Mitsubishi MELSEC-K Instruction Manual Download Page 9

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Summary of Contents for MELSEC-K

Page 1: ... underutilized and idle equipment along with credit for buybacks and trade ins Custom engineering so your equipment works exactly as you specify Critical and expedited services Leasing Rentals Demos In stock Ready to ship TAR certified secure asset solutions Expert team I Trust guarantee I 100 satisfaction All trademarks brand names and brands appearing herein are the property of their respective ...

Page 2: ...Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 3: ...t specifications 55 4 2 7 Extension cable specifications 55 4 2 8 Lithium battery specifications 56 4 2 9 Fuse specifications 56 4 2 10 Dummy unit specifications 56 A B 57 80 5 1 Nomenclature and Explanation 58 5 2 Loading 66 5 2 1 Loadingprocedure 66 5 2 2 Memory loading and setting 67 5 2 3 Battery loading 68 5 2 4 Extension base unit number setting 68 5 2 5 Connection of extension cable 69 5 2 ...

Page 4: ...e written 89 6 4 Battery Change 90 6 4 1 Battery life 90 6 4 2 Battery changingprocedure 91 6 5 Fusechange 92 7 1 K2NCPU Unit 94 7 2 1 0Units 95 7 3 Power Supply Unit 96 7 4 Basic Base Units 97 7 5 Extension Base Units 98 7 6 Dummy Unit 100 8 1 8 2 8 3 Watchdog Timer WDT 102 Accuracy of 10ms Timer 103 Maximum Counting Speed of Counter 104 9 1 Main Unit 106 9 2 Memory 106 9 3 Battery 106 2 COMPARIS...

Page 5: ...B 1 GENERAL DESCRIPTION 1 GENERAL DESCRIPTION m 3 4 3 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 6: ...r to improve operability The addition of AC input and relay output units for 32 points allows a system to be com pact and extremely low priced Cautions for HandIing 1 3 8 ps step or 5 6 ps step can be selected for sequence instruction execution time For a system which consists of only I O units having type names with N at the end and KI K2 series output units either 3 8 step or 5 6 step can be use...

Page 7: ...2 EQUIPMENT 2 EQUIPMENT 5 1 0 List of Equipment 6 List of Peripheral Equipment 9 2 1 2 2 5 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 8: ...h 3000 mm Connection between base units 1cable per extension base unit 16 points 100VACinput unit K X l l N KX20N KX21N 32 points IOOVAC input unit 16 points 200VAC input unit 32 points 220VAC input unit 2 EQUIPMENT 2 1 List of Equipment Name I Type I Remarks I CPU unit K2NCPU 1 4096 steps I O 512 points M 250 points T C 128points D 96 points Base unit Extension bese unit i 3 1 2KROM I For 2 K ste...

Page 9: ...seconds 3 30 seconds Pulse train output 2 axes independent 2 axes simultaneous 2 axes linear interpolationpossible Dedicatedto MELDAS SI pulse train output 2 axes independent 2 axes simultaneous 2 axes linear interpolationpossible Read write position display monitor and test of 400 pointposition data BCD 4 digit reversiblecounter 20KHz with comparator 1 2 phase input 0 20mA O 5lOV analog input 11 ...

Page 10: ...ttery I K6BAT For IC RAMbackup and power failure latch I Oummyunit I KG62N I Changeover selection of 16 32 or 64 points is possible Q L L s Blankcover 1 KG62 1 Blank cover for area where 1 0unit is not loaded I Plug type 5A For KY22N MP50 23N 60N For KY51N For power MF6ONR 1 5A 05 1 MP20 Plug type 2A Encased in glass tube 5A loaded into base unit KJ71P3 and KJ72P5 are used for optical data link sy...

Page 11: ...g with CRT I Cable I K63CBLI Cable for connection of KGGPF and GPP length 3 m Support base Peripheral equip ment support base KGPSB Two peripheral units can be loaded used together with KGGPF and K63CBL Programming unit Programmingunit Program I O unit loaded into main unit CPU or KGPSB P ROM writer Audio cassette Data cassette 1 K7MTF I K7MTFE1 Interface for main unit CPU GPP or KGPSB and K7MT in...

Page 12: ...x 10 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 13: ...ON 3 SYSTEM CONFIGURATION 11 16 3 1 System Configuration 12 Allocation of 1 0Numbers 13 Instruction on System Design 15 3 2 3 3 11 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 14: ...N 1 When K61PN or K64PN is loaded 50 60Hz Extention cable 5VDC 24VDC supplied from exterior Extension cable Peripheral unit A IIII I I 1 t u C 8 A I 1 t 5VDC 24VDC Extension base unit a I I 4 5VDC of K55BN or K58BN is supplied by the basic base unit I N K12BN K15BN K18BN K65BN K68BN K55BN K58BN 12 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 15: ...over KG62 is used 16 points are exclusively used automatically When the dummy unit KG62N is used the number of set points are exclusively used See the figure shown at right below Stage number sett ing confirmation hole Number points KG62N Of Extension base unit 2 Allocation of l O numbers of basic base unit Point setting switch Number 0 32 64 points 1 6 With blank cover K18BN basic unit 1 2 3 4 5 ...

Page 16: ...2 A0 BF I Ibase unit I 11 12 13 14 15 n n CO EO 100 120 130 I 5 5 5 5 DF FF 11F 12F 13F p Allocate 16 points to K65BN extension base 1 16 17 INOUT g 5 5 5 2 e c c F c 0 z Y Y Y Y 1 1 1 3 1 1 2 16 16 16 16 16 16 16 L 16 j I Y140 Y150 Y160Y170 Y180 T O 5 I I I S I I S YlbF Y15F Yl6FY17F Y18F E Type K55BN extension base unit 24 25 26 27 28 YICOYIDOYIEOYIFO YICF Y I D F Y I E F X I F F YIFO Y I F F 5 ...

Page 17: ...ess Also at the time of error of external power supply or failure of programma ble controller main unit output process may possibly make erroneous operation In order to prevent the aforementioned erroneous operations from resulting in the errone ous run of the entire system and also from fail safe aspect constitute circuits such as emergency stop circuit protection circuit and interlock circuit wh...

Page 18: ...everse rotations machine 0 Idamage or accident 1 2 3 4 5 6 7 Run stop circuit run can be made when RA 1 run output of programmablecontroller turns on Alarm indicator lamp or buzzer On when run by A4255 Power of output equipment is turned off when stopped At the time of emergency stop or stop due to operation of limit switch DC power supply establishmentsymbol input Set timer at the interval of tim...

Page 19: ...unit specifications 27 4 2 4 Power supply unit specifications 53 4 2 5 Basic base unit specifications 55 4 2 6 Extension base unit specifications 55 4 2 7 Extensioncable specifications 55 4 2 8 Lithium battery specifications 56 4 2 9 Fuse specifications 56 4 2 18 Dummy unit specifications 56 17 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 20: ...0 90 RH no dew condensation Conforms to Class 3 IIB JIS C 0911 16 7 Hz 3 mm double amplitude 2 hours __ Conforms to JIS C 0912 10 g x 3 times in 3 directions 1500VAC for 1 minute across batch of AC external termi nals and case 1000 Vpp noise voltage Ips noise width and 25 60Hz noise frequency by noisesimulator 5 M a or larger by 500VDC insulation resistance tester across batch of AC external termi...

Page 21: ...ncrements accuracy rf scan time FIYes specification 1 249 bits MI M249 excluding those used for temporary memory usable points Specifications register With temporary memory in units of 1 bit combined up to 253 bits are possible data shift is also possible 96 points DO 95 16 bits for 1 data maximum of 4 digits can be handled in units of 4 bits Specifications Data Four I O points make up 1 digit Usa...

Page 22: ...ontents of power failure latch range indicates that any rotary switch number may be set 3 The sequence instruction execution time can be set to 3 8 step FAST position or 5 6 ps step SLOW position by the setting of connector CONS CON9 pins For a system which consists of only I O units havingtype name with N at the end and KI K2 series output units either 3 8 pshtep or 5 6 step can be used For a sys...

Page 23: ...ata register Dn 0 95 Both are entered into the T Timer C External failure memory FO 99 I loopoints For external failure display F100 127 28 points I Function number Application instruction 124 Jata register DO 95 I 96points SpeciaI register Special register register for data link K Numericconstant 0 9999 Master control 0 63 Digit designation 1 4 Jump destination step number 0 4095 rWp of Y 63 Cons...

Page 24: ...ogic opera 1 1 Master con trol start iig bH w X Y M T C F control rKn n 0 63 lo Master 1 L o a d Master c o n t r o l control reset 11 Master X Y M T C F reset inverse Y M F 3 Contact a series AND connection I Reset of Y M F Reset of counter nection Reset tempor ar y value A N D inverse I bit s h i f t of temporary value 5 O R Conditional j u m p Jump to latter step OR inverse Logic block F o r pr...

Page 25: ... is converted into BCD and BCD Dm KnY Binary data of Dm is converted into BCD and output directly to Y Constant addition Km 0 9999 Dn content is done Addition Dn confent Dm content is done and the result is Dn Km and the result is stored into Dn I D I D stored into On Km Dn Dm Dn Constant subtraction Dn content Km 0 9999 is done and the result is stored into Dn Subtraction Dn content Dm content is...

Page 26: ...DllO D113 D112 D115 D114 6 digit BCD subtraction Mu1tiplicand Multiplier Result of multiplication Upper Lower Upper Lower Upper Middle Lower 2digits 4digits 2digits 4digits 4digits 4digits 4digits 6 digit BCD multiplication OUT F112 I o I o 1 3 u x u u u u I Y 4 D l l l DllO D113 D112 D116 D115 D114 Dividend Divisor Result of division Upper Lower Upper Lower Upper Lower 2digits 4digits 2digits 4 d...

Page 27: ...mber of D to be reset D110 Dlll Starting number of D is placed in D1IO and D s in Dl11 are reset r C D number 3 digits Result of read m u D110 Dlll o T C l D r C D number 3 digits Result of write m u DllO Dlll 0 T C l D Number of digits of Y and starting number Batch transfer from output Y to data 7 Number of digits register D in units of 4 Number of D a t points up to 1 6 points rStarting number ...

Page 28: ...M 1024steps 4096 steps 2048 steps 4096 steps 24 pin IC 28 pin IC 24 pin IC 28 pin IC package package package package ROM writer ROM writer K6WU RAM I I ROM K6PRT I K6PRT I Table 4 8 Memory Sepcifications 4 f 4 A 26 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 29: ...m I Photocoupler I 80VAC or higher 6mA or higher TB20 TBI 16 ON voltage ON current I E E 0 0 c 9 Input impedance 1 Approx IOKa 60Hz approx 12Ka 50Hz I Internalcurrent consumption 5V 70mA TYP all points ON External connection system I 20 point terminal block connector M3 x 6 mm screws 33mm I 0 75 2 mm2 applicable tightening Teh nal Signal NO LI__I INTERNALCIRCUIT 4 X07 I Internal circuit I I Photoc...

Page 30: ...C I ON voltage ON current I 80VAC or higher 6mA or higher TB37 40 TBI 32 I OFF voltage OFF current I 30VAC or lower 3 5mA or lower TB37 40 TBI 32 Internalcurrent consumption 5V I 130mA TYP all points ON Common wiring system I 32 points common common termmal TB37 40 ODeration indicator I ON dimlav LED I L 4 33mm External connection system I 40qoint terminal block connector M3 x 6 mm screws Applicab...

Page 31: ...ration indicator OFF ON 15 ms or shorter OFF 30 ms or shorter Responsetime 16 points common commonterminal TB20 ON display LED 1 Internal current 70 mA TYP all points ON External connection system Applicable wire size 20 point terminal block connector M3x 6 mm screws 0 75 2 mm2 applicabletightening torque 7 kg cm Applicable solder less terminal I 33 mm Weight 0 51kg 1 25 3 l 25 YS3Ar 2 S3 2 YS3A V...

Page 32: ...400 mA within 0 12 ms 264 V AC I E E 0 0 m GOVAC or lower 3 mA or lower TB37 40 TBI 32 OFF voltage OFF current I Internal current consumption DC5V 130 mA TYP all points ON I 33 mm 1 7 Weight Applicable solder 1 25 3 1 25 YS3A 2 S3 2 YS3A less terminal VI 25 3 V I 25 YS3A V 2 4 3 V2 YS3A INTERNAL CIRCUIT I TB3 I X02 I TB23 I X I 6 I TB4 I X03 I TB24 I X I7 TB5 I X04 I TB25 1 X I 8 INPUT EQUIPMENT 0...

Page 33: ...tion 5V ON display LED Common wirinq svstem I 16 Doints common commonterminal TB19 I Applicable wire size Applicable solder less terminal 0 75 2 mm2 applicabletighteningtorque 7 kg cm Weight 0 47 kg 1 25 3 1 25 YS3AI 2 S3 2 YS3AI V I 25 3 V I 25 YS3A V2 S3 V2 YS3A 20 pointterminal block connector M3 x 6 mm screws External connection system I I TB13 TB14 TBI5 TB16 E E 0 0 m xoc xon XOE XOF 33mm TBI...

Page 34: ...05 TB26 Y15 Y06 TB27 Y16 TB19 Not used TB39 Not used 6 Type KX41N input unit DC I n w t Unit 1 Operatingvoltage range 1 10 2 26 4VDC ripple ratio within 5 I I Max simultaneous ON pointsI 32 points ON voltage ON current I SVDC or higher 3mA or higher T i I E E 2 0 Y 130mA TYP all points ON Internalcurrent consumption 5V Common wiring system I 16 points common common terminal ii EXTERNAL SW INTERNAL...

Page 35: ...6 or lower 2A19 20 2A1 16 2B1 16 I Changeover display of 32 points by ON display LED SW Two 40 pinconnectors with solder 0 3 mm2 l 4 33mm Two external wiring connectors Weight 0 58 kg I Internal current consumption 5V 130mA TYP all points ON Common wiring system I 32 points common common terminal I INTERNAL CIRCUIT 2 4K EXTERNqL SW I Internal circuit 1 12 24VDC I I Internal circuit t I Display sel...

Page 36: ... c3 1 5VDC or lower 0 1mA or lower Switch ON 2VDC or lower O lmA or lower Switch OFF 2 Input impedance Approx 1 4kQ Switch ON approx 5 5kQ Switch OFF t L Internal current consumption DC5V 130mA TYP all points ON x H 33 mm i Applicable wire size 1 0 75 2 mm2 applicabletightening torque 7 kg cm I Applicable solder less terminal 1 25 3 l 25 YS3Af 2 S3 2 YS3A 1 V I 25 3 V I 25 YS3Af V2 S3 V2 YS3A Weig...

Page 37: ...0 3Oms 20 pointterminal block connector M3 x 6 mm screws External connection system Common wiring system Operation indicator 33mm 16points common commonterminal TB19 ON display LED Applicable wire size Applicable solder less terminal TB2 I xo1 TB3 1 x02 0 75 2 mm2 applicabletightening torque 7 kg cm Weight 0 47 kg 1 25 3 1 25 YS3A 2 S3 2 YS3A V 1 25 3 V 1 25 YS3A V 2 4 3 V2 YS3A I TB13 I xoc I TB1...

Page 38: ...ation svstem I PhotocouDIer Operating voltage range I 10 8 26 4VDC Max simultaneous ON points I 16 points Internal current consumption 5V 20mA TYP all points ON External connection system 20 point terminal block connector M3 x 6 mm screws 33mm Applicable wire size I 0 75 2 mm2 applicabletightening torque 7 kg cm I 1 25 3 1 25 YS3A 2 S3 2 YS3A8 V I 25 3 V I 25 YS3A V2 S3 V2 YS3A Weight 1 0 5 kg App...

Page 39: ...ut resistance Approx 2 4KCi 5 7 6 6ms 24VDC 6 7ms 24VDC Response time 30mA TYP all points ON Internalcurrent consumption 5V Common wiring system Externalconnection system 16 pointdcommon common terminal 1A20 1B20 40 pin connector with solder Operation indicator ON display LED Applicable wire size 0 3 mm2 E E 0 0 cv 33mm Accessory Externalwiring connector Weight 0 45 kg EXTERNAL I NTERNAL CIRCUlT x...

Page 40: ...it Contact Output Unit 1 I 16 points Output points I Leakage current at OFF I No leakage current I E E 0 0 0 Life 2OOVAC 1 5A 240VAC 1A COS O 7 200 thousand times or more 200VAC IA 240VAC 0 5A C0 3 0 35 200 thousand times or more Electrical 1 200VAC 0 7A 240VAC 0 1A L R 7ms 200 thousand times or more Max switching frequency 1 3600 times hour I Surge killer I Not provided I I I Commonwiring system ...

Page 41: ... Leakaae current at OFF I 2mA 200VAC 60HzVlmA 1OOVAC 60Hz I OFF ON ON OFF Mechanical 8 ms or shorter 15 ms or shorter 20 million times or more Responsetime Life s or more thousand times or more Electrical E E C C 24VDC 0 7A IOOVDC0 1A L R 7ms Internal current Common wiring system I I TB127 I YOD I w 1 TB20 Common4 INTERNAL CIRCUIT LOAD T Common a Terminalsacross each output terminal common are ind...

Page 42: ...os l point 5A common E E 0 0 cy Life t Max switching frequency I 3600 times hour I Not provided Surge killer Commonwiring system 200 mA TYP all points ON 600 mA 24VDC TYP all points ON 4 points TB5 TBIO TB15 TB20 common common termina TB2k TB3b TB3k TB40 ON display LED 40 point terminal block connector M3x 6 mm screws Operation indicator H 33mm External connection system Applicable wire size I 0 7...

Page 43: ... F ON I 8 ms or shorter I Applicable wire size Applicable solder less terminal ON OFF I T 15 ms or shorter I 0 75 2 mm2 applicabletightening torque 7 kg cm Weight 0 79kg 1 25 3 l 25 YS3Ar 2 S3 2 YS3A V I 25 3 V I 25 YS3Ar V2 S3 V2 YS3A Life Mechanical I 20 million times or more I Rated switching voltage current load 200 thousand times or more I 200VAC 1 5A 240VAC 1A COS 0 7 I 200 thousand times or...

Page 44: ...er Noise suppression Fuse rating CR absorber 0 022pF 47Q Fast meltingfuse 5A 1 comon pce Fuse blow indicator 33 mm Provided LEDturns on when fuse blows Operation indicator External connection system INTERNAL CIRCUIT ON display LED 20 point terminal block connector M3x 6 mm screws I I TB16 1 YOC I Applicable wire size Applicable solder less terminal TBI 9 YOF 0 75 2 mm2 applicabletightening torque ...

Page 45: ...20 Commonwiring system 1 CR absorber 0 022pF 47a I I Fuse rating Fuse blow indicator Fast meltingfuse 5A 1 comon pce provided LED turns on when fuse blows Applicable wire size I 0 75 2 mm2 applicabletightening torque 7 kg cm I Operation indicator External connection system 33 mm ON display LED 40 point terminal block connector M3 x 6 mm screws Applicable solder less terminal YO0 I TB21 I Y10 TB2 I...

Page 46: ...12 24V DC I Internalcurrent consumption 5V I lOmA TYP all points ON External supply power current consumption 22mA 24VDCTYP all points ON Noise suppression I Clamp diode I I 33mm Applicable wire size I 0 75 2 mm2 applicabletightening torque 7 kg cm I I Weight 1 0 47 kg Ap licable solder 1 25 3 1 25 YS3A 2 4 3 2 YS3A8 Pess terminal I V I 25 3 V I 25 YS3A V2 S3 V2 YS3A EXTERNAL CIRCUIT I I EXTERNAL ...

Page 47: ...ts common common terminal TB39 TB19 40 20 Clamp diode Operation indicator External connection system I ON display LED 40 point terminal block connector M3 x 6 mm screws Applicable solder less terminal 33mm Weight 0 49 kg 1 25 3 l 25 YS3AI 2 4 3 2 YS3AI V 1 25 3 V 1 25 YS3A V2 S3 V2 YS3A I J Applicable wire size I 0 75 2 mm2 applicable tightening torque 7 kg cm 1 INTERNAL CIRCUIT EXTERNAL i LOAD 5 ...

Page 48: ...2 I 44mA common 24VDCTYP 32 points ON I External supply power current consumption Accessory Noise suppression I Clamp diode I Two external wiring connectors Weight 0 56 kg I 32 points common common terminal I Common wiring system Changeover display of 32 points b y ON disdav LED SW Operation indicator I I 33mm INTERNAL CIRCUIT EXTERNAL LOAD Internal circuit 0 LH latter half 5 24V DC Display select...

Page 49: ... 20 1 Varistor 52 62V Fast meltingfuse 2A 1 common 4 pcs Provided LED turns on when fuse blows Operation indicator External connection system ON display LED 33mm 40 point terminal block connector M3 x 6 rnm screws Applicable wire size Applicable solder less terminal 0 75 2 mm2 applicable tighteningtorque 7 kg cm Weight 0 63 kg 1 25 3 l 25 YS3AI 2 S3 2 YS3AI V I 25 3 V I 25 YS3AI V2 S3 V2 YS3A Term...

Page 50: ...oints common common terminal TB5 TBlk TBlO TB20 Operation indicator Max inrush current I 8A 100ms or shorter 12A 10 ms or shorter I ON display LED Leakage current at OFF I O lmA or lower I TB5 TB6 TB7 TB8 Common 1 Y04 Y05 Y06 20 pointterminal block connector M3 x 6 mm screws External connection system 33mm Applicable wire size I 0 75 2 mm2 applicabletightening torque 7 kg cm I Applicable solder le...

Page 51: ...ring system Operation indicator External connection system Applicable wire size b 4 33 mm 16 points common common terminal TB19 TB39 TB40 TB20 ON display LED 40 point terminal block connector M3x 6 mm screws 0 75 2 mm2 applicabletightening torque 7 kg cm Applicable solder 1 25 3 l 25 YS3Af 2 S3 2 YS3A less terminal V1 25 3 V I 25 YS3A V2 S3 V2 YS3A TB14 YOD TB34 Y I D TB15 YOE TB35 Y1 E TB16 YOF T...

Page 52: ... solder less terminal 0 75 2 mm2 applicabletightening torque 7 kg cm Weight 1 0 kg 1 25 3 l 25 YS3Ar 2 S3 2 YS3A V I 25 3 V I 25 YS3Ar V2 S3 V2 YS3A Terminal No TB1 TB2 TB3 Signal N0 YO0 YO1 YO2 L TB15 Common3 TB16 YOC TB17 YOD 24 Type KYGOE output unit E E 0 0 M L Noise suppression I Varistor 60 76V I Fuse rating I Fast meltingfuse 5A I common pce I 4 3mm Operation indicator I ON display LED I 20...

Page 53: ... 16 points I Insulation system I Photocoupler I I Max inrush current I 4A 100 ms or shorter E E 0 0 m Operation indicator I ON display LED I 20 pointterminal block connector M3 x 6 mm screws External connection system 33mm Applicable wire size I 0 75 2 mm2 applicable tightening torque 7 kg cm 1 I Weight 1 0 55 kg Applicable solder 1 25 3 1 25 YS3A 2 S3 2 YS3A less terminal I V I 25 3 V I 25 YS3A V...

Page 54: ...Max inrush current I 4A 100ms or shorter I A Leakage current at OFF I O lmA or lower 1 Max voltage drop at ON I 1 2V MAX 0 5A I E a Cornmon wiring system I o c o m m o n terminal 1A9 1A19 B9 B1 I 4 13mm d I TB1 I YO0 I TB21 I Y10 I 4 TB4 TB24 TB5 Y04 TB25 Y14 TB6 Y05 TB26 Y15 1 8 7 YO6 TB27 Y16 TB8 Y07 TB28 Y17 TB9 I 24V DC I TB29 I 24VDC TBlO I N o t used I TB30 I N o t used L TBI 1 Y08 TB31 Y18 ...

Page 55: ...Rated output current 4A 4A 6A 15A 1A 2A 4 5 6 5A I5VDC 6 6 7 4A 16 5 22 5A 11 18A Over current pro tection 4 5 6 5A 24VDC 2 2 3 2A 1 5 2 5A Over voltage 6 0 6 5V 6 0 6 9V 6 0 6 5V 6 0 6 5V 6 0 6 5V 27 28 5V I24VDC 27 28 5V Efficiency 65 or higher 65 or higher 65 or higher 65 or higher 72 or higher 5VDC 24VDC LED displays 5VDC 5VDC 24VDC LED displays 5VDC LED display 5VDC 24VDC LED displays Power i...

Page 56: ...power supply unit PeripheraI equipment I O special unit Power supply unit I I Handy graphic panel 1 KGHGP Power supply unit KGlPN 5VDC 4A KGHGPE 5VDC 1A c 5VDC 2 2A Positioningunit KD71N with KD71TU KD71TUE ROM writer unit KGWUE 1 5VDC 0 36A I 5VDC 2 5A 3 3A Data link unit I KJ71L2 L4 Power supply unit K62PN KGPRT 5VDC 0 8A I 5VDC0 8A I I PrograFumEgunit I K7PUE r l Power supply unit I 5VDC 0 2A I...

Page 57: ... loaded I Terminal screw size Requirementof power supply unit M4 x 0 7 x 6 Power supply unit is required Applicable solder less terminal Power supply unit is not required V I 25 4 V 1 25 Y S4 V 2 4 4 V 2 Y S4A Applicable tightening torque 17 kg cm I Applicable wire size I 0 75 2 mm2 1 Weight kg 1 4 1 9 1 2 1 6 External dimensions 3 0 0 x 3 1 0 4 5 I 3 0 0 4 1 5 x 4 51 3 0 0 2 7 5 x 4 51 3 0 0 x 3 ...

Page 58: ...ons 0 4 Type I MF60NR MP50 Shape 1 Encased in glass tube 1 Plugtype Externaldimensions mm 6 x 32 1 7 2 5 5 19 Rated current I 5A 5A Table 4 14 Fuse Specifiactions 4 2 10 Dummy unit specifications MP20 For output unit KY51N Plug type 17 2 x 5 5 x 19 2A I Type I KG62N Maximum 64 points Number of exclusively used I O points Application Unit for securing 16 32 or 64 points in advance when I O is expec...

Page 59: ...8 5 2 4 Extension base unit number setting 68 5 2 5 Connection of extension cable 69 5 2 6 Unit mounting to panel 70 5 2 7 Wiring 71 5 2 8 Troubles and corrective actions for I O circuits 74 5 3 Operation Procedures 77 3 3 1 Flowchart for trial run 77 5 3 2 Error list 79 57 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 60: ...2K or 4K This pin is factory set to CON4 At ON position power failure latch is activated At OFF position power failure latch is disabled By combination of this switch and rotary switch 13 types of power failure latch ranges can be set P14 3 23 I U M PRO Memory Protect memory are protected At OFF position protection of memory contents is reset Key switches RUN RUN Programmable controller is run STO...

Page 61: ...ve this switch to the OFF position ISTOP RUN PAUSE 1 STOP RUN PAUSE select key switch This is a key switch used to specify the run stop or pause of programmablecontrotler To run the programmable controller move this switch to the RUN position When the power is turned on with the switch at the RUN position operation is immediately initiated When the switch is moved from the RUN to STOP position ope...

Page 62: ...ause function When it is desired to indicate the execution of pause at the exterior turn on an output Y at the contact of M253 c During the execution of pause the RUN indicator LED is off However the temporary memory M255 is on T A d The time chart which indicatestime until pause is activated is shown END 0 END 0 END 0 0UT M252 RUN PAUSE Key switch tions are es tab1ished M253 ON One scan after pau...

Page 63: ... Providedwith one spare fuse Unit connector supply unit CPU unit or 1 0 K I8BN Unit guide hole I I Detailsof terminal b E a al of power supply al connected to ern on printed cir power supply terminal of internal SVDC power supply 61 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 64: ...e spare fuse Unit connector Connector for loading power supply unit CPU unit or 1 0 unit basic base unit or extension base IUnit guide hole Unit mounting screw Base mountingpear shaped M4x 0 7 screw hole for M5 screw Details of terminal block I al of power supply Y d 62 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 65: ...ole for M5 screw IDetails of t e r r n i n a r G 1 M4 x 0 7 x 6 Power input terminal used to connect AC power supply Ground terminal connected to I shielding pattern on printed cir cuit board OV power supply terminal of internal 5VDC power supply 63 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 66: ... developed at this terminal SG terminal is for checking OV POW ER LEE 0 LED for indicating 5VDC power supply V ADJ Variable resistor for adjusting 5VDCvoltage 4 9 5 1VDC SG terminal I 24V terminal I I I 24VDC check terminal 24V is developed at this terminal 24G terminal is for checking OV LED for indicating24VDC power I r LED for indicating24VDC power V ADJ Variable resistor for adjusting I 24VDCv...

Page 67: ...ght emitting diode is lit when the fuse blows Terminal block Terminal block which connects the power and 1 0signal wires Terminal screw M3x 0 5 x 6 Terminal block fixing screw M4 screw Display select switch Select switch for LED display of first 32 points and latter 32 points Pin connector Used to connect the power and 1 0 signal wires 40 pin connector Note Units provided with the fuse ow indicato...

Page 68: ... page 67 Setting of memory Loading of power supply unit 4 c Loading of battery t is Section 5 2 3 in page 68 Loading of 1 0units Y Setting of power failure latch range I t Completion Loading of CPU unit Setting of extension base number Loading of I O units I Wiring Section5 2 7 in page 71 _r Note Number in parenthesis indicates a section to be i h G Loading of peripheral equipment 66 Artisan Techn...

Page 69: ...ingMemory L Fig 5 3 After v 8 I LoadingMemory I Ihlurnber a e z I Connector Type andSetting I I I I I I I I I I I I I I I I I I I I I I I I I Table 5 1 Setting of Memory 1 Be sure to load the memory accordingto the indication on the socket Snugly fit the memory into the socket Be careful not to loosely fit the memory into the socket 2 Do not touch the lead area of memory Also do not bend the leads...

Page 70: ...d with ROM connect the leadwires 5 2 4 Extension base unit number setting Remove base cover mounting screws two screws and remove base cover from extension base unit I Select setting number from 1 3 of switch SWI located at lower left of base unit and move selected position to ON position I I Completion Be sure to set only one of three 1 3 posi tions of the switch SWI to ON position When all posit...

Page 71: ...nsert extension cable into connector with IN letters indicated on base cover of extension base unit cable side connector to fix con INo such Cut off an area which is located above OUT letters and surrounded by groove of base cover of basic base unit with tool such as nipper I I Tighten fixing screw provided for cable side connector to fix con nector Check inserting direction and insert extension c...

Page 72: ...f programmablecontroller to other constructions 3 Mount vibration sources such as a large sizedmagnetic contactor and a no fuse breaker on another panel or separate them from the units 4 If a base unit mounting surface is not uniform excessive power is applied to the printed circuit boards resulting in malfunction Therefore mount the base unit to a flat surface 5 Provide a wiring duct as necessary...

Page 73: ...tground 5G terminal Also as a rule do not use this terminal xtension base unit K65BNor K68BN dsl 100VAC FG 24V 24G SG 1 Wiring for 24V and 24G is required only when external 24VDC power supply is used When the K62PN or K65PN is used never provide bridgewiring 24VDC 2 Use 2 mm2 wires for the 100VAC and 24VDG power supplies Be sure to twist these wires at the connection terminals To prevent short ci...

Page 74: ...oller Main supply power controller power supply controller 2OOVAC 6nO EI l 1 0power g d 1 100VAC 4 S U F l Y T2 Equipment inside panel 93 I oequipment Main circuit O 1 0equipment power supply o p Main circuit equipment Twist the 100VAC and 24VDC wires as closely as possible Connect the units in shortest distance possible To minimize voltage drop use thickest 2mm2 from a solderless terminal wires p...

Page 75: ...C wires 7 When wiring has been conducted in 200 mm or longer distance malfunction is caused by leakage current due to line capacity Take a corrective action as described in Section 5 2 8 1 Ground the programmablecontroller as independently as possible Conduct the grounding work by way of Class 3 grounding with grounding resistance 1OOQ or less When independent grounding is impossible use the joint...

Page 76: ...ch with LED indicator I DC input sink Input Unit CorrectiveAction Connect a resistor which will make the voltage across terminals of input unit lower than OFF voltage value AC input I Input unit a It is recommended to use 0 1 0 4pF 47 120a 1 2W for constant of CR Same as Example 1 Or make up another independent display circuit Same as Example 1 However leakage current is not generated when power s...

Page 77: ...r R as shown below Current I 1 5KQ 24VDC Input impedance 2 4 k S 2 Since the terminal voltage should be 6V or lower x 4 mA 5 6 V 2 4 R Therefore R 5 4 KSZ For this reason set R to 3 Kn Then the power capacity W of resistor is obtained by the following expression W appliedvoltage 2 R or W maximum current 2x R Therefore the power capacity W of resistor R is N 24 V 2 3 Kn 0 192 W To provide 3 5 times...

Page 78: ... resistor is used in this way it does not pose problen to output ele ment but may sometimes cause the diode which is built in the load to deteriorateor burn Resistor IEJ Connect resistor of several ten KI 2 acrossload Note When wiring distance from output card to load is long take care because there may exist leakage current due to line capacity I LOAD L It is recommended to use 0 1 0 47psF 47 120...

Page 79: ...ng I Check program by writing and readingprogram For details of writing and reading program see the following instruction manuals 0 Instruction Manual for Programming Unit Instruction Manual for Graphic Pro gramming Panel Instruction Manual for Handy Graphic Programmer 1 Externat wiring check Check external output wiring in TEST mode of programming unit mode of programming unit after the completio...

Page 80: ... position Minimize electrical stresses which will be applied to elements due to turn on and inrush currents 0 Minimize thermal stresses which will be applied to elements due to turn on and inrush currents 0 Minimize the interval of power off time to lengthen the service life of backup battery 78 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 81: ... KJ71 units to three or less 5006 1 Hardware error of KJ71 2 The position of KJ71 setting switch is incorrect The initial program is incorrect The processtime of programhasexceeded 170ms 5007 5021 1 Check the position of KJ71 settingswitch Correct the initial program See Section 5 2 3 2 of Instruction Manual for Data Link System Reduce the process time of program by using a CF instruction for exam...

Page 82: ...MEMO d 80 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 83: ...ed off 85 6 3 3 Flowchart used when RUN LED has turned off 86 6 3 4 Flowchart used when RUN LED flickers 87 6 3 5 Flowchart used when output load of output unit does nc turn on 88 6 3 6 Flowchart usedwhen program cannot be written 89 6 4 Battery Change 90 6 4 1 Battery life 90 6 4 2 Battery changingprocedure 91 6 5 Fusechange 92 81 Artisan Technology Group Quality Instrumentation Guaranteed 888 88...

Page 84: ...t The main unit should be securely mounted Screws should not be loose Proper clearance should be provided between solderIess terminals Connectorsshould be securely mounted On Off indicates an error On Off or flicker indicatesan error On when input is off Off when input is off Display which is not as mentioned above indicatesan error On when output is on Off when output is off Display which is not ...

Page 85: ...r be loose conditions 1 Clssenessof solderIess terminals mounted securely and positively Visual check Proper clearance Correct should be provided between solderless terminals I I I Loose connector Visual check Connectors should be mounted securely Retightenconnector mounting screws I I I Check that M254 turns off with PU Preventive If battery capacity maintenance reduction is not I I I I I Battery...

Page 86: ...hart used when POWER LED has turned off 4 I O unit does not YES U To Section 6 3 5 Flowchart used when output load of output unit does not turn on 1 To Section 6 3 6 Flowchart used when program cannot be written D 1 IN L c P 84 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 87: ... has m Supply power NO YES YES 4 NO NO Set supply voltage to within rated voltage range YES Does POW ER LED turn on 3 Change fuse Securely fix power supply unit LED turn on Change power supply unit 85 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 88: ...1 _ 1 In case of 2 Move STOP RUN PAUSE key switch on CPU unit to STOP position and write END to address 0 with PU Move STJ P R UN PAUSE key switch on CPU unit to RUN position and run pro grammable controller in monitor mode of PU RUN LED does not turn on I RUN LED turns on 1 Possible cause is failure of sequence program 1 Connect noise suppression circuit such as CR to noise source Check program w...

Page 89: ...rror content in test Content Error I display I I0 4095 I Program error Program has no END instruction I 4096 I Improper setting of power failure latch setting switch I 5000 I I 5007 I Initial program error Operation time has 1 5021 1exceeded 170 ms I Move RUN key switch to STOP position I Move RESET key switch to ON position 1 L 1 Move RUN key switch to 1 I 1 RUN position Does RUN COMPLETION 87 Ar...

Page 90: ...f output commorl blows 7 Check that input signal turns off in monitor mode of PU Check load wiring and Iload and then restore power 1 I I Change output relay number to set maxi Check rush current mum simultaneous on 1upon maximum simu i 1current of loads to I ltaneous on of loads within rating OK terminais ov or signal off Supply voltage value Check external wiring and external input equipment I F...

Page 91: ...rogram cannot be written Turn off RUN key switch OFF Reset E YES I NO I 1 d Turn off M PR0 ON switch I IOFF NO Can program be written Chanae memorv to I RAM i YES a NO Change RAM 89 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 92: ...is guaranteedwithin five years and a total of power cut time has exceeded 300 days 7200 hours calculate the day when the total power cut time will exceed 7200 hours in terms of the operating hours during one day or one week and also the power cut time thus obtaining the time to change the battery Assuming that the operating time is 10 hours a day the power is stopped for 14 hours a day for five da...

Page 93: ...N t Unload CPU unit Ihy jri 1 Remove old battery from Insert new battery into holder in correct direction and connect lead wires to connectors 5 C 4 t 2 3 Negativepole bluewire Battery Positivepole red wire I 1 i y within 15 minutes I battery is not changed within 15 minutes contents of program and power failure latch may be erased Chap bl 15 0 6 ifit lsG Battery failure 91 Artisan Technology Grou...

Page 94: ... probideda t rear surface of base unit cover I Cover mounting screw a t two locations Turn off power of pro grammable controller a t Remove cover of base unit Remove fuse I 0 J 7 c AC LG Fuse NO I t 1 I See Section 6 3 3 Flow chart used when POWER LED has turned off 92 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 95: ...NSIONS 93 100 7 1 K2NCPU Unit 94 7 2 I O Units 95 7 3 Power Supply Unit 96 7 4 Basic Base Units 97 7 5 Extension Base Units 98 7 6 Dummy Unit 100 93 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 96: ...I 7 EXTERNAL DIMENTIONS 7 1 KZNCPU Unit C C 0 C n a a n C C c T w 7 4 4 4 4 94 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 97: ...Units I 20 point terminal block connector type 40 point terminal block connector type I rJ k 9 4 9 Q 1 8 zl 7 k I95 95 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 98: ...7 EXTERNAL DIMENTIONS NX48EE K 40 pin connector type I66 L 42 220 7 3Power Supply Unit I66 I 96 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 99: ...id Grip 4 6 mm M5 mountingscrew hole 4 Type K156N base unit I 14 M4screw 7 47 mm hole Base cover for mounting unit top guide hole 4 46 mm mounting hole M5 mounting screw i 97 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 100: ...ver x 20 M4screw 10 457 mm hole top guide hole 7 5 Extension Base Units 12 M4screw 6 7 mm hole Base cover for mounting unit top guide hole Grip 4 6 mm mounting hole M5 mounting screw hole i 98 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 101: ...8BN base unit Base cover 18 M4screw 947mm hole top guide hole for mounting unit L 4 I 5 hole I Type K55BN base u n i q 10 M4screw 547 mm hole 99 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 102: ...K58BN base unit Base cover 7 16 M4 screw 8 7mm hole top guide hole for mountingunitI 360 J bottom guidc 380 w hole 7 6 Dummy Unit KG62N I I85 100 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 103: ...8 CAUTIONS FOR SPECIFICATIONS 101 104 8 1 8 2 8 3 Watchdog Timer WDT 102 Accuracy of1Oms Timer 103 Maximum Counting Speed of Counter 104 101 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 104: ...s follows OFF 2 Operation has stopped due to failure of parts such as transistor and IC Operation has stopped due to noise Note I I The RUN LED flickers due to a program error as indicated below 0 END is not written 0 Instruction code is abnormal 2 When the LED has turned off the error code 5021 I is not displayed Note 2 To measure scan time monitor the data register D I 19 with PU or GPP because ...

Page 105: ...ng set at END 0 2 2 1 2 3 5 I 599 2 601 t 1 6000ms TI27 temporary value OUT OUT OUT OUT T I27 END TI27 END TI27 END END TI27 END K600 xo Fig 8 1 Exampleof Program 1 Run at Scan Time ms 1 time of IOms timer and also the errors produced depending on where the timer start condition has been set in the program 2 an time Therefore the accuracy of IOms timer is k scan time The interval of time until the...

Page 106: ...Pulse width in worst case due to delav o f T3 or T6 input unit T ON T OFF T I where n ON OFF ratio of count input signal n T2 f ts scan time ms a response time constant of input unit a T3 T4 T5 T6 T3 maximum ON response time of input unit ms T4 minimum OFF response time of input unit ms T5 maximum OFF response time of input unit ms T6 minimum ON response time of input unit ms i Calculate the maxim...

Page 107: ...9 HANDLING INSTRUCTIONS 9 HANDLING INSTRUCTIONS 105 106 9 1 Main Unit 106 9 2 Memory 106 9 3 Battery 106 105 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 108: ...ied below I Screw I Tightening Torque Range kg cm I Extensioncable connector mounting screw I 3 7 4 9 5 Design the system so that the protection and safety circuits which are furnished to protect the programmable controller from troubles are located in the exterior of the system 9 2 Memory 1 When loading a memory into the socket securely press the memory against the socket and then lock it with th...

Page 109: ... APPENDIX 7 126 1 COMPA TIWILITY OF K2 SERIES AND K2N SERIES 109 2 COMPARISON OF K2 AND K2N 117 3 PROCESSTIME 123 107 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 110: ...CPU K2CPU S2 K2CPU S3 and K2N Series 3 Setting of sequence instruction execution time Utilization of K2CPU program for K2NCPU Utilization of K2CPU memory for K2NCPU Compatibility of K2CPU and K2NCPU in loading Use of latch unit KL61 Use of parallel data link unit KJ61 Use of K66PP K7GPP and KGPU K7PU Use of K6WU Combinations of extension bases for K2 series and K2N series Units which can be used f...

Page 111: ...e of sequence instruction S 0 c X W v 8 I I I I 1 instruction execution Either 5 6 s s tep or K2N series I O unit KX N 3 8pslstep can be selected K2 series output unit K Y 5 I 1 For a system which also uses the following units I I i Settingof sequence instruction execution time 5 6ps step 2 Utilization of K2CPU program for K2NCPU a In the K2NCPU temporary memories M250 M253 are used for special ap...

Page 112: ...TCO 95 2 Timer counter None None T C124 127 TsC120 127 TeC116 127 TaC112 127 T Cl08 127 TW4 127 TsC100 127 TeC96 127 None None None None None None D95 D95 D95 D95 D95 D96 D95 D95 D95 D95 D95 095 Data register Memory specifications 1K step 2K step 3 Utilization of K2CPU memory for K2NCPU K2CPU KZNCPU IC RAM EP ROM IC RAM EP ROM 1KROM KORAM 2KRAM 2KROM 2KROM The RAM memory 2KRAM for K2CPU is of subs...

Page 113: ...puts outputs and memory capacity For the existing system use the K2CPU S3 which is presently used Use of KGGPP K7GPP and KGPU K7PU When programming by use of KGGPP K7GPP KGPU or by use of K7PU which does not have K3 e g 406K3F in the DATE column of rating plate the combinations of data in structions which have been added to the K2NCPU cannot be used Therefore when using the combinations of added d...

Page 114: ...s extension bases for each Unit Extension c Extension I cable Unusable extension base unit KBCPU K1 KZCPU K61CBL or K67CBL KGICBLN K67CBLN K76CBLN K77CBLN K55BN K58BN KOJI KOJ2 KOJ 62CBL K2NCPU K1i BN F K6lCBL or K67CBL KGICBLN K67CBLb K76CBLN K77CBL 112 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 115: ...tem Power Supply Unit CPU Unit I O Unit Extension Base Unit K6 i i p K6 i i F K3CPU KXi KXi iN 4 K6 i i B K6 i BN K5 i BN KYi iN 0 0 0 0 0 0 0 x l Use forbasic base unit KR7R Power Supply Unit K6 i P K6 i i PN 0 0 0 0 Use for basic base unit K1 I B Use for basic base unit K1 i i BN 2 K2 system CPU Unit I O Unit Extension Base Unit KXi KXi iN K1CPU K N K6 i iB K6 i BN K5 i i BN 0 0 0 0 0 X l 0 0 0 ...

Page 116: ...for dust prevention 3 Since the width of K2CPU is larger approximately 20 mm than that of K2NCPU the K2CPU cannot be loaded instead of the K2NCPU 4 When the K2 series extension base K 6 i X is connected to the K2N series basic base K I i i BN the 0 C 5V line outgoing from the basic base is short circuitedat the extension base Therefore the extension base K6i iB cannot be used for the basic base KI...

Page 117: ...sor longer utilize the K2HCPU programfor K2NCPU after changing the scan time to 170ms or shorter by use of CJ and other instructions c The K2HCPU and K2NCPU are different in the usable range of temporary memories M The K2HCPU and K2NCPU are different in the power failure latch range For details of the above two points see Section 1 I 2 a and c 2 Compatibility of K2HCPU and K2NCPU in terms of loadi...

Page 118: ... Power failure latch 249 bits MI 249 ry memories in units of 1 bit nstructions are used Consistsof combined tempo1 SET and application Five divisions of mode 13 divisions of mode 0 1OOms 170ms Watchdog timer Scan timemeasuringfunction Since scan time is stored in data register D119 scan time be measured by monitoring D119 Not provided Microcomputer n node function Provided Provided I Parallel data...

Page 119: ...nts 16 points 32 points 16 points Insulation Photo Photo Photo Photo Photocoupler coupler coupler coupler coupler system Rated input voltage 100 120VAC 100 120VAC 200 240VAC 200 240VAC 12 24VDC 10mA 24VDC Input current 1OmA 1OmA 1OmA 1OmA 9V or higher 6V or lower 80VAC 80VAC 16OVAC 16OVAC Opera voltage or higher or higher or higher or higher voltage OFF 30VAC 30VAC 6OVAC 6OVAC voltage or lower or ...

Page 120: ...C 1OmA 7mA 24VDC 1 24VDC 1OmA 24VDC 9 6VDC or higher 6V DC or lower 5 7 6 6ms 6 7ms or higher or higher 2 4VDC 2 4VDC or lower I or lower ED display 40 pin connector 16 points common 40 pin 40 pin External 40 pin 40 pin connection 32 points I32 points common 1 Common wiring 1 cOmmOn External 300x33 300x33 I dimensions Ix166 208 1x166 208 300x33 300x33 x166 208 1 x166 208 300x33 300x33 x166 208 I x...

Page 121: ...nsions 300x33 183 lnterchangeability Interchange Interchange with KX Y N 1 able 1 able I Outputunit type I KYION I K Y l l N I KY13N KY13SN KY40N Contact output I Transistor output Triac Triac output output 32 points coupler Photo Rated load 240VAC I 240VAC I 240VAC voltage I 24VDC 24VDC 24VDC 240VAC 24VDC 5 24VDC 1 1 point I 2A I 2A 1 2A 2A 0 1 A I Max load Simulta current 1neous4 1 8A 1 8A I 5A ...

Page 122: ...rovidec Providec Providec Fuse Provided Provided Providec Not providec Not providec 300x33 300x33 300x33 300x33 Externaldimentions 1 x16 1 x166 1 x166 1 x166 20801 208 208 208 300x33 300x33 P 300x33 XI 83 Not Inter change able Inter change able KY51N No 3ertinen unit KY6ON Transisibr output 16points coupler DC 2A Photo 12 48V KY71N TT L output coNi Output unit type Insulation system rransistoi out...

Page 123: ...nits 8 units 4 Requirementof exten sion power supply unit Required Requirec 13OCl rO 13OOx34 x25 External dimensions 300x365 300x365 Inter Not I change inter K15BN 300x450 x25 Inter change able 300x470 x25 Not 1 inter change able IBN 300x310 x25 Inter change able 300x41 x25 Inter change able with K BN able K12BN K1 K55BN I K58BN 2 units Number of loaded 1 0units 5 units 8 units 5 units 8 units t I...

Page 124: ...ual time may vary slightly When calculating scan time provide allowance so that an error is not detected by the WDT Unit ps I Process I Time Condition nstruction Process I Time Condition Instruction MC LD LDI M r c F 3 8 5 6 MCR AND SET Non execution Execution ANI OR OR I RST AN6 ORB SFT OUT CJ Execution Per 0 1 1 llseconds Non execution 72 PLS Execution NOP END IExecution I After 1 K 1 134 Note 7...

Page 125: ... 435 223 I 223 1 492 1 492 I 435 468 468 732 732 673 468 468 732 732 673 418 I 418 I 682 I 682 1 623 205 I 205 1 472 1 472 1 415 222 1 222 1 492 1 492 I 432 222 I 222 1 492 1 492 1 432 222 I 222 I 492 I 492 I 432 465 465 723 723 665 465 465 723 723 665 415 415 673 673 623 201 201 714 609 2 18 2 18 729 624 2 18 218 729 624 2 18 218 729 624 461 I 461 I 1 964 I 864 Note 1 Note 2 Timeshwon in above ta...

Page 126: ...truction C 212 228 228 228 495 495 438 X 452 468 468 468 732 732 665 Y 452 468 468 468 732 732 665 M 405 422 422 422 665 665 607 K 341 341 341 596 555 D 358 358 358 613 571 T 358 358 358 613 571 Processtime of BIN instruction C 358 358 358 613 571 X 596 596 596 855 805 Y 596 596 596 855 805 M 555 555 555 805 755 K 646 646 646 905 871 _ _ Processtime of BCD instruction Y 921 921 921 1180 1130 M 871...

Page 127: ...its Batch shift of M OUT F114 OUT F127 1020 1980 Application Instructions 1 Design the system so that the protection and safety circuits which are furnished to protect the programmable controller from troubles are located in the exterior of the system 2 Since the printed circuit boards are mounted with electronic parts which will be adversely affected by static electricity handle them as described...

Page 128: ...Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 129: ...quipment Have surplus equipment taking up shelf space We ll give it a new home Learn more Visit us at artisantg com for more info on price quotes drivers technical specifications manuals and documentation Artisan Scientific Corporation dba Artisan Technology Group is not an affiliate representative or authorized distributor for any manufacturer listed herein We re here to make your life easier How...

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