Not provided Common terminal 8 pointacommon 15 6 to 31 2V DC 72mA or lower at 24V TYP TB5 ez X Power supply for driving relay coil 0 65 1 4316 Terminal No Signal No 308 _ B29 ____ 29 l For relay Pas 22500 Te 246 TB33 5 Photocoupler 3 13 IB NA 66236 B 3 SPECIFICATIONS 3 4 3 18 22 unit 109V AC input 16 points triac output 16 points eengems ao ho mv Max 200 within 1ms 132V Leakage current OFF ADDIT OA aay Ma Input impedance Approx 18 60Hz approx 21kQ 50 2 TERR A00 RITE Em t Response PER 15ms or less 100 60Hz Max voltage drop udi oer sae time OFF OFF 30ms or less 100V AC 60Hz Response ON 1ms or less 16 points common 2 terminals ume ON OFF 0 5 cycles 1ms or less simultaneously 60 simultaneous ON 110V CR absorber 0 01 F F68Q
24. STATION NO 0 7 F 8 0 508 SG 2 4 6 unit power 515 6 to 31 2 supply Current 137 mA or less with 24 VDC supply External Connections Pin arrangement Pin No Signal name Pin No Signal name A20 to A13 COM1 EVA COM1 a vw Ae Y13 Y14 Y15 Y16 Vacant x 9 xw ws xm Am Xo xw A A9 X01 B18 X02 B17 X03 B16 B15 X05 B14 X06 B13 X07 _ B12 COMI B10 Y10 X8 X9 XA _ XC XE 18 Y19 A8 Y1A Yu o o yie A4 e A2 Y1F _ 42 5 lt o00000000000000000000 00000000000000000000 COM2 Vacant B8 B7 B5 B4 B3 B2 Bi IB NA 66236 4 PART IDENTIFICATION AND INSTALLATION MELSEC 4 PART IDENTIFICATION AND INSTALLATION 4 1 Part Identification This section describes names of 2016 of the A2CI O the power supply unit and the DIN rail adapter 4 1 1 unit SAXA0Y10C Sarton NO RD AUN 0 8 10 d 8 11 2 A 12 3 813 4 C 14 m x 8288 d 1 5 2 7 R37 MITSUB Ok 8 eje 9 K Station set switches Used to set the station number of the A2CI O between 01 and 64 X10 sets the figure of tens of the
25. TH33 X1 oup 1 X 14 P CA i 35 fxe vin 2 15 2 17 TB16 _ com dm Lem a FO s 240 XO X20 X3 X4 9X5 6 MF X1B 1 ta H L 12 24 DC 12 24V DC IB NA 66236 B 3 3 Output Units 3 3 1 13 relay output unit 24V DC 100 240V AC 32 points 054 p Specifications MEI 2 32 points Output points Insulation system Photocoupler 24V DC resistance load point DA 240 AC cos 1 sg 1 5 DC IMA o oe E _ 250V 110V DC Cau OMAR 2 0ms or 165522 Rated switching _ voltage curr nt Min switching load Max switching voltage _ rent OFF Leakage Response time 12ms less gt Mechanical 20 million times more EI At rated switching voltage current load 100 thousand times more gt gt 200V 1 5 240V AC 1A COS 0 7 100 thousand times 200V AC 240V 0 5A COS 0 35 100 thousand times or more 24V DC 100V DC L R 7ms 100 thousand times or more gt 3500 times hour E
26. of twisted pair cables allowed for this connection is 100 meters 3 28 ft The MINI remote I O can be mounted easily to the DIN rail using an optional DIN rail adapter The MINI remote can be used as the VO module for the MELSECNET MINI S3 data link system to be referred to as MINI S3 link in this manual 1 1 B 66236 2 NOTES ON SELECTING THE VO_UNITS MELSEC 2 NOTES ON SELECTING THE UNITS 2 1 Modules that can Control the MINI Remote Unit Modules that can control the MIN remote as shown below A2CCPU C24 AJ71PT32 S3 AJ71PT32 A1SJ71PT32 S3 A52GCPU T21B Since an A2C unit remote terminal block unit or remote connector unit is a remote module for the twisted pair data link cable connection can be made only with twisted pair cables 1B NA 66236 C 2 NOTES ON SELECTING THE I O UNITS gt AMELS 4 2 2 Notes on Selecting the I O Units Lo e 1 Triac output units should be used instead of relay contact output units when The outputs are being switched very frequently A large inductive load is being switched An inductive load with a low power factor is being switched The life of a relay switching any of the above conditions will be substantially reduced 2 The ON time and OFF time for any inductive load switched by an output unit must be more than one second 43 Beware of rush cur
27. 0096 ON Q 4 lt E 0 3 5 o 202 5 0 1 0 10 20 30 40 50 55 60 Ambient temperature C AY81C 2 6 18 NA 66236 2 NOTES ON SELECTING THE I O UNITS 8 The maximum number of output points which may be simultaneously ON in the __ input output unit varies with input voltage output current per one point and ambient temperature as shown below Select the number of simultaneous ON points referring to the figures shown below 45 C 50 C 55 C 100 100 ON 100 76 ON Input voltage 110V AC input voltage 110V 80 Input simultaneous 80 Input simultaneous on 29 ints 100 se ints 100 8 eo 52 ON 80 2 32V AC c nput voltage 1 5 ote ate aa Input simultaneous 3 ints 60 ints 60 p 34 ON a 56 ON Input voltage 132V 2 voltage 132V Input simultaneous on 20 3 20 ints 100 0 10 20 30 40 50 55 60 0 10 20 30 40 50 55 60 Ambient temperature C Ambient temperature C AX10Y10C AX10Y22C 100 ON Input voltage 26 4V DC e simultaneous on ints 60 55 C 86 ON Input voltage 26 4V Input simultaneous on 100 1 100 ints 10096 100 ON Input voltage 31 2V Input voltage 26 4V DC Input simultaneous on 80 Input simultaneous 3 80 ints 60 5 ints 100 59 8096 ON 9 9 Input voltage 31 2Y DC 60 5796 ON 60 simultaneous 3 amp Inputvotage312VDC 8 ints 75 40 e on 40 70 ON
28. 053298045099950095009909429952995094599909959509099099090090000990000500000900009090809228990299929 5 1 5 1 1 Problem Input signals from the MINI remote cannot be received or output signals sent to the MINI remote I O cannot output 5 1 5 1 2 Problem The PW LED of the MINI remote is not 22232233 5 2 5 1 3 Problem The RD LED of the MINI remote I O is not ON n6 8 5 3 5 1 4 Problem The operation indication on the MINI remote does not match with operation Of external devices n nn n HII 5 4 5 2 Connection Troubleshooting 5 5 5 2 1 Input circuit problems and corrective actions ERR VR EA RAN ERE CEE EERE TE TCR CTE 5 5 5 2 2 Output circuit problems and corrective actions en 5 8 APPENDIX RACE RA OR ACA ee Ree APP 1 7 APPENDIX 1 EXTERNAL DIMENSION DIAGRAM aS V dL Ed APP 1 IB NA 66236 C 1 INTRODUCTION MEL SEC 1 INTRODUCTION This manual describes handling instructions and specifications for the 2 unit remote terminal block VO unit and remote connector I O unit to be referred to as MINI remote in this manual to be used with the A2CCPU unit to be referred to as A2CCPU in this manual The MINI remote is a simple unit of baseless building block type which connects itself to the A2CCPU with twisted pair cables without a base unit The maximum length
29. 3 Ok fo 6 7 61 COM COM 1 Common terminal Common terminal t block Q j block O J 9 C C 9 o 61 F F 3 20 SO IB NA 66236 8 3 SPECIFICATIONS MELSEC A 8 Remote Terminal Block Units and Remote Connector I O Units 3 8 1 AJ35TB1 16D input unit input unit sink source common type Specifications Appearance Rated input voltage 24 VDC E Max simultaneous input points OFF ON 10 msec or less ON OFF 10 msec or less ao Operation information ON indication LEDs gt External wiring system _ 1 25 3 1 25 YS3A 2 S3 2 YS3A V1 25 3 V1 25 YS3A V2 S3 V2 YS3A Number of occupied stations dec Pu E Pc Pa lt UO o Response time X1 59 STATION NO Applicable solderless terminals MITSUBISHI Weight 0 3kg 0 661 PME External Connections 24V 4 SD D Terminal No TB 2 TB 3 4 5 5 gt ag 2 6 ORJE o s 3 22 gt e 5 5 gt 0 Q TB 7 TB 8 9 TB 10 TB 11 TB 12 TB 13 TB 14 TB 15 TB 16 TB 17 TB 18 TB 19 TB 20 TB 21 TB 22 TB 23 25 26 R
30. 6DIN1C 2 M4 mounting screw 66 2 60 10 0 39 55 2 17 FIN ef eim e e Unit mm inch APP 3 66236 APPENDIX am m 4 External dimensions of the ACCOM TB 64 2 52 gt e 76 5 3 01 76 5 0 33X9 125 4 92 B 5X9 p di 54 2 13 Unit mm inch APP 4 IB NA 66236 B APPENDIX MELSEC A 52 5 External dimensions of the AJ35TB1 16 series 9 5 0 37 2 4 5 mounting hole RM 135 5 31 126 496 RIAM ue STATION PW RUN 012 34567 Pc t 00000000 SES AT _ 46 1 81 SDA 508 SG 4 6 8 12 Unit mm inch 5 IB NA 66236 3 APPENDIX 6 External dimensions of the AJ35B2 16 _ series 0 37 9 5 2 4 5 mounting hole 166 6 54 _ 157 6 18 _ 50 1 97 S Unit mm inch APP 6 IB NA 66236 C _ Ut External dimensions of the 327 series SOUS 2 4 mounting hole 166 16 54 ABT GAB ooo 1 97 Tm hbhhbhbhhh Ow 88080808 MESE AussTC1 32 12 505 s re 55 2 17 00000000000000000000 000000000000090000000 Unit mm inch IB NA 66236 JIMPORTANT
31. 82 kQ 0 017 IW Use a safety factor of 3 to 5 Resistor should therefore be rated at 0 5 to 1 W A 0 82 kQ 0 5 to 1 W resistor should therefore be connected across the relevant input terminal and its COM A A JOo n2 5 7 IB 66236 5 TROUBLESHOOTING MELSEC AA 5 2 2 Output circuit problems and corrective actions This section describes possible problems with the output circuit and corrective actions Table 5 2 Output Circuit Failures and Corrective Actions Continue sede cause Corrective tion 00 Load is half wave rectified inside seen in Connect a resistor of several ten kQ to several some solenoids hundred kQ across the load Output unit It a resistor is used in this way it dose not pose with CR absorber problem to output element but may sometimes cause the diode which is built in the load to deteriorate resulting in burning etc When output in off Example 1 excessive voltage is applied to load When the polarity of power supply is as shown by C capacitive varistor is charged When the polarity is as shown by voltage charged in C or capacitive varistor plus line voltage are applied across D1 Max voltage is approx 2 2E Leakage current due to built in noise suppres Connect C and R across the load sion When wiring distance from output
32. A 66236 C 3 SPECIFICATIONS 3 8 4 AJ35TB1 16T transistor output unit Transistor output unit sink type Number of input points 16 points Insulation system Photocoupler 19 2 to 26 4 VDC ripple less than 596 0 1 A point 1 6 A common Rated input voltage Operating load voltage range Max load current Max inrush current A 10 msec or less 0 1 mA or less Max voltage drop when ON 1 5 VDC or less at 0 1 A OFF ON Response time OFF 2 msec or less resistance load 16 points common 2 common terminals ON indication LEDs External wiring system 26 point terminal block connector X 7 screws Applicable wire size 220 75 to 2mm Applicable solderless terminals V1 25 3 V1 25 YS3A V2 S3 V2 YS3A Number of occupied stations 15 6 to 31 2 VDC peak voltage 31 2 VDC External Connections Leakage current when OFF MELEE AJssTB4 16T 10 8 7 0 X Q 40 142 14 STATION NO T 8 F 7 S 4 6 40 RDA NR IERI SDA 508 TB 24v 246 TB3 SDA RDA T85 SDB RDB SG Fo 189 YO poen v vs 4 5 2 9 a s 5
33. D m nido X 1 X CO X gt X XC gt lt X Q lt 3 o 2102 22152123 nimioljolag gt lt ig 3 1 010 031 4 gt E Internal circuit xxx m 00 e 3 21 IB NA 66236 C 3 SPECIFICATIONS 3 8 2 AJ35TB2 16D input unit DC input unit sink source common type Number of input points 33s tow 5U86 points Insulation system Photocoupler Rated input voltage 24 VDC 4 Operating voltage range 19 2 to 26 4 VDC ripple less than 596 simultaneous input points 100 simultaneously ON with 26 4 VDC supply ON voltage ON current 14 VDC or 3 5 mA higher OFF voltage OFF current 22 26 VDC 1 88 1 7 mA or less Input resistance oe oo o Approx 3 3 OFF ON 10 or less 20 Response time ON OFF 16 2 wire terminal block 8 common terminals External wiring system 34 pm M3 7 screws Applicable wire size 222022222 2075 to 2mm Applicable solderless terminals 1 25 3 1 25 YS3A 2 53 2 YS3A V1 25 3 V1 25 YS3A V2 S3 2 TA Accessories Number of occupied stations of occupied stations 15 6 to 31 2 VDC peak voltage 31 2
34. LSEC y 4 2 2 Cautions on handling the DIN rail adapter 1 Do not drop or give intense shocks to the DIN rail adapter since it is made of plastic 2 DIN mounting screw intervals When using a DIN rail adapter mount a DIN rail according to the following distance a When mounting a DIN rail TH35 7 5Fe or TH35 7 5AI When mounting a DIN TH35 7 5Fe or TH35 7 5Al fix the position of mounting screws providing a distance of 200 mm 7 87 inch or less between each two screws Use a distance of 100 mm 3 94 inch or less to install an A6DIN3C and to arrange modules side by side DIN rail mounting screw DIN rail A6DIN3C A6DIN2C A6DIN1C 1 38 inch 35 mm 1 100 mm 3 94 inch or less 2 200 mm 7 87 inch or less b When mounting a DIN rail TH35 15Fe When mounting a DIN rail TH35 15Fe fix the position of mounting screws providing a distance of 200 mm 7 87 inch or less between each two screws Also use the same intervals to install 60 and to arrange modules side by side AL DIN rail mounting screw A6DIN3C A6DIN2C A6DIN1C 35 mm 1 38 inch P2 P2 P2 P2 200 mm 7 87 inch or less 4 2 3 Fixing the unit to the DIN rail adapter Fix the A2CI O and the power supply unit A66PC to the DIN rail adapter as described below Tightening torque should be 8 to 12 kg cm 6 93 to 10 39 Ib inches D bis Mounting screw M4X 10 DIN rail adapter A6DIN1C prs
35. MAX 0 5 Source loading 0 9V 2ms or less 2ms or less resistance load 24V DC 21 6 to 26 4V DC Oma eV DG Supe Common terminal 1 16 points common 2 terminals 82mA or lower at 24V TYP 0 65kg 1 4316 TB1 TB26 3 ac R Q ATB 1828 7829 TB30 1531 CTLG 5V R TB5 TB6 TB7 TB8 Photocoupler Photocoupler TB16 1817 TB25 Photocoupler Photocoupler 3 17 27 D L L Y _ No Si 49 IB NA 66236 8 3 SPECIFICATIONS 3 5 Power Supply Unit A66PC 100 120V AC 200 240V AC 85 to 132V AC 170 to 264V AC 15 to 10 1 25 20 2 1 AV D Input voltage 3 18 66236 3 SPECIFICATIONS 1 Rated output current varies with ambient tempera ture as shown below Rated output current A 45 55 Ambient temperature 2 Overcurrent protection The overcurrent protection device shuts off the 24V DC circuit and stops the system if the current flowing in the circuit exceeds the specified value When this device is activated the power supply unit LED is switched off In this case remove any cause of overcurrent and start up the system Overvoltage protection The overvoltage protection device shuts off the 24V DC circuit and stops the system if 31 5 to 38 5V is app
36. N current OFF voltage OFF current _ Input impedance Terminal No Signal TB26 SDA SG 187 56 3 TB3 RDB 1828 508 184 51 w Nc xar LL TB30 424 __ ra 2 MENO NC x 26 CS 182 248 188 24v pc TB5 mes xo _ mH x1 184 xm x2 2240 18 X2 TE 1815 X xv __187_ _ x AC DC 1225 4 ___ 7 XF 1848 TB25 TB50 __ 3 4 IB NA 66236 B _ 3 SPECIFICATIONS _ 3 24 AX41C 12 24V DC input unit sink loading 32 points 7 E Rated input voltage 12V DC 10 2 to 31 2V DC ripple ratio within 5 OFF voltage OFF curren Lore TON OFF Common terminal 16 points common arrangement 2 terminals 15 6 to 31 2 DC Response time Number of occupied stations 10 module power supply 24V 24G terminal Terminal No Signal No Terminal No Signal oem se rem xw 5 xs Tes xs _ 6 cows
37. TLG terminals of the MINI remote Is the voltage of the external power supply across the CTL and terminals within the specified NO YES Consult the ales representa tive with details RTD NO Is the power supply supplying external power supply voltage within 2 the specified Check the external wiring external input devices Check the external wiring and external input devices Connect them correctly as shown below 5 For relay output 24V TB29 For transistor output 4 24V 12V TB29 G9 OV TB31 Replace the power supply Check the wiring of the external power supply 5 1 4 Problem The operation indication on the MINI remote I O does not match with operation of external devices Operation indication does not match with actual operation NA 66236 TROUBLESHOOTING 5 2 Connection Troubleshooting This section explains possible problems with circuits 5 2 1 Input circuit problems and corrective actions This section describes possible problems with the input circuit and corrective actions Table 5 1 Input Circuit Troubles and Corrective Actions Continue Example 1 Leakage current of input switch such as drive Connect an appropriate resister which will by non contact swit
38. Yn T Tex Yi Tex Te vie e Ze va ae 8 ae X T4 phatocoupler Yi Xb es _ Power supply for driving relay coil 1 See Section 2 2 3 16 IB 66236 3 SPECIFICATIONS MELSEC 3 4 6 Type AX80Y80C unit 12 24V DC input 16 points transistor output 16 points PE Sink source loading 10 ms or less 24V DC 10 ms or less 24V DC Common termina 16 points common 2 terminals Max s multaneous ON 6096 simultaneous ON 26 4V DC Insulation system Rated input voltage Rated input current Operating voltage range ON voltage ON current OFF voltage OFF current Input resistance Input type Response time Number of occupied stations Current Terminal Signal RDA TB2 TB4 VO unit power 24 terminal H w 24V DC AC XL Qutput points Rated switching voltage current Operating load voltage range Max voltage drop ON Output type Response OFF time ON OFF External Voltage wer supply requirement 15 6 to 31 2V DC OUTPUT SPECIFICATIONS 16 points Photocoupler 24V DC 21 6 to 26 4V DC 250V AC 110V DC 2 10ms or less 0 1mA or lower 0 5A 1 5V
39. age 221 6 to 26 4V DC Operating load voltage range 6 0 switched simultaneously _ 2 inrush current load current 2A 10 msec or less 0 1mA max 220 0 5 1 5V MAX 0 BA Source loading nw Leakage urrent at OFF _ Max voltage drop 0 9 _Output type 1 OFF to ON ON to OFF Surge suppression Response time SECUS 2ms max resistance load Zener diode Common 32 points common 4 terminal Number of stations occupied VO module Voltage 0 power supply Current A 100 24V DC Voltage 24 21 6 to 26 4V DC Current Pads TIMA 2A VDO c 0 7kg 1 5416 External Connection 15 6 to 31 2V DC Output exterminal supply power Terminal Number 22 Gv pereo taw __ olm pee IB7 x TEES 1183222 Terminal Number 15 Zener diode Photo coupler coupler CTLG CTLG eon di de 5 Zener diode 8 185 a raato a kaper M 42 TB43 _ 44 TB45 TB46 mu vw 6 m
40. card to load is long there may be a leakage current due to the line capacity Output unit Load does C R Example 2 not turn off Triac output It is recommended to use 0 1 to 0 47 u F 47 to 1200 1 2W for the constant of CR Leakage current due to load noise suppressor 8 Remove noise suppessor from both sides of the load and connect a resistor When wiring distance from output card to load is long High frequency current there may be a leakage current due to the line capacity Output unit Load turns off Resistor Example 3 with a delay Recommended resistance At 100V AC 5 to 10 kQ 5 to 3W At 200V AC 10 to 20 kQ 15 to 10W Reduce the power supplies from two to one Connect a sneak path prevention diode Output unit When the load is a relay or similar device it is necessary to connect reverse voltage absorbing diode to the load Shown by the dotted line in the When load is figure at left CR type timer Example 4 time constant fluctuates timer Calculate the CR constant depending on the load 5 8 IB NA 66236 59 o TROUBLESHOOTING Counter electromotive voltage due to ON OFF Connect a varistor to both ends of the load or operation of external relays triac output Triac output Triac output unit with unit with 8 CR absorber Contact Rela CR absorber Contact Rela ON OFF ON OFF Load turns ON only for an insta
41. ch make the voltage across terminals of input module lower than OFF voltage value AC input AC input Input signa C does not turn i off Input unit It is recommended to use 0 1 to 0 47 u F 47 to 1200 1 2W for the constant of CR Drive by a limit switch with neon lamp Same as Example 1 Or make up another independent display circuit AC input Input signal Example 2 does not turn off Leakage current Leakage current due to line capacity of wiring Same as Example 1 cable Line capacity C of twisted pair wire is However leakage current is not generated approx 100 PF m 39 37inch when power supply is located on the input equipment side as shown below AC input AC input Input signal Example 3 does not turn off Leakage 1 CUrrent Drive by switch with LED indicator Connect a resistor which will make the voltage across the input terminal and COMT1 higher than OFF voltage as shown below DC input sink DC input sink Input signal Example 4 does not turn T Leakage resistor off The calculation example of connected resistor value is shown in the following page 5 5 IB 66236 5 TROUBLESHOOTING lt Table 5 1 Input Circuit Troubles and Corrective Actions conan Corrective Action Sneak path due to the use of two power Use only one power supply supplies Connect a sneak path prevention diode Figure below DC input DC input
42. d input voltage 24 VDC Rated load voltage 24 VDC BE Operating load 19 2 to 264 VDC Rated input current Approx 5 mA voltage range ripple less than 5 5 O z 19 2 to 26 4 VDC NU 0 1 A point 1 6 Mio Operating voltage range pple 186 than 5 989 current 13 Alcommon 597 8 M imultaneous 100 simultaneously ON T aC 927 5 in inrush current 0 4 A 10 msec or less cto 22 input points with 26 4 VDC supply of oC3 ON voltage ON current NOL Of Be Leakage current when OFF mA or less o3 mA or higher 1 pe 6 VDC or less 2775 kde 1 OFF voltage OFF current voltage drop when ON 1 5 VDC or less 0 1 A 1 7 mA less 219 7 Input resistance Approx 4 7K Q OFF ON 2 ms or less 22 2 ms or less Response time a resistance load J ON display LEDs 1 25 3 1 25 YS3A 2 S3 2 for connections to terminal block V1 25 3 1 25 53 V2 S3 V2 YS3A Accessories _ Solder type connector for external wiring Number of occupied stations d 3 peak voltage 31 2 VDC Response time Surge absorber a i Zener diode 4 90 05 09
43. de good ventilation and to make unit replacement easy allow a clearance of 80mm 3 15inch or more between the top side of the unit and surrounding structure or parts See Fig 4 1 2 Choose a flat surface for mounting the unit Waves and warpage of the mounting surface will cause printed circuit boards in the unit to be strained or twisted which lead to malfunction 3 Mount the unit on a separate panel or away from large electromagnetic contactors and no fuse circuit breakers which produce vibrations 4 To avoid influence of radiation of noise or heat allow a clearance of 100mm 3 94inch or more if the PC faces such noise or heat radiating devices when such devices are mounted on the back side of the door See Fig 4 2 Also allow a clearance of 50mm 1 97inch or more between the side face of the MINI remote and other devices Panel ceiling wiring duct parts etc perd ree eie ir 80mm 3 15inch remote or more ls Contactor relay etc 80mm 3 15inch or more n 1 Panel bottom wiring duct parts etc 100mm 3 94inch or more 2 2 pT T4454 3 9 55 amp amp bd oo oo DD DD DDD DD Fig 4 1 Installing position of unit Fig 4 2 Clearance between PC and other devices 45 eee 66236 4 PART IDENTIFICATION AND INSTALLATION ME
44. ernal devices The cables between and after RDA and RDB of the problem station and SDA and SDB of the preceding station may be picking excessive noise Move and bind the communication cables away from power supply cables and AC input cables Problem station Preceding station MINI remote 1 0 Excessive noise influence IB 66236 _ 5 TROUBLESHOOTING 5 1 2 Problem The PW LED of the MINI remote is not ON The PW LED is not ON the screws of terminals 24V and 24G TB5 TB7 TB26 TB28 of MINI remote fixed tight NO YES Are the I O f unit power supply lines correctly connected to terminals 24V and 24G of the NO Is the I O unit power supply voltage between terminals 24V and 24G within the specified range 15 6 to 31 2 VDC YES NO Supplied directly from the Is the I O master power supply unit power supplied from the preceding station Supplied from the 5 the voltage preceding station of the master power supply within the range specified for the MO unit NO YES Is the I O unit power voltage supplied from the 24V terminal of the preceding station within the specified range Replace the power supply cable YES NO 5 2 Tighten the screws TB5 TB7 26 28 securely
45. gher AussrCi 380 voltage ON current OFF voltage OFF current Input resistance _ OFF ON ON OFF Common 6 VDC or 1 5 1 7 or less Approx 47 22510 msec or less 38 888888 88888 3008 88808888 Pw RUN 8 p Du Response time 10 msec 1 foooooooooooooooooocoo 000000000006000000000 82 points common ON indication LEDs 40 connector 8 point terminal block o Omm 075to2mm 125 3 1 25 5 2 53 2 5 V1 25 3 V1 25 YS3A 2 53 2 Soldering type connector for external wiring 15 6 to 31 2 VDC peak voltage 31 2 55 or less with 24 VDC supply 0 25kg 0 556 External Connections Operation information External wiring system STATION NO Applicable wire size Applicable solderless terminals for connections to terminal block Accessories d stations Voltage Number of occupie MITSUBISHI unit power supply A11 X19 00 gt e gt m Internal circuit gt 00000000000000000000 XOE B5 B4 Vacant 4 Vacant A3 Vacant Vacant Vacant IB N
46. int terminal block connector T 0 75 to 2mm 14 AWG tightening torque 7kg cm 1 25 3 1 25 6 2 53 2 YS3A Applicable solderless terminal V125 3 125 63 V2 S3 V2 YS3A IB 66236 3 SPECIFICATIONS 3 2 Input Units 3 2 1 Type AX11C 100V AC input unit 32 points 6mA Insulation system 0 2 2 Photocouper A Rated input current 277 Approx 6mA 100 60Hz iio 414285 to 132V 50 60Hz 5 _ 222 75 simultaneous ON 110V AC Max 200mA within 1ms 132V AC 80V AC or higher bmA or higher 3 30V lower ImA or lower Approx 18kQ 60Hz approx 21 50Hz 15ms or less 100V AC 60Hz ON OFF 7 30 or less 100V 60Hz Common terminal 16 points common arrangement 2 terminals Operating voltage range Max simultaneously Inrush current voltage ON current _ OFF voltage OFF current _ gt Input impedance LE OFF gt ON Response time Number of occupied e VO module power supply 0 62kg quim a ES Terminal Signal No Terminal No Signal No TB5 187 26 246 TB8 Photocoupler Photocoupler 116 5V 18174 1 TB24 TB25 T 2 3 2 IB NA 66236 A 3 3 __ 3 SPECIFICATIONS 3 2 2 Type AX21C 200V AC input unit 32 points
47. l wiring 15 6 to 31 2 VDC peak voltage 31 2 VDC 55 mA or less with 24 VDC supply 0 25kg 0 55lb External wiring system Ox Applicable wire size STATION NO 0 L 5 8 Applicable solderless terminals for connections to terminal block Accessories 3 45 07 14 6 d stations Voltage Number of occupie Hs 24 2 2 unit power supply External Connections Pin arrangement B2 e voo A20 vio am o B YO 19 vn Bis YO Y12 B17 vos 17 B15 Yo5 15 15 14 yoo 14 16 Dm om B12 yos 12 Y18 11 09 A1 Y19 mw YOC 8 Y1C 9 e 75 M 41 2 00000000000000000000 00000000000000000000 lt e gJ c to 5 gt sS gt lt eo 3 m Erde 75 lt m 3 26 IB NA 66236 C 3 SPECIFICATIONS 3 8 7 AJ35TC1 32DT input output composite unit DC input sink source common type transistor output composite unit Input specifications fJ Output specifications Number of input points 16 points Number of output points gt 16 points D Rate
48. lied to the circuit When this device is activated the power supply unit LED is switched off In this case switch off then on the input power to restart the system The power supply unit must be changed if the system is not booted and the LED remains off If voltage setting on the unit does not conform with the supplied voltage problems will occur as described below Power Supply Voltage 100V AC 200V AC The power supply unit will be broken no problem on CPU Set at 100V AC terminals of are shorted Set at 200V AC terminals of 2 are open No problem on the unit The unit does not work 3 19 iB NA 66236 3 SPECIFICATIONS 3 6 DIN Rail Adapter A6DIN1C Applicable unit A2CI O unit power supply unit External dimensions mm inch 174 6 85 X 68 2 68 X 10 0 39 Weight kg Ib 0 06 0 13 TH35 7 5Fe 35 7 5 TH35 15Fe Applicable DIN rail type JIS C2812 JIS Japanese Industrial Standard 3 7 Common Terminal Block A2CCOM TB 2 Applicable unit A2C unit External dimensions mm inch 125 4 92 X 54 2 13 X 13 0 51 Weight kg Ib 0 12 0 26 Example of using 2 D Example when installed to the input unit AX11C 2 Example when installed to the output unit AY13C VO terminal block VO terminal block Common terminal block ___ Common terminal block 6 6 169 0 9 0 2 2 00
49. ll after wiring Terminal Details Power input terminals Power input terminals to which AC power of 100V AC or 200V AC is connected Applied voltage select terminals When 100V AC is input connect together the SHORT 100V AC terminals with the attached jumper block When 200V AC is input open the OPEN 200V AC terminals Grounding of power filter Has half the input potential Grounding terminal connected to the shielding pattern on printed circuit board 24V DC and 24G DC terminais For supplying 24V DC power to those units which require 24V power inside the output unit supplied using external wiring EMT INPUT 100 110 SHORT AC100V OPEN 200 4 2 IB 66236 4 PART IDENTIFICATION AND INSTALLATION 4 1 3 Remote terminal block I O unit remote connector unit The name of the parts of the remote terminal block unit AJ35TB 1 16 and the remote connector I O unit AJ35TC1 32 are indicated below AJ35TB1 16 2 5 2 16 mos 1 32 1 mU MITSUBISHI TEE Station number set Used to set the station number of the remote terminal block vO units and the ting switches remote connector I O units in the range 1 and 64 The X10 switch is used to set the ten 10 digit of the station number STATION NO X1 switch is used to set
50. mon Surge killer Zener diode Common terminal arrangement Response time External power supply requirement Max simultaneously ON 60 simultaneous ON 26 4V DC 16 points common 2 terminals Number of occupied stations Voltage 15 6 to 31 2V DC REM 74mA or lower 24V TYP 0 65kg 1 436 Terminal No Signal RDA m lt DELE C AL 182 1827 1828 SDB TB 5 XNSB3 7828 222 TB28 CTL 3 ae MERE 2 me Pax n gt T8355 Y2 VO module power supply TEM Photocoupler Photocoupler 1836 X3 Y13 A CTLG TB13 TB15 TB14 TB16 4 789 16 V tev an TB15 V da pad ib vis Photocoupler Photocoupler NA 66236 3 SPECIFICATIONS 3 4 5 Type AX80Y10C 1 unit 12 24V DC input 16 points relay output 16 points OUTPUT SPECIFICATIONS Output points Insulation system Photocoupler Rated input vottage 12V DC 24v DC Rated switching 24V DC resistance load 2A point voltage current 240 AC 1 4A common Rated input current Approx 3mA Approx 7mA a Max switching load DC 1mA Operating voltage range 10 2 to 31 2V DC ripple ratio within 5 Y RENI 250V 110 DC ON voltage ON current
51. nal No 24V TB 18 TB20 Y VO 24V 246 22 7 23 Y8 TB 24 COM TB 25 Y TB 26 YA TB 27 CO TB 28 Y UJ Internal circuit TB29 YC TB 30 COM TB 31 C YD C 32 Y TB 33 246 SDA RDA SDB RDB SG FG YO OM 1 2 OM Y4 TB 34 Y IB NA 66236 3 SPECIFICATIONS 3 8 6 AJ35TC1 32T transistor output unit lt gt Transistor output unit sink type Specifications 1 AJ35TC1 32T Appearance 224 Number of input points Insulation system Rated load voltage Operating load voltage range Photocoupler 24 19 2 to 26 4 VDC ripple less than 596 01 A point 2 A common Max load current MRS es Max inrush current _ 0 4 A 10 msec or less Leakage current when OFF 0 1 mA or less op when ON OFF ON ON OFF Su rge absorber Max voltage dr 1 5 VDC or less at 0 1 A 2 msec or less Response time 07 11 IE 2 msec or less resistance load Zener diode 00000000000000000000 00000000000000000000 432 points common 22 Operation information ON indication LEDs 0 75 to 2mm _ 1 25 3 1 25 5 2 53 2 YS3A V1 25 3 V1 25 YS3A V2 S3 V2 YS3A Soldering type connector for externa
52. nt when output turns OFF When output D is ON and output is Varistor of which element diameter is 7mm or and when contact 8 is turned from ON to OFF more and of 430V is recommended the counter electromotive voltage produced at external relay RA1 makes output 2 turn ON for an instant and external relay RA2 turn ON for an instant Specifications recommended for the capacitor and resistor used in Examples 2 and 4 are as follows 1 Combination of capacitors and resistors 470 2 Rated voltage of is 630V DC 200V 3 Power capacity of R is 1 2W or more 4 When power consumption of load is 30V A or larger use C of 0 47 u F 470 IB 66236 APPEND APPENDIX _ APPENDIX 1 EXTERNAL DIMENSION DIAGRAM 1 External dimensions of the C and STATION NO 496 3 e 10 2 gt DD ono 2 w 161 6 34 170 6 69 M3 5 terminal screw 2 5 mounting hole M4 mounting screw Unit mm inch APP 1 IB NA 66236 A APPENDIX 161 6 34 170 6 69 INPUT AC100 110V SHORT 100 OPEN AC200V 55 217 2 5 mounting hole 64 2 52 4 mounting screw Unit mm inch APP 8 66236 APPENDIX 3 External dimensions of the A
53. rents when a transistor output unit of which maximum toad current is 0 3 is used to switch a load incorporating a DC DC converter e g a timer or counter Either connect a resistive or inductive load in series with the load or use an output unit of which maximum load current is large Resistor Load Inductance Load Output Output unit unit Since overload protection is not provided an external fast blow fuse should be used at each point where fuse protection is required The following external fast blow fuses are recommended AC HP fuse GP fuse DC MP fuse 4 IB NA 66236 2 NOTES ON SELECTING THE I O UNITS The following versions are applicable to the 1 modules in this manual Name plate Hardware version Date of manufacture DATE 210H Changed contents em Oven Rated switching 24V DC 0 5 A point 24V DC current resistance load 10096 resistance load 2A point current value 240V AC simultaneous 240V AC 4A common per point cos 1 ON cos 1 200V AC 0 4A 200V AC 1 5A 240V AC 0 3A cos 0 7 240V AC 1A cos 0 7 Electrical life 200V AC 0 14A 200V AC 1A 240V AC 0 12A cos 0 35 240V AC 0 5A cos 0 35 Max switching 4 3500 times hour 3600 times hour frequency 2 3 IB NA 66236 B 2 NOTES ON SELECTING THE I O UNITS 5 The relay life for relay outp
54. station number STATION NO 17 sets a figure between 0 and 9 of the station number _ 1 Cus _ Indication _ PW illuminates when the unit B is being turned on P illuminates when data communica tion is being done correctly Indicates ON OFF status of input Flickers when data is being sent and output signals receive data Turns off when communication 1 done correctly 8 9 C D E F Terminal block for Terminal block to which the twisted pair data link is connected Connect twisted 3 connecting twisted pair cables when other stations are connected with twisted pair cables Read the pair cables TENE A2CCPU User s Manual for connection and wiring 4 _ Terminal block for in Used to connect input and output signal lines See Section 3 for wiring Terminal put and output signals screws 5 7 Tightening torque 8 5 7 36 to 11 5kg cm 9 966 inch 41 IB NA 66236 MELSEC 4 PART IDENTIFICATION AND INSTALLATION A Part identification of the AG6PC power supply unit is given below 4 1 2 Power supply unit POWER LED LED for indicating 24V DC power Terminal block See below for details located under the terminal cover INPUT i noy Terminal cover Cover for protection of terminal block Remove during wiring Insta
55. tem Rated load voltage Min load voltage current Max inrush current Leakage current OFF Max voltage drop ON 241 OFF Response time ON OFF _ Surge killer _ 0 5 cycles 1msorless CR absorber 0 01 uF 680 Common terminal 8 points common _ _ arrangement IM Number of occupied stations Tu mod E Voltage 22 45 6 to 31 2V DC 4 0 75kg I O module power supply 24 246 terminal 2 180 or lower at 24V Terminal Signal TB2 TBS FG TB7 TB8 TB9 v2 Te vs TB12 TB13 TB14 TB15 TB16 1817 1818 TB19 TB20 TB21 TB22 TB23 TB24 TB25 TB50 COM4 See Section 5 2 2 Example 4 3 8 IB NA 66236 B 23 SPECIFICATIONS 3 3 3 AY51C transistor output unit sink loading 12 24V DC 32 points 0 3A _ Specifications 2223 moe ws Terminal Arrangement Rated load voltage O3Apoit 75 simultaneous ON or shoer Type of output Response time ORE 0 0210 31 2V Dc VDO QA Operating load voltage range
56. the units 1 digit of the station number 4 LED indicators e e Lights when the to the unit is turned Lit while data communication is being performed normally Indicate the ON OFF status of Flashes while data communica signals X YO to F tion is in progess Lights when occurs off during normal com munication IB NA 66236 C 4 PART IDENTIFICATION AND INSTALLATION LED indicators unit is turned ON A0 Lit while data communication is being performed normally tion is in progess Lights when a receive data error occurs off during normal com munication Indication the ON OFF status of signals X YO to F Indicate the ON OFF status of to signals X Y10 to 1F Terminal block This terminal block serves to connect the I O unit power supply the twisted pair data link and the signals Terminal block This terminal block serves to connect the I O unit power supply and the twisted pair data link Connector This connector is used to connect the I O signals Hook for the DIN rail This hook is used to install the DIN rail 4 4 IB NA 66236 C 4 PART IDENTIFICATION AND INSTALLATION 4 2 Installation This section gives cautions on installation and procedures of installation of the MINI remote 4 2 1 Cautions on installation 1 To provi
57. ut units is shown below Relay output units should be selected with reference to these characteristics and frequency of operation SA Ue m IN 100 gt Switching life unit 10 000 times Switching current 66236 B 2 NOTES ON SELECTING THE 1 0 UNITS 6 The maximum number of input points which may be simul taneously ON in the input unit varies with input voltage and ambient temperature as shown below Select the number of simultaneous ON points referring to the figures shown below 37 C 43 5 C 52 C 220V AC 67 200V AC o o a amp 2 3 5 0 10 20 30 40 50 55 60 0 10 20 30 40 50 55 60 Ambient temperature C Ambient temperature 11 21 100 50 79 26 4V Input points 3 Input points 96 0 50 55 60 Ambient temperature C Ambient temperature C AX31C 41 2 5 IB 66236 2 NOTES ON SELECTING THE I O UNITS output current and ambient temperature as shown below Select the number of simultaneous on points referring to the figures shown below 45 52 C 55 0 3A 6096 ON 0 22A 2 75 ON lt 0 2 lt 0 2 5 5 5 5 0 11A amp 2 0 1 100 ON 8 0 1 0 10 20 30 40 50 55 60 0 10 20 30 40 50 55 60 Ambient temperature C Ambient temperature AY23C 51 0 5 0 5A 1
58. xternal power supply requirement 24V DC 10 Ripple voltage 4Vp p or less CTL CTLG terminal 184mA 24V DC TYP all points ON Surge killer Not provided Electrical Max switching frequency Common terminal A 8 points common arrangement e Number of occupied stations VO module power supply Voltage 24V 24G terminal Current 181 TB3 RDB 15 6 to 31 2V DC 1 54lb Terminal No Signal TB26 SDA TB27 S 22 TB28 SD TB29 TB30 24V TB31 TB32 24 5 TB33 Y10 TB34 Y11 TB35 Y12 TB36 TB37 14 1838 15 __ 76 TB40 17 TB41 COM3 TB42 Y18 TB43 Y19 TB44 Y1 TB45 Y1B TB46 Y1C TB47 Y1D TB48 Y1E TB49 Y1F TB50 COM4 For relay 24V DC IB NA 66236 B 23 SPECIFICATIONS 3 3 2 Type AY23C triac output unit 100 240V 32 points 0 3A Type Specifications Output points mE 32 points m Photocoupler 2222 100 240 40 70 00 load voltage load current 0 3A point 60 simultaneous ON 18V AC 10mA 100V AC 10mA 240V AC 10mA 20A 10ms or shorter 5 1 5mA 120V AC 60Hz Approx 3 0mA 240 AC 60Hz _1 5 or lower 100 to 300mA 1 8V or lower 50 to 100mA 2 5V or lower 10 to 50mA 1ms or less Insulation sys
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