Omron CJ1W-SCU41 Operation Manual Download Page 108

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9KTKPI

5GEVKQP

%QPPGEVKQPU7UKPI45#2QTVU

Signal Pin

Serial Communications Board/Unit

RS-422A
/485 in-
terface

Device supporting
RS-422A/485
communications
(2-wire)

Serial Communications Board/Unit

Device supporting
RS-422A/485
communications
(4-wire)

Hood

Shield

D-sub, 9-pin
connector (male)

Signal

Signal Pin

Shield

D-sub, 9-pin
connector (male)

Signal

5-V (+)
power (-)

D-sub, 9-pin
connector (male)

NT-AL001-E Link Adapter

RS-232C
Interface

Signal

DIP Switch Settings
Pin 1: ON
Pin 2: ON
(terminating resistance)
Pin 3: OFF
Pin 4: OFF
Pin 5: OFF
Pin 6: OFF

Computer

RS-232C

D-sub, 9-pin
connector (male)

RS-422A
/485 in-
terface

Serial Communications Board/Unit

RS-422A
/485 in-
terface

Signal Pin

Hood

RS-422A
/485 in-
terface

Hood

RS-422A
/485 in-
terface

Signal Pin

Pin Signal

Shield

RS-422A

NC
SD
RD

RTS
CTS

5V
DSR

DTR
SG

FG
SD
RD
RTS
CTS

DSR
DTR
SG

Summary of Contents for CJ1W-SCU41

Page 1: ...OPERATION MANUAL Cat No W336 E1 3 SYSMAC CS CJ Series CS1W SCB21 SCB41 Serial Communications Boards CS1W SCU21 and CJ1W SCU41 Serial Communications Units ...

Page 2: ...6 60 6 6HULHV 6HULDO RPPXQLFDWLRQV RDUGV DQG 6HULDO RPPXQLFDWLRQV 8QLWV 2SHUDWLRQ 0DQXDO 5HYLVHG 0D ...

Page 3: ...KX ...

Page 4: ... OGCPU YQTF CPF KU CDDTGXKCVGF 9F KP FQEWOGPVCVKQP KP VJKU UGPUG 6JG CDDTGXKCVKQP 2 OGCPU 2TQITCOOCDNG QPVTQNNGT CPF KU PQV WUGF CU CP CDDTGXKCVKQP HQT CP VJKPI GNUG 9LVXDO LGV 6JG HQNNQYKPI JGCFKPIU CRRGCT KP VJG NGHV EQNWOP QH VJG OCPWCN VQ JGNR QW NQECVG FKHHGTGPV V RGU QH KPHQTOCVKQP 0QVG PFKECVGU KPHQTOCVKQP QH RCTVKEWNCT KPVGTGUV HQT GHHKEKGPV CPF EQPXGPKGPV QRGTC VKQP QH VJG RTQFWEV QGLFDWH...

Page 5: ...XK ...

Page 6: ...TKUQP VQ 2TGXKQWU 2TQFWEVU 5GNGEVKPI VJG 5GTKCN QOOWPKECVKQPU QFG CUKE 1RGTCVKPI 2TQEGFWTG 5 6 10 PKVKCN 5GVVKPIU CPF 1 GOQT NNQECVKQPU QORQPGPV 0COGU CPF WPEVKQPU CVC ZEJCPIG YKVJ VJG 27 7PKV 1 GOQT NNQECVKQPU 5 6 10 PUVCNNCVKQP CPF 9KTKPI PUVCNNKPI C 5GTKCN QOOWPKECVKQPU QCTF PUVCNNKPI 5GTKCN QOOWPKECVKQPU 7PKVU 9KTKPI 45 CPF 45 9KTKPI 5 6 10 7UKPI QUV KPM QOOWPKECVKQPU QUV KPM QOOWPKECVKQPU 5GV...

Page 7: ... 6 10 6TQWDNGUJQQVKPI CPF CKPVGPCPEG PFKECVQT TTQT KURNC U 5VCVWU TGC TTQT PFKECVKQPU 6TQWDNGUJQQVKPI TTQT QIU NGCPKPI CPF PURGEVKQP 4GRNCEGOGPV 2TGECWVKQPU RRGPFKEGU PVTQFWEVKQP QORQ9C CUVGT 2TQVQEQN KIKVCN QPVTQNNGT 4GCF 2TQVQEQN KIKVCN QPVTQNNGT 9TKVG 2TQVQEQN 6GORGTCVWTG QPVTQNNGT 4GCF 2TQVQEQN 6GORGTCVWTG QPVTQNNGT 9TKVG 2TQVQEQN 6GORGTCVWTG QPVTQNNGT 2TQVQEQN 5 KIKVCN QPVTQNNGT 2TQVQEQN 6 PV...

Page 8: ...KZ 6 1 106 065 0 C GU QFGO 6 QOOCPF 2TQVQEQN 1 JCPIKPI QOOWPKECVKQPU 2QTV 5GVVKPIU 7UKPI 5672 PFGZ 4GXKUKQP KUVQT ...

Page 9: ......

Page 10: ...U WUKPI C 2TQITCOOKPI QPUQNG 5 5 5 UGTKGU 5 27 2TQITCOOCDNG QPVTQNNGTU 1RGTCVKQP CPWCN 9 GUETKDGU VJG KPUVCNNCVKQP CPF QRGTCVKQP QH VJG 5 UGTKGU 2 U 5 5 UGTKGU 27 2TQITCOOCDNG QPVTQNNGTU 1RGTCVKQP CPWCN 9 GUETKDGU VJG KPUVCNNCVKQP CPF QRGTCVKQP QH VJG UGTKGU 2 U 5 5 5 UGTKGU 5 27 2TQITCOOCDNG QPVTQNNGTU 2TQITCOOKPI CPWCN 9 GUETKDGU VJG NCFFGT FKCITCO RTQITCOOKPI HWPEVKQPU CPF QVJGT HWPEVKQPU UWRRQ...

Page 11: ...FGUETKDGU VJG RTQEGFWTG CPF QVJGT KPHQTOCVKQP TGSWKTGF VQ WUG RTQVQEQN OCETQU 5GEVKQP FGUETKDGU VJG RTQEGFWTG CPF QVJGT KPHQTOCVKQP TGSWKTGF VQ WUG 0 06 KPMU VQ 2TQITCOOC DNG 6GTOKPCNU 5GEVKQP FGUETKDGU VJG RTQEGFWTG CPF QVJGT KPHQTOCVKQP TGSWKTGF VQ EQPFWEV NQQRDCEM VGUV VQ EJGEM VJG UGTKCN EQOOWPKECVKQPU RQTVU 5GEVKQP FGUETKDGU VJG VTQWDNGUJQQVKPI CPF OCKPVGPCPEG RTQEGFWTGU HQT VJG 5GTKCN QOOWPK...

Page 12: ...VKQP KU KORQTVCPV HQT VJG UCHG CPF TGNKCDNG CRRNKECVKQP QH 2TQITCOOCDNG QPVTQNNGTU QW OWUV TGCF VJKU UGEVKQP CPF WPFGTUVCPF VJG KPHQTOCVKQP EQPVCKPGF DGHQTG CVVGORVKPI VQ UGV WR QT QRGTCVG C 2 U UVGO PVGPFGF WFKGPEG ZKX GPGTCN 2TGECWVKQPU ZKX 5CHGV 2TGECWVKQPU ZKX 1RGTCVKPI PXKTQPOGPV 2TGECWVKQPU ZX RRNKECVKQP 2TGECWVKQPU ZXK QPHQTOCPEG VQ KTGEVKXGU ZXKK ...

Page 13: ...I CPF QRGTCVKPI VJG 7PKV G UWTG VQ TGCF VJKU OCPWCN DGHQTG CVVGORVKPI VQ WUG VJG 7PKV CPF MGGR VJKU OCP WCN ENQUG CV JCPF HQT TGHGTGPEG FWTKPI QRGTCVKQP 51 1 V KU GZVTGOGN KORQTVCPV VJCV C 2 CPF CNN 2 7PKVU DG WUGF HQT VJG URGEKHKGF RWTRQUG CPF WPFGT VJG URGEKHKGF EQPFKVKQPU GURGEKCNN KP CRRNKECVKQPU VJCV ECP FKTGEVN QT KPFKTGEVN CHHGEV JWOCP NKHG QW OWUV EQPUWNV YKVJ QWT 1 410 TGRTGUGPVCVKXG DGHQ...

Page 14: ...GEV VQ EQTTQUKXG QT HNCOOCDNG ICUGU QECVKQPU UWDLGEV VQ FWUV GURGEKCNN KTQP FWUV QT UCNVU QECVKQPU UWDLGEV VQ GZRQUWTG VQ YCVGT QKN QT EJGOKECNU QECVKQPU UWDLGEV VQ UJQEM QT XKDTCVKQP DXWLRQ 6CMG CRRTQRTKCVG CPF UWHHKEKGPV EQWPVGTOGCUWTGU YJGP KPUVCNNKPI U UVGOU KP VJG HQNNQYKPI NQECVKQPU QECVKQPU UWDLGEV VQ UVCVKE GNGEVTKEKV QT QVJGT HQTOU QH PQKUG QECVKQPU UWDLGEV VQ UVTQPI GNGEVTQOCIPGVKE HKGNF...

Page 15: ...GTTWRVKQPU QT QVJGT ECWUGU 6CMG CRRTQRTKCVG OGCUWTGU VQ GPUWTG VJCV VJG URGEKHKGF RQYGT YKVJ VJG TCVGF XQNVCIG CPF HTGSWGPE KU UWRRNKGF G RCTVKEWNCTN ECTGHWN KP RNCEGU YJGTG VJG RQYGT UWRRN KU WPUVCDNG P KPEQTTGEV RQYGT UWRRN OC TGUWNV KP OCNHWPEVKQP 6KIJVGP VJG OQWPVKPI UETGYU CV VJG DQVVQO QH 5GTKCN QOOWPKECVKQPU 7PKVU VQ C VQTSWG QH 0 O P KPEQTTGEV VKIJVGPKPI VQTSWG OC TGUWNV KP OCNHWPEVKQP GCX...

Page 16: ...OCNHWPE VKQP QT FCOCIG 4GUWOG QRGTCVKQP QPN CHVGT VTCPUHGTTKPI VQ VJG PGY 27 7PKV VJG EQP VGPVU QH VJG TGC 4 TGC CPF QVJGT FCVC TGSWKTGF HQT TGUWOKPI QRGTCVKQP 0QV FQKPI UQ OC TGUWNV KP CP WPGZRGEVGF QRGTCVKQP Q PQV VQWEJ EKTEWKV DQCTFU QT VJG EQORQPGPVU OQWPVGF VQ VJGO YKVJ QWT DCTG JCPFU 6JGTG CTG UJCTR NGCFU CPF QVJGT RCTVU QP VJG DQCTFU VJCV OC ECWUG KPLWT KH JCPFNGF KORTQRGTN 9JGP VTCPURQTVKP...

Page 17: ...U VXSSO DQG 2 SRZHU VXS SOLHV 6 VHULHV 3 V FRPSO LQJ ZLWK LUHFWLYHV DOVR FRQIRUP WR WKH RP PRQ PLVVLRQ 6WDQGDUG 1 5DGLDWHG HPLVVLRQ FKDUDFWHULVWLFV P UHJXODWLRQV PD YDU GHSHQGLQJ RQ WKH FRQILJXUDWLRQ RI WKH FRQWURO SDQHO XVHG RWKHU GHYLFHV FRQQHFWHG WR WKH FRQWURO SDQHO ZLULQJ DQG RWKHU FRQGLWLRQV RX PXVW WKHUHIRUH FRQILUP WKDW WKH RYHUDOO PDFKLQH RU HTXLS PHQW FRPSOLHV ZLWK LUHFWLYHV GCUWTGU HQT ...

Page 18: ...QYKPI KNNWUVTCVKQP QWPV VJG EQTGU CU NQUV VQ VJG GPF QH VJG EQOOWPKECVKQPU ECDNG CU RQUUKDNG CU UJQYP KP VJG HQNNQYKPI KNNWUVTCVKQP GCUWTGU HQT 5GTKCN QOOWPKECVKQPU 7PKVU 6JG KOOWPKV VGUVKPI EQPFKVKQPU HQT VJG 9 5 7 5GTKCN QOOWPKECVKQPU 7PKV CTG CU HQNNQYU HGTTKVG EQTG KU OQWPVGF QP VJG VGUV ECDNG EQPPGEVGF VQ VJG 45 RQTV 4GHGT VQ GCUWTGU HQT 5GTKCN QOOWPKECVKQPU QCTFU CPF 7PKVU HQT KPHQTOCVKQP QP...

Page 19: ......

Page 20: ...7UKPI VJKU CPWCN 1XGTXKGY 5GTKCN QOOWPKECVKQPU QCTFU 5GTKCN QOOWPKECVKQPU 7PKVU 2TQVQEQN 1XGTXKGY QUV KPM QFG 2TQVQEQN CETQU 0 06 KPMU QQRDCEM 6GUV GCVWTGU 5GTKCN QOOWPKECVKQPU QCTFU CPF 7PKVU 2TQVQEQNU 5 UVGO QPHKIWTCVKQPU 5RGEKHKECVKQPU 5GTKCN QOOWPKECVKQPU QCTFU CPF 7PKV 2TQVQEQN 5RGEKHKECVKQPU QORCTKUQP VQ 2TGXKQWU 2TQFWEVU 5GNGEVKPI VJG 5GTKCN QOOWPKECVKQPU QFG CUKE 1RGTCVKPI 2TQEGFWTG 1XGTXK...

Page 21: ... VJG 5GTKCN QOOWPKEC VKQPU QCTFU CPF 5GTKCN QOOWPKECVKQPU 7PKV CVC ZEJCPIG YKVJ VJG 27 7PKV 1 GOQT NNQECVKQPU PUVCNNKPI CPF YKTKPI VJG 5GTKCN QOOWPKECVKQPU QCTFU CPF 5GTKCN QOOWPKECVKQPU 7PKV 5GEVKQP PUVCNNCVKQP CPF 9KTKPI GOQT TGC CNNQECVKQPU VQ KPFKXKFWCN UGTKCN EQO OWPKECVKQPU OQFGU CPF 5GVWR TGC NNQECVKQPU CPF WZKNKCT TGC CPF 1 TGC NNQ ECVKQPU QOOWPKECVKQPU VKOKPI HQT UNCXG KPKVKCVGF QUV KPM E...

Page 22: ...GU 2 QFGNU 6JG HQNNQYKPI VYQ OQFGNU CTG CXCKNCDNG QPPGEVCDNG GXKEGU 6JG HQNNQYKPI UGTKCN EQOOWPKECVKQPU OQFGU CTG UWRRQTVGF D VJG 5GTKCN QO OWPKECVKQPU 7PKV QUV KPM 5 5 9 RTQVQEQN OCETQ 0 06 KPM CPF NQQRDCEM VGUV OQFGU 6JG FGXKEGU UJQYP KP VJG HQNNQYKPI FKCITCO ECP DG EQPPGEVGF 0QVG 06 KPM KU PQV UWRRQTVGF Serial Communications Board Inner Board slot CS1W SCB21 Two RS 232C ports RS 232C port CS1W ...

Page 23: ...TOKPCNU 26U IGPGTCN RWTRQUG GZVGTPCN FGXKEGU CPF 2TQ ITCOOKPI GXKEGU GZENWFKPI 2TQITCOOKPI QPUQNG 6JKU OCMGU KV RQUUKDNG VQ GCUKN KPETGCUG VJG PWODGT QH UGTKCN EQOOWPKECVKQPU RQTVU HQT VJG 5 UGTKGU 2 5 5GTKGU 5 9 5 7 6YQ 45 RQTVU 5GTKGU 9 5 7 1PG 45 CPF 1PG 45 2QTV Serial Communications Unit RS 232C port RS 232C port PA205R POWER INPUT AC100 240V L2 N L1 DC24V AC240V OUTPUT RUN PERIPHERAL ERR ALM ...

Page 24: ...TU CPF 2 U 2TQVQEQN OCETQ QT EQOOWPKECVKQPU DGVYGGP 2 U CPF IGPGTCN RWTRQUG GZVGTPCN FGXKEGU 0 06 KPM QT EQOOWPKECVKQPU DGVYGGP 2 U CPF 2TQITCOOCDNG 6GTOKPCNU 26U QQRDCEM VGUV QT VGUVKPI VJG EQOOWPKECVKQPU RQTVU General purpose external device Programmable Terminal PT Programming Device excluding Programming Console Host computer Serial Communications Unit General purpose external device Programma...

Page 25: ...T P QUV KPM OQFG 5 0 4 8 CPF 0 KPUVTWEVKQPU ECP DG WUGF VQ UGPF 05 EQOOCPFU HTQO 2 VQ VJG JQUV EQORWVGT VQ TGCF FCVC YTKVG FCVC QT RGTHQTO QVJGT QRGTCVKQPU 6JKU KU ECNNGF UNCXG KPKVKCVGF EQOOWPK ECVKQPU QT WPUQNKEKVGF EQOOWPKECVKQPU 6JG 05 EQOOCPFU CTG UGPV YKVJ QVJGT FCVC UWEJ C QUV KPM JGCFGT CPF VGTOKPCVQT 0QVG 05 EQOOCPFU ECP DG UGPV CETQUU WR VQ VJTGG FKHHGTGPV PGVYQTMU EQWPV KPI VJG NQECN PG...

Page 26: ...G KP VJG 5GTKCN QOOWPKEC VKQPU QCTFU VJG 5GTKCN QOOWPKECVKQPU 7PKV CPF VJG 2TQVQEQN 6JG 2TQVQEQN ECP CNUQ DG WUGF VQ EJCPIG VJG UVCPFCTF U UVGO RTQVQEQNU CEEQTFKPI VQ WUGT TGSWKTGOGPVU 0 06 KPMU 2 ECP DG EQPPGEVGF VQ QPG QT OQTG 2TQITCOOCDNG 6GTOKPCNU 26U WUKPI CP 45 QT 45 RQTV 6JG 1 OGOQT QH VJG 2 KU CNNQECVGF VQ VJG 5VCVWU QPVTQN TGCU CPF VJG 5VCVWU 0QVKHKECVKQP TGCU WUGF D VJG 26U FINS command ...

Page 27: ...ITCOOKPI QPUQNG HWPEVKQPU QH VJG 26 ZRCPUKQP QFG ECPPQV DG WUGF YJGP EQPPGEVGF VQ 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV RQTVU 6JG ECP DG WUGF QPN D EQPPGEVKPI VQ VJG RGTKRJGTCN RQTV QT 45 RQTV QP VJG 27 7PKV 5GV C WPKSWG WPKV PWODGT HQT GCEJ 26 EQPPGEVGF VQ VJG UCOG 2 H VJG UCOG WPKV PWODGT KU UGV HQT OQTG VJCP QPG 26 OCNHWPEVKQPU YKNN QEEWT 06 KPM UGTKCN EQOOWPKECVKQPU CTG WPKSWG CPF CTG PQV EQORCVKD...

Page 28: ...VQT QT EQPVTQN 2 QRGTCVKQPU CPF VQ TGCF CPF YTKVG 1 OGOQT KP VJG 2 U 05 QOOCPFU HQT QORNGVG QPVTQN P CFFKVKQP VQ UGTKGU QUV KPM EQOOCPFU 05 EQOOCPFU CTG CNUQ UWR RQTVGF 05 EQOOCPFU IKXG QW VJG RQYGT VQ EQPVTQN 5 UGTKGU 2 HWPE VKQPCNKV 4GFWPFCPV TTQT JGEMKPI QVJ XGTVKECN CPF JQTK QPVCN 5 RCTKV EJGEMU CTG RGTHQTOGF QP EQOOWPK ECVKQPU FCVC VQ CEJKGXG GUUGPVKCNN GTTQT HTGG EQOOWPKECVKQPU QODKPKPI GTTQ...

Page 29: ...U TGURQPUG CPF QVJGT HTCOGU ECP DG ETGCVGF CPF TGIKUVGTGF CEEQTFKPI VQ VJG EQOOWPKECVKQPU HTCOG URGEKHKECVKQPU QH VJG GZVGTPCN FGXKEG QOOWPKECVKQPU TGNCVGF WPEVKQPU TTQT EJGEM EQFG ECNEWNCVKQPU HTCOG NGPIVJ ECNEWNCVKQPU FWTKPI UGPFKPI CPF 5 À GZCFGEKOCN EQPXGTUKQP QH PWOGTKE FCVC CTG UWRRQTVGF 5GPF 4GEGKXG QPKVQTKPI 4GEGKXG YCKV OQPKVQTKPI TGEGKXG EQORNGVKQP OQPKVQTKPI CPF UGPF EQORNGVKQP OQPKVQTK...

Page 30: ...VJGTG YCU C TCRKF TGURQPUG HTQO VJG TGOQVG FGXKEG HQT GZCORNG VJG FCVC TGEGKXGF DGVYGGP FCVC UGPFKPI CPF VJG EQORNGVKQP QH VJG UGPF QRGTCVKQP EQWNF PQV DG CEEGUUGF CU TGEGKXG FCVC D VJG PGZV TGEGKXG QRGTCVKQP 5WRRQTV HQT VJG HWNN FWRNGZ VTCPUOKUUKQPU GPCDNGU CNN VJG FCVC TGEGKXGF KP C UGSWGPEG VQ DG CEEGUUGF CVC ECP CNUQ DG TGEGKXGF HTQO C TGOQVG FGXKEG YJKNG UGPFKPI 0QVG WNN FWRNGZ VTCPUOKUUKQPU ...

Page 31: ...PFU 2 VQ QUV EQORWVGT 05 EQOOCPFU QPN 5 9 5 06 QPXGTVKPI KPM FCRVGT QPXGTVU DGVYGGP 45 CPF 45 8 RQYGT UWRRN QT 06 KPM FCRVGT 5 9 5 7 9 5 7 06 QPXGTVKPI KPM FCRVGT QPXGTVU DGVYGGP 45 CPF 45 8 RQYGT UWRRN QT 06 KPM FCRVGT Connection to Serial Communications Board Note 1 Resistance ON 5 V power Resistance ON Note 3 Note 3 Note 2 NT AL001 E NT AL001 E Port 1 or 2 Port 1 Connection to Serial Communicat...

Page 32: ...QV DG UGPV 5 9 5 06 QPXGTVKPI KPM FCRVGT QPXGTVU DGVYGGP 45 CPF 45 8 RQYGT UWRRN QT 06 KPM FCRVGT 5 9 5 7 9 5 7 06 QPXGTVKPI KPM FCRVGT QPXGTVU DGVYGGP 45 CPF 45 8 RQYGT UWRRN QT 06 KPM FCRVGT 2 QO RWVGT QPPGEVKQP EQPHKIWTCVKQP 4GSWKTGF FGXKEGU QPPGEVGF UGTKCN EQOOWPK ECVKQPU RQTV 4GOCTMU 2QUUKDNG EQO OCPF HNQY Resistance ON 5 V power Resistance ON Note 3 Note 2 NT AL001 E Port 2 Resistance ON 5 V...

Page 33: ...5 EQOOCPFU QPN 45 YKTG QPN QOOWPKEC VKQPU 7PKV QPVTQNNGT KPM 7PKV QT VJGT PGV 7PKV 2 QO RWVGT QPPGEVKQP EQPHKIWTCVKQP 4GSWKTGF FGXKEGU QPPGEVGF UGTKCN EQOOWPK ECVKQPU RQTV 4GOCTMU 2QUUKDNG EQO OCPF HNQY Resistance ON 5 V power Resistance ON Note 3 Note 2 Note 4 Port 2 Resistance ON 5 V power Resistance ON Note 3 Note 2 Note 4 RS 422A 485 RS 232C 2QTV Connection to Serial Communications Board or Se...

Page 34: ...GF HQT 45 EQPPGEVKQPU YKVJ QUV KPM EQOOWPKECVKQPU 4GUKUVCPEG 10 KPFKECVGU VJCV VJG VGTOKPCVKPI TGUKUVCPEG OWUV DG VWTPGF 10 8 RQYGT KPFKECVGU VJCV C 8 RQYGT UWRRN KU TGSWKTGF HQT VJG KPM FCRVGT 4GHGT VQ VJG KPM FCRVGT OCPWCN HQT FGVCKNU G UWTG VJCV VJG RQY GT UWRRN JCU UWHHKEKGPV ECRCEKV CPF CEEWTCE CPF YKTG KV CYC HTQO JKIJ RQYGT NKPGU CPF CPQVJGT UQWTEGU QH PQKUG 8 RQYGT UWRRN KU PQV TG SWKTGF H...

Page 35: ... port RS 232C RS 232C interface NT AL001 E RS 232C RS 422A 485 Resistance ON NT AL001 E Resistance ON 5 V power RS 232C interface NT AL001 E RS 232C RS 422A 485 Resistance ON RS 422A 485 interface Note 1 Note 2 Note 3 Note 2 Note 3 Resistance ON Port 1 or 2 Port 1 Connection of a Serial Communications Unit to a device with an RS 232C or RS 422A 485 port RS 232C RS 232C interface NT AL001 E RS 232C...

Page 36: ...GP 45 CPF 45 8 RQYGT UWRRN QT 06 KPM FCRVGT 2 ZVGTPCN FGXKEG QPPGEVKQP EQPHKIWTCVKQP 4GSWKTGF FGXKEGU QPPGEVGF UGTKCN EQOOWPKEC VKQPU RQTV 4GOCTMU NT AL001 E RS 232C RS 422A 485 Resistance ON 5 V power RS 232C interface RS 422A 485 interface RS 422A 485 Resistance ON Resistance ON Resistance ON Note 2 Note 2 Note 3 Port 2 NT AL001 E RS 232C RS 422A 485 Resistance ON 5 V power RS 232C interface RS ...

Page 37: ...L001 E RS 232C RS 422A 485 RS 422A 485 interface Resistance ON NT AL001 E RS 232C RS 422A 485 Resistance ON RS 232C interface Resistance ON 5 V power B600 AL001 NT AL001 E RS 232C RS 232C RS 232C Note 3 Note 2 Note 3 Note 2 Note 3 Note 2 Note 3 Note 4 Resistance ON Port 1 or 2 Port 1 Connection of a Serial Communications Unit to devices with RS 232C or RS 422A 485 ports NT AL001 E RS 232C RS 422A ...

Page 38: ...FCRVGT QT 45 DTCPEJKPI 8 RQYGT UWRRN QT 06 KPM FCRVGT 2 ZVGTPCN FGXKEG QPPGEVKQP EQPHKIWTCVKQP 4GSWKTGF FGXKEGU QPPGEVGF UGTKCN EQOOWPKEC VKQPU RQTV 4GOCTMU RS 422A 485 Resistance ON RS 422A 485 interface Resistance ON RS 422A 485 RS 422A 485 interface Resistance ON RS 422A 485 RS 232C interface Resistance ON 5 V power B500 AL001 NT AL001 E RS 232C RS 232C RS 232C Resistance ON Resistors ON Note 2...

Page 39: ...QT GCEJ RQTV 2QTV 0WODGT QH OQWPVCDNG QCTFU 7PKVU 27 7PKV 1PG QCTF RGT PPGT QCTF UNQV 0QPG 27 4CEM 0QPG VQVCN QH WR VQ 7PKVU KPENWFKPI CNN QVJGT 27 WU 7PKVU 0Q TGUVTKEVKQPU QP VJG OQWPVKPI NQECVKQP ZRCPUKQP 4CEM 0QPG CVC GZEJCPIG YKVJ VJG 27 7PKV 1TFKPCT TGHTGUJKPI QH UQHVYCTG UYKVEJGU CPF UVCVWU NNQECVGF YQTFU QH VJG YQTFU KP VJG PPGT QCTF 1 TGC EQPUVCPV FCVC GZEJCPIG YKVJ VJG 27 7PKV NNQECVGF YQ...

Page 40: ...EKHKECVKQPU QH VJG 5 UGTKGU 27 7PKV 6JG IGPGTCN URGEKHKECVKQPU QH VJG UGTKGU 5GTKCN QOOWPKECVKQPU 7PKV EQP HQTO VQ VJG IGPGTCN URGEKHKECVKQPU QH VJG UGTKGU 27 7PKV GXKEG PCOG 5GTKCN QOOWPKECVKQPU 7PKV NCUUKHKECVKQP 27 WU 7PKV QFGN PWODGT 9 5 7 5GTKCN EQOOWPKECVKQPU RQTVU 2QTV 45 2QTV 45 2TQVQEQN 2QTV QUV KPM RTQVQEQN OCETQ 06 KPM QT NQQRDCEM VGUV ECP DG UGNGEVGF HQT GCEJ RQTV 2QTV 0WODGT QH OQWPVC...

Page 41: ... WPKV PWODGT VQ FCVC JGCFGT EQFG VGZV GTTQT EJGEM EQFG 5 VGTOKPCVQT 4 05 EQOOCPFU GCFGT CFFTGUU JQUV NKPM WPKV PWODGT VQ FCVC JGCFGT EQFG CNYC U 05 JGCFGT 05 EQOOCPF VGZV GTTQT EJGEM EQFG 5 VGTOKPCVQT 4 TTQT EJGEM EQFGU 8GTVKECN RCTKV XGP QFF QT PQPG 5 JQTK QPVCN RCTKV EQPXGTVGF VQ 5 QOOCPF HNQY CPF UWRRQTV QOOCPF HNQY QOOCPFU QPVGPVU QUV EQORWVGT VQ 2 OQFG EQOOCPFU QT 0 EQOOWPKECVKQPU YKVJ FKTGEV...

Page 42: ... 4GURQPUG PQVKHKEC VKQP OGVJQF QRGT CPF 5ECP PQVKHKECVKQP QT KPVGTTWRV PQVKHKECVKQP K G YTKVKPI VJG TGEGKXG FCVC KP VJG 1 OGOQT CTGC URGEKHKGF KP VJG VJ QRGTCPF QH VJG 2 4 KPUVTWEVKQP ECP DG UGNGEVGF 5ECP PQVKHKECVKQP 9TKVGU VJG TGEGKXG FCVC VQ 1 OGOQT FWTKPI 27 7PKV UECPPKPI PVGTTWRV PQVKHKECVKQP 9TKVGU VJG TGEGKXG FCVC VQ 1 OGOQT CU UQQP CU KV KU TGEGKXGF CPF CV VJG UCOG VKOG URGEKHKGU VJG GZGEW...

Page 43: ...ZV RTQEGUUKPI 9JGP C UVGR JCU GPFGF PQTOCNN PF UGSWGPEG EQORNGVGF 0GZV RTQ EGGF VQ VJG PGZV UVGR 0Q QVQ IQ VQ VJG URGEKHKGF UVGR 0Q QT DQTV KPVGTTWRV VJG UVGR CPF VGTOKPCVG VJCV UGSWGPEG ECP DG UGNGEVGF TTQT RTQEGUUKPI 9JGP C UVGR JCU GPFGF CDPQTOCNN PF 0GZV QVQ QT DQTV ECP DG UGNGEVGF 5GPF OGUUCIG CVC UGPV VQ VJG URGEKHKGF CFFTGUU YJGP VJG EQOOCPF KU 5 0 QT 5 0 4 8 QPUKUVU QH C JGCFGT CFFTGUU NGP...

Page 44: ...IPC VKQP OGVJQF HHGEVKXG CFFTGUU YJGTG TGCF HTQO QT YJGTG YTKVVGP VQ CVC UK G VQ 0QVG 6JG FCVC UK G KU VJG PWODGT QH D VGU QP VJG VTCPUOKUUKQP RCVJ 9QTF FGUKIPC VKQP 9QTF TGCF 1 OGOQT VQ UGPF FCVC 5RGEKH WUKPI VJG TF QRGT CPF QH VJG 2 4 KPUVTWEVKQP 5GV NGCFKPI CFFTGUU P 6JG NKPGCT GZRTGUUKQP C0 D KPENWFKPI TGRGCV EQWPVGT 0 KU CNUQ RQU UKDNG HQT P 5RGEKH WUKPI C NKPM YQTF 1 OGOQT FKTGEV FGUKIPC VKQ...

Page 45: ... VJG TF QRGT CPF QH VJG 2 4 KPUVTWEVKQP 5GV NGCFKPI CFFTGUU P 6JG NKPGCT GZRTGUUKQP C0 D KPENWFKPI TGRGCV EQWPVGT 0 KU CNUQ RQU UKDNG HQT P 5RGEKH WUKPI C NKPM YQTF 1 OGOQT FKTGEV FGUKIPC VKQP TTQT EJGEM EQFGU 4 4 4 66 4 57 57 CPF 57 ECP DG ECNEW NCVGF CZKOWO NGPIVJ QH UGPF TGEGKXG OGU UCIGU D VGU OCZKOWO NGPIVJ DGVYGGP CPF D VGU ECP DG UGV KP VJG 5GVWR TGC CZKOWO PWODGT QH FCVC CVVTKDWVGU TGIKU V...

Page 46: ... QCTF 0 7PKVU 7PKVU 27 4CEM QT ZRCPUKQP 1 4CEM DWV PQV VYQ UNQVU PGZV VQ 27 7PKV 7R VQ RQTVU OCZKOWO RQTVU KPENWFKPI VJQUG QP 27 7PKV 7PKVU 27 4CEM QT 5 ZRCPUKQP 4CEM DWV VQVCN QH CNN 27 WU 7PKVU OWUV DG QT NGUU 7R VQ RQTVU OCZKOWO RQTVU KPENWFKPI VJQUG QP 27 7PKV 7PKVU 27 4CEM QT 5 ZRCPUKQP 4CEM DWV VQVCN QH CNN 27 WU 7PKVU OWUV DG QT NGUU 7R VQ RQTVU OCZKOWO RQTVU KPENWFKPI VJQUG QP 27 7PKV 5GTK...

Page 47: ...U QT 2 KPM 7PKVU 0QV UWRRQTVGF UWRRQTVGF D QPVTQNNGT KPM 7PKVU QT 2 KPM 7PKVU QQRDCEM VGUVU 0QV UWRRQTVGF 5WRRQTVGF 5WRRQTVGF CWF TCVG QUV KPM EQOOWPK ECVKQPU DRU OCZ DRU OCZ DRU OCZ 2TQVQEQN OCETQU DRU OCZ DRU OCZ DRU OCZ 06 NKPM 0 OQFG 5VCPFCTF 06 NKPM 5VCPFCTF 06 NKPM JKIJ URGGF 06 NKPM UGG PQVG 5VCPFCTF 06 NKPM JKIJ URGGF 06 NKPM UGG PQVG QUV KPM EQO OWPKECVKQPU OQFG EQOOCPFU 5WRRQTVGF 5WRRQTV...

Page 48: ...d with X Y and Z respectively In this case the month is December Day of manufacture In this example the day is 20 NT31 631 C V2 are the only PTs for which high speed NT link is supported Lot No 20Z9 VGO 5 6TCPUOKUUKQP OQFG CNH FWRNGZ CNH QT HWNN FWRNGZ QOOCPFU 5GPF QPN 5 0 TGEGKXG QPN 4 8 QT UGPF CPF TGEGKXG 5 0 CPF 4 8 5GPF QPN 5 0 TGEGKXG QPN 4 8 UGPF CPF TGEGKXG 5 0 CPF 4 8 YCKV 9 6 ENGCT TGEGR...

Page 49: ... KPM YQTF URGEKHKECVKQP TGC 0 YQTFU OCZ VQVCN YQTFU OCZ VQVCN 176 TGC 0 176 KTGEV URGEK HKECVKQP XCTK CDNG CZ UGPF QT TGEGKXG FCVC UK G YQTFU OCZ PQ EQPXGTUKQP YQTFU OCZ PQ EQPXGTUKQP 4GEGRVKQP DWHHGT ENGCTKPI VKOKPI CNH FWRNGZ GHQTG GZGEWVKPI UGSWGPEGU GHQTG GZGEWVKPI 4 8 RTQEGUUKPI GHQTG GZGEWVKPI UGSWGPEGU GHQTG GZGEWVKPI 5 0 RTQEGUUKPI 7RQP 75 EQOOCPF GZGEWVKQP WNN FWRNGZ 0QPG GHQTG GZGEWVKPI ...

Page 50: ...G VWTPGF 10 QT 1 CU TGSWKTGF FWTKPI OQFGO EQPVTQN D GZGEWVKPI 12 0 VQ VWTP 10 VJG 4 UKIPCN QT D GZGEWVKPI 15 VQ VWTP 1 VJG 4 UKI PCN KP UGSWGPEG UVGRU 6JG 4 UKIPCN ECP CNUQ DG EQPVTQNNGF CETQUU OWNVKRNG UVGRU WTKPI 465 65 HNQY EQPVTQN CPF OQFGO EQPVTQN VJG 4 UKIPCN YKNN DG EQPVTQNNGF CEEQTFKPI VQ OQFGO EQPVTQN QRGTCVKQPU VJG 465 UKIPCN YKNN VWTP 10 YJGP UGPFKPI CPF VJG 465 65 HNQY EQPVTQN QRGTCVKQ...

Page 51: ...dem Note When a Programming Device is connected to the PC the Peripheral Bus can be used by connecting to the ports on the CPU Unit This is faster than using Host Link commu nications OMRON Programmable Terminal PT High speed communications for multiple PTs up to eight 1 N NT Link Low speed communications and only one PT PC OMRON component Protocol macro Protocol macro Protocol macro Host Link Hos...

Page 52: ...GVWR TGC KP VJG TGC QCTF YQTFU DGIKPPKPI CV 7PKV QH VJG YQTFU UVCTVKPI HTQO WPKV PWODGT CMG VJG HQNNQYKPI UGVVKPIU 5GTKCN EQOOWPKECVKQPU OQFG QUV KPM RTQVQEQN OCETQ 06 KPM QT NQQRDCEM VGUV CWF TCVG 6TCPUOKUUKQP OQFG HQT RTQVQEQN OCETQU JCNH FWRNGZ QT HWNN FWRNGZ VJG OCZKOWO NGPIVJ QH UGPF TGEGKXG FCVC GVE CMG VJG PGY UGVVKPIU KP VJG 5GVWR TGC XCNKF D RGTHQTOKPI QPG QH VJG HQN NQYKPI 6WTP VJG RQYGT...

Page 53: ...GF KP VJG 1 TGC SCU21 RUN ERC SD1 RD1 RDY ERH SD2 RD2 UNIT No F E D C B A 9 8 7 6 5 4 3 210 2 ON 4 TERM ERC RUN RD2 SCU41 RD1 TER1 SD2 RDY NO UNIT ERH SD1 OFF WIRE 0 1 2 3456 7 8 9 A B C D E F Unit number switch Unit number switch 5 UGTKGU 7PKVU UGTKGU 7PKVU KTUV YQTF KP 5GVWR TGC CNNQECVGF KP TGC O WPKV PWODGT YQTFU CTG WUGF DGIKPPKPI HTQO O YQTFU HQT GCEJ RQTV KTUV YQTF CNNQECVGF KP VJG 1 TGC P ...

Page 54: ...T PUVCNN VJG 5GTKCN QOOWPKECVKQPU QCTF 5 UGTKGU 5GTKCN QOOWPKECVKQPU 7PKV CVEJ VJG JQQM QP VJG VQR QH VJG DCEM QH VJG 7PKV QP VJG CEMRNCPG CPF VJGP TQVCVG VJG 7PKV FQYPYCTF VQ OQWPV KV 5GVWR TGC KP VJG TGC VQ 9QTFU CNNQECVGF KP VJG 1 TGC 1 VQ 1 VQ 2QTV 5GVWR TGC 1 5QHVYCTG UYKVEJ VQ 2QTV 5GVWR TGC 1 VQ 1 QCTF UVCVWU VQ 4GUGTXGF HQT VJG U UVGO 1 VQ 1 2QTV UVCVWU 1 VQ 1 2QTV UVCVWU 1 VQ 1 4GUGTXGF H...

Page 55: ...PKECVKQPU 7PKVU OC PQV HWPEVKQP EQTTGEVN Duct At least 20 mm CPU Unit I O Power Supply Unit Backplane Remote I O Unit Phillips screwdriver Duct At least 20 mm PA205R POWER INPUT AC100 240V L2 N L1 DC24V AC240V OUTPUT RUN PERIPHERAL ERR ALM RUN INH COMM PRPHL CONTROLLER CJ1G CPU44 SYSMAC PROGRAMMABLE PORT OPEN BUSY MCPWR 2 ON 4 TERM RD2 SD2 RDY NO UNIT ERH OFF WIRE 0 1 2 3456 7 8 9 A B C D E F ERC ...

Page 56: ...1 UYKVEJ 1 6GTOKPCVKPI TGUKUVCPEG 1 10 6GTOKPCVKPI TGUKUVCPEG 10 9 4 YKTG QT YKTG UGNGEVQT UYKVEJ YKTG YKTG QPPGEVKQP ZCORNG HQT QUV KPM QOOWPKECVKQPU 6JG JQUV EQORWVGT ECP DG EQPPGEVGF VQ C 2 QT 06 QPXGTVKPI KPM FCRVGTU ECP DG WUGF VQ EQPXGTV HTQO 45 VQ 45 VQ EQP PGEV VJG JQUV EQORWVGT VQ 2 U 0 NUQ RGTHQTO QVJGT TGSWKTGF RTQEGUUKPI UWEJ CU UGVVKPI UYKVEJGU QP VJG GZVGT PCN FGXKEG U 2 5GTKGU 6 RG ...

Page 57: ...EQOOWPKECVKQPU OQFG CPF VJG EQOOWPKECVKQPU URGEKHKECVKQPU HQT VJG QCTF QT 7PKV 7UG C 2TQITCOOKPI GXKEG UWEJ CU C 2TQITCOOKPI QPUQNG QT 2TQITCOOGT QT VJG 2TQVQEQN VQ UGV VJG 5GVWR TGC QUV KPM QOOWPKECVKQPU 6JG HQNNQYKPI VCDNG UJQYU VJG FGHCWNV UVCPFCTF UGVVKPIU HQT QUV KPM EQO OWPKECVKQPU O WPKV PWODGT Serial Communications Board Terminating resistance ON General purpose external device RS 232C RS ...

Page 58: ...VJG RQTV QP VJG 5GTKCN QOOWPKECVKQPU QCTF D VWTPKPI 10 QPG QH VJG QOOWPKECVKQPU QCTF 2QTV 5GVVKPIU JCPIG KVU HQT RQTV CPF HQT RQTV QT TGUVCTV VJG RQTV QP VJG 5GTKCN QOOWPKECVKQPU 7PKV D VWPKPI 10 QPG QH VJG QOOWPKECVKQPU 7PKV 2QTV 5GVVKPIU JCPIG KVU VQ 6JG YQTF YKNN DG WPKV PWODGT CPF VJG DKV YKNN DG DKV HQT RQTV CPF DKV HQT RQTV QCTF 5 5GTKGU QPN 7PKV 5 5GTKGU KV 5GVVKPI GCPKPI 2QTV 2QTV 2QTV 2QT...

Page 59: ...WVGTU VQ 2 U 6Q UGPF OQFG EQOOCPFU QT 05 EQOOCPFU RTQITCOU OWUV DG ETGCVGF QP VJG JQUV EQORWVGT VQ UGPF EQOOCPFU VQ 2 U CPF VQ TGEGKXG TGURQPUGU DCEM HTQO VJG 2 U 4GHGT VQ VJG 5 UGTKGU QOOWPKECVKQPU QOOCPFU 4GHGTGPEG CPWCN 9 HQT FGVCKNU 5GPFKPI 05 QOOCPFU HTQO 2 U VQ QUV QORWVGTU 5 0 4 8 CPF 0 ECP DG WUGF VQ GZGEWVG UNCXG KPKVK CVGF EQOOWPKECVKQPU NUQ RTQITCOOKPI KU TGSWKTGF CV VJG JQUV EQORWVGT V...

Page 60: ...OOWPKECVKQPU QCTF 5GTKCN QOOWPKECVKQPU 7PKV CPF 2TQVQEQN KU GZGEWVGF 7UKPI 5VCPFCTF 5 UVGO 2TQVQEQNU Programming to return responses Host computer Command Serial Communications Board Unit CPU Unit SEND 090 RECV 098 CMND 490 Communications Port Enabled Flag for Port 0 First send word CIO 0100 0000 used to send to a host computer First control data word D00200 SEND 90 0100 0000 D00200 Input conditio...

Page 61: ...GTCVKQP UGG 5GEVKQP 6TCEKPI CPF 1 GO QT QPKVQTKPI KP VJG 2TQVQEQN 1RGTCVKQP CPWCN 9 6TCPUOKUUKQP KPG 6TCEKPI 6JG FCVC KP VJG UGPF TGEGKXG OGUUCIGU HNQYKPI QXGT VJG VTCPUOKUUKQP NKPG 45 QT 45 CPF VJG EQPVTQN EQFGU CTG VTCEGF 1 GOQT QPKVQTKPI QPKVQTU UGPF TGEGKXG FCVC CPF VJG UVCVWU QH VJG XCTKQWU HNCIU Protocol Macro Executing Flag Communications Port Enabled Flag for Port 7 Communications port 7 a...

Page 62: ...PEG E TGCVKPI UVGRU 5GG TGCVKPI C 0GY 5GSWGPEG CPF 5GVVKPI C 5VGR F TGCVKPI OGUUCIGU 5GG 5GVVKPI C GUUCIG 0QVG HVGT ETGCVKPI OGUUCIGU UVGRU ECP CNUQ DG ETGCVGF D URGEKH KPI OGUUCIG PCOGU G 6TCPUHGTTKPI VJG ETGCVGF RTQLGEV VQ C QCTF QT 7PKV 5GG 6TCPUHGTTKPI CPF 4GCFKPI 2TQVQEQN CVC DGVYGGP 2GTUQPCN QORWVGTU CPF 5GTKCN QOOWPKECVKQPU QCTFU TGCVG VJG NCFFGT RTQITCO C 5GVVKPI 5GPF CVC 5RGEKH KPI 1RGTCP...

Page 63: ...VQTGF E ZGEWVG 2 4 QT FGVCKNU QP VJG EQPHKTOKPI QRGTCVKQP UGG 5GEVKQP 6TCEKPI CPF 1 GOQT QPKVQTKPI 6TCPUOKUUKQP KPG 6TCEKPI 6JG FCVC KP VJG UGPF TGEGKXG OGUUCIGU HNQYKPI QXGT VJG VTCPUOKUUKQP NKPG 45 QT 45 CPF VJG EQPVTQN EQFGU CTG VTCEGF 1 GOQT QPKVQTKPI QPKVQTU UGPF TGEGKXG FCVC CPF VJG UVCVWU QH VJG XCTKQWU HNCIU 0 06 KPMU 4GHGT VQ VJG WUGT U OCPWCN HQT VJG 26 Communications port 7 and serial p...

Page 64: ...F HQT QRGTCVKQP CPF VJG OGOQT CNNQECVGF KP VJG 1 OGOQT QH VJG 27 7PKV HQT EQPVTQNNKPI CPF OQPKVQTKPI EQOOWPKECVKQPU QORQPGPV 0COGU CPF WPEVKQPU 5GTKCN QOOWPKECVKQPU QCTFU 5 5GTKGU 1PN 5 UGTKGU 5GTKCN QOOWPKECVKQPU 7PKV CVC ZEJCPIG YKVJ VJG 27 7PKV 5GTKCN QOOWPKECVKQPU QCTF 5 5GTKGU 1PN 5GTKCN QOOWPKECVKQPU 7PKVU 5 5GTKGU 1 GOQT NNQECVKQPU TGC 1 TGC 4GNCVGF WZKNKCT TGC KVU ...

Page 65: ...V 1RGTCVKPI PQTOCNN CPF RTQVQEQN OCETQ RTGRCTC VKQPU JCXG DGGP EQORNGVGF NCUJKPI 1RGTCVKPI PQTOCNN CPF RTQVQEQN OCETQU CTG DGKPI RTGRCTGF 5GG PQVG 0QV NKV P GTTQT JCU QEEWTTGF KP VJG 5GTKCN QOOWPKEC VKQPU QCTF QCTF 7PKV GTTQT 27 7PKV YCVEJFQI VKOGT GTTQT QCTF YCVEJFQI VKOGT GTTQT 1 GNNQY KV 2QTV KU DGKPI WUGF HQT UGPFKPI QT TGEGKXKPI 0QV NKV 2QTV KU PQV DGKPI WUGF HQT UGPFKPI QT TGEGKXKPI 1 GNNQY ...

Page 66: ...F VGTOKPCN 4 QH VJG 2QYGT 5WRRN 7PKV KPUKFG QH VJG 5GTKCN QOOWPKECVKQPU QCTF 6JGTGHQTG VJG ECDNG UJKGNF ECP DG ITQWPFGF D ITQWPFKPI VJG 4 QH VJG 2QYGT 5WR RN 7PKV 6JG UVCVWU QH VJG 465 45 65 5 54 4 CPF 64 4 UKIPCNU ECP DG OQPKVQTGF KP VJG YQTFU CNNQECVGF KP VJG 1 TGC QT FGVCKNU TGHGT VQ 1 GOQT NNQECVKQPU 2KP 8 KU TGSWKTGF YJGP VJG 06 KPM FCRVGT KU EQPPGEVGF QT FGVCKNU QP EQPPGEVKQP OGVJQFU TGHGT V...

Page 67: ...GPV 1PG RNWI CPF QPG JQQF CTG RTQXKFGF HQT GCEJ RQTV 4GEQOOGPFGF CDNGU 7 9 2 5 488 5 7 CRRTQXGF WLKMWTC VF 9 2 88 5 PQV 7 CRRTQXGF WLKMWTC VF 7 5 2 9 7 CRRTQXGF KVCEJK CDNG VF 1 88 5 2 9 PQV 7 CRRTQXGF KVCEJK CDNG VF CDNG NGPIVJ O OCZ 45 2QTV 2QTV QH VJG 5 9 5 KU CP 45 RQTV 0QVG KIJ URGGF 06 NKPM KU QPN CXCKNCDNG YKVJ 5GTKCN QOOWPKECVKQPU QCTFU 7PKVU OCPWHCEVWTGF QP QT CHVGT GEGODGT VJ 9KVJ GCTNKG...

Page 68: ... RQTV KU WUGF UGV VJG UYKVEJ VQ 10 KH VJG 5GTKCN QOOW PKECVKQPU QCTF KU QP VJG GPF QH VJG VTCPUOKUUKQP NKPG 4GHGT VQ 5GEVKQP PUVCNNCVKQP CPF 9KTKPI HQT VJG 10 1 UGVVKPIU 0QVG 6JG UVCVWU QH VGTOKPCVKPI TGUKUVCPEG UGVVKPI ECP DG OQPKVQTGF KP VJG YQTFU CNNQECVGF KP VJG 1 TGC QT FGVCKNU TGHGT VQ 1 GOQT NNQECVKQPU 9KTG QT 9KTG 5YKVEJ 9 4 6JG YKTG QT YKTG UYKVEJ KU RTQXKFGF QP VJG 5 9 5 QPN 9JGP CP 45 R...

Page 69: ...n the CPU Unit CS1W SCU21 Indicators Port 1 RS 232C Unit number switch Port 2 RS 232C PFKECVQT QNQT 5VCVWU GCPKPI 470 TGGP KV 1RGTCVKPI PQTOCNN 0QV NKV 7PKV JCTFYCTG GTTQT 4 TGGP KV 2TQVQEQN OCETQ RTGRCTCVKQPU JCXG DGGP EQO RNGVGF NCUJKPI 2TQVQEQN OCETQU CTG DGKPI RTGRCTGF 5GG 0QVG 0QV NKV CTFYCTG GTTQT KP 5GTKCN QOOWPKECVKQPU 7PKV ...

Page 70: ...GVVKPI KU HQT WPKV PWODGT 45 2QTVU 6JG URGEKHKECVKQPU QH VJG 45 CTG VJG UCOG CU VJQUG HQT VJG 45 RQTV QP VJG 5GTKCN QOOWPKECVKQPU QCTF 5GG 45 2QTVU QP RCIG KOGPUKQPU 7PKV OO 4 4GF KV 27 7PKV GTTQT QT VJKU 7PKV JCU PQV DGGP TGIKU VGTGF KP VJG 1 VCDNG 4QWVKPI VCDNGU KPEQT TGEVN TGIKUVGTGF KP VJG 7PKV NCUJKPI 5 UVGO 5GVWR GTTQT 5GG PQVG 0QV NKV 27 7PKV KU QRGTCVKPI PQTOCNN CPF VJG 5GVWR TGC UGVVKPIU ...

Page 71: ...GIKU VGTGF KP VJG 1 VCDNG 4QWVKPI VCDNGU KPEQT TGEVN TGIKUVGTGF KP VJG 7PKV NCUJKPI 5 UVGO 5GVWR GTTQT 5GG PQVG 0QV NKV 27 7PKV KU QRGTCVKPI PQTOCNN CPF VJG 5GVWR TGC UGVVKPIU CTG PQTOCN 4 4GF KV 7PKV JCTFYCTG GTTQT NCUJKPI 2TQVQEQN FCVC U PVCZ GTTQT QT RTQVQEQN FCVC GTTQT 57 GTTQT 0QV NKV 7PKV KU QRGTCVKPI PQTOCNN 5 GNNQY KV 2QTV KU DGKPI WUGF HQT UGPFKPI 0QV NKV 2QTV KU PQV DGKPI WUGF HQT UGPFKP...

Page 72: ...U 7PKV WPKV PWODGT HQT VJG 7PKV 6JG 1 TGC CPF TGC CTG CNNQECVGF CEEQTFKPI VQ VJG WPKV PWODGT UGVVKPI 6JG YQTFU VJCV CTG CNNQ ECVGF CTG WUGF HQT VJG UQHVYCTG UYKVEJGU 5VCVWU TGC CPF VJG 5 UVGO 5GVWR 5GV VJG WPKV PWODGT DGVYGGP CPF 6JG HCEVQT UGVVKPI KU HQT WPKV PWODGT 45 2QTV 2QTV 6JG URGEKHKECVKQPU QH VJG 45 CTG VJG UCOG CU VJQUG HQT VJG 45 RQTV QP VJG 5GTKCN QOOWPKECVKQPU QCTF 5GG 45 2QTV QP RCIG...

Page 73: ...P VJG RQYGT VQ VJG 27 7PKV KU VWTPGF 10 YJGP VJG 5GTKCN QO OWPKECVKQPU QCTF KU TGUVCTVGF KU VWTPGF 10 QT YJGP VJG 5672 KPUVTWEVKQP KU GZGEWVGF 9JGP VJG 2QTV 2QTV 5GVVKPIU JCPIG KV QT 2QTV 2QTV 5GV VKPIU JCPIG KV KU VWTPGF 10 9JGP 5672 KU GZGEWVGF VJG 27 7PKV CWVQOCVKECNN VWTPU 10 VJG 2QTV QT 2QTV 2QTV 5GVVKPIU JCPIG KV CPF WRFCVGU VJG 5 UVGO 5GVWR QT FGVCKNU QP VJG 5672 KPUVTWEVKQP UGG RRGPFKZ 1 J...

Page 74: ...UVCTVGF C DKV DGVYGGP VQ KU VWTPGF 10 QT YJGP VJG 5672 KPUVTWEVKQP KU GZGEWVGF CPU Bus Unit Area in CIO Area Unit No 0 CPU Bus Unit Area in DM Area Unit 15 CPU Unit Serial Communications Unit Software switches Local memory Status System Setup see note 1 Auxiliary Area Port Settings Change Bits see note 2 Restart Bits Local memory System Setup 25 words 20 words CIO 1500 CIO 1501 D30000 D30001 D3009...

Page 75: ...OQT NNQECVKQPU 6JKU UGEVKQP GZRNCKPU VJG TGC 1 TGC CPF WZKNKCT TGC CNNQECVKQPU VQ VJG 5GTKCN QOOWPKECVKQPU QCTFU CPF 5GTKCN QOOWPKECVKQPU 7PKVU 6JG 5GTKCN QOOWPKECVKQPU QCTF WUGU VJG CNNQECVKQPU HQT VJG PPGT QCTF QH VJG 27 7PKV 6JG 5GTKCN QOOWPKECVKQPU 7PKV KU CNNQECVGF 1 OGOQT CU C 27 WU 7PKV CEEQTFKPI VQ VJG WPKV PWODGT UGVVKPI TGC 5GTKCN QOOWPKECVKQPU QCTFU 5 5GTKGU 1PN 6JG 5GVWR TGC CNNQECVGF ...

Page 76: ...QF VQ EJCPIG VJG 5 UVGO 5GVWR 0QVG C H UGVVKPIU CTG EJCPIGF HTQO C 2TQITCOOKPI GXKEG E ENG VJG RQYGT VQ VJG 27 7PKV WUG C 4GUVCTV KV VQ TGUVCTV VJG 7PKV QT QCTF QT WUG VJG 2QTV 5GVVKPIU JCPIG KVU VQ TGUVCTV VJG RQTV 4G HGT VQ CVC ZEJCPIG YKVJ VJG 27 7PKV HQT VJG URGEKHKE CF FTGUUGU VQ WUG D QT VJG RTQEGFWTG WUGF VQ EJCPIG VJG 5 UVGO 5GVWR WUKPI VJG 5672 KPUVTWEVKQP TGHGT VQ RRGPFKZ 1 JCPIKPI QOOWP...

Page 77: ... UGPFKPI FCVC 9JGP VJGTG KU PQ 65 EQPVTQN VWTP 10 VJG TGSWGUV VQ UGPF 465 UKI PCN DGHQTG UGPFKPI CPF VJGP UGPF FCVC YKVJQWV EJGEMKPI VJG TGSWGUV VQ UGPF 465 UKIPCN 9QTFU KV 5GVVKPI EQPVGPVU QCTF 5 5GTKGU QPN 7PKV 5 5GTKGU 2QTV 2QTV 2QTV 2QTV O O 2QTV UGVVKPIU UGG PQVG GHCWNVU 7UGT UGVVKPIU VQ 4GUGTXGF VQ 5GTKCN EQOOWPKECVKQPU OQFG UGG PQVG GHCWNV QUV KPM 0 06 KPMU UGG PQVG QUV KPM 2TQVQEQN OCETQ Q...

Page 78: ...KGU 9QTFU CTG CNNQECVGF KP VJG 1 TGC HQT 5QHVYCTG 5YKVEJGU CPF 5VCVWU TGC 9QTFU 1 VQ 1 KP VJG 27 WU 7PKV TGC KP VJG 1 TGC CTG CNNQECVGF CEEQTFKPI VQ VJG WPKV PWODGT UGVVKPI CEJ 7PKV KU CNNQECVGF YQTFU 6JG HKTUV YQTF KU WUGF HQT 5QHVYCTG 5YKVEJGU CPF VJG TGOCKPKPI YQTFU CTG WUGF HQT VJG 5VCVWU TGC 27 WU 7PKV TGC 1 VQ 1 P 1 WPKV PWODGT 9QTFU 7UCIG 1 5QHVYCTG UYKVEJ 1 VQ 1 QCTF UVCVWU 1 VQ 1 2QTV UVC...

Page 79: ...QTOCVKQP KPRWV HTQO 5GTKCN QOOWPKEC VKQPU QCTF QT 7PKV VQ VJG 27 7PKV 6JG 5VCVWU TGC KU YJGTG VJG 5GTKCN QO OWPKECVKQPU QCTF QT 7PKV UGVU EQOOWPKECVKQPU UVCVWU VJG VTCPUOKUUKQP EQPVTQN UKIPCN UVCVWU VJG VTCPUOKUUKQP GTTQT UVCVWU CPF VJG RTQVQEQN UVCVWU 9QTFU KV WPEVKQP QCTF 5 QPN 7PKV 5 1 P 2QTV 4GUGTXGF QQRDCEM 6GUV 5YKVEJ NQQRDCEM VGUVU 5VCTV 5VQR 4GUGTXGF 4GUGTXGF DQTV 5YKVEJ RTQVQEQN OCETQU DQ...

Page 80: ...5VCTV DKVU NYC U CVC NGPIVJ QT DKVU 5VQR DKVU QT DKVU 2CTKV GU 0Q 2CTKV XGP 1FF 1 1 P P CTF YCTG UGV VKPIU 5GG PQVG 6GTOKPCVKPI TGUKUVCPEG 1 6GTOKPCVKPI TGUKUVCPEG 10 VQ 4GUGTXGF 5 UVGO 5GVWR GTTQT 5 UVGO 5GVWR PQTOCN 2QTV QRGTCVKPI 2QTV UVQRRGF 1 1 P P VQ QOOW PKEC VKQPU UVCVWU 4GUGTXGF 4GOQVG 7PKV DWU TGEGKXKPI NQY EQPVTQN 4GOQVG 7PKV TGCF VQ TGEGKXG 4GUGTXGF QECN 7PKV DWU TGEGKXKPI NQY EQPVTQN ...

Page 81: ...KVJ QUV KPM EQOOWPKECVKQPU QT RTQVQEQN OCETQU 0QV WUGF YKVJ CP QVJGT UGTKCN EQOOWPKECVKQPU OQFG 2TQVQEQN 5VCVWU 6JG RTQVQEQN UVCVWU KU WUGF KP RTQVQEQN OCETQ OQFG 06 KPM OQFG QT NQQR DCEM VGUVU V KU PQV WUGF YKVJ QVJGT OQFGU 6JG EQPVGPVU FGRGPF QP VJG UGTKCN EQOOWPKECVKQPU OQFG CU UJQYP KP VJG HQNNQYKPI VCDNGU 1 1 P P 6TCPU OKUUKQP GTTQT UVC VWU 6TCPUOKUUKQP GTTQT 5GG PQVG 0Q VTCPUOKUUKQP GTTQT 6H...

Page 82: ...TQT 2TQVQEQN FCVC U PVCZ GTTQT 27 7PKV GTTQT 1 1 P P VQ 4GUGTXGF VQ 5GPF 4GEGKXG 5GSWGPEG 0WODGT VQ VQ JGZ 1 1 P P VQ 4GUGTXGF VQ ZGEWVGF 5VGR 0WODGT EQFG VQ VQ JGZ VQ 4GUGTXGF VQ ZGEWVGF 4GEGRVKQP CUG 0WODGT EQFG VQ VQ JGZ 1 1 P P VQ ZGEWVGF 4GEGRVKQP CUG 0WODGT 5VQTCIG NCI VQ QTTGURQPF VQ DKVU VQ 1 1 P P VQ ZGEWVGF 5VGR 0WODGT 5VQTCIG NCI VQ QTTGURQPF VQ DKVU VQ 1 1 P P VQ 4GRGCV QWPVGT 5GVVKPI ...

Page 83: ...U ECP DG VWTPGF 10 VQ TGUVCTV C RQTV YKVJQWV EJCPIKPI VJG RQTV UGVVKPIU KP VJG 5GVWR TGC CNNQECVGF KP VJG TGC 6JG 5672 KPUVTWEVKQP ECP CNUQ DG WUGF VQ LWUV TGUVCTV C EQOOWPKECVKQPU RQTV D GZGEWVKPI 5672 YKVJ VJG UCOG RQTV UGVVKPIU CU VJG QPGU CNTGCF DGKPI WUGF 9QTFU KV QPVGPVU QCTF 5 5GTKGU QPN 7PKV 5 5GTKGU 2QTV 2QTV 2QTV 2QTV 1 1 P P 6GUV UVCVWU TTQT 0QTOCN VQ 4GUGTXGF 54 4 UKIPCN EJGEM GTTQT 0Q...

Page 84: ... KP VJG WZKNKCT TGC CEEQTFKPI VQ VJG WPKV PWODGT CU UJQYP DGNQY 0QVG 6JGUG DKVU CTG WUGF DQVJ VQ EJCPIG VJG RQTV UGVVKPIU CPF VQ TGUVCTV VJG RQTV CV VJG UCOG VKOG 1PG QH VJGUG DKVU ECP DG VWTPGF 10 VQ TGUVCTV C RQTV YKVJQWV EJCPIKPI VJG RQTV UGVVKPIU KP VJG 5GVWR TGC CNNQECVGF KP VJG TGC 6JG 5672 KPUVTWEVKQP ECP CNUQ DG WUGF VQ LWUV TGUVCTV C EQOOWPKECVKQPU RQTV D GZGEWVKPI 5672 YKVJ VJG UCOG RQTV...

Page 85: ...KV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV 0Q 7PKV WPEVKQP 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GUVCTV KV 7PKV 0Q 4GU...

Page 86: ...QPU 7PKV UGTKGU 5GTKCN QOOWPKECVKQPU 7PKV 9KTKPI 9KTKPI 2TGECWVKQPU 2QTV 6 RGU QOOWPKECVKQPU QFGU CPF 2QTVU QPPGEVQT 2KP C QWV QWPVKPI GKIJV CPF QPPGEVQT QXGT KOGPUKQPU 4GFWEKPI NGEVTKECN 0QKUG HQT ZVGTPCN 9KTKPI 9KTG CPF 9KTG QPPGEVKQPU 06 KPM FCRVGT 5GVVKPIU QPPGEVKQPU HQT QUV KPM QOOWPKECVKQPU QPPGEVKQPU HQT 2TQVQEQN CETQU 0 06 KPM QPPGEVKQPU YKVJ 2TQITCOOCDNG 6GTOKPCNU QPPGEVKQPU KP QQRDCEM 6G...

Page 87: ...TKCN QO OWPKECVKQPU QCTF PUVCNNKPI QT TGOQXKPI VJG 5GTKCN QOOWPKECVKQPU QCTF YKVJ VJG RQYGT 10 ECP ECWUG VJG 27 7PKV VQ OCNHWPEVKQP FCOCIG KPVGTPCN EQORQPGPVU QT ECWUG EQOOWPKECVKQPU GTTQTU GHQTG JCPFNKPI VJG 5GTKCN QOOWPKECVKQPU QCTF VQWEJ C ITQWPFGF OG VCNNKE QDLGEV KP QTFGT VQ FKUEJCTIG CP UVCVKE DWKNF WR HTQO QWT DQF 2TGUU VJG ECVEJGU CV VJG VQR CPF DQVVQO QH VJG PPGT QCTF EQORCTVOGPV EQXGT 4G...

Page 88: ...V CEEQTFKPI VQ VJG UGVVKPI QH VJG WPKV PWODGT UYKVEJ QP VJG HTQPV RCPGN QH VJG 7PKV NNQECVKQPU CTG PQV CHHGEVGF D VJG UNQV KP YJKEJ VJG 7PKV KU OQWPVGF 4GHGT VQ 1 GOQT NNQECVKQPU QT 5 UGTKGU 2 U 5GTKCN QOOWPKECVKQPU 7PKVU ECP DG OQWPVGF VQ 5 9 27 CEMRNCPGU CPF 5 9 ZRCPUKQP CEM RNCPGU 7R VQ 5GTKCN QOOWPKECVKQPU 7PKVU ECP DG OQWPVGF HQT GCEJ 2 CU NQPI CU PQ QVJGT 27 WU 7PKVU CTG OQWPVGF QT UGTKGU 2 ...

Page 89: ...CEM QH VJG 7PKV KU RTQRGTN KPUGTVGF KPVQ VJG EQPPGEVQT KP VJG CEMRNCPG 7UG C 2JKNNKRU UETGYFTKXGT VQ VKIJVGP VJG UETGY QP VJG DQVVQO QH VJG 7PKV 6JG UETGYFTKXGT OWUV DG JGNF CV C UNKIJV CPING UQ DG UWTG VQ NGCXG GPQWIJ URCEG DGNQY VJG 4CEM 0QVG 6KIJVGP VJG UETGY VQ C VQTSWG QH 0 O 6Q TGOQXG VJG 7PKV NQQUGP VJG UETGY YKVJ C 2JKNNKRU UETGYFTKXGT TQVCVG VJG 7PKV WRYCTFU CPF VJGP TGOQXG KV Backplane H...

Page 90: ...PKVU IGPVN CRCTV PA205R POWER INPUT AC100 240V L2 N L1 DC24V AC240V OUTPUT RUN PERIPHERAL ERR ALM RUN INH COMM PRPHL CONTROLLER CJ1G CPU44 SYSMAC PROGRAMMABLE PORT OPEN BUSY MCPWR 2 ON 4 TERM RD2 SD2 RDY NO UNIT ERH OFF WIRE 0 1 2 3456 7 8 9 A B C D E F ERC RUN SCU41 RD1 TER1 SD1 PORT1 RS422 485 PORT2 QPPGEVQT PA205R POWER INPUT AC100 240V L2 N L1 DC24V AC240V OUTPUT RUN PERIPHERAL ERR ALM RUN INH...

Page 91: ...OQXG VJG RTQVGEVKXG NCDGN HTQO VJG VQR QH VJG 7PKV WPVKN YKTKPI JCU DGGP EQORNGVGF 6JKU NCDGN RTGXGPVU YKTG UVTCPFU CPF QVJGT HQTGKIP OCVVGT HTQO GPVGTKPI VJG 7PKV FWTKPI YKTKPI 4GOQXG VJG NCDGN CHVGT YKTKPI JCU DGGP EQORNGVGF VQ CNNQY CKT EKTEWNCVKQP PGGFGF HQT EQQNKPI I D VHULDO FRPPXQLFDWLRQV SRUW LV QRW EHLQJ XVHG OHDYH WKH FRYHU RQ WKH SRUW WR SUHYHQW GXVW IURP HQWHULQJ 5 UGTKGU 7PKV UGTKGU 7...

Page 92: ...QT GCEJ UGTKCN EQOOWPKECVKQPU OQFG QH VJG 5GTKCN QOOWPKECVKQPU QCTF CPF 7PKV RQTVU QOOWPKECVKQPU QFGU CPF 2QTVU 6JG HQNNQYKPI VCDNG UJQYU VJG TGNCVKQPUJKR DGVYGGP VJG EQOOWPKECVKQPU RQTVU CPF VJG EQOOWPKECVKQPU OQFGU HQT VJG 5GTKCN QOOWPKECVKQPU QCTFU CPF 7PKV 5GTKCN QOOWPKECVKQPU 7PKVU RTQXKFG QPN 45 RQTVU 0QVG 6JG 06 KPM FCRVGT ECP DG WUGF VQ EQPXGTV DGVYGGP 45 CPF 45 VQ GPCDNG 0 EQOOWPKECVKQPU ...

Page 93: ...QXG JGEM VJG RQNCTKV QH VJG GZVGTPCN FGXKEG DGHQTG OCMKPI EQPPGEVKQPU 2KP DDTGXKCVKQP 5KIPCN PCOG 1 5JKGNF 5 5GPF FCVC 1WVRWV 4 4GEGKXG FCVC PRWV 465 45 4GSWGUV VQ UGPF 1WVRWV 65 5 NGCT VQ UGPF PRWV 8 2QYGT UWRRN 54 4 CVC UGV TGCF PRWV 64 4 CVC VGTOKPCN TGCF 1WVRWV 5 5KIPCN ITQWPF QQF 5JKGNF 2KP DDTGXKCVKQP 5KIPCN PCOG 1 5 5GPF FCVC 1WVRWV 5 5GPF FCVC 1WVRWV 0 7PWUGF 0 7PWUGF 0 7PWUGF 4 4GEGKXG FC...

Page 94: ...QPPGEVQT EQXGTU CPF VJG OKPKOWO DGPFKPI TCFKWU QH VJG ECDNGU 4GFWEKPI NGEVTKECN 0QKUG HQT ZVGTPCN 9KTKPI 1DUGTXG VJG HQNNQYKPI RTGECWVKQPU HQT GZVGTPCN YKTKPI 9JGP OWNVK EQPFWEVQT UKIPCN ECDNG KU DGKPI WUGF CXQKF WUKPI 1 YKTGU CPF QVJGT EQPVTQN YKTGU KP VJG UCOG ECDNG H YKTKPI TCEMU CTG TWPPKPI KP RCTCNNGN CNNQY CV NGCUV OO DGVYGGP VJG TCEMU 123 223 123 223 65 150 123 223 CS1W SCB21 Serial Communi...

Page 95: ...JKU ECUG VJG QCTF QT 7PKV ECPPQV FGVGTOKPG YJGVJGT VJG FCVC KP VJG TGEGKXG DWHHGT KU KVU QYP UGPF FCVC QT VJG FCVC TGEGKXGF HTQO C TGOQVG PQFG CPF VJWU ECPPQV RGTHQTO TGEGKXG RTQEGUUKPI RTQRGTN 6Q CXQKF VJKU RTQDNGO CNYC U WUG JCNH FWRNGZ VTCPUOKUUKQPU YKVJ C YKTG UGVVKPI KVJGT JCNH FWRNGZ QT HWNN FWRNGZ VTCPUOKUUKQPU ECP DG WUGF YKVJ C YKTG UGVVKPI Communications cables Low current cables PC powe...

Page 96: ...Q 10 10 WKNV KP VGTOKPCVKPI TGUKUVCPEG UGVVKPI 10 QPPGEVU VGTOKPCVKPI TGUKUVCPEG 1 KUEQPPGEVU VGTOKPCVKPI TGUKUVCPEG 10 YKTG UGVVKPI YKTG 5GV DQVJ RKPU VQ 10 YKTG 5GV DQVJ RKPU VQ 1 1 1 6TCPUOKUUKQP OQFG UGG PQVG QPUVCPV VTCPUOKUUKQP 5GV DQVJ RKPU VQ 1 6TCPUOKUUKQP RGTHQTOGF YJGP 65 UKIPCN KP 45 KPVGTHCEG KU CV JKIJ NGXGN 5GV RKP VQ 1 CPF RKP VQ 10 6TCPUOKUUKQP RGTHQTOGF YJGP 65 UKIPCN KP 45 KPVGT...

Page 97: ... FCRVGT QPPGEVKPI CDNGU VQ EQPPGEV VQ 06 KPM FCRVGTU 9 6 O 9 6 O Serial Communications Board or Unit RS 232C interface Pin Signal D sub 9 pin connector male Signal Pin RS 232C interface D sub 9 pin connector male Computer FG SD RD RTS CTS 5V DSR DTR SG CD RD SD DTR SG DSR RTS CTS CI 5 V power D sub 9 pin connector male NT AL001 E Link Adapter Shield RS 232C Interface RS 232C Interface Signal Signa...

Page 98: ...inating resistance Pin 3 OFF Pin 4 OFF Pin 5 OFF Pin 6 OFF NT AL001 E Link Adapter RS 232C NT AL001 E Link Adapter Pin Pin Serial Communications Board Unit Serial Communications Board Unit Computer See note D sub 9 pin connector male DIP Switch Settings Pin 1 ON Pin 2 OFF Pin 3 OFF Pin 4 OFF Pin 5 OFF Pin 6 ON DIP Switch Settings Pin 1 ON Pin 2 ON terminating resistance Pin 3 OFF Pin 4 OFF Pin 5 O...

Page 99: ...rface RS 422A 485 In terface Signal Pin DIP Switch Settings Pin 1 ON Pin 2 ON terminating resistance Pin 3 OFF Pin 4 OFF Pin 5 OFF Pin 6 OFF Pin Serial Communications Board Unit Computer Terminal block Hood 4 wire Terminating resistance ON Signal Signal Pin Signal FG SD RD RTS CTS DSR DTR SG NC SD RD RTS CTS 5V DSR DTR SG ...

Page 100: ...h Settings Pin 1 ON Pin 2 ON terminating resistance Pin 3 OFF Pin 4 OFF Pin 5 OFF Pin 6 OFF Serial Communications Board Unit Computer RS 232C Terminal block 4 wire Terminating resistance OFF Serial Communications Board Unit 4 wire Terminating resistance ON B500 AL001 Link Adapter Signal Pin RS 422A 485 Inter face D sub 9 pin connector male Shield Shield Signal Signal Pin Pin Signal Signal Pin Pin ...

Page 101: ...G 10 YKTG 6JG VGTOKPCVKPI TGUKUVCPV UGVVKPI UJQYP CDQXG KU CP GZCORNG HQT VJG 06 06 6JG UGVVKPI OGVJQF XCTKGU YKVJ VJG 26 4GHGT VQ VJG OCP WCN HQT QW 26 HQT FGVCKNU Serial Communications Board or Unit Pin Signal PT D sub 9 pin connector male RS 232C Interface Hood Hood D sub 9 pin connector male RS 232C Interface Pin Signal FG FG SD RD RTS CTS 5V DSR DTR SG FG SD RD RTS CTS 5V SG Serial Communicat...

Page 102: ...VG 5GTKCN QOOWPKECVKQPU QCTF 7PKV UGVVKPIU 6GTOKPCVKPI TGUKUVCPEG 10 YKTG Serial Communications Board Unit Pin Signal Signal Terminal block or D sub connector RS 422A 485 In terface Hood D sub 9 pin connector male Short bar Terminal block or D sub connector RS 422A 485 In terface RS 422A 485 In terface FG FG Signal See note 2 Serial Communications Board Unit Pin Signal Signal Terminal block or D s...

Page 103: ...W TCVKQP 5EJGOCVKE FKCITCO 45 45 0 Resistance ON NT AL001 E Resistance ON NT AL001 E RS 232C RS 232C interface RS 232C RS 422A 485 RS 232C interface NT AL001 E RS 232C RS 422A 485 Resistance ON RS 422A 485 interface 5 V power NT AL001 E RS 232C RS 232C RS 422A 485 RS 232C interface NT AL001 E RS 232C RS 422A 485 Resistance ON RS 422A 485 interface RS 422A 485 interface B500 AL001 E Resistance ON R...

Page 104: ...NKOKVGF VQ O YJGP CP 06 KPM FCRVGT KU EQPPGEVGF TCPEJ NKPGU OWUV DG C OCZKOWO QH O NQPI 45 45 0 2QTV QPHKIW TCVKQP 5EJGOCVKE FKCITCO RS 422A 485 RS 232C interface RS 422A 485 interface NT AL001 E RS 232C Resistance ON 5 V power RS 422A 485 RS 422A 485 RS 232C interface RS 422A 485 Resistance ON RS 422A 485 interface RS 422A 485 interface B500 AL001 E Resistance ON Resistance ON Resistance ON NT AL...

Page 105: ...ector male FG SD RD RTS CTS DSR DTR SG SD RD SG Computer Serial Communications Board or Unit RS 232C port FG SD RD RTS CTS DSR DTR SG FG SD RD RTS CTS 5V DSR DTR SG 5 V power NT AL001 E Link Adapter RS 232C Interface RS 232C Interface Signal Pin DIP Switch Settings Pin 1 ON Pin 2 ON terminating resistance Pin 3 OFF 4 wire Pin 4 OFF Pin 5 OFF Pin 6 OFF NT AL001 E Link Adapter RS 232C Pin Pin Pin Si...

Page 106: ...I VJG HQNNQYKPI 06 KPM FCRVGT QPPGEVKPI CDNGU VQ EQPPGEV VQ 06 KPM FCRVGTU 9 6 O 9 6 O QPPGEVKQPU VQ C QFGO Modem Serial Communica tions Board or Unit RS 232C port FG SD RD RTS CTS 5V DSR DTR SG FG SD RD RTS CTS DSR SG CD ST2 RT DTR CI ST1 ...

Page 107: ...rting RS 422A 485 communications 2 wire Signal Signal See note RS 422A 485 interface RS 422A 485 interface Signal Pin Serial Communications Unit or Board Shield NT AL001 E Device supporting RS 422A 485 communications 4 wire RS 422A 485 interface RS 422A Shield DIP SW Pin 1 ON Pin 2 ON Terminating resistance Pin 3 OFF 4 wire Pin 4 OFF Pin 5 OFF Pin 6 ON Terminal block Signal Pin Signal Pin D sub 9 ...

Page 108: ...ld D sub 9 pin connector male Signal 5 V power D sub 9 pin connector male NT AL001 E Link Adapter RS 232C Interface Signal DIP Switch Settings Pin 1 ON Pin 2 ON terminating resistance Pin 3 OFF Pin 4 OFF Pin 5 OFF Pin 6 OFF Computer RS 232C D sub 9 pin connector male RS 422A 485 in terface Serial Communications Board Unit RS 422A 485 in terface Signal Pin Hood RS 422A 485 in terface Hood RS 422A 4...

Page 109: ...e supporting RS 422A 485 communications 4 wire RS 422A 485 inter face Signal Signal Pin RS 422A 485 inter face RS 422A 485 Inter face Pin Signal Serial Communications Board Unit Hood D sub 9 pin con nector male 4 wire Terminating resistance ON 5 V power D sub 9 pin con nector male RS 232C Interface Signal Signal Pin DIP Switch Pin 2 OFF otherwise same as below Pin Signal Shield Shield D sub 9 pin ...

Page 110: ...KQPU QCTF 7PKV UGVVKPIU 6GTOKPCVKPI TGUKUVCPEG 10 YKTG 6JG VGTOKPCVKPI TGUKUVCPV UGVVKPI UJQYP CDQXG KU CP GZCORNG HQT VJG 06 06 6JG UGVVKPI OGVJQF XCTKGU YKVJ VJG 26 4GHGT VQ VJG OCP WCN HQT QW 26 HQT FGVCKNU Serial Communications Board or Unit Pin Signal PT D sub 9 pin connector male RS 232C Interface Hood Hood D sub 9 pin connector male RS 232C Interface Pin Signal FG FG SD RD RTS CTS 5V DSR DT...

Page 111: ...CDNGU DG EQPPGEVGF CU FGUETKDGF DGNQY GURGEKCNN YJGP VJG 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV KU WUGF KP CP GPXK TQPOGPV YJGTG KV KU NKMGN VQ DG UWDLGEV VQ GNGEVTKECN PQKUG NYC U WUG UJKGNFGF VYKUVGF RCKT ECDNGU CU EQOOWPKECVKQPU ECDNGU Serial Communications Board Unit Pin Signal Signal PT Terminal block RS 422A 485 Inter face FG Hood D sub 9 pin connector male RS 422A 485 In terface Short bar Signal...

Page 112: ...te device Actual Wiring Example SG signal wires Bundle the SG wires Aluminum foil XM2S 0911 E Pin Signal Hood Shield Signal Twist the shaded lines to make them thinner and connect to Pin No 1 FG Cover this section with heat shrink tube to avoid contact with other sections SD RD RTS CTS SG FG FG RD SD CTS RTS SG FG POWER PA205R DC24V AC240V OUTPUT RUN INPUT AC100 240V L2 N L1 CONTROLLER CJ1G CPU44 ...

Page 113: ...WPF VJG UJKGNF QPN CV VJG QCTF 7PKV GPF TQWPFKPI DQVJ GPFU QH VJG UJKGNF OC FCOCIG VJG FGXKEG FWG VQ VJG RQVGPVKCN FKHHGTGPEG DGVYGGP VJG ITQWPF VGTOKPCNU QPPGEVKQP GZCORNGU CTG UJQYP DGNQY 9KTG QPPGEVKQPU 9KTG QPPGEVKQPU 7UKPI C KPM FCRVGT QFGN CPWHCEVWTGT 1 58 2Z KTCMCYC GYVGEJ QTR Serial Communications Board Unit Remote device Shield Hood Pin Signal Signal Serial Communications Board Unit Remot...

Page 114: ...VJG ITQWPF VGTOKPCN 4 QP VJG 2QYGT 5WRRN 7PKV XKC VJG 27 4CEM QT 5 ZRCPUKQP 4CEM 6JGTGHQTG KU ITQWPFGF D ITQWPFKPI VJG ITQWPF VGTOKPCN 4 QP VJG 2QYGT 5WR RN 7PKV RS 422 FG RS 232C Serial Communications Board Unit Pin Remote device Remote device NT AL001 E Signal Pin Signal Signal Pin Signal Signal Shield See note Hood SD RD RS CS 5V DR ER SG FG RD SD RS CS 5V DR ER SG 2 3 4 5 6 7 8 9 3 4 5 6 7 8 9...

Page 115: ...N INPUT AC100 240V L2 N L1 CONTROLLER CJ1G CPU44 SYSMAC PROGRAMMABLE ERR ALM RUN COMM INH PRPHL OPEN PERIFHERAL BUSY MCPWR PORT 2 ON 4 TERM ERC RUN RD2 SCU41 RD1 TER1 SD2 RDY NO UNIT ERH SD1 PORT1 RS422 485 OFF WIRE PORT2 0 1 23456 7 8 9 A B C D E F GR SYSMAC CS1G PROGRAMABLE CONTROLLER CPU42 OPEN OPEN PERIPHERAL PORT RS 232C BUSY RUN ERR ALM INH PRPHL COMN MCPWR GR POWER PA204S L2 N L1 AC100V 120...

Page 116: ...F UJKGNF 6TKO QHH CNN VJG DTCKFGF UJKGNF WUKPI UEKUUQTU 4GOQXG VJG KPUWNCVKQP HTQO GCEJ EQPFWEVQT WUKPI C UVTKRRGT UQ VJCV VJG GZ RQUGF EQPFWEVQT NGPIVJ KU OO 9TCR CFJGUKXG VCRG CTQWPF VJG EQPFWEVQT HTQO YJKEJ VJG DTCKFGF UJKGNF YCU TGOQXGF 5QNFGTKPI 6JTGCF C JGCV UJTKPMKPI VWDG VJTQWIJ GCEJ EQPFWEVQT 6GORQTCTKN UQNFGT GCEJ EQPFWEVQT VQ VJG EQTTGURQPFKPI EQPPGEVQT VGTOK PCNU QORNGVGN UQNFGT GCEJ E...

Page 117: ...GP JGCV VJG VWDG VQ UJTKPM KV KP RNCEG UUGODNKPI QPPGEVQT QQF UUGODNG VJG EQPPGEVQT JQQF CU UJQYP DGNQY Soldering iron Heat shrinking tube Inside diameter 1 5 mm l 10 1 mm Heat shrinking tube End connected to FG Aluminum foil tape Grounding plate End not connected to FG Adhesive tape ...

Page 118: ... 45 CPF 45 9KTKPI 5GEVKQP QPPGEVKPI VQ 7PKV 5 UGTKGU 7PKV UGTKGU 7PKV Tighten the screws firmly with your fingers 6KIJVGP VJG UETGYU HKTON YKVJ QWT HKPIGTU ...

Page 119: ......

Page 120: ...GVWR TGC 9QTFU 5GVWR TGC QPVGPVU WZKNKCT TGC CPF 1 TGC NNQECVKQPU WZKNKCT TGC NNQECVKQPU 1 TGC NNQECVKQPU QOOWPKECVKQPU 6KOKPI 5KOWNVCPGQWU QOOCPFU CPF QOOWPKECVKQPU 2QTVU QOOWPKECVKQPU QPVTQN 5KIPCNU CPF QOOWPKECVKQPU 6KOKPI NCIU HQT 0GVYQTM QOOWPKECVKQPU 6KOKPI QH QOOCPFU FFTGUUGF VQ C QUV QORWVGT 4GEGRVKQP WHHGTU TTQT 4GURQPUGU JCPIGU HTQO 2TGXKQWU 2TQFWEVU 45 2QTVU 45 2QTVU ...

Page 121: ... PGEGUUCT YJGP GTTQTU QEEWT QP VJG NKPG EQPVTQNNGF D VJG 2 QT VQ EQPHKTO VJG QRGTCVKPI UVCVWU QH VJG JQUV EQORWVGT 6JG 2 UGPFU C EQOOCPF VQ VJG JQUV EQORWVGT VJTQWIJ C 5GTKCN QOOWPKEC VKQPU 7PKV QT QCTF 6JG JQUV EQORWVGT RTQEGUUGU VJG EQOOCPF CPF YJGP PGEGUUCT TGVWTPU C TGURQPUG VQ VJG 2 7UKPI 2 KPKVKCVGF EQOOWPKECVKQPU TGSWKTGU VJCV C RTQITCO DG RTGRCTGF QP VJG JQUV EQORWVGT VQ RTQEGUU EQOOCPFU T...

Page 122: ... 2QTV 5GVVKPIU VQ 2QTV 5GVVKPIU VQ VQ 0QV WUGF KP QUV KPM QOOWPKECVKQPU VQ 4GUGTXGF HQT VJG U UVGO 7PKV 0Q 9QTFU 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ m to m 3 Port 1 Settings m 10 to m 13 Port 2 Settings m 14 to m 9 and m 14 to m 19 Not used in Host Link commun...

Page 123: ...UV KPM OQFG YKVJ WPKV PWODGT 5VCTV KVU CVC GPIVJ 5VQR KVU 2CTKV CWF 4CVG H WUGT UGVVKPIU CTG URGEKHKGF HQT VJG RQTV UGVVKPIU VJG PWODGT QH UVCTV DKVU FCVC NGPIVJ PWODGT QH UVQR DKVU RCTKV CPF DCWF TCVG OWUV DG UGV 6JG UVCTV DKVU UGVVKPI JQYGXGT YKNN DG KIPQTGF CPF UVCTV DKV YKNN CNYC U DG WUGF Q PQV UGV VJG DCWF TCVG UGVVKPI VQ DGVYGGP CPF UGVWR GTTQT YKNN QEEWT KH VJGUG UGVVKPIU CTG WUGF CPF VJG ...

Page 124: ...UGPF KU UVCTVGF YKVJQWV EJGEMKPI VJG UVCVWU QH VJG 65 UKIPCN QUV KPM 7PKV 0WODGT 5GV VJG UGVVKPI VQ VQ GZ VQ UGV QUV KPM WPKV PWODGTU VQ Case 1 Serial Communications Board or Unit Host computer Command sent Send delay Response sent Case 2 Serial Communications Board or Unit Host computer First command frame Send delay Second command frame Delimiter Case 3 Serial Communications Board or Unit Host c...

Page 125: ...QECVGF KP VJG TGC 6JG 5672 KPUVTWEVKQP ECP CNUQ DG WUGF VQ LWUV TGUVCTV C EQOOWPKECVKQPU RQTV D GZGEWVKPI 5672 YKVJ VJG UCOG RQTV UGVVKPIU CU VJG QPGU CNTGCF DGKPI WUGF 5GTKCN QOOWPKECVKQPU QCTFU 5 5GTKGU QPN 5GTKCN QOOWPKECVKQPU 7PKVU 5 5GTKGU P WPKV PWODGT PPGT QCTF TTQT PHQTOCVKQP 5 UGTKGU 5GTKCN QOOWPKECVKQPU QCTF 1PN EQPVCKPU GTTQT KPHQTOCVKQP HQT VJG 5GTKCN QOOWPKECVKQPU QCTF 0QVG 9JGP CP QP...

Page 126: ...VGF CEEQTFKPI VQ VJG WPKV PWODGT UGVVKPI CEJ 7PKV KU CNNQECVGF YQTFU 1PN VJG YQTFU UJQYP KP VJG HQNNQYKPI VCDNG CTG WUGF HQT VJG 5VCVWU TGC YKVJ QUV KPM EQOOWPKECVKQPU 27 WU 7PKV TGC 1 VQ 1 P 1 WPKV PWODGT 5VCVWU TGC 6JG 5VCVWU TGC KU WUGF HQT UVCVWU KPHQTOCVKQP KPRWV HTQO 5GTKCN QOOWPKEC VKQPU QCTF QT 7PKV VQ VJG 27 7PKV 6JG 5VCVWU TGC KU YJGTG VJG 5GTKCN QO OWPKECVKQPU QCTF QT 7PKV UGV EQOOWPKEC...

Page 127: ... OQFG 0QVG VQ CWF TCVG 0QVG VQ 4GUGTXGF 5VCTV DKVU NYC U CVC NGPIVJ QT DKVU 0QVG 5VQR DKVU QT DKVU 0QVG 2CTKV GU 0Q 0QVG 2CTKV XGP 1FF 0QVG 1 1 P P CTF YCTG UGVVKPIU 0Q 45 45 4GUGTXGF 4GUGTXGF 6GTOKPCVKPI TGUKUVCPEG 1 6GTOKPCVKPI TGUKUVCPEG 10 VQ 4GUGTXGF 5GVWR GTTQT 5GVWR PQTOCN 2QTV QRGTCVKPI 2QTV UVQRRGF 1 1 P P VQ QOOW PKEC VKQPU UVCVWU 4GUGTXGF 4GOQVG 7PKV DWU TGEGKXKPI NQY EQPVTQN 4GOQVG 7PK...

Page 128: ... TCVG UVCTV DKVU FCVC NGPIVJ UVQR DKVU RCTKV RQTVU VGTOKPCVKPI TGUKUVCPEG UGVWR GTTQT CPF RQTV QRGTCVKPI UVQRRGF UVCVWU 6JG RQTV QRGTCVKPI UVQRRGF UVCVWU YKNN CNYC U DG HQT QUV KPM OQFG QOOWPKECVKQPU 5VCVWU 6JG HNQY EQPVTQN CPF DWHHGT UVCVWU KU UVQTGF 6JGUG DKVU CTG ENGCTGF CV UVCTVWR QT YJGP C RQTV KU TGUVCTVGF WUKPI 5672 QT C 2QTV 5GVVKPIU JCPIG KV WZKNKCT TGC 6TCPUOKUUKQP QPVTQN 5KIPCN 5VCVWU 6...

Page 129: ...TQEGUU YKNN IQ QP UVCPFD WPVKN VJG 65 KPRWV UKIPCN VWTPU 10 KVJGT TGNGCUG VJKU DWU UVCVWU D KPEQTRQ TCVKPI VJG 465 QWVRWV UKIPCN HQT VJG 65 KPRWV UKIPCN CV VJG JQUV EQORWVGT QT NQQR VJG 465 QWVRWV UKIPCN DCEM VQ VJG 65 KPRWV UKIPCN CV VJG 7PKV QT QCTF 0QVG 6JG UVCVWU QH VJG 465 CPF 65 UKIPCNU ECP DG EQPHKTOGF KP VJG 6TCPUOKUUKQP QPVTQN 5KIPCN 5VCVWU KP VJG 5VCVWU TGC 4GHGT VQ RCIG NCIU HQT 0GVYQTM...

Page 130: ... DG ENGCTGF 9QTF KV QPVGPV VQ 4GUGTXGF QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q QOOWPKECVKQPU 2QTV PCDNGF NCI 2QTV 0Q 9QTF KV QPVGPV VQ 4GUGTXGF QOOWPKECVKQPU 2QTV TTQT NCI 2Q...

Page 131: ...TP 10 YJGP VJG EQOOCPF VQ VJG JQUV EQORWVGT JCU RCUUGF HTQO VJG 27 7PKV VQ VJG RQTV Communications Port Enabled Flag Network communications instructions PMCR 260 SEND 090 RECV 098 CMND 490 Communications Port Error Flag Communications Port Completion Code Instruction 1 being executed Instruction 2 being executed Instruction 3 being executed End of previous processing Normal end No unit correspond ...

Page 132: ...GF 6TCPUOKUUKQP QH TGURQPUGU VQ EQOOCPFU HTQO VJG JQUV EQORWVGT YKNN DG RQUVRQPGF WPVKN VJG EQOOCPF VTCPUOKUUKQP VQ VJG JQUV EQORWVGT JCU DGGP EQORNGVGF Response Required Host computer Command Command Response Response Serial Communications Board Unit Communications Port Enabled Flag Command acknowledged Command completed No Response Required Host computer Serial Communications Board Unit Command ...

Page 133: ...P 05 TGURQPUG KU TGSWKTGF VJCV KU VQQ NQPI HQT VJG NGICN TGURQPUG HTCOG P GPF EQFG QH GZ KU TGVWTPGF YJGP VJG TGURQPUG GZEGGFU VJG OCZK OWO TGURQPUG NGPIVJ 6JG QUV KPM TGURQPUG HTCOG YKNN EQPVCKP VJG TGSWGUVGF TGCF FCVC CHVGT VJG GPF EQFG VJTQWIJ VJG GPF QH VJG OCZKOWO NGICN TGURQPUG HTCOG NGPIVJ 0QVG 9G TGEQOOGPF RTQITCOOKPI TGVT RTQEGUUKPI CV CP FGXKEG UGPFKPI EQO OCPFU KP ECUG PQKUG QT QVJGT HC...

Page 134: ...QY HQT FKHHGTGPV VGZV NGPIVJU KP HTCOGU QT FKHHGTGPV 5 EQOOCPF URGEKHKECVKQPU 5GG PQVG UGTKGU 27 7PKVU 54 2 2 3 27 5 27 27 9 1 0Q EJCPIGU JCXG DGGP OCFG KP YKTKPI V OC DG RQUUKDNG VQ WUG VJG JQUV EQORWVGT RTQITCOU YKVJQWV CNVGTCVKQP CU NQPI CU VJG UCOG EQOOWPKECVKQPU UGVVKPIU G I DCWF TCVG CTG WUGF V OC DG PGEGUUCT JQYGXGT VQ EJCPIG RTQITCOU VQ CNNQY HQT FKHHGTGPV 5 EQOOCPF URGEKHKECVKQPU 8 QT 8 U...

Page 135: ...PI KV CPF OCMG CP EQTTGEVKQPU TGSWKTGF VQ JCPFNG FKHHGTGPV HTCOG VGZV NGPIVJU 4GHGT VQ VJG 5 UGTKGU QOOWPKECVKQPU QOOCPFU 4GHGT GPEG CPWCN 9 HQT FGVCKNU 2TGXKQWU RTQFWEVU QFGN PWODGT JCPIGU TGSWKTGF HQT 5 UGTKGU RTQFWEV 9KTKPI 1VJGT UGTKGU QUV KPM 7PKVU 9KTKPI RKPU JCXG DGGP EJCPIGF CU UJQYP DGNQY 5 2KP VQ RKP 5 2KP VQ RKP 4 2KP VQ RKP 4 2KP VQ RKP 5 2KP VQ 0QV EQPPGEVGF 2KP VQ RKP QPPGEVQT JQQF V...

Page 136: ... CETQ WPEVKQPU 2TQVQEQN CETQ WPEVKQPU 7UKPI VJG 2TQVQEQN CETQ WPEVKQP 2TQVQEQN 5VTWEVWTG 5GVWR TGC NNQECVKQPU 5GVWR TGC 9QTFU 5GVWR TGC NNQECVKQPU WZKNKCT TGC CPF 1 TGC NNQECVKQPU WZKNKCT TGC NNQECVKQPU 1 TGC NNQECVKQPU 5QHVYCTG 5YKVEJGU 5VCVWU TGC 7UKPI 2TQVQEQN CETQU ZGEWVKPI 5GPF 4GEGKXG 5GSWGPEGU CFFGT 2TQITCO 5VTWEVWTG CFFGT 2TQITCO ZCORNG ...

Page 137: ...5VCPFCTF 5 UVGO 2TQVQEQNU 9JGP EQPPGEVKPI 1 410 FGXKEGU FCVC KU UGPV CPF TGEGKXGF DGVYGGP VJG 5 UGTKGU 27 7PKV CPF VJGUG FGXKEGU D URGEKH KPI VJG UGSWGPEG PWO DGT QH VJG UVCPFCTF U UVGO RTQVQEQN RTQXKFGF KP VJG 5GTKCN QOOWPKECVKQPU QCTF 5GTKCN QOOWPKECVKQPU 7PKV CPF 2TQVQEQN CPF GZGEWVKPI VJG UGSWGPEG WUKPI VJG 24161 1 41 KPUVTWEVKQP 2 4 0QVG 6JG FGXKEGU HQT YJKEJ UVCPFCTF U UVGO RTQVQEQNU CTG RTQ...

Page 138: ... Modifying and transferring standard system protocols Modified standard system protocol Command execution SEND RECV SEND RECV RS 232C or RS 422A 485 General purpose external device CPU Unit Sequence number I O memory Sequence No specification I O refreshing Shared memory Step 0 Messages Serial Communications Board or Unit Step 1 Step 2 Creating and transferring a new protocol Newly created protoco...

Page 139: ...KXG EQPVTQN EQOOCPF UGPF TGEGKXG OGUUCIG RTQEGUUKPI TGUWNV CPF C PGZV UVGR VJCV FGRGPFU QP VJG RTQEGUUKPI TGUWNVU QT GZCORNG YKVJ C UGSWGPEG VJCV TGCFU VJG RTQEGUU XCNWG HQT C 6GORGTCVWTG QPVTQNNGT VJG UGSWGPEG UGPFU VJG UGPF OGUUCIG HQT VJG EQPPGEVGF 6GORGT CVWTG QPVTQNNGT C EJCTCEVGT UVTKPI KP YJKEJ VJG 2TQEGUU 8CNWG 4GCF EQO OCPF KU KPUGTVGF DGVYGGP VJG JGCFGT CFFTGUU CPF VJG EJGEM EQFG VGTOKPC...

Page 140: ...processing monitoring time Response notification method 15 steps max Step 0 Step 1 One step structure With the SEND RECV or SEND RECV command Command see Note 1 Next process Next step To specified step Sequence end Sequence interrupt Error processing Header Address Terminator Data Check Messages see note 2 With the WAIT FLUSH OPEN or CLOSE command Message list see note 2 Send message list Receive ...

Page 141: ... GZRGEVGF OGUUCIGU VJCV ECP DG WUGF VQ UYKVEJ VQ FKHHGTGPV PGZV RTQEGUUGU YJGP 4 8 QT 5 0 4 8 KU WUGF 4GRGCV EQWPVGT 6JG PWODGT QH VKOGU VQ TGRGCV VJG UVGR VQ 6JG TGRGCV EQWPVGT ECP DG WUGF VQ EJCPIG UGPF TGEGKXG OGU UCIGU 4GVT EQWPV 7UGF HQT 5 0 4 8 VQ TGVT VJG EQOOCPF HQT GTTQTU VQ 5GPF YCKV VKOG 7UGF HQT 5 0 QT 5 0 4 8 VQ ETGCVG C YCKV VKOG DGHQTG UGPFKPI FCVC 4GURQPUG YTKVG GPCDNG HQT QRGTCPF ...

Page 142: ...CV EQWPVGT 4GUGV QOOCPF 5 0 4 8 4GVT EQWPV 5GPF YCKV VKOG 5GPF OGUUCIG 5 A 4GEGKXG OGUUCIG 48 A 4GURQPUG YTKVG GPCDNG 9TKVG 0GZV RTQEGUU PF TTQT RTQEGUU DQTV 5GPF OGUUCIG 5 A GCFGT J 6GTOKPCVQT V TTQT EJGEM EQFG E 4 JQTK QPVCN RCTKV D VGU QH 5 GPIVJ N FFTGUU C 4 GUUCIG GFKVGF 4GEGKXG OGUUCIG 48 A GCFGT J 6GTOKPCVQT V TTQT EJGEM EQFG E 4 JQTK QPVCN RCTKV D VGU QH 5 GPIVJ N FFTGUU C 4 GUUCIG GFKVGF ...

Page 143: ...VU VQ CWF TCVG 5GV VQ OCVEJ VJG DCWF TCVG QH VJG GZVGTPCN FGXKEG O O KV 6TCPUOKUUKQP OGVJQF 5GV VQ GZ VQ URGEKH JCNH FWRNGZ O O KVU VQ CZ 0Q QH UGPF TGEGKXG D VGU 5GV VQ GZ VQ URGEKH D VGU QCTF 5 5GTKGU QPN 7PKV 5 5GTKGU QPVGPVU 5GVVKPI HQT C UVCPFCTF U UVGO RTQVQEQN 2QTV 2QTV 2QTV 2QTV GXGN VGO 2QUUKDNG EJCPIGU KP UGVVKPIU 5GSWGPEG RCTCOGVGTU KPM YQTFU 0Q TGCUQP VQ EJCPIG 6TCPUOKUUKQP EQPVTQN RCT...

Page 144: ...CTG CNNQECVGF YQTFU CEEQTFKPI VQ WPKV PWODGTU 5GTKCN QOOWPKECVKQPU QCTFU 5 5GTKGU 1PN 5GVWR TGC NNQECVGF KP VJG TGC VQ 5GTKCN QOOWPKECVKQPU 7PKVU 5 5GTKGU 5GVWR TGC NNQECVGF KP VJG TGC VQ KTUV 9QTF KP 5GVWR TGC NNQECVGF KP VJG TGC O WPKV PWODGT 9QTFU 7UCIG VQ VQ 2QTV 5GVVKPIU VQ VQ 2QTV 5GVVKPIU VQ VQ 0QV WUGF YKVJ VJG RTQVQEQN OCETQ OQFG VQ 4GUGTXGF HQT VJG U UVGO 7PKV 0Q TGC 7PKV 0Q VQ 7PKV 0Q V...

Page 145: ...KPIU CTG URGEKHKGF HQT VJG RQTV UGVVKPIU VJG PWODGT QH UVCTV DKVU FCVC NGPIVJ PWODGT QH UVQR DKVU RCTKV CPF DCWF TCVG OWUV DG UGV 6JG UVCTV DKVU UGVVKPI JQYGXGT YKNN DG KIPQTGF CPF UVCTV DKV YKNN CNYC U DG WUGF Q PQV UGV VJG DCWF TCVG UGVVKPI VQ DGVYGGP CPF UGVWR GTTQT YKNN QEEWT KH VJGUG UGVVKPIU CTG WUGF CPF VJG FGHCWNV UGVVKPI QH DRU YKNN DG WUGF Q PQV WUG UGVVKPIU CPF YJKEJ CTG TGUGTXGF HQT VJ...

Page 146: ...OQVG FGXKEG CPF C TGURQPUG KU TGVWTPGF HQT 5 0 CHVGT FCVC KU UGPV EQOOWPKECVKQPU QT QVJGT EQOOCPF CPF DGHQTG 5 0 KU EQORNGVGF VJG TGURQPUG FWTKPI VJCV VKOG ECPPQV DG TGEGKXGF WUKPI JCNH FWRNGZ VTCPUOKUUKQPU H VJKU RTQDNGO QEEWTU WUG VJG HWNN FWRNGZ VTCPUOKU UKQPU NUQ KH VJG GZVGTPCN FGXKEG KU EQPPGEVGF WUKPI YKTG EQPPGEVKQPU HTQO CP 45 RQTV UGPF CPF TGEGKXG FCVC ECPPQV DQVJ DG QP VJG UCOG VTCPUOKU...

Page 147: ...P C 5GTKCN QOOWPK ECVKQPU QCTF QT 7PKV 9JGP WUKPI HNQY EQPVTQN KPKVKCVG HNQY EQPVTQN CHVGT TGEGKXKPI CDQWV D VGU CPF VJGP TGNGCUG EQPVTQN CHVGT RTQEGUUKPI CNN DWV D VGU QH TGEGKXG FCVC 7R VQ D VGU YQTFU QH FCVC ECP DG UVQTGF HQT GCEJ 4 8 EQOOCPF KH D VGU QH TGEGKXG FCVC KU HKTUV UVQTGF KP VJG DWHHGT CPF D VGU GZ KU UGV CU VJG OCZKOWO PWODGT QH UGPF TGEGKXG FCVC D VGU 6TCPUOKUUKQP OQFG 6KOG TGEGRVK...

Page 148: ...PCN UVC U 1 CPF TGEGKXG FCVC KU FKU ECTFGF 0QVG 45 5 HNQY EQPVTQN KP JCNH FWRNGZ OQFG KU UWRRQTVGF QPN D 5 UGTKGU 5GTKCN QOOWPKECVKQPU QCTFU 7PKVU OCPWHCEVWTGF QP QT CHVGT GEGODGT VJ 9KVJ GCTNKGT OQFGNU JCNH FWRNGZ OQFG YKNN QRGTCVG KP VJG UCOG YC CU HWNN FWRNGZ OQFG WNN FWRNGZ QFG 6JGTG KU C D VG TGEGRVKQP DWHHGT HQT GCEJ UGTKCN RQTV KP C 5 UGTKGU 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV 9JGP WUKPI HNQY...

Page 149: ...V GF KU FKUECTFGF P HWNN FWRNGZ OQFG VJG FCVC NGHV QXGT CHVGT VJG CPCN UKU RGTHQTOGF YKVJ VJG NCUV 4 8 EQOOCPF CPF CP UWDUGSWGPV FCVC TGEGKXGF DGHQTG VJG PGZV 2 4 GZGEWVKQP KU FKUECTFGF WTKPI VJKU KPVGTXCN 45 HNQY EQPVTQN ECPPQV DG WUGF 0QVG WNN FWRNGZ OQFG KU UWRRQTVGF QPN D VJG 5 5GTKGU WZKNKCT TGC CPF 1 TGC NNQECVKQPU 6JKU UGEVKQP FGUETKDGU VJG DKVU CPF YQTFU WUGF D VJG 5GTKCN QOOWPKECVKQPU QCT...

Page 150: ...ECVKQPU QCTF 0QVG 9JGP CP QPG QH DKVU VQ KU 10 PPGT QCTF TTQT NCI PQP HCVCN GTTQT YKNN DG 10 9JGP DKV QT KU 10 PPGT QCTF CVCN TTQT NCI YKNN DG 10 QT FGVCKNU QP GTTQTU TGHGT VQ 5GEVKQP 6TQWDNGUJQQVKPI CPF CKPVGPCPEG 9QTF KV QPVGPVU VQ 4GUGTXGF 2QTV 5GVVKPIU JCPIG KV 2QTV 5GVVKPIU JCPIG KV 4GUGTXGF 9QTFU KV QPVGPVU P VQ 4GUGTXGF 2QTV 5GVVKPIU JCPIG KV 2QTV 5GVVKPIU JCPIG KV 4GUGTXGF 9QTF KV QPVGPVU ...

Page 151: ...Q DKVU VQ QH 6JG EQTTGURQPFKPI HNCI YKNN VWTP 10 YJGP VJG QCTF QT 7PKV KU HCWNV H VJG RTQDNGO RGTUKUVU GXGP YJGP VJG QCTF QT 7PKV KU TGOQWPVGF QT WUGF YKVJ CPQVJGT 27 7PKV TGRNCEG VJG QCTF QT 7PKV 5VCTVWR 5GG PQVG V GTTQT 5VCTVWR PPGT WU TTQT NCI QCTF 0Q HNCIU CTG RTQXKFGF HQT 7PKVU 6JG HNCI YKNN VWTP 10 YJGP CP GTTQT QEEWTU KP VJG PPGT DWU H VJG RTQDNGO RGTUKUVU GXGP YJGP VJG QCTF KU TGOQWPVGF QT...

Page 152: ...QN UKIPCNU HTQO VJG 27 7PKV VQ VJG 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV P 1 WPKV PWODGT 7PKV 0Q 9QTFU 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 n Software switches port 1 Port 2 n 1 to n 4 Unit status n 5 ...

Page 153: ... 0 15 14 13 12 11 10 09 08 07 06 05 04 03 01 00 02 0COG KVU KP 1 QT 1 P GCPKPI 6KOKPI PKVKCNK G 10 1 DQTV 5YKVEJ KVU CPF 2TQVQEQN RTQEGUUKPI YKNN DG CDQTVGF YJGP VJG UYKVEJ KU VWTPGF 10 2TQ EGUUKPI OC DG EQORNGVGF KH VJG UYKVEJ KU VWTPGF 10 VQQ NCVG 5VCTVWR 0QVG CPKRWNCVGF D WUGT CPKRWNCVGF D U UVGO 1PG UJQV 6TCEG 5YKVEJ 0QVG KVU CPF 6JG 2TQVQEQN YKNN UVCTV C QPG UJQV VTCEG YJGP VJG 5YKVEJ VWTPU 1...

Page 154: ...QI 241 PQTOCN 2TQVQEQN FCVC GTTQT 2TQVQEQN FCVC PQTOCN 1 P VQ 4GUGTXGF 1 P VQ 4GUGTXGF 1 P VQ 4GUGTXGF 1 1 P P VQ 2QTV UGVVKPI UVCVWU 5GVWR UGVVKPIU 5GTKCN EQOOWPKECVKQPU OQFG NYC U GZ UGG PQVG VQ CWF TCVG 0QVG VQ 4GUGTXGF NYC U 5VCTV DKVU NYC U CVC NGPIVJ QT DKVU 0QVG 5VQR DKVU QT DKVU 0QVG 2CTKV GU 0Q 0QVG 2CTKV XGP 1FF 0QVG 1 1 P P 2QTV UGVVKPI UVCVWU CTF YCTG UGV VKPIU 5GG PQVG 6GTOKPCVKPI TGU...

Page 155: ...PI 6KOKPI PKVKCNK G 10 1 TTQT NQI FCVC GTTQT QCTF 1 7PKV P DKV H C YTKVG VQ 241 HCKNU HQT VJG GTTQT NQI KV KU CUUWOGF VJG 241 KU DG QPF KVU WUG HWN NKHG CPF VJKU HNCI KU VWTPGF 10 9KVJ C 5GTKCN QOOWPKECVKQPU 7PKV VJG 4 KPFKEC VQT YKNN CNUQ NKIJV NVJQWIJ VJKU JCU PQ GHHGEV QP EQOOWPKECVKQPU CPF QVJGT HWPEVKQPU TGRNCEG VJG QCTF QT 7PKV RTQORVN HQT GCUG QH OCKPVGPCPEG 5VCTVWR 5GG PQVG V GTTQT 5VCTVWR...

Page 156: ... TGEGKXG DWU 4GEGRVKQP KU FKUCDNGF DGECWUG VJG TGEGRVKQP DWHHGT KU HWNN 4GOQVG 7PKV TGEGKXG YCKV 4GEGRVKQP KU GPCDNGF 5VCTVWR 5GG PQVG 9JGP UVC VWU KU TGCF HVGT DWU UVCVWU JCU DGGP TGNGCUGF QECN 7PKV TGEGKXG DWU TGEGKXG YCKV QCTF 1 RQTV 1 RQTV 7PKV P DKV RQTV P DKV RQTV 6JKU HNCI KPFKECVGU VJG TGEGKXG UVCVWU QH C NQECN 7PKV QCTF QT 7PKV FWTKPI 4 8 YJGP QP QHH HNQY EQPVTQN KU UGV KP VJG VTCPUOKU UK...

Page 157: ... TGEGKXG DWU 4GEGRVKQP KU FKUCDNGF DGECWUG VJG TGEGRVKQP DWHHGT KU HWNN 4GOQVG 7PKV TGEGKXG YCKV 4GEGRVKQP KU GPCDNGF 5VCTVWR 5GG PQVG 9JGP UVC VWU KU TGCF HVGT DWU UVCVWU JCU DGGP TGNGCUGF QECN 7PKV TGEGKXG DWU TGEGKXG YCKV QCTF 1 RQTV 1 RQTV 7PKV P DKV RQTV P DKV RQTV 6JKU HNCI KPFKECVGU VJG TGEGKXG UVCVWU QH C NQECN 7PKV QCTF QT 7PKV FWTKPI 4 8 YJGP QP QHH HNQY EQPVTQN KU UGV KP VJG VTCPUOKU UK...

Page 158: ...G TGEGRVKQP DWHHGT H VJG FCVC VJCV JCU DGGP TGEGKXGF CITGGU YKVJ CP GZRGEVGF TGEGKXG OGUUCIG KV KU RTQEGUUGF CU TGEGKXG FCVC H GTTQT FGVCKNU CTG KPENWFGF KP VJG TGEGKXG FCVC VJG EQTTGURQPFKPI GTTQT HNCIU YKNN VWTP 10 6TCPUOKU UKQP GTTQT UVCVWU QCTF 1 DKVU VQ RQTV 1 DKVU VQ RQTV 7PKV P DKVU VQ RQTV P DKVU VQ RQTV 9JGP CP GTTQT QEEWTU FWTKPI VTCPUOKUUKQP VJG EQTTGURQPFKPI HNCI KU VWTPGF 10 6JG 6TCPU...

Page 159: ... 6JG KPHQTOCVKQP UJQYP KP VJG HQNNQYKPI VCDNG KU KPRWV HTQO VJG QCTF QT 7PKV VQ VJG 2TQVQEQN 5VCVWU 9QTFU KP VJG 27 7PKV P 1 WPKV PWODGT Error Flag ON 100 bytes P Parity error P P Error flags remain unchanged Data discarded P P h t 9QTFU KV 5GVVKPI EQPVGPVU QCTFU 5 5GTKGU 1PN 7PKV 5 5GTKGU 2QTV 2QTV 2QTV 2QTV 1 1 P P 2QTV 1RGTCV KPI 5VCVWU 2TQVQEQN CETQ ZGEWVKPI NCI 5VGR TTQT 2TQEGUUKPI NCI DQTV N...

Page 160: ...r than above 1 Sequence aborted 0 Other than above 1 Trace executing 0 Other than above 1 Protocol macro processing aborted 0 Other than above 1 Step processing error 0 Step processing normal 1 Protocol macro executing 0 Protocol macro executed 1 Sequence ended 0 Other than above Sequence Wait Flag Sequence Abort Completion Flag Sequence End Completion Flag Tracing Flag Abort Flag Step Error Proce...

Page 161: ... NCI QCTF 1 RQTV 1 RQTV 7PKV P DKV RQTV P DKV RQTV 6JKU HNCI KU VWTPGF 10 YJGP RTQEGUUKPI KU GPFGF WUKPI VJG DQTV 5YKVEJ HTQO VJG WUGT RTQITCO 9JGP VJG DQTV 5YKVEJ KU VWTPGF 10 CV VJG GPF QH C UGSWGPEG VJG UGSWGPEG OC GPF YKVJ GKVJGT PF QT DQTV UVCVWU 5VCTVWR 5GG PQVG 9JGP C HQTEGF CDQTV QEEWTU 9JGP UGSWGPEG UVCTVU 6TCEKPI NCI QCTF 1 RQTV 1 RQTV 7PKV P DKV RQTV P DKV RQTV GRGPFKPI QP VJG KPUVTWEVK...

Page 162: ... 27 7PKV YKNN HNCUJ CPF C PQP HCVCN GTTQT YKNN QEEWT H C 5GTKCN QOOW PKECVKQPU 7PKV KU WUGF VJG 4 KPFKECVQT YKNN HNCUJ 1PN GTTQT EQFGU CPF CTG WUGF 9JGP CP GTTQT QEEWTU VJG GTTQT EQFG KU JGNF WPVKN VJG PGZV UGSWGPEG UVCTVU 6JG GTTQT EQFG KU ENGCTGF YJGP VJG 5672 KPUVTWEVKQP KU GZGEWVGF YJGP VJG 7PKV QCTF KU TGUVCTVGF QT YJGP VJG PGZV UGSWGPEG GZGEWVKQP UVCTVU 9JGP C QCTF KU WUGF ENGCT VJG PQP HCVC...

Page 163: ... UVCTVU YJGP VJG 5672 KPUVTWEVKQP KU GZGEWVGF CV TGUVCTVU CPF YJGP VJG GZGEW VKQP QH GCEJ UVGR UVCTVU 6JG TGEGRVKQP OCVTKZ ECUG PWODGT ECP DG EJGEMGF HTQO VJG NCFFGT RTQITCO YJGP VJG 9 6 EQOOCPF KU GZGEWVGF QT YJGP VJG UGSWGPEG KU GPFGF CHVGT VJG TGEGRVKQP OCVTKZ 4 8 EQOOCPF KU GZGEWVGF 6JG ZGEWVGF 4GEGRVKQP CUG 0Q NCI KP VJG DKV EQTTGURQPFKPI VQ VJG UVQTGF ECUG PWODGT YKNN DG VWTPGF 10 QPN YJGP V...

Page 164: ...JG OGVJQF WUGF VQ KPKVKCNK G VJG XCNWG QT TGUGVU VJG XCTKCDNG 0 KU UGV VQ YJGP VJG UVGR KU UVCTVGF CPF VJG UVGR KU GZGEWVGF CEEQTFKPI VQ VJG UGV PWODGT QH VKOGU QT JQNFU VJG XCTKCDNG 0 HQT VJG RTGUGPV XCNWG KU JGNF YJGP VJG UVGR KU UVCTVGF CPF VJG UVGR KU GZGEWVGF CEEQTFKPI VQ VJG UGV PWODGT QH VKOGU H VJG 4GRGCV QWPVGT 5GVVKPI 8CNWG KU UGV VQ TGCF YQTF 4 CPF KU TGCF VJGP YKNN DG UVQTGF CPF VJKU U...

Page 165: ... PGEVGF VQ VJG TGOQVG FGXKEG 2QTV GZ 2QTV GZ GUVKPCVKQP 7PKV FFTGUU 5RGEKH VJG 7PKV CFFTGUU QH VJG 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV VQ GZG EWVG VJG RTQVQEQN OCETQ 5GTKCN QOOWPKECVKQPU QCTF GZ 5GTKCN QOOWPKECVKQPU 7PKV 7PKV PWODGT UGG PQVG GZ 5GVVKPI TCPIG VQ GZ 0QVG 6JKU KU VJG WPKV PWODGT VQ HQT VJG 27 WU 7PKV UGV QP VJG TQVCT UYKVEJ QP VJG HTQPV RCPGN QH VJG 7PKV QPVTQN CVC URGEKHKGU VJG UGPF T...

Page 166: ...GHQTG CPF CHVGT GZGEWVKQP QH 2 4 C GHQTG ZGEWVKQP QH 2 4 6JG EQPVGPVU QH VJG TGEGKXG FCVC UVQTCIG YQTFU KU WUGF CU KPKVKCNK CVKQP FCVC HQT VJG TGEGRVKQP DWHHGT DGHQTG VJG UGPF TGEGKXG UGSWGPEG KU GZG EWVGF D HVGT ZGEWVKQP QH 2 4 CVC TGEGKXGF HQT VJG 4 8 EQOOCPF KU UVQTGF KP VJG TGEGKXG FCVC UVQTCIG YQTFU KH VJGTG KU TGURQPUG FCVC VQ DG YTKVVGP 9JGP VJGTG KU PQ TGEGKXG FCVC UGV 4 VQ 2 4 1RGTCVKQP 9...

Page 167: ...PQV KP RTQVQEQN OCETQ OQFG QT FCVC KU QWVUKFG VJG UGVVKPI TCPIG NN QVJGT ECUGU EEGUU TTQT NCI 4 TGCF YTKVG RTQVGEVGF CTGC YCU URGEKHKGF HQT UGPF FCVC QT TGEGKXG FCVC YTKVG RTQVGEVGF CTGC YCU URGEKHKGF HQT TGEGKXG FCVC NN QVJGT ECUGU TGC 5 4 1 TGC 1 VQ 1 9QTM TGC 9 VQ 9 QNFKPI TGC VQ WZKNKCT TGC VQ VQ 6KOGT TGC 6 VQ 6 QWPVGT TGC VQ CVC GOQT TGC VQ ZVGPFGF CVC GOQT TGC VQ UGG PQVG ZVGPFGF CVC GOQT T...

Page 168: ...GUG YQTFU CTG CNUQ ENGCTGF YJGP VJG QOOWPKECVKQPU 2QTV PCDNGF NCI VWTPU 1 CV VJG UVCTV QH QRGTCVKQPU QT YJGP VJG 2 4 KPUVTWEVKQP KU GZGEWVGF 0QVG 4GHGT VQ 2TQVQEQN CETQU HQT KPHQTOCVKQP QP EQORNGVKQP EQFGU 9QTF KV QPVGPVU VQ 4GUGTXGF QOOWPKECVKQPU 2QTV 0Q PCDNGF NCI QOOWPKECVKQPU 2QTV 0Q PCDNGF NCI QOOWPKECVKQPU 2QTV 0Q PCDNGF NCI QOOWPKECVKQPU 2QTV 0Q PCDNGF NCI QOOWPKECVKQPU 2QTV 0Q PCDNGF NCI Q...

Page 169: ...OKPI ZCORNG 0QVG 9JGP GZGEWVKPI VJG 2 4 KPUVTWEVKQP DG UWTG VQ EJGEM VJCV VJG UGTKCN EQOOWPKECVKQPU OQFG HQT VJG RQTV WUGF HQT EQOOWPKECVKQPU KU UGV VQ RTQVQEQN OCETQ H VJG 2 4 KPUVTWEVKQP KU GZGEWVGF YKVJ VJG UGTKCN EQOOWPKEC VKQPU OQFG UGV VQ QUV KPM 5 59 OGUUCIGU VJCV ECPPQV DG WUGF HQT VJG CRRNKECVKQP YKNN DG QWVRWV HTQO VJG UGTKCN EQOOWPKECVKQPU RQTV 6JG UGTKCN EQO OWPKECVKQPU OQFG UGVVKPIU E...

Page 170: ... Unit No sends the PRESENT VALUE READ command send data and receives the present value set in the response in the specified word Send data Temperature Controller E5 K Unit No 01 Receive data Temperature Controller E5 K Unit No 00 32 Units max Temperature Controller E5 K Unit No 31 First word of send data Number of send data words Contents data format Data Undefined Unit No Number of send data word...

Page 171: ... 0Q CPF UVQTKPI KV KP C1 Control data 0 Logical port 0 E1 Destination unit address C2 Control data 0000 Sequence No 000 S First send data word R First receive data storage word Number of receive data words 2 Present value is stored 4 digit BCD Number of send data words 2 Unit No 03 2 Port 2 Present value ...

Page 172: ...f Protocol Macro Executing Flag CIO 191915 is OFF and Step Error Processing Flag CIO 191914 is OFF when CIO 000100 turns ON then the received present value in DM00201 is moved to DM00300 If CIO 000100 is ON sequence end and Step Error Processing Flag CIO 191914 is ON the sequence ends abnormally and a FAL 06 instruction Non Fatal Diag nostic Instruction is executed Protocol Macro Executing Flag CI...

Page 173: ... 4 KPUVTWEVKQP VQ TGVTKGXG TGEGKXG FCVC D RGTHQTOKPI VJG UGPF TGEGKXG QRGTCVKQP QPEG QPN 4GEGKXG CVC 5VQTCIG TGC WPEVKQP 6JG TGEGKXG FCVC UVQTCIG CTGC KU WUGF CEEQTFKPI VQ VJG HQNNQYKPI RTQEGFWTG 9JGP VJG 2 4 KPUVTWEVKQP KU GZGEWVGF YQTFU QH VJG TGEGRVKQP DWHHGT KP VJG 5GTKCN QOOWPKECVKQPU QCTF QT 5GTKCN QOOWPKECVKQPU 7PKV CTG ENGCTGF GHQTG GZGEWVKPI VJG UGPF TGEGKXG UGSWGPEG VJG EQPVGPVU QH QPG N...

Page 174: ...UV YQTF YKNN DG UCXGF 9JGPGXGT VJG PWODGT QH FCVC YQTFU UVQTGF GZEGGFU VJG OCZKOWO VJG PWODGT QH YQTFU KP 4 YKNN DG WRFCVGF 5VGRU CPF CTG TGRGCVGF WPVKN VJG RTQVQEQN OCETQ QRGTCVKQP KU EQORNGV GF 0QVG 2TQEGUUKPI 9JGP C 5GSWGPEG PFU DPQTOCNN U UJQYP KP VJG HQNNQYKPI GZCORNGU KH 0 KU UGV YJGP C UGSWGPEG GPFU PQT OCNN CPF 146 KU UGV YJGP C UGSWGPEG GPFU CDPQTOCNN KV KU RQUUKDNG VQ FGVGTOKPG YJGVJGT G...

Page 175: ...Flag is used to see whether error processing has been executed for an individual step in a sequence and not for the overall steps Therefore as shown in Example 2 above after executing error processing during a sequence step No 00 the flag will remain ON even if the next step ends normally Care is therefore required because it is not always possible to use this flag to determine whether the overall...

Page 176: ...UGSWGPEG VJCV KU DGKPI GZGEWVGF 6JG DQTV 5YKVEJ ECP DG VWTPGF 10 HTQO C NCFFGT FKCITCO QT HTQO C 2TQITCO OKPI GXKEG V YKNN DG VWTPGF 1 CWVQOCVKECNN D VJG U UVGO YJGP CDQTV RTQEGUUKPI JCU DGGP EQORNGVGF Q PQV CVVGORV VQ HQTEG VJG DQTV 5YKVEJ VQ UVC 10 HTQO C NCFFGT FKCITCO QT HTQO C 2TQITCOOKPI GXKEG ...

Page 177: ......

Page 178: ...RTQEGFWTG CPF QVJGT KPHQTOCVKQP TGSWKTGF VQ WUG 0 06 KPMU VQ 2TQITCOOCDNG 6GTOKPCNU 1XGTXKGY QH 0 06 KPMU 5GVWR TGC NNQECVKQPU 5GVWR TGC 9QTFU 5GVWR TGC QPVGPVU WZKNKCT TGC CPF 1 TGC NNQECVKQPU WZKNKCT TGC NNQECVKQPU 1 TGC NNQECVKQPU 5VCVWU TGC QPVGPVU ...

Page 179: ...PKV YKNN PQV DG CDNG VQ EQOOWPKECVG KH VJG 26 RQTV KU UGV HQT C 06 KPM QPPGEVKQP KU PQV RQUUKDNG VQ 26U VJCV FQ PQV UWRRQTV 0 06 KPMU 6JG PWODGT QH 26U VJCV ECP DG EQPPGEVGF VQ QPG RQTV KU NKOKVGF D VJG 27 7PKV U E ENG VKOG YJGP C 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV KU WUGF KP C 0 06 KPM CU UJQYP KP VJG HQNNQYKPI FKCITCOU NVJQWIJ UQOG EQOOW PKECVKQPU YKNN DG RQUUKDNG GXGP KH VJGUG TGUVTKEVKQPU CTG G...

Page 180: ...DG EJCPIGF VQ GNKOKPCVG UQOG QH VJG EQOOWPKECVKQPU GTTQTU 4GHGT VQ VJG QRGTCVKQP OCPWCN HQT VJG 26 HQT FG VCKNU H OQTG 26U CTG TGSWKTGF D VJG U UVGO VJCP CNNQYGF D VJG CDQXG TGUVTKE VKQPU EQPPGEV VJG 26U KP UOCNNGT ITQWRU VQ FKHHGTGPV RQTVU CPF KPETGCUG VJG PWODGT RQTVU D CFFKPI 5GTKCN QOOWPKECVKQPU 7PKVU QT C 5GTKCN QOOW PKECVKQPU QCTF KH QPG KU PQV CNTGCF DGKPI WUGF Priority Registered PTs per p...

Page 181: ...QECVGF YQTFU CEEQTFKPI VQ VJG WPKV PWODGTU 5GTKCN QOOWPKECVKQPU QCTFU 5 5GTKGU 1PN 5GVWR TGC NNQECVGF KP VJG TGC VQ 5GTKCN QOOWPKECVKQPU 7PKVU 5 5GTKGU 5GVWR TGC NNQECVGF KP VJG TGC VQ KTUV 9QTF KP 5GVWR TGC NNQECVGF KP VJG TGC O WPKV PWODGT 9QTFU 7UCIG 2QTV 5GVVKPIU 2QTV 5GVVKPIU VQ VQ VQ VQ 0QV WUGF YKVJ 0 06 KPMU VQ 4GUGTXGF HQT VJG U UVGO 7PKV 0Q TGC 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ 7PKV 0Q VQ...

Page 182: ...N QOOWPKECVKQPU 7PKVU KP VJG WZKNKCT TGC CPF VJG 5VCVWU TGC CNNQECVGF KP VJG 1 TGC 6JG 5QHVYCTG 5YKVEJGU CNNQECVGF KP VJG 1 TGC CTG PQV WUGF HQT 0 06 KPMU TGC KV 5GVVKPI EQPVGPVU QCTFU 5 5GTKGU QPN 7PKV 5 5GTKGU 2QTV 2QTV 2QTV 2QTV O O 2QTV UGVVKPIU 5GVVKPI PQV TGSWKTGF VQ 4GUGTXGF VQ 5GTKCN EQOOWPKECVKQPU OQFG NYC U GZ 0 06 KPM VQ 4GUGTXGF 5VCTV DKVU 5GVVKPI PQV TGSWKTGF CVC NGPIVJ 5GVVKPI PQV TG...

Page 183: ...1PN 5GTKCN QOOWPKECVKQPU 7PKVU 5 5GTKGU P WPKV PWODGT PPGT QCTF TTQT PHQTOCVKQP 5 UGTKGU 5GTKCN QOOWPKECVKQPU QCTF 1PN EQPVCKPU GTTQT KPHQTOCVKQP HQT VJG 5GTKCN QOOWPKECVKQPU QCTF 0QVG 9JGP CP QPG QH DKVU VQ KU 10 PPGT QCTF TTQT NCI PQP HCVCN GTTQT YKNN DG 10 9JGP DKV QT KU 10 PPGT QCTF CVCN TTQT NCI YKNN DG 10 QT FGVCKNU QP GTTQTU TGHGT VQ 5GEVKQP 6TQWDNGUJQQVKPI CPF CKPVGPCPEG 9QTF KV QPVGPVU VQ...

Page 184: ...VU 5 5GTKGU 9QTFU 1 VQ 1 KP VJG 27 WU 7PKV TGC KP VJG 1 TGC CTG CNNQECVGF CEEQTFKPI VQ VJG WPKV PWODGT UGVVKPI CEJ 7PKV KU CNNQECVGF YQTFU 1PN VJG YQTFU UJQYP KP VJG HQNNQYKPI VCDNG CTG WUGF HQT VJG 5VCVWU TGC YKVJ 0 06 KPMU 27 WU 7PKV TGC 1 VQ 1 P 1 WPKV PWODGT 9QTFU 7UCIG 1 VQ 1 QCTF UVCVWU 1 VQ 1 2QTV UVCVWU 1 VQ 1 2QTV UVCVWU 1 VQ 1 4GUGTXGF 7PKV 0Q 9QTFU 7PKV 0Q 1 VQ 1 7PKV 0Q 1 VQ 1 7PKV 0Q ...

Page 185: ...1 1 P P VQ 2QTV UGV VKPI UVCVWU 5GVWR TGC 5GTKCN EQOOWPKECVKQPU OQFG NYC U GZ VQ CWF TCVG VQ GZ GZ UGG PQVG VQ 4GUGTXGF 5VCTV DKV NYC U GZ CVC NGPIVJ NYC U GZ 5VQR DKV NYC U GZ 2CTKV GU 0Q NYC U GZ 2CTKV XGP 1FF NYC U GZ 1 1 P P 2QTV UGV VKPI UVCVWU CTF YCTG UGVVKPIU 0Q 45 45 4GUGTXGF 4GUGTXGF 6GTOKPCVKPI TGUKUVCPEG 1 6GTOKPCVKPI TGUKUVCPEG 10 VQ 4GUGTXGF 5GVWR GTTQT 5GVWR PQTOCN 2QTV QRGTCVKPI 2Q...

Page 186: ... 0 06 KPMU YKNN PQV DG CHHGEVGF D C RTQVQEQN FCVC GTTQT 2QTV 5GVVKPI 5VCVWU 6JG UGVVKPIU KP VJG 5GVWR TGC HQT VJG HQNNQYKPI KVGOU YKNN DG UVQTGF 5GTKCN EQOOWPKECVKQPU OQFG DCWF TCVG UVCTV DKVU FCVC NGPIVJ UVQR DKVU RCTKV RQTVU VGTOKPCVKPI TGUKUVCPEG VGTOKPCVKPI TGUKUVCPEG UGVWR GTTQT CPF RQTV QRGTCVKPI UVQRRGF UVCVWU 6JG RQTV QRGTCVKPI UVQRRGF UVCVWU YKNN CNYC U DG HQT 0 06 KPMU QOOWPKECVKQPU 5VCV...

Page 187: ......

Page 188: ...U VJG RTQEGFWTG CPF QVJGT KPHQTOCVKQP TGSWKTGF VQ EQPFWEV NQQRDCEM VGUV VQ EJGEM VJG UGTKCN EQOOWPKECVKQPU RQTVU ZGEWVKPI QQRDCEM 6GUVU 1XGTXKGY QPPGEVKQP GVJQF 2TQEGFWTG PFKECVQTU 7UGF HQT VJG QQRDCEM 6GUV 5GVWR TGC NNQECVKQPU 1 TGC NNQECVKQPU ...

Page 189: ...QTV VQ DG WUGF VQ GZGEWVG VJG NQQRDCEM VGUV 5GG RQQHFWLRQ 0HWKRG HQT FGVCKNU 5GV VJG UGTKCN EQOOWPKECVKQPU OQFG KP VJG 5GVWR TGC VQ QQRDCEM 6GUV GZ 4GHGT VQ 6HWXS UHD OORFDWLRQV 5GV VJG HQNNQYKPI EQOOWPKECVKQPU UGVVKPIU HQT VJG NQQRDCEM VGUV KP VJG 5GV WR TGC CWF TCVG UVQR DKVU RCTKV CPF FCVC NGPIVJ 4GHGT VQ 6HWXS UHD OORFDWLRQV ENG VJG RQYGT TGUVCTV VJG 7PKV QT QCTF QT TGUVCTV VJG RQTV 7UG VJG HQ...

Page 190: ...CVQT 2QTV 5 4 KPFKECVQT 5GVWR TGC NNQECVKQPU 6JKU UGEVKQP FGUETKDGU VJG 5GVWR TGC CNNQECVGF VQ VJG 5GTKCN QOOWPKECVKQPU QCTF CPF 5GTKCN QOOWPKECVKQPU 7PKVU KP VJG TGC YJGP NQQRDCEM VGUVU CTG RGTHQTOGF 6JG NQQRDCEM VGUV KU RGTHQTOGF WUKPI VJG QUV KPM OQFG RTQVQEQN 6JG 5GVWR KU DCUKECNN VJG UCOG CU HQT VJG QUV KPM OQFG O WPKV PWODGT 5GTKCN QOOWPKECVKQPU QFG 5GV VJG UGTKCN EQOOWPKECVKQPU OQFG VQ GZ V...

Page 191: ...JG VGUV GZGEWVKQP EQWPV CPF VGUV GTTQT EQWPV CTG ENGCTGF CV UVCTVWR H VJG PWODGT QH VGUVU QT VJG PWODGT QH VGUV GTTQTU KU EQWPVGF VQ JGZ VJG XCNWG QH VJG EQWPV YKNN TGOCKP CV DWV VGUVKPI YKNN EQPVKPWG 9QTF KV QPVGPVU QCTF 5 UGTKGU QPN 7PKV 5 UGTKGU 2QTV 2QTV 2QTV 2QTV 1 1 P P 6GUV UVCVWU TTQT VQ 4GUGTXGF 64 EJGEM GTTQT 65 EJGEM GTTQT 4GUGTXGF 6KOGQWV GTTQT 2CTKV GTTQT 1XGTTWP GTTQT TCOKPI GTTQT 4G...

Page 192: ...PKVU 5 5GTKGU 5VCVWU TGC TTQT PFKECVKQPU 6TQWDNGUJQQVKPI QUV KPM QOOWPKECVKQPU 0 06 KPM QFG 2TQVQEQN CETQU TTQT QIU TTQT QI 6CDNG TTQT QI 5RGEKHKECVKQPU TTQT QI 6CDNG QPHKIWTCVKQP TTQT QFGU CPF GVCKNU TTQT QFGU CPF 6TQWDNGUJQQVKPI 4GCFKPI CPF NGCTKPI TTQT QI 6CDNGU 10641 4 6 4 4414 1 4 4414 1 4 NGCPKPI CPF PURGEVKQP NGCPKPI PURGEVKQP 4GRNCEGOGPV 2TGECWVKQPU 2TGECWVKQPU YJGP 4GRNCEKPI QCTF QT 7PKV ...

Page 193: ...JG GTTQT H VJG GTTQT RGTUKUVU TGRNCEG VJG 27 7PKV KV KV 6JG QCTF KU HCWNV DWU GTTQT JCU QEEWTTGF H CNN VJG KPFKECVQTU CTG PQV NKV YJGP VJG 5GTKCN QOOWPKECVKQPU 7PKV KU OQWPVGF VQ CPQVJGT 27 7PKV TGRNCEG VJG 7PKV JGEM VJG QRGTCVKPI GPXKTQPOGPV CPF GNKOK PCVG VJG ECWUG QH VJG GTTQT KTON UGEWTG VJG QCTF 4GHGT VQ CPF KV NCUJKPI 6JG EQOOWPKECVKQPU EKTEWKV KU HCWNV RTQVQEQN FCVC U PVCZ GTTQT JCU QEEWTTG...

Page 194: ...T OQTG VJCP VJG URGEKHKGF VKOG 27 7PKV CPF U UVGO NQCF KU VQQ JKIJ 4GXKGY VJG CRRNKECVKQP 4QWVKPI VCDNG GTTQT 6JG TQWVKPI VCDNGU CTG PQV UGV EQTTGEVN QTTGEV VJG TQWVKPI VCDNGU CPF TGVTCPUHGT VJGO 5 UVGO UGVVKPI GTTQT U UVGO UGVVKPI GTTQT JCU QEEWTTGF QTTGEV VJG 5GVWR TGC UGVVKPIU E ENG VJG RQYGT UWRRN TGUVCTV VJG QCTF QT TGUVCTV VJG RQTV QT GZGEWVG 5672 2TQVQEQN FCVC GTTQT RTQVQEQN FCVC EJGEMUWO G...

Page 195: ...G GTTQT JCU QEEWTTGF QT RTQVQEQN FCVC JCU DGGP FGUVTQ GF 6JGTG KU PQ RTQVQEQN FCVC H VJG KPFKECVQT UVCVWU TGOCKPU VJG UCOG YJGP VJG RTQVQEQN FCVC KU TGVTCPUOKVVGF TGRNCEG VJG 7PKV 6TCPUHGT RTQVQEQN FCVC VQ VJG 7PKV KV NCUJ KPI KV RTQVQEQN FCVC U PVCZ GTTQT JCU QEEWTTGF QTTGEV VJG RTQVQEQN FCVC CPF VTCPUHGT KV VQ VJG 7PKV 6JG 4 KPFKECVQT ECP CNUQ DG VWTPGF 1 D GZGEWVKPI C PQTOCN UGSWGPEG HQT VJG UG...

Page 196: ...5 UVGO 5GVWR GTTQT 5 UVGO 5GVWR GTTQT JCU QEEWTTGF QTTGEV VJG 5GVWR TGC UGVVKPIU E ENG VJG RQYGT UWRRN TGUVCTV VJG 7PKV QCTF QT TGUVCTV VJG RQTV QT GZGEWVG VJG 5672 KPUVTWEVKQP 1 1 P P 4GOQVG PQFG TGEGKXG DWU 6JG TGOQVG PQFG KU KP TGEGKXG DWHHGT DWU UVCVWU YJGP HNQY EQPVTQN KU UGV HQT VJG RTQVQEQN CPEGN VJG EQOOWPKECVKQPU YKVJ VJG TGOQVG PQFG WPVKN VJKU HNCI KU VWTPGF 1 QECN PQFG TGEGKXG DWU 6JG N...

Page 197: ...VJG TGURQPUG JCU PQV DGGP TGVWTPGF HTQO VJG JQUV QT VJG 7PKV VJG 5 KPFKECVQT FQGU PQV HNCUJ CV CNN QOOW PKECVKQPU JCXG DGGP GNGEVTK ECNN GUVCD NKUJGF 6JGTG KU PQ VTCPUOKUUKQP GTTQT 1 TGC YQTFU P P VTCPUOKU UKQP GTTQT UVCVWU CTG UGV VQ GZ 1 TGC YQTFU P P RQTV UGV VKPIU KP VJG 5 UVGO 5GVWR FQ PQV EQTTG URQPF VQ VJG UGV VKPIU QH VJG TGOQVG FGXKEG 6JG 5 UVGO 5GVWR KP TGC YQTFU O CPF O O CPF O QH VJG Q...

Page 198: ... P P 65 UKIPCN KU 1 6JG 65 EQPVTQN KU UGV DWV VJG 465 UKI PCN HTQO VJG TGOQVG 7PKV JCU PQV GPVGTGF KP VJG 65 UKIPCN QH VJG NQECN 7PKV 2GTHQTO QPG QH VJG HQNNQY KPI 9KTG VJG NQECN 7PKV 465 UKIPCN VQ VJG 65 UKIPCN WUKPI NQQRDCEM KUCDNG VJG 65 EQPVTQN PVGT VJG 465 UKIPCN QH VJG TGOQVG 7PKV KPVQ VJG 65 UKIPCN QH VJG NQECN 7PKV CPF VJGP WUG 65 EQPVTQN 6JGTG KU C VTCPUOKUUKQP GTTQT P 1 TGC YQTFU P P DKV...

Page 199: ...QTFU P P DKV VTCPUOKUUKQP GTTQT UVCVWU KU VWTPGF 10 CPF DKV QXGTTWP GTTQT DKV HTCOKPI GTTQT QT DKV RCTKV GTTQT KU VWTPGF 10 6JG DCWF TCVG KU QWVUKFG VJG CNNQY CDNG TCPIG CPF VJG UVQR DKVU FQ PQV OCVEJ ECWUKPI VJG DKVU VQ DG QWV QH CNKIPOGPV 4GXKGY VJG 5 UVGO 5GVWR 4GXKGY VJG JQUV U UGVVKPIU CPF RTQITCO UWEJ CU DCWF TCVG CPF HTCOG HQT OCV 6GTOKPCVKPI TGUKU VCPEG UYKVEJ 6 4 10 1 UVCVWU CDNGU CTG KPE...

Page 200: ...C FKHHGTGPV EQO OWPKECVKQPU RQTV PWODGT VJCP VJG QPG DGKPI WUGF VQ GZGEWVG VJG 5 0 4 8 0 KPUVTWEVKQP QT 2 4 KPUVTWEVKQP QT YCKV HQT VJG UCOG EQOOWPKECVKQPU RQTV PWODGT VQ DG GPCDNGF CPF GZGEWVG VJG KPUVTWE VKQP 6JG QOOWPKEC VKQPU 2QTV PCDNGF NCI VQ KU 1 GZGEWVKQP FKUCDNGF 6JG QOOWPKEC VKQPU 2QTV PCDNGF NCI VQ KU UGV CU CP 0 VJG GZGEWVKQP EQPFKVKQP HQT 5 0 4 8 CPF 0 KPUVTWE VKQPU 2TQITCO KU KPEQT T...

Page 201: ...G KPEQT TGEVN YKTGF JGEM VJG YKTKPI CPF EQT TGEV 6JGTG KU C JCTF YCTG GTTQT KP VJG TGEGRVKQP EKTEWKV FCRVGTU UWEJ CU VJG 06 CTG KPEQTTGEVN YKTGF QT UGV QPFWEV C NQQRDCEM VGUV KP UGTKCN EQOOWPKECVKQPU OQFG VQ EJGEM VJG VTCPU OKUUKQP NKPGU H CP GTTQT QEEWTU FWTKPI VJG VGUV TGRNCEG VJG QCTF QT 7PKV JGEM VJG RTQITCO CV VJG JQUV 9JGP WPUQNKEKVGF EQOOWPKECVKQPU CTG WUGF YKVJ QUV KPM OQFG VJGTG OWUV DG C...

Page 202: ...UJKPI DWV VJG 7PKV QT QCTF ECPPQV EQOOWPKECVG YKVJ VJG 2TQ ITCOOCDNG 6GT OKPCN 26 6JG DCWF TCVG UGV VKPI KU FKHHGTGPV VQ VJG 26 U DCWF TCVG UGV VKPI KVJGT EJCPIG VJG DCWF TCVG UGVVKPI KP VJG 5 UVGO 5GVWR QT EJCPIG VJG DCWF TCVG UGVVKPI HQT VJG 26 6JGTG KU C UGVVKPI GTTQT HQT VJG 26 UGTKCN RQTV QTTGEV VJG 26 UGTKCN RQTV UGVVKPIU 6JG 0 06 KPM WPKV PWODGT QH VJG 26 KU KPEQTTGEV 6JG UCOG 0 06 KPM WPKV...

Page 203: ...RVGTU UWEJ CU VJG 06 CTG KPEQTTGEVN YKTGF QT UGV 4GXKGY VJG YKTKPI QT UYKVEJ UGVVKPIU JGEM YJGVJGT VJG VGTOK PCVKPI TGUKUVCPEGU QH VJG JQUV EQORWVGT CPF VJG NCUV 7PKV CTG UGV VQ 10 CPF VJG VGTOKPCVKPI TGUKUVCPEGU QH QVJGT 7PKVU CTG UGV VQ 1 EQOOWPKECVKQPU GTTQT HTGSWGPVN QEEWTU FWG VQ PQKUG GVE 4GXKGY VJG YKTKPI CPF KPUVCNNCVKQP GPXKTQPOGPV PETGCUG VJG PWODGT QH TGVTKGU HQT VJG 26 CU TGSWKTGF 6JG ...

Page 204: ... ZGEWVKPI NCI QH VJG YQTFU CNNQECVGF KP VJG 1 TGC P P VQ C 0 GZGEWVKQP EQPFKVKQP 6JG 4 NCI QPG QH QPFKVKQP NCIU KU UGV VQ 10 6JG RTQDNGO ECWUG KU QPG QH VJG HQNNQYKPI 6JG FCVC TCPIG HQT VJG 2 4 KPUVTWEVKQP QRGTCPF KU KPEQTTGEV 6JG PWODGT QH FCVC YQTFU KP VJG 5 QT QRGT CPF GZEGGFU 6JG QOOWPKECVKQPU 2QTV TTQT NCI KU UGV VQ 1 JGEM VJG 2 4 KPUVTWEVKQP 5 CPF QRGTCPF UGVVKPIU HQT GTTQTU 6JG 4 NCI QPG QH...

Page 205: ...NGF NCI VQ VQ C 01 GZGEWVKQP EQPFKVKQP KV 2QTV EVKXG QH VJG YQTFU CNNQECVGF KP VJG 1 TGC P P TGOCKPU 2QTV PCEVKXG 2TQVQEQN FCVC KU DGKPI VTCPUHGTTGF QT C 57 XCNWG GTTQT JCU QEEWTTGF 9CKV HQT VJG VTCPUHGT QH RTQVQEQN FCVC VQ HKPKUJ QT WUG 2TQVQEQN VQ VTCPU HGT VJG RTQVQEQN FCVC KV 2TQVQEQN CETQ ZGEWV KPI NCI QH VJG YQTFU CNNQECVGF KP VJG 1 TGC P P KU VWTPGF 10 YJGP VJG 2 4 KPUVTWEVKQP KU GZGEWVGF D...

Page 206: ...H YQTF P 6JG VGUV FCVC KU TGHNGEVGF KP VJG NNQECVKQP TGC P P H CP GTTQT QEEWTU FWTKPI VJG VGUV TGRNCEG VJG QCTF QT 7PKV 6JG 5 4 CPF 1 KPFK ECVQTU CTG HNCUJKPI DWV VJG 7PKV QT QCTF ECPPQV RGT HQTO EQO OWPKECVKQPU KV 5GSWGPEG DQTV PF NCI QH VJG 2TQVQEQN YQTFU CNNQECVGF KP VJG 1 TGC P P KU UGV VQ 10 6JG UGSWGPEG KU CDQTVGF VJG UVGR KU KPVGTTWRVGF 2TQVQEQN OCETQ FCVC KU PQV UGV EQTTGEVN 6JG 5GVWR TGC ...

Page 207: ...T UQOGVKOGU QEEWTU VTCPUOKUUKQP GTTQT QEEWTU KV 6TCPUOKUUKQP TTQT QH VJG YQTFU CNNQECVGF KP VJG 1 TGC P P KU UGV VQ 10 6JGTG KU CP GTTQT KP DKVU VQ 6JG 5GVWR TGC UGVVKPIU UWEJ CU VJG DCWF TCVG CPF HTCOG HQTOCV FKHHGT HTQO VJQUG QH VJG TGOQVG PQFG 6JG DCWF TCVG KU QWVUKFG VJG CNNQYCDNG TCPIG QT VJGTG CTG DKV GTTQTU FWG VQ OKUOCVEJGF UVQR DKVU CPF UQ QP 4GXKGY VJG 5GVWR TGC UGVVKPIU 4GXKGY VJG TGOQV...

Page 208: ...FGU EQOOWPKECVKQPU GTTQT HTGSWGPVN QEEWTU FWG VQ PQKUG CPF UQ QP 7UG UJKGNFGF VYKUVGF RCKT ECDNGU QWUG VJG EQOOWPKEC VKQPU ECDNGU KP C FKHHGTGPV FWEV HTQO VJQUG HQT RQYGT NKPGU CPF UQ QP 4GXKGY VJG QRGTCVKPI GPXKTQPOGPV VQ RTGXGPV PQKUG RTQDNGOU 2TQITCOOKPI TGVT RTQ EGUUKPI HQT EQOOWPKEC VKQPU KH PGEGUUCT 6JG 4 CPF 4 KPFKECVQTU CTG HNCUJ KPI 44 KV 2TQVQEQN CVC TTQT QH VJG YQTFU CNNQECVGF KP VJG 1 ...

Page 209: ...VJG UGTKCN EQOOWPKECVKQPU OQFG QH VJG UGTKCN RQTV URGEKHKGF KP VJG QRGTCPF KU RTQVQEQN OCETQ H PQV UGV VJG UGTKCN EQOOWPKECVKQPU OQFG VQ RTQVQEQN OCETQ GZ GZ 6JG URGEKHKGF UGPF TGEGKXG UGSWGPEG PWODGT FQGU PQV GZKUV 6JG UGPF TGEGKXG UGSWGPEG PWODGT URGEKHKGF KP VJG 2 4 KPUVTWEVKQP QRGTCPF KU WPTGIKUVGTGF 7UG 2TQVQEQN VQ TGIKUVGT VJG UGPF TGEGKXG UGSWGPEG PWODGT GZ GZ 2 4 KPUVTWE VKQP ECPPQV DG GZG...

Page 210: ...KTGEV URGEKHKECVKQP QH NKPM YQTFU 7UG 2TQVQEQN VQ EJGEM VJG URGEKHKGF TCPIG GZ 4 NCUJKPI 44 NCUJKPI 2TQVQEQN FCVC U PVCZ GTTQT 6JGTG KU C EQFG VJCV ECPPQV DG GZGEWVGF FWTKPI RTQVQEQN GZG EWVKQP JGEM VJG HQNNQYKPI KVGOU CPF EQTTGEV VJG RTQDNGO JGEM YJGVJGT VJG VQVCN URGEKHKGF PWO DGT QH NKPM YQTFU KP VJG CTGC 1 1 GZEGGFU 6JG UCOG CTGC YKVJ NKPM YQTF URGEKHK ECVKQP KU WUGF D DQVJ RQTVU CPF YTKVG KPU...

Page 211: ...KH VJG RQYGT VQ VJG QCTF QT 7PKV KU VWTPGF 1 QT VJG QCTF QT 7PKV KU TGUVCTVGF 6JG EQPVGPVU QH VJG 241 GTTQT NQI VCDNG KU CWVQOCVKECNN TGCF VQ VJG 4 GTTQT NQI VCDNG YJGP VJG RQYGT KU VWTPGF 10 1PG TGEQTF KU NQIIGF KP VJG 241 GTTQT NQI VCDNG HQT GCEJ GTTQT VJCV QEEWTU HQT WR VQ GTTQTU OCZ TTQT QI 5RGEKHKECVKQPU 9JGP VJG PWODGT QH GTTQTU TGEQTFGF KP VJG 4 GTTQT NQI VCDNG TGCEJGU QT TGEQTFU HQT VJG 24...

Page 212: ...NV KP ENQEM OWUV DG UGV YJGP VJG RQYGT KU VWTPGF 10 CHVGT VJG DCVVGT KU OQWPVGF H VJG DWKNV KP ENQEM VKOG KU PQV UGV VJG VKOG TGEQTFGF KP VJG GTTQT NQI YKNN DG KPEQTTGEV CPF YJGP VJG GTTQT NQI KU TGCF VJG VKOG YKNN DG KTTGIWNCT TTQT QFGU CPF GVCKNU Bit Record oldest Record newest Record 15 08 07 00 Error code Details Error code Details Error code Details Minute Second Day Hour Year Month Minute Se...

Page 213: ...KPI GTTQT 0Q GZ 5GPF PQV RQUUKDNG DGECWUG TQWVKPI VCDNGU CTG PQV UGV RTQRGTN 0Q GZ 5GPF PQV RQUUKDNG FWG VQ JGCFGT UGVVKPI GTTQT 0Q GZ PVGTPCN TGEGRVKQP DWHHGT HWNN 0Q GZ NNGICN RCEMGV FKUECTFGF 0Q GZ 2CTKV GTTQT GZ 2QTV GZ 2QTV NYC U GZ 0Q GZ TCOKPI GTTQT 0Q GZ 1XGTTWP GTTQT 0Q GZ 5 EJGEM GTTQT 0Q GZ 5GVVKPI VCDNG NQIKE GTTQT NYC U GZ GZ 4QWVKPI VCDNGU GZ 27 WU 7PKV PPGT QCTF TGC 0Q GZ 2CTCOGVGT ...

Page 214: ...JG U UVGO UQ VJCV EQOOWPKECVKQPU FQ PQV LCO GU GU GU GU GZ JGEM YJGVJGT VJGTG KU C PQFG UGPFKPI KTTGIWNCT FCVC GU GU GU GU GZ QTTGEV VJG VTCPUOKUUKQP OGVJQF CPF DCWF TCVG UGVVKPIU JGEM HQT PQKUG KPVGTHGTGPEG 0Q GU 0Q 0Q GZ QTTGEV VJG VTCPUOKUUKQP OGVJQF CPF DCWF TCVG UGVVKPIU JGEM HQT PQKUG KPVGTHGTGPEG 0Q GU 0Q 0Q GZ QTTGEV VJG VTCPUOKUUKQP OGVJQF CPF DCWF TCVG UGVVKPIU JGEM HQT PQKUG KPVGTHGTGPE...

Page 215: ...ECVKQPU QCTF QT 5GTKCN QO OWPKECVKQPU 7PKV 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV QFGN 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV 8GTUKQP QOOCPF QTOCV 4GURQPUG QTOCV 2CTCOGVGTU QFGN 8GTUKQP 4GURQPUG 6JG 5GTKCN QOOWPKECVKQPU QCTF QT 5GTKCN QOOWPKECVKQPU 7PKV OQFGN CPF XGTUKQP CTG URGEKHKGF KP VJG TGURQPUG GCEJ CU 5 FCVC WR VQ D VGU OCZ H VJG FCVC KU NGUU VJCP D VGU VJG TGOCKPKPI D VGU YKNN DG GZRTGUUGF CU JGZCFG...

Page 216: ...JG EQOOCPF HQT QUV KPM EQOOWPKECVKQPU KU WUGF VQ TGCF VJG GTTQT NQI UGV VJG PWODGT QH UVQTGF TGEQTFU VQ DGVYGGP CPF GZ VQ FGEKOCN KIJGT PWODGTU ECPPQV DG UGV DGECWUG VJG YQWNF ECWUG VJG TGURQPUG VQ GZEGGF VJG OCZKOWO QUV KPM HTCOG NGPIVJ H C NCTIGT PWODGT KU UGV CPF VJG UGVVKPI CITGGU YKVJ VJG CEVWCN PWODGT QH UVQTGF TGEQTFU GZ YKNN DG TGVWTPGF CU VJG GPF EQFG HQNNQYGF D CNN VJG TGEQTFU VJCV ECP D...

Page 217: ...F H VJG DGIKPPKPI TGEQTF PWODGT KU URGEKHKGF CU VJG TGURQPUG YKNN DG EQO RNGVGF PQTOCNN GXGP KH PQ GTTQT NQI KU TGEQTFGF H VJG PWODGT QH TGEQTFU KU UGV VQ VJG GPF EQFG YKNN DG TGVWTPGF CU GZ 4414 1 4 6JKU EQOOCPF ENGCTU CNN UVQTGF GTTQT NQI TGEQTFU VQ QOOCPF QTOCV 4GURQPUG QTOCV QOOGPVU 6JG 4414 1 4 EQOOCPF ENGCTU VJG GTTQT NQI TGEQTFU VJCV CTG UVQTGF KP VJG 4 GTTQT NQI VCDNG CPF VJG 241 GTTQT NQI...

Page 218: ...UQOG KPURGEVKQPU C U PEJTQUEQRG C RGP QUEKNNQUEQRG C VGORGTCVWTG ICIG CPF C J FTQUEQRG YKNN DG TGSWKTGF PURGEVKQP VGOU PURGEV VJG HQNNQYKPI KVGOU VQ EJGEM YJGVJGT VJG QCTF QT 7PKV KU QRGTCVKPI YKVJKP VJG URGEKHKGF ETKVGTKQP H VJG QCTF QT 7PKV KU PQV YKVJKP VJG ETKVGTKQP KORTQXG VJG CODKGPV QRGTCVKPI GPXKTQPOGPV CPF TGCFLWUV VJG FGXKEG 4GRNCEGOGPV 2TGECWVKQPU OCNHWPEVKQP QH VJG 5GTKCN QOOWPKECVKQPU...

Page 219: ...V KU VQ DG TGRNCEGF VTCPUHGT VQ VJG TGRNCEGOGPV 27 7PKV VJG EQPVGPVU QH VJG QNFKPI TGCU CPF TGC TGSWKTGF HQT QRGTCVKPI VJG 7PKV DGHQTG UVCTVKPI QRGTCVKQP H VJG TGNCVKQPUJKR DGVYGGP VJG TGC CPF QNFKPI TGC CPF VJG RTQITCO KU PQV OCKPVCKPGF WPGZRGEVGF OCNHWPEVKQPU OC TGUWNV 6JG 5 UVGO 5GVWR QH VJG 5GTKCN QOOWPKECVKQPU QCTF QT 7PKV KU UCXGF KP VJG TGC QH VJG 27 7PKV H VJG 27 7PKV KU VQ DG TGRNCEGF GKV...

Page 220: ...YKVEJ CPF YKTG UYKVEJ 5 9 5 7 7PKV PWODGT UYKVEJ 9 5 7 7PKV PWODGT UYKVEJ VGTOKPCVKPI TGUKUVCPEG UYKVEJ CPF YKTG UYKVEJ 6WTP 10 VJG RQYGT QH VJG 2 VQ YJKEJ VJG TGRNCEGOGPV 5GTKCN QOOWPK ECVKQPU QCTF QT 7PKV KU OQWPVGF CPF VQ CNN UGTKCNN EQPPGEVGF GZVGTPCN FG XKEGU CPF UVCTV QRGTCVKPI VJG U UVGO 5YKVEJ VJG 27 7PKV VQ 241 4 OQFG CPF WUKPI VJG 2TQVQEQN VTCPUHGT VJG RTQVQEQN OCETQ FCVC VQ VJG QCTF QT ...

Page 221: ......

Page 222: ...TCPF 5 KTUV YQTF QH UGPF FCVC QH 2 4 5RGEKH VJG CFFTGUU QH VJG HKTUV YQTF YJGTG TGURQPF FCVC KU VQ DG UVQTGF CU VJG HQWTVJ QRGTCPF KTUV TGEGKXG FCVC UVQTCIG YQTF QH 2 4 7PNGUU VJGTG KU C TGCUQP VQ URGEKH QVJGT YKUG UGV GZ KP CV VJG KPKVKCN XCNWG ZCORNG 6JG HQNNQYKPI FCVC YQWNF DG WUGF VQ GZGEWVG UGSWGPEG PWODGT KP VJG QORQ9C CUVGT 2TQVQEQN HQT C VTCPUOKUUKQP YKVJ 5 EQPXGTUKQP 5 5GPF CVC 9QTF NNQEC...

Page 223: ...VTQNNGT 2TQVQEQN HQT EQPVTQNNKPI C 6GORGTCVWTG QPVTQNNGT XKC VJG QOOWPKECVKQPU QCTF 2TQEGFWTGU HQT YTKVKPI UGV RQKPVU TGCFKPI QWVRWV COQWPVU CPF TGCFKPI YTKVKPI QRGTCVKPI RCTCOGVGTU 5 QPVTQNNGT 2TQVQEQN HQT EQPVTQNNKPI CP 5 QPVTQNNGT XKC VJG QOOWPKECVKQPU QCTF 2TQEG FWTGU HQT YTKVKPI CFLWUVOGPV RCTCOGVGTU TGCFKPI QRGTCVKQP COQWPVU CPF YTKVKPI TGCFKPI QRGTCVKPI RCTCOGVGTU KIKVCN 2CPGN GVGT 2TQVQEQN...

Page 224: ...s The same message frame format is used eliminating the need for special protocols for each component The same commands can thus be used for serial communications with all CompoWay F components The CompoWay F protocol conforms to OMRON s standard FINS command protocol providing compatibil ity with other networks and more flexible expansions in the future The CompoWay F Master Protocol is provided ...

Page 225: ... values are possible for the subaddress and SID Item Specification Transmission path connections Multipoint Communications RS 232C RS 422A 485 4 wire half duplex 2 wire half duplex Synchronization Start stop Baud rate 1 200 2 400 4 800 9 600 19 200 38 400 bps Default 9 600 bps Transmitted code ASCII Data length 7 bits or 8 bits Default 7 bits Note A 7 bit code is used with 0 added to the beginning...

Page 226: ...al com ponents SID 0 for most components Other values must be set for special com ponents End code See note The results of executing the command frame Note The response code MRES and SRES indicates the results for the command code the end code indicates the results for the command frame These are not the same Response and text The response and requested text are placed here Refer to the response a...

Page 227: ...IABLE AREA WRITE 01 02 Variable type Address 00 No of ele ments Write data PARAMETER AREA READ 02 01 Parameter type Address No of elements Write data PARAMETER AREA WRITE 02 02 Parameter type Address No of elements PROCESSOR STATUS READ 05 03 CONTROLLER STATUS READ 06 01 ECHOBACK TEST 08 01 Text data OPERATION COMMAND 30 05 Command code Node No SID Command Text Data Command code Data contents Suba...

Page 228: ...error will occur for any settings other than 0000 and 0001 Response Text 1 Response Code MRES SRES 2 Read Data The specified data is returned in 8 digits of hexadecimal data 4 bytes 2 bytes 2 bytes 2 bytes 4 bytes Variable type First read address No of elements Variable type Contents C0 Present value maximum value minimum value status and comparison value Number of elements Process 0001 Read the d...

Page 229: ... allocation Receive word allocation 600 0258 Send with ASCII conver sion with response Converts the specified data beginning with the command code to ASCII and sends it to the specified Unit The response is con verted to hexadecimal and stored starting at the specified word Yes Yes 601 0259 Broadcast with ASCII conversion no response A broadcast version of sequence No 600 No responses are received...

Page 230: ...eginning with the command code to ASCII and sends it to the specified Unit The response is converted to hexadecimal and stored starting at the specified word Send receive sequence number 600 0258 Hex Node No Command Send data Variable type First read address PMCR 260 Instruction Number of send data words Undefined Node number Number of send bytes Send data S S 1 S 2 S 3 S 4 S 5 S 6 Subaddress No o...

Page 231: ...ex SRC 2 digits Hex Set the command code for the required ser vice 3 Number of send bytes 4 digits Hex Number of data bytes from the next byte after the command code until the byte just before the ETX 0000 to 03D8 Hex 0 to 984 decimal 4 on Send data 4 digit Hex The data specified in hexadecimal here will be converted to ASCII and the number of bytes specified in S 3 will be sent Send data First wo...

Page 232: ...cifies the present value An address of 0001 specifies the maximum value 0002 the minimum value and 0003 the status The response frame is shown below The response code and receive data are stored according to the oper ands for PMCR 260 as follows D 1 Response code D 2 and on Receive data Data in shaded portions is stored at the location specified by the operand in the PMCR 260 instruction Note 1 Re...

Page 233: ... of send data words 4 digits Hex 0007 Hex 1 Undefined Node No 2 digits BCD 0000 Hex 2 MRC 2 digits Hex SRC 2 digits Hex 0101 Hex 3 Number of send bytes 4 digits BCD 000C Hex 4 Send data 12 digits Hex C000 Hex 5 0000 Hex 6 0001 Hex Offset Contents data format Data 0 Number of receive data words 4 digits Hex EX is stored at reception 0004 Hex 1 Response code 4 digits Hex The response code will be st...

Page 234: ...e for the required ser vice 3 Number of send bytes 4 digits Hex Number of data bytes from the next byte after the command code until the byte just before the ETX 0000 to 01EC Hex 0 to 492 decimal 4 on Send data The data specified in hexadecimal here is not converted and the number of bytes specified in S 3 is sent 0 1 2 3 4 5 6 etc Offset Contents data format Data 0 Number of receive data words 4 ...

Page 235: ...000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0005 to 00FA Hex 5 to 250 decimal 1 Undefined 2 MRC 2 digits Hex SRC 2 digits Hex Set the command code for the required ser vice 3 Number of send bytes 4 digits Hex Number of data bytes from the next byte after the command code until the byte just before the ETX 0000 to 01EC Hex 0 to 492 decimal 4 on Send data The data s...

Page 236: ...ID 1 digit Hex Set the service ID of the required service e g retries 4 Number of send bytes 4 digits Hex Number of data bytes from the MCR until the byte just before the ETX 0000 to 01EA Hex 0 to 490 decimal 5 on Send data The data specified in hexadecimal here is not converted and the number of bytes specified in S 4 is sent 0 1 2 3 4 5 6 etc Offset Contents data format Data 0 Number of receive ...

Page 237: ...of send data words 4 digits Hex 0006 to 00FA Hex 6 to 250 decimal 1 Always 0000 Hex 2 MRC 2 digits Hex Subaddress 2 digits Hex Specify the subaddress of the device being communicated with 3 Always 00 Hex SID 1 digit Hex Set the service ID of the required service e g retries 4 Number of send bytes 4 digits Hex Number of data bytes from the MCR until the byte just before the ETX 0000 to 01EA Hex 0 t...

Page 238: ... m Use shielded twisted pair cable FG SG SD RD RTS CTS DSR DTR RS 232C Serial Communications Unit Board Shield Abbrevi ation TX RX FG SG SD RD RTS CTS DSR DTR RS 232C 1 3 2 3 4 5 6 20 Intelligent Signal Processor Pin No Abbrevi ation MAX232C or equivalent 1 9 2 3 4 5 7 8 Pin No K3N FLK1 RS 232C Abbrevi ation Pin No RS 232C Pin No Abbrevi ation MAX232C or equivalent Shield K3N FLK4 Serial Communica...

Page 239: ...evices at each end of the transmission line Note SYSMAC BUS Wired Remote I O devices cannot be connected RS 422 Abbreviation Shell Ab brevi ation Pin No Shield Intelligent Signal Processor 220 Ω 220 Ω SN751177N or equivalent The terminator 220 Ω is set with the terminal block switch Terminal block switch Serial Commu nications Board Unit 6 8 1 2 1 Set the 2 4 wire switch to the 4 wire setting 2 Tu...

Page 240: ...rtional band inte gral reset time and derivative rate time Yes Yes 006 0006 Read cooling coefficient Reads the cooling coefficient Yes Yes 007 0007 Read dead band Reads the dead band Yes Yes 008 0008 Read manual reset value Reads the manual reset value Yes Yes 009 0009 Read hysteresis Reads the hysteresis heating cooling Yes Yes 010 000A Read control period Reads the control period heating cooling...

Page 241: ...ion is a one to one configuration and the maximum cable length is 15 m 2 Use shielded twisted pair cable AWG28i or greater RS 232C port E5 K Serial Communications Unit Board Signal name Pin No Shielded cable E5 K Terminal No Signal name RS 232C D sub 9 pin female RS 232C Terminal block FG SD RD RTS CTS DSR DST SG SD RD SG Serial Communications Board CS Series only Serial Communications Unit CS CJ ...

Page 242: ...he example shown below connect a terminator to the Serial Communications Unit Board and unit No 30 and do not con nect any terminator to units No 0 to No 29 Use a resistance of 120Ω 1 2W for the terminators the total resistance of both ends must be 54Ω or more RS 485 port E5 K E5 K E5 K Up to 31 units can be connected Serial Communications Board CS Series only Serial Communications Unit CS CJ Seri...

Page 243: ...igits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Process value 4 digits BCD Scaling lower limit to upper limit Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 ...

Page 244: ...000 to 1050 for heating cool ing control F indicates a negative value 2 MV cooling 4 digits BCD F050 to 1050 F indicates a negative value Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Set point 4 digits BCD Set point lower limit to upper limit O...

Page 245: ...negative value and A indicates 1 2 Alarm value 2 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0004 1 Proportional band 4 digits BCD 0000 to 9999 2 Integral time 4 digits BCD 0000...

Page 246: ...s data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Dead band 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Conten...

Page 247: ...s BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 1 Hysteresis heating 4 digits BCD 0001 to 9999 2 Hysteresis cooling 4 digits BCD 0001 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 1 Control ...

Page 248: ...data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 1 SP ramp time unit 4 digits BCD 0000 s 0001 hr 2 SP ramp set value 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Numbe...

Page 249: ... 0 Number of receive data words 4 digits Hex 0003 1 MV at stop time 4 digits BCD F050 to 1050 F indicates a negative value A050 to 1050 for heating cooling control A indicates a negative value 2 MV at PV error 4 digits BCD F050 to 1050 F indicates a negative value Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents da...

Page 250: ...igits BCD 0000 to 1000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Input digital filter 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Conte...

Page 251: ...ata words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 1 Input shift upper limit 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 2 Input shift lower limit 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 Offset Contents data format Data 0 Number of send data...

Page 252: ...nit MV heating 4 digits BCD F050 to 1050 F indicates a negative value 0000 to 1050 for heating cooling con trol 4 1st unit MV cooling 4 digits BCD 0000 to 1050 5 1st unit Set point 4 digits BCD Set point lower limit to upper limit 40 max 8th unit Set point 4 digits BCD Set point lower limit to upper limit Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1...

Page 253: ...ates a negative value and A indi cates 1 2 1st unit Alarm value 2 4 digits BCD A999 to 9999 F indicates a negative value and A indi cates 1 3 1st unit Alarm value 3 4 digits BCD A999 to 9999 F indicates a negative value and A indi cates 1 4 1st unit Proportional band 4 digits BCD 0001 to 9999 5 1st unit Integral time 4 digits BCD 0000 to 3999 6 1st unit Derivative time 4 digits BCD 0000 to 3999 48...

Page 254: ...anual reset value 4 digits BCD 0000 to 1000 4 1st unit Hysteresis heating 4 digits BCD 0001 to 9999 5 1st unit Hysteresis cooling 4 digits BCD 0001 to 9999 6 1st unit Control period heating 4 digits BCD 0001 to 0099 7 1st unit Control period cooling 4 digits BCD 0001 to 0099 Undefined Unit No First word of send data Number of send data words 0 1 2 3 9 Undefined Unit No Number of units Undefined Un...

Page 255: ...tents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0008 2 to 9 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data Undefined Unit No First word of send data Number of send data words 0 1 2 3 9 Undefined Unit No Number of units Undefined Unit No max SP ramp time unit Receive data storage words Number of receive data wo...

Page 256: ...ue A050 to 1050 for heating cooling control A indicates a negative value 5 1st unit MV at PV error 4 digits BCD F050 to 1050 F indicates a negative value A050 to 1050 for heating cooling control A indicates a negative value 6 1st unit MV upper limit 4 digits BCD MV lower limit 1 to 1050 0000 to 1050 for heating cooling control 7 1st unit MV lower limit 4 digits BCD F050 to MV upper limit 1 F indic...

Page 257: ...mit 4 digits BCD A999 to 9999 F indicates a negative value and A indi cates 1 6 1st unit Input shift lower limit 4 digits BCD A999 to 9999 F indicates a negative value and A indi cates 1 48 max 8th unit Input shift lower limit 4 digits BCD A999 to 9999 F indicates a negative value and A indi cates 1 Input digital filter Receive data storage words Number of receive data words 0 1 2 3 4 5 6 43 44 45...

Page 258: ...h to Level 1 Sequence No 075 in advance Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits BCD 00 to 31 2 Parameter No 2 digits BCD Refer to the manual for the E5 K Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Read data 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 First word of s...

Page 259: ......

Page 260: ... No 057 0039 Write control period Writes the control period heating cooling Yes No 058 003A Write SP ramp time units and set value Writes the SP ramp time unit and SP ramp set value Yes No 059 003B Write LBA detection time Writes the LBA detection time Yes No 060 003C Write MV at stop time and PV error Writes the MV at stop and the MV at PC error Yes No 061 003D Write MV limits Writes the MV limit...

Page 261: ...Writes alarm value 1 and alarm value 2 Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 3rd Operand of PMCR 260 None Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits BCD 00 to 31 2 Set point 4 digits BCD Set point lower limit to upper limit Offset Contents data format Data 0 Number of send data words 4 digits Hex ...

Page 262: ...ta 0 Number of send data words 4 digits Hex 0005 fixed 1 Unit No 2 digits BCD 00 to 31 2 Proportional band 4 digits BCD 0001 to 9999 3 Integral time 4 digits BCD 0000 to 3999 4 Derivative time 4 digits BCD 0000 to 3999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits BCD 00 to 31 2 Cooling coefficient 4 digits BCD 0001 to 9999 Offset Contents ...

Page 263: ...and of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits BCD 00 to 31 2 Manual reset value 4 digits BCD 0000 to 1000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 Hysteresis heating 4 digits BCD 0001 to 9999 3 Hysteresis cooling 4 digits BCD 0001 to 9999 Offset Co...

Page 264: ...2 Control period heating 4 digits BCD 0001 to 0099 3 Control period cooling 4 digits BCD 0001 to 0099 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 SP ramp time unit 4 digits BCD 0000 Minutes 0001 Hours 3 SP ramp set value 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003...

Page 265: ...0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 MV at stop time 4 digits BCD 0000 to 1050 3 MV at PV error 4 digits BCD 0000 to 1050 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0005 fixed 1 Unit No 2 digits BCD 00 to 31 2 MV upper limit 4 digits BCD MV lower limit 1 to 1050 Heating cooling control time 0000 to 1050 3 MV lower limi...

Page 266: ...ords 4 digits Hex 0003 fixed 1 Unit No 2 digits BCD 00 to 31 2 Input digital filter 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 Alarm 1 hysteresis 4 digits BCD 0001 to 9999 3 Alarm 2 hysteresis 4 digits BCD 0001 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 ...

Page 267: ...ne Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 2 1 Number of units 4 digits Hex 0001 to 0008 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Set point 4 digits BCD Set point lower limit to upper limit 17 max 8th unit Set point 4 digits BCD Set point lower limit to upper limit Undefined Unit No First word of send data Number of send data words 0 1...

Page 268: ...tes a negative value and A indicates 1 4 1st unit Alarm value 2 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 5 1st unit Alarm value 3 4 digits BCD A999 to 9999 F indicates a negative value and A indicates 1 6 1st unit Proportional band 4 digits BCD 0001 to 9999 7 1st unit Integral time 4 digits BCD 0000 to 3999 8 1st unit Derivative time 4 digits BCD 0000 to 3999 57 max...

Page 269: ... 4 1st unit Dead band 4 digits BCD 0000 to 9999 5 1st unit Manual reset value 4 digits BCD 0000 to 1000 6 1st unit Hysteresis heating 4 digits BCD 0001 to 9999 7 1st unit Hysteresis cooling 4 digits BCD 0001 to 9999 8 1st unit Control period heating 4 digits BCD 0001 to 0099 9 1st unit Control period cooling 4 digits BCD 0001 to 0099 65 max 8th unit Control period cooling 4 digits BCD 0001 to 0099...

Page 270: ... digits BCD 0000 to 9999 5 1st unit LBA detection time 4 digits BCD 0000 to 9999 6 1st unit MV at stop 4 digits BCD 0000 to 1050 7 1st unit MV at PV error 4 digits BCD 0000 to 1050 8 1st unit MV upper limit 4 digits BCD MV lower limit 1 to 1050 9 1st unit MV lower limit 4 digits BCD 0000 to MV upper limit 1 10 1st unit MV change rate limit 4 digits BCD 0000 to 1000 73 max 8th unit MV change rate l...

Page 271: ...lter 4 digits BCD 0000 to 9999 4 1st unit Alarm 1 hysteresis 4 digits BCD 0001 to 9999 5 1st unit Alarm 2 hysteresis 4 digits BCD 0001 to 9999 6 1st unit Alarm 3 hysteresis 4 digits BCD 0001 to 0099 7 1st unit Input shift upper limit 4 digits BCD 000 to 9999 8 1st unit Input shift lower limit 4 digits BCD 000 to 9999 57 max 8th unit Input shift lower limit 4 digits BCD 000 to 9999 First word of se...

Page 272: ...te When this sequence is executed a software reset command is issued and the operation of the E5 K is reset equivalent to turning on the power supply About five seconds will be required until communica tions are enabled Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 Parameter No 2 digits BCD Refer to the manual of E5 K 3 Write...

Page 273: ...MCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 2 1 Number of units 4 digits Hex 0001 to 0008 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Command code 4 digits BCD 0000 Run 0001 Stop 17 max 8th unit Command code 4 digits BCD 0000 Run 0001 Stop Undefined Unit No First word of send data Number of send data words 0 1 2 3 4 5 16 17 Undefined ...

Page 274: ...unit Unit No 2 digits BCD 00 to 31 3 1st unit Command code 4 digits BCD 0000 Local 0001 Remote 17 max 8th unit Command code 4 digits BCD 0000 Local 0001 Remote Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 2 1 Number of units 4 digits Hex 0001 to 0008 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Command code 4 digits BCD 0000 Stop 0001 Execute A...

Page 275: ...location 4th Operand of PMCR 260 None Note Communications with the E5 K are disabled for about five seconds after this sequence is executed Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0008 2 to 9 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of uni...

Page 276: ...5 0069 Read control period Reads the control periods Yes Yes 106 006A Read output mode Reads the output modes Yes Yes 107 006B Read alarm mode Reads the alarm modes Yes Yes 108 006C Read alarm temperature Reads the alarm temperatures Yes Yes 109 006D Read hysteresis Reads the hysteresis Yes Yes 110 006E Read operation status Reads the operation status Yes Yes 111 006F Read error status Reads the e...

Page 277: ...n Pin No Signal ground or common return line SG 7 Send data SD Output 2 Receive data RD Input 3 Request to send RTS Output 4 Clear to send CTS Input 5 Data set ready DSR Input 6 Data terminal ready DTR Output 20 Disabled Do not connect NC 1 8 to 19 21 to 25 RS 232C port E5ZE RS 232C RS 232C Serial Communications Board CS Series only Serial Communications Unit CS CJ Series PC PS Pin No Signal abbre...

Page 278: ... side B I O 5 Terminal A side A I O 6 8 V Turn off the communications switch to disconnect terminating resistance Terminating resistance 240 Ω SN751177N or equivalent Terminating resistance Shield Shield Serial Commu nications Board Unit E5ZE E5ZE Signal name Pin No Ter minal Signal name Signal name RS 485 D sub 9 pin female RS 485 Terminals RS 485 Terminals Ter minal Hood 1 Set the 2 4 wire switc...

Page 279: ...t E5ZE Signal name Pin No Signal name Signal name Terminating resistance SN751177N or equivalent Terminating resistance Terminating resistance 240 Ω Turn off the communications switch to disconnect terminating resistance Ter minal RS 422 D sub 9 pin female RS 422 Terminals Terminal block Ter minal Hood 1 Set the 2 4 wire switch to the 4 wire setting 2 Turn ON the terminat ing resistance switch 6 8...

Page 280: ...22 RS 485 3 and 4 Terminating resistance ON OFF 1 and 2 RS 422 or RS 485 Factory defaults All OFF Pins 3 and 4 Terminating resistance Pins 1 and 2 RS 422 RS 485 DTS 4 1 2 3 4 ON ON 3 4 OFF ON 3 4 OFF OFF 3 4 OFF OFF 3 4 OFF OFF 1 2 ON ON 1 2 Setting 0 1 2 3 4 5 6 7 8 9 A B C D E F Unit No 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F Baud rate bps 19 200 9 600 4 800 2 400 Pins 1 and 2 Factory de...

Page 281: ...rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE F indicates a negative value 2 Channel 0 Set point leftmost 1 digit 1 digit BCD 15 Channel 7 Set point rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer the manual for the E5ZE F indicates a negative value 16 Channel 7 Set point leftmost 1 digit 1 dig...

Page 282: ...value rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE F indicates a negative value 16 Channel 7 Process value leftmost 1 digit 1 digit BCD Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Receive data storage words Number of receive data words 0 1 2 3 4 15 16 Process...

Page 283: ...lue 4 digits BCD 0000 to 1000 4 Channel 1 Cooling output value 4 digits BCD 0000 to 1000 15 Channel 7 Output value 4 digits BCD 0000 to 1000 16 Channel 7 Cooling output value 4 digits BCD 0000 to 1000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F First word of send data Number of send data words 0 1 Undefined Unit No Receive da...

Page 284: ...e temperature sensor type Refer to the manual for the E5ZE 4 Channel 0 Process value leftmost 1 digit 1 digit BCD 5 Channel 0 Output value 4 digits BCD 0000 to 1000 36 Channel 7 Set point rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE 37 Channel 7 Set point leftmost 1 digit 1 digit BCD 38 Channel 7 Process value rightmost 4 digits 4...

Page 285: ...its BCD 0000 to 3999 24 Channel 7 Constant D 4 digits BCD 0000 to 3999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0011 0017 decimal 1 Channel 0 Control period 4 digits BCD 0001 to 0099 2 Channel 0 Cooling control period 4 digits BCD 0001 to 0099 15 ...

Page 286: ... Hex 00 to FF Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0011 0017 decimal 1 Channel 0 Alarm 1 set code 2 digits Hex 00 to 0C 2 Channel 0 Alarm 2 set code 2 digits Hex 00 to 0C 15 Channel 7 Alarm 1 set code 2 digits Hex 00 to 0C 16 Channel 7 Alarm 2...

Page 287: ...gative number 4 Channel 0 Alarm 2 set value leftmost 1 digit 4 digits BCD 0000 to 0009 F indicates a negative number 29 Channel 7 Alarm 1 set value rightmost 4 digits 4 digits BCD 0000 to 9999 F indicates a negative number 30 Channel 7 Alarm 1 set value leftmost 1 digit 4 digits BCD 0000 to 0009 F indicates a negative number 31 Channel 7 Alarm 2 set value rightmost 4 digits 4 digits BCD 0000 to 99...

Page 288: ...Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0011 0017 decimal 1 Channel 0 Hysteresis 4 digits BCD 0000 to 0999 2 Channel 0 Cooling hysteresis 4 digits BCD 0000 to 0999 15 Channel 7 Hysteresis 4 digits BCD 0000 to 0999 16 Channel 7 Cooling hysteresis 4 digits BCD 0000 to 0999 Offset Contents data format Data 0 Number of send data words ...

Page 289: ...Channel 1 Status code 4 digits Hex 0000 to FFFF 8 Channel 7 Status code 4 digits Hex 0000 to FFFF Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Status code 4 digits BCD 0000 to FFFF Offset Contents data format Data 0 Number of send data words 4 ...

Page 290: ...of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0009 1 Channel 0 Input shift value 4 digits BCD 0000 to 0999 F indicates a negative number 2 Channel 1 Input shift value 4 digits BCD 0000 to 0999 F indicates a negative number 8 Channel 7 Input shift value 4 digits BCD 0000 to 0999 F indicates a n...

Page 291: ...Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0011 0017 decimal 1 Channel 0 Ramp value 3 digits BCD 000 to 999 2 Channel 0 Time unit one ASCII character S Seconds M Minutes H Hours Receive data storage words Number of receive data words 0 1 2 8 Manual ...

Page 292: ...17 decimal 1 Channel 0 Present set point rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE F indicates a negative value 2 Channel 0 Present set point leftmost 1 digit 1 digit BCD 15 Channel 7 Present set point rightmost 4 digits 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE F indicates a ...

Page 293: ...igits BCD 0000 to 1000 31 Channel 7 Cooling control output value upper limit 4 digits BCD 0000 to 1000 32 Channel 7 Cooling control output value upper limit 4 digits BCD 0000 to 1000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Receive data storage words Number of receive data words 0 1 2 3 4 29 30 31 32 Output value lower lim...

Page 294: ...f receive data words 4 digits Hex 0009 1 Channel 0 Output value change rate limit 4 digits BCD 0000 to 1000 2 Channel 1 Output value change rate limit 4 digits BCD 0000 to 1000 8 Channel 7 Output value change rate limit 4 digits BCD 0000 to 1000 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Nu...

Page 295: ...nnel 7 Heater burnout detection current 4 digits BCD 0000 to 0500 16 Channel 7 SSR failure detection current 4 digits BCD 0000 to 0500 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Receive data storage words Number of receive data words 0 1 2 3 4 15 16 Heater burnout detection current SSR failure detection current Heater burnou...

Page 296: ...4 digits BCD 0000 to 0500 15 Channel 7 Heater current 4 digits BCD 0000 to 0500 16 Channel 7 SSR leakage current 4 digits BCD 0000 to 0500 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0009 1 Channel 0 Dead band overlap band 4 digits BCD 0000 to 0999 F...

Page 297: ...words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0009 1 Channel 0 Cooling coefficient 4 digits BCD 0000 to 0100 2 Channel 1 Cooling coefficient 4 digits BCD 0000 to 0100 8 Channel 7 Cooling coefficient 4 digits BCD 0000 to 0100 First word of send data Number of send data words 0 1 Undefined Unit No Receive da...

Page 298: ...e proportional bands integral times and derivative times Yes No 153 0099 Write control period Writes the control periods Yes No 154 009A Write output mode Writes the output modes Yes No 155 009B Write alarm mode Writes the alarm modes Yes No 156 009C Write alarm temperature setting unit 1 Writes the alarm temperatures using a setting unit of 1 Yes No 157 009D Write alarm temperature setting unit 0...

Page 299: ...70 00AA Write HB alarm and HS alarm valid channels Writes the HB alarm and HS alarm valid chan nels Yes No 171 00AB Write heater burnout and SSR failure detection currents Writes the heater burnout and SSR failure detection currents Yes No 172 00AC Write dead band overlap band Writes the dead bands overlap bands Yes No 173 00AD Write cooling coefficient Writes the cooling coefficients Yes No 174 0...

Page 300: ...re sensor type Refer to the manual for the E5ZE 16 Channel 7 Set point 4 digits BCD Varies according to the temperature sensor type Refer to the manual for the E5ZE 17 Not used Offset Contents data format Data 0 Number of send data words 4 digits Hex 0012 0018 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Set point rightmost 4 digits 4 digits BCD Varies according to the temperature sen...

Page 301: ...at Data 0 Number of send data words 4 digits Hex 001A 0026 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Constant P 4 digits BCD 0000 to 9999 3 Channel 0 Constant I 4 digits BCD 0000 to 3999 4 Channel 0 Constant D 4 digits BCD 0000 to 3999 23 Channel 7 Constant P 4 digits BCD 0000 to 9999 24 Channel 7 Constant I 4 digits BCD 0000 to 3999 25 Channel 7 Constant D 4 digits BCD 0000 to 399...

Page 302: ...Hex 00 to 0F 2 Channel 0 Control period 4 digits BCD 0001 to 0099 3 Channel 0 Cooling control period 4 digits BCD 0001 to 0099 4 Channel 1 Control period 4 digits BCD 0001 to 0099 5 Channel 1 Cooling control period 4 digits BCD 0001 to 0099 16 Channel 7 Control period 4 digits BCD 0001 to 0099 17 Channel 7 Cooling control period 4 digits BCD 0001 to 0099 First word of send data Number of send data...

Page 303: ... Contents data format Data 0 Number of send data words 4 digits Hex 0012 0018 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Alarm 1 set code 2 digits Hex 00 to 0C 3 Channel 0 Alarm 2 set code 2 digits Hex 00 to 0C 4 Channel 1 Alarm 1 set code 2 digits Hex 00 to 0C 5 Channel 1 Alarm 2 set code 2 digits Hex 00 to 0C 16 Channel 7 Alarm 1 set code 2 digits Hex 00 to 0C 17 Channel 7 Alarm 2...

Page 304: ...ta 0 Number of send data words 4 digits Hex 0022 0034 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Alarm 1 set value 4 digits BCD 0000 to 9999 3 Not used 4 Channel 0 Alarm 2 set value 4 digits BCD 0000 to 9999 5 Not used 32 Channel 7 Alarm 2 set value 4 digits BCD 0000 to 9999 33 Not used First word of send data Number of send data words 0 1 2 3 4 5 30 31 32 33 Undefined Unit No Alarm...

Page 305: ...most 1 digits 4 digits BCD 0000 to 0009 4 Channel 0 Alarm 2 set value rightmost 4 digits 4 digits BCD 0000 to 9999 5 Channel 0 Alarm 2 set value leftmost 1 digits 4 digits BCD 0000 to 0009 32 Channel 7 Alarm 2 set value rightmost 4 digits 4 digits BCD 0000 to 9999 33 Channel 7 Alarm 2 set value leftmost 1 digits 4 digits BCD 0000 to 0009 First word of send data Number of send data words 0 1 2 3 4 ...

Page 306: ... Channel 0 Hysteresis 4 digits BCD 0000 to 0999 3 Channel 0 Cooling hysteresis 4 digits BCD 0000 to 0999 4 Channel 1 Hysteresis 4 digits BCD 0000 to 0999 5 Channel 1 Cooling hysteresis 4 digits BCD 0000 to 0999 16 Channel 7 Hysteresis 4 digits BCD 0000 to 0999 17 Channel 7 Cooling hysteresis 4 digits BCD 0000 to 0999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fi...

Page 307: ...set Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits Hex 00 to 0F 2 Write code 4 digits BCD 0000 unit of 1 0001 unit of 0 1 First word of send data Number of send data words 0 1 Undefined Unit No First word of send data Number of send ...

Page 308: ... 0999 9 Channel 7 Input shift value 4 digits BCD 0000 to 0999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 000A 0010 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Manual reset value 4 digits BCD 0000 to 1000 3 Channel 1 Manual reset value 4 digits BCD 0000 to 1000 4 Channel 2 Manual reset value 4 digits BCD 0000 to 1000 8 Channel 6 Manual reset value 4 digi...

Page 309: ...el 0 Ramp value 3 digits BCD 000 to 999 3 Channel 0 Time unit one ASCII character S Seconds M Minutes H Hours 4 Channel 1 Ramp value 3 digits BCD 000 to 999 5 Channel 1 Time unit one ASCII character S Second M Minute H Hour 16 Channel 7 Ramp value 3 digits BCD 000 to 999 17 Channel 7 Time unit one ASCII character S Seconds M Minutes H Hours First word of send data Number of send data words 0 1 2 3...

Page 310: ... 4 digits BCD 0000 to 1000 3 Channel 0 Cooling output value 4 digits BCD 0000 to 1000 4 Channel 1 Output value 4 digits BCD 0000 to 1000 5 Channel 1 Cooling output value 4 digits BCD 0000 to 1000 16 Channel 7 Output value 4 digits BCD 0000 to 1000 17 Channel 7 Cooling output value 4 digits BCD 0000 to 1000 First word of send data Number of send data words 0 1 2 3 4 5 30 31 32 33 Undefined Unit No ...

Page 311: ... 1000 3 Channel 0 Output value upper limit 4 digits BCD 0000 to 1000 4 Channel 0 Cooling output value lower limit 4 digits BCD 0000 to 1000 5 Channel 0 Cooling output value upper limit 4 digits BCD 0000 to 1000 32 Channel 7 Cooling output value lower limit 4 digits BCD 0000 to 1000 33 Channel 7 Cooling output value upper limit 4 digits BCD 0000 to 1000 First word of send data Number of send data w...

Page 312: ...its Hex 000A 0010 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Output change rate limit 4 digits BCD 0000 to 1000 3 Channel 1 Output change rate limit 4 digits BCD 0000 to 1000 4 Channel 2 Output change rate limit 4 digits BCD 0000 to 1000 8 Channel 6 Output change rate limit 4 digits BCD 0000 to 1000 9 Channel 7 Output change rate limit 4 digits BCD 0000 to 1000 Offset Contents data ...

Page 313: ...s and SSR failures Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 Unit No 2 digits Hex 00 to 0F 2 Write code 2 digits Hex 00 to FF First word of send data Number of send data words 0 1 2 Undefined Unit No Undefined Write code First word of send data Number of send data words 0 1 2 3 4 5 16 17 Undefined Unit N...

Page 314: ...o 0500 3 Channel 0 SSR failure detection current 4 digits BCD 0000 to 0500 4 Channel 1 Heater burnout detection current 4 digits BCD 0000 to 0500 5 Channel 1 SSR failure detection current 4 digits BCD 0000 to 0500 16 Channel 7 Heater burnout detection current 4 digits BCD 0000 to 0500 17 Channel 7 SSR failure detection current 4 digits BCD 0000 to 0500 First word of send data Number of send data w...

Page 315: ... overlap band 4 digits BCD 0000 to 0999 9 Channel 7 Dead band overlap band 4 digits BCD 0000 to 0999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 000A 0010 decimal fixed 1 Unit No 2 digits Hex 00 to 0F 2 Channel 0 Cooling coefficient 4 digits BCD 0000 to 0100 3 Channel 1 Cooling coefficient 4 digits BCD 0000 to 0100 4 Channel 2 Cooling coefficient 4 digits BCD 0000 to ...

Page 316: ...uence No 176 Hex 00B0 Starts manual operation based on the output values that were set for all channels of the specified Unit Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits Hex 00 to 0F Offset Contents data format Data 0 Number of send...

Page 317: ......

Page 318: ...Select RAM write mode Switches from set point write mode to RAM write mode Yes No 204 00CC Save set point Saves the set point Yes No 205 00CD Write parameters 1 Writes the set point alarm value 1 alarm value 2 and heater burnout alarm value Yes No 206 00CE Write parameters 2 Writes the proportional band integral time and derivative time Yes No 207 00CF Write input shift value Writes the input shif...

Page 319: ...able Signal name Abbreviation Signal direction Pin No Signal ground or common return line SG 25 27 Send data SD Output 26 Receive data RD Input 28 RS 232C port E5 J RS 232C Serial Communications Board CS Series only Serial Communications Unit CS CJ Series RS 232C PC PS Serial Communications Unit Board Signal name Shield E5AJ MAX232C or equivalent Pin No Signal name Ter minal RS 232C D sub 9 pin fe...

Page 320: ...A 485 RS 422A 485 Serial Communications Board CS Series only Serial Communications Unit CS CJ Series PC PS Terminating resist ance 240 Ω is connected via the terminator switch Terminator switch Serial Commu nications Board Unit Shield Terminating resistance Terminating re sistance 240 Ω E5AJ SN751177N or equivalent E5AJ Shield Signal name Pin No Signal name Signal name Ter minal RS 422A D sub 9 pi...

Page 321: ... Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Signal name Abbreviation Signal direction Pin No Terminal A A I O 26 28 Terminal B B I O 25 29 Signal ground SG 27 Terminator switch Serial Commu nications Board Unit Shield E5AJ E5AJ Shield Signal name Pin No Signal name Signal name Terminating resist ance 240 Ω is connected via the terminator switch Ter...

Page 322: ...t point write mode to RAM write mode Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data ...

Page 323: ... to multiple units Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 First word of send data Number of send data words 0 1 Undefined Unit No First word of send data Number of send data words 0 1 2 3 4 5 6 122 123 124 125 126 Undefined Unit No Set point Alarm value 1 Set point Alarm ...

Page 324: ...o 25 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Set point 4 digits BCD 0000 to 9999 4 1st unit Alarm value 1 4 digits BCD 0000 to 9999 5 1st unit Alarm value 2 4 digits BCD 0000 to 9999 6 1st unit Heater burnout alarm value 2 4 digits BCD 0000 to 9999 7 2nd unit Unit No 2 digits BCD 00 to 31 126 max 25th unit Heater burnout alarm value 2 4 digits BCD 0000 to 9999 First word of sen...

Page 325: ...units 4 digits Hex 0001 to 001F 1 to 31 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Proportional band 4 digits BCD 0000 to 9999 4 1st unit Integral time 4 digits BCD 0000 to 9999 5 1st unit Derivative time 4 digits BCD 0000 to 9999 6 2nd unit Unit No 2 digits BCD 00 to 31 125 max 31th unit Derivative time 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send d...

Page 326: ...r of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0019 1 to 25 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 26 max 25th unit Unit No 2 digits BCD 00 to 31 Undefined Unit No First word of send data Number of send data words 0 1 2 26 Undefined Unit No Number of units max Set point Receive data storage words Number ...

Page 327: ...D 0000 to 9999 When the left digit is 1 A is set and when it is F is set 4 1st unit Heater burnout alarm value 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set 5 2nd unit Set point 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set 100 max 25th unit Heater burnout alarm value 4 digits BCD 0000 to 9999 When the left digit is 1 A is...

Page 328: ...digit is 1 A is set and when it is F is set 4 2nd unit Proportional band 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set 93 max 31th unit Derivative time 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Co...

Page 329: ... 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Output value 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data ...

Page 330: ...ft digit is 1 A is set and when it is F is set 2 Set point upper limit 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 1 Heater current 4 digits BCD 0000 to 9999 Whe...

Page 331: ... Offset Contents data format Data 0 Number of send data words 4 digits Hex 0005 fixed 1 Unit No 2 digits BCD 00 to 31 2 Header code two ASCII characters Header codes that can be set MB WS W WW WB WN WV 3 Data code 2 digits BCD 01 to 02 4 Write data 4 digits BCD 0000 to 9999 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD 00 to 31 2 Header...

Page 332: ...ote The completion code is not included in the read data Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 1 Read data 4 digits BCD 0000 to 9999 When the left digit is 1 A is set and when it is F is set Receive data storage words Number of receive data words 0 1 Receive data ...

Page 333: ......

Page 334: ...ters Reads adjustment parameters in the parame ter area Yes Yes 259 0103 Write adjustment parameters Writes adjustment parameters in the parame ter area Yes No 260 0104 Read PID control parameters 1 Reads PID parameters No 1 to 4 from the PID control parameters in the parameter area Yes Yes 261 0105 Read PID control parameters 2 Reads PID parameters No 5 to 8 from the PID control parameters in the...

Page 335: ...hes the control mode to a manual Yes No 275 0113 Execute A T Executes A T Yes No 276 0114 Cancel A T Cancels A T Yes No 277 0115 Change pattern No Changes the pattern No Yes No 278 0116 Change bank No Changes the bank No Yes No 279 0117 Read controller status Reads the controller status Yes Yes 280 0118 General purpose com mand Sends specified data and stores the received data in the specified wor...

Page 336: ...Next ES100 Shield ES100 04 Signal name Pin No Signal name Terminal RS 422A D sub 9 pin female RS 422A Terminal Block 1 Set the 2 4 wire switch to the 4 wire setting 2 Turn ON the terminat ing resistance switch RDA RDB SDA SDB FG 6 8 1 2 RDA RDB SDA SDB 24 25 16 17 RDA RDB SDA SDB 24 25 16 17 Serial Communications Board Unit Next ES100 Shield ES100 04 Pin No Terminal RS 485 D sub 9 pin female RS 48...

Page 337: ...10 in the variable area Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0019 1 to 25 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 26 max 25th unit Unit No 2 digits BCD 00 to 31 422 485 422 485 Undefined Unit No First word ...

Page 338: ...t data 1 2 digits Hex Event data 2 2 digits Hex 00 to FF 00 to FF 2 1st unit Event data 3 2 digits Hex Event data 4 2 digits Hex 00 to FF 00 to FF 3 1st unit Event data 5 2 digits Hex Event data 6 2 digits Hex 00 to FF 00 to FF 4 1st unit Event data 7 2 digits Hex Event data 8 2 digits Hex 00 to FF 00 to FF 5 1st unit Event data 9 2 digits Hex Event data 10 2 digits Hex 00 to FF 00 to FF 125 max 2...

Page 339: ...gits Hex 00 to FF 00 to FF 4 1st unit Time signal 7 data 2 digits Hex Time signal 8 data 2 digits Hex 00 to FF 00 to FF 5 1st unit Time signal 9 data 2 digits Hex Time signal 10 data 2 digits Hex 00 to FF 00 to FF 125 max 25th unit Time signal 9 data 2 digits Hex Time signal 10 data 2 digits Hex 00 to FF 00 to FF Offset Contents data format Data Time signal 1 Time signal 9 Time signal 2 Receive da...

Page 340: ...to FF 00 to FF 2 1st unit Error group 2 data 2 digits Hex Error group 3 data 2 digits Hex 00 to FF 00 to FF 7 1st unit Error group 12 data 2 digits Hex Error group 13 data 2 digits Hex 00 to FF 00 to FF 8 1st unit Error group 14 data 2 digits Hex Error group 15 data 2 digits Hex 00 to FF 00 to FF 9 2nd unit Error group 0 data 2 digits Hex Error group 1 data 2 digits Hex 00 to FF 00 to FF Undefined...

Page 341: ...ffset Contents data format Data 0 Number of receive data words 4 digits Hex Number of units 1 1 1st unit Heater burnout alarm 2 digits Hex 00 to FF 2 2nd unit Heater burnout alarm 2 digits Hex 00 to FF 3 3rd unit Heater burnout alarm 2 digits Hex 00 to FF 4 4th unit Heater burnout alarm 2 digits Hex 00 to FF 32 max 32nd unit Heater burnout alarm 2 digits Hex 00 to FF Offset Contents data format Da...

Page 342: ...rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 2 1st unit PV data leftmost 4 digits 4 digits BCD 3 2nd unit PV data rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 4 2nd unit PV data leftmost 4 digits 4 digits BCD 63 32nd unit PV data rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 64 32nd uni...

Page 343: ...rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 2 1st unit SP data leftmost 4 digits 4 digits BCD 3 2nd unit SP data rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 4 2nd unit SP data leftmost 4 digits 4 digits BCD 63 32nd unit SP data rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 64 32nd uni...

Page 344: ...its 2 1 1 1st unit MV rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 2 1st unit MV leftmost 4 digits 4 digits BCD 3 2nd unit MV rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 4 2nd unit MV leftmost 4 digits 4 digits BCD 63 32nd unit MV rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 64 32nd u...

Page 345: ... a negative number 2 1st unit SP data leftmost 4 digits 4 digits BCD 3 1st unit PV data rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 4 1st unit PV data leftmost 4 digits 4 digits BCD 5 1st unit MV rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 6 1st unit MV leftmost 4 digits 4 digits BCD Undefined Unit No First word of send ...

Page 346: ...a Word Allocation 3rd Operand of PMCR 260 125 21st unit MV rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 126 21st unit MV leftmost 4 digits 4 digits BCD Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Unit No 2 digits BCD 00 to 31 Offset Contents data format Data First word of send data Number of send data words 0 1 Undefi...

Page 347: ...d rightmost 4 digits leftmost 4 digits Switching output hysteresis rightmost 4 digits leftmost 4 digits ON OFF count alarm setting rightmost 4 digits leftmost 4 digits ON OFF control hysteresis rightmost 4 digits leftmost 4 digits Manual reset rightmost 4 digits leftmost 4 digits SP setting lower limit rightmost 4 digits leftmost 4 digits SP setting upper limit rightmost 4 digits leftmost 4 digits...

Page 348: ... Position proportional dead band 8 digits BCD 15 to 16 Switching output hysteresis 8 digits BCD 17 to 18 ON OFF count alarm setting 8 digits BCD 19 to 20 ON OFF control hysteresis 8 digits BCD 21 to 22 Manual reset 8 digits BCD 23 to 24 SP setting lower limit 8 digits BCD 25 to 26 SP setting upper limit 8 digits BCD 27 to 28 SP rise rate limit 8 digits BCD 29 to 30 SP fall rate limit 8 digits BCD ...

Page 349: ...ost 4 digits leftmost 4 digits Switching output hysteresis rightmost 4 digits leftmost 4 digits ON OFF count alarm setting rightmost 4 digits leftmost 4 digits ON OFF control hysteresis rightmost 4 digits leftmost 4 digits Manual reset rightmost 4 digits leftmost 4 digits SP setting lower limit rightmost 4 digits leftmost 4 digits SP setting upper limit rightmost 4 digits leftmost 4 digits SP rise...

Page 350: ... Heater burnout alarm setting 8 digits BCD 14 to 15 Position proportional dead band 8 digits BCD 16 to 17 Switching output hysteresis 8 digits BCD 18 to 19 ON OFF count alarm setting 8 digits BCD value 20 to 21 ON OFF control hysteresis 8 digits BCD 22 to 23 Manual reset 8 digits BCD 24 to 25 SP setting lower limit 8 digits BCD 26 to 27 SP setting upper limit 8 digits BCD 28 to 29 SP rise rate lim...

Page 351: ...o 1 PV bias value leftmost 4 digits PID No 1 Automatic selection range upper limit rightmost 4 digits PID No 1 Automatic selection range upper limit leftmost 4 digits rightmost 4 digits leftmost 4 digits rightmost 4 digits leftmost 4 digits rightmost 4 digits leftmost 4 digits Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0039 0057 decimal 1 to 2 PID No 1 P 8 digits ...

Page 352: ...rightmost 4 digits PID No 8 MV upper limit PID No 8 MV upper limit PID No 8 Automatic selection range upper limit PID No 8 Automatic selection range upper limit PID No 8 PV bias value PID No 8 PV bias value PID No 5 P leftmost 4 digits PID No 5 I rightmost 4 digits PID No 5 I leftmost 4 digits PID No 5 D rightmost 4 digits PID No 5 D leftmost 4 digits PID No 5 MV lower limit rightmost 4 digits PID...

Page 353: ...alue 8 digits BCD 55 to 56 PID No 8 Automatic selection range upper limit 8 digits BCD 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 52 53 54 55 56 57 PID No 1 P rightmost 4 digits PID No 4 MV upper limit PID No 4 MV upper limit PID No 4 Automatic selection range upper limit PID No 4 Automatic selection range upper limit PID No 4 PV bias value PID No 4 PV bias value PID No 1 P leftmost 4 digits PID No 1 I...

Page 354: ...D No 1 D 8 digits BCD 8 to 9 PID No 1 MV lower limit 8 digits BCD 10 to 11 PID No 1 MV upper limit 8 digits BCD 12 to 13 PID No 1 PV bias value 8 digits BCD 14 to 15 PID No 1 Automatic selection range upper limit 8 digits BCD 44 to 45 PID No 4 P 8 digits BCD 46 to 47 PID No 4 I 8 digits BCD 48 to 49 PID No 4 D 8 digits BCD 50 to 51 PID No 4 MV lower limit 8 digits BCD 52 to 53 PID No 4 MV upper li...

Page 355: ...alue PID No 5 P leftmost 4 digits PID No 5 I rightmost 4 digits PID No 5 I leftmost 4 digits PID No 5 D rightmost 4 digits PID No 5 D leftmost 4 digits PID No 5 MV lower limit rightmost 4 digits PID No 5 MV lower limit leftmost 4 digits PID No 5 MV upper limit rightmost 4 digits PID No 5 MV upper limit leftmost 4 digits PID No 5 PV bias value rightmost 4 digits PID No 5 PV bias value leftmost 4 di...

Page 356: ...ower limit 8 digits BCD 10 to 11 PID No 5 MV upper limit 8 digits BCD 12 to 13 PID No 5 PV bias value 8 digits BCD 14 to 15 PID No 5 Automatic selection range upper limit 8 digits BCD 44 to 45 PID No 8 P 8 digits BCD 46 to 47 PID No 8 I 8 digits BCD 48 to 49 PID No 8 D 8 digits BCD 50 to 51 PID No 8 MV lower limit 8 digits BCD 52 to 53 PID No 8 MV upper limit 8 digits BCD 54 to 55 PID No 8 PV bias...

Page 357: ...umber of receive data words 4 digits Hex Number of units 2 1 1 1st unit Local SP rightmost 4 digits 4 digits BCD 00000000 to 09999000 F indicates a negative number 2 1st unit Local SP leftmost 4 digits 4 digits BCD 3 2nd unit Local SP rightmost 4 digits 4 digits BCD 00000000 to 09999000 4 2nd unit Local SP leftmost 4 digits 4 digits BCD 63 32nd unit Local SP rightmost 4 digits 4 digits BCD 0000000...

Page 358: ... digits 4 digits BCD 00000000 to 09999000 5 1st unit Local SP leftmost 4 digits 4 digits BCD 122 31st unit Unit No 2 digits BCD 00 to 31 123 31st unit Pattern No 2 digits BCD Step No 2 digits BCD 00 to 63 00 to 63 124 31st unit Local SP rightmost 4 digits 4 digits BCD 00000000 to 09999000 125 31st unit Local SP leftmost 4 digits 4 digits BCD 1st unit First word of send data Number of send data wor...

Page 359: ...s 2 2 1 Number of units 4 digits Hex 0001 to 0004 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Pattern No 2 digits BCD Step No 2 digits BCD 00 to 63 00 to 63 8 4th unit Unit No 2 digits BCD 00 to 31 9 max 4th unit Pattern No 2 digits BCD Step No 2 digits BCD 00 to 63 00 to 63 1st unit First word of send data Number of send data words 0 1 2 3 4 5 6 7 8 9 Undefined Unit No Number of units Pat...

Page 360: ...nt 10 setting leftmost 1st unit 4th unit max Step bank time rightmost Step bank time leftmost PID set No rightmost PID set No leftmost Wait code rightmost Wait code leftmost Event 1 setting rightmost Event 1 setting leftmost Local SP rightmost Local SP leftmost Event 10 setting rightmost Event 10 setting leftmost Step bank time rightmost Step bank time leftmost PID set No rightmost PID set No left...

Page 361: ...a negative number 3 to 4 1st unit Step time 8 digits BCD 5 to 6 1st unit PID set No 8 digits BCD 7 to 8 1st unit Wait code 8 digits BCD 9 to 10 1st unit Event 1 setting 8 digits BCD 11 to 12 1st unit Event 2 setting 8 digits BCD 27 to 28 1st unit Event 10 setting 8 digits BCD 29 to 30 1st unit Local SP 8 digits BCD 109 to 110 4th unit Event 9 setting 8 digits BCD 111 to 112 max 4th unit Event 10 s...

Page 362: ...d of send data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 30 31 92 93 120 121 Local SP rightmost Local SP leftmost Event 10 setting rightmost Event 10 setting leftmost 1st unit 4th unit max Step bank time rightmost Step bank time leftmost PID set No rightmost PID set No leftmost Wait code rightmost Wait code leftmost Event 1 setting rightmost Event 1 setting leftmost Undefined Unit No Number of units Pattern...

Page 363: ...BCD Step No 2 digits BCD 00 to 63 00 to 63 4 to 5 1st unit Local SP 8 digits BCD 00000000 to 09999000 6 to 7 1st unit Step time 8 digits BCD 8 to 9 1st unit PID set No 8 digits BCD 10 to 11 1st unit Wait code 8 digits BCD 12 to 13 1st unit Event 1 setting 8 digits BCD 14 to 15 1st unit Event 2 setting 8 digits BCD 30 to 31 1st unit Event 10 setting 8 digits BCD 32 to 33 2nd unit Unit No 2 digits B...

Page 364: ... digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 33 max 32nd unit Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to...

Page 365: ...3 2nd unit Unit No 2 digits BCD 00 to 31 33 max 32nd unit Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Pattern No Bank No 4 digits BCD 0000 to 0063 24 2nd unit Unit No 2 digits BCD 00 to 31 64 32nd unit Unit N...

Page 366: ...cimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 33 max 32nd unit Unit No 2 digits BCD 00 to 31 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 33 max 32nd unit Unit No 2 digi...

Page 367: ... 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd unit Unit No 2 digits BCD 00 to 31 33 max 32nd unit Unit No 2 digits BCD 00 to 31 Undefined Unit No First word of send data Number of send data words 0 1 2 3 33 Undefined Unit No Number of units Undefined Unit No 32nd unit max 2nd un...

Page 368: ...s BCD 00 to 31 3 1st unit PID set No 4 digits BCD 0000 to 0008 4 2nd unit Unit No 2 digits BCD 00 to 31 64 32nd unit Unit No 2 digits BCD 00 to 31 65 max 32nd unit PID set No 4 digits BCD 0000 to 0008 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 2nd ...

Page 369: ...ber of units 2 2 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 3 1st unit Pattern No 4 digits BCD 0001 to 0063 4 2nd unit Unit No 2 digits BCD 00 to 31 64 32nd unit Unit No 2 digits BCD 00 to 31 65 max 32nd unit Pattern No 4 digits BCD 0001 to 0063 1st unit First word of send data Number of send data words 0 1 2 3 64 65 Undefined Unit No Numbe...

Page 370: ...No 2 digits BCD 00 to 31 65 max 32nd unit Bank No 4 digits BCD 0000 to 0007 Offset Contents data format Data 0 Number of send data words 4 digits Hex Number of units 2 1 Number of units 4 digits Hex 0001 to 0019 1 to 25 decimal 2 1st unit Unit No 2 digits BCD 00 to 31 26 max 25th unit Unit No 2 digits BCD 00 to 31 Undefined Unit No First word of send data Number of send data words 0 1 2 26 Undefin...

Page 371: ...de 01 Remote setting mode 02 External setting mode 00 to 63 4 1st unit A T 2 digits BCD Valid PD set No 2 digits Hex 00 Not A T 01 A T 01 to 08 5 1st unit Wait 2 digits BCD Operation mode 2 digits BCD 00 Not waiting 01 Waiting 02 Wait alarm output 00 Setting level 1 without technical mode 01 Setting level 1 with technical mode 02 Setting level 2 without technical mode 03 Setting level 2 with techn...

Page 372: ...bytes 4 digits Hex 0001 to 01F0 1 to 496 decimal The number of send bytes not including the FCS or the terminator 2 Send data 2 characters ASCII Refer to the manual for the ES100 Use ASCII Up to 496 characters total 249 max Send data 1 character ASCII Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0001 to 00FA 1 to 250 decimal 1 Receive data 2 characters ASCII Refer t...

Page 373: ......

Page 374: ...nit number Writes the set value to a bank which is not in use K3TR HH to LL K3TC O1 to O5 Yes No See Note2 308 0134 Write set value HH with bank continuous units Writes the set value HH to a bank which is not in use Yes No See Note1 309 0135 Write set value H with bank continuous units Writes the set value H to a bank which is not in use Yes No See Note1 310 0136 Write set value L with bank contin...

Page 375: ... which is not in use Yes Yes See Note1 327 0147 Read set value O5 with bank continuous units Reads the set value O5 of a bank which is not in use Yes Yes See Note1 328 0148 Read set value O4 with bank continuous units Reads the set value O4 of a bank which is not in use Yes Yes See Note1 329 0149 Read set value O3 with bank continuous units Reads the set value O3 of a bank which is not in use Yes ...

Page 376: ...15 m 2 Use shielded twisted pair cable Signal name Abbreviation Signal direction Pin No Protective ground or earth FG 1 Signal ground or common return line SG 7 Send data SD Output 2 Receive data RD Input 3 Request to send RS Output 4 Clear to send CS Input 5 Data set ready DR Input 6 Data terminal ready ER Output 20 RS 232C port K3T Serial Communications Board CS Series only Serial Communications...

Page 377: ...l Communications Board CS Series only Serial Communications Unit CS CJ Series PC PS RS 422 485 RS 422 485 RS 422 485 Serial Communications Board Unit Shield Signal Name Pin No Terminating resistance approx 220 Ω is connected via the terminal block switch Terminal block SW SN751177N or equivalent Signal Name Intelligent Sig nal Processor Termi nal RS 422 D sub 9 pin female RS 422 Terminal block Hoo...

Page 378: ...rminators Signal name Abbreviation Signal direction Terminal Inverting output Input or output 19 Non inverting output Input or output 18 Serial Communications Board Unit Shield Intelligent Signal Processor Turn ON the terminal block switch for terminators only Signal Name Pin No SN751177N or equivalent Shield Signal Name Signal Name Intelligent Signal Processor Unit designated as terminator The te...

Page 379: ...nd of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Offset Contents data format Data 0 Number of send data words 4 digits BCD 0003 to 0022 3 to 34 decimal 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 Relevant unit No 2 digits BCD 00 to 99 33 Relevant unit No 2 digits BCD 00 to 99 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 1 ...

Page 380: ...6 to 126 decimal 1 Number of units 4 digits Hex 0001 to 001F 1 to 31 decimal 2 Relevant unit No 2 digits BCD 00 to 99 3 Operand ASCII 2 characters 4848 HH 4C4C LL 4820 H 4C20 L 4 to 5 Set value 5 digits BCD 124 to 125 Set value 5 digits BCD Same as above Relevant unit No Undefined Number of units 0 1 2 3 4 5 122 123 124 125 Number of send data words First word of send data Relevant unit No Undefin...

Page 381: ...tinuous Units Write Set Value LL Continuous Units Sequence No 306 Hex 0132 This sequence writes set value LL for continuous units The word allocation is identical to that of sequence No 303 Write Set Value HH Continuous Units Write Set Value with Bank by Unit Number Sequence No 307 Hex 0133 This sequence writes set value of a bank which is not in use K3TR HH to LL K3TC O1 to O5 Offset Contents dat...

Page 382: ...nk No 2 digits BCD 01 to 04 4 Operand Two ASCII characters 4848 HH 4F31 O1 4820 H 4F32 O2 4C20 L 4F33 O3 4C4C LL 4F34 O4 4F35 O5 5 to 6 Set value 5 digits BCD 125 to 126 Set value 5 digits BCD Same as above Relevant unit No Undefined Number of units 0 1 2 3 4 5 6 122 123 124 125 126 Number of send data words First word of send data Relevant unit No Undefined Operand Set value Undefined Set value O...

Page 383: ...e word allocation is identical to that of sequence No 308 Write Set Value HH with Bank Continuous Units Write Set Value LL with Bank Continuous Units Sequence No 311 Hex 0137 This sequence writes set value LL of a bank not in use for continuous units The word allocation is identical to that of sequence No 308 Write Set Value HH with Bank Continuous Units Offset Contents data format Data 0 Number o...

Page 384: ...ank Continuous Units Sequence No 315 Hex 013B This sequence writes set value O2 of a bank not in use for continuous units The word allocation is identical to that of sequence No 308 Write Set Value HH with Bank Continuous Units Write Set Value O1 with Bank Continuous Units Sequence No 316 Hex 013C This sequence writes set value O1 of a bank not in use for continuous units The word allocation is id...

Page 385: ...ntinuous Units 64 to 65 Operand ASCII 2 characters Same as above Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0004 to 0061 4 to 97 decimal 1 End code 2 digits Hex 00 to 22 2 to 3 Set value 5 digits BCD 95 to 96 Set value 5 digits BCD Same as above Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 1 Number of units 4 digits Hex 0001 to 00...

Page 386: ...he set value of a bank which is not in use K3TR HH to LL K3TC 01 to 05 and stores the results in the specified words Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0005 to 0062 5 to 98 decimal 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal 2 Relevant unit No 2 digits BCD 00 to 99 3 Bank No 2 digits BCD 01 to ...

Page 387: ...o that of sequence No 323 Read Set Value HH with Bank Continuous Units Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 to 0041 3 to 65 decimal 1 to 2 Set value 5 digits BCD 63 to 64 Set value 5 digits BCD Same as above Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 0022 3 to 34 decimal 1 Number of units 4 digits Hex 0001 to 0020 ...

Page 388: ...ex 0148 This sequence reads set value O4 of a bank not in use for continuous units The word allocation is identical to that of sequence No 323 Read Set Value HH with Bank Continuous Units Read Set Value O3 with Bank Continuous Units Sequence No 329 Hex 0149 This sequence reads set value O3 of a bank not in use for continuous units The word allocation is identical to that of sequence No 323 Read Se...

Page 389: ...ottom data 5 digits BCD 3 Status 2 digits Hex d0 bit If overflow 1 Others 0 d1 bit If underflow 1 Others 0 d2 bit Not used d3 bit During forced zero operation 1 Others 0 K3TH K3TR 0 d4 bit Not used d5 bit During hold input 1 Others 0 d6 bit Bank input 1 1 Others 0 K3TH K3TX 0 d7 bit Bank input 2 1 Others 0 K3TH K3TX 0 Relevant unit No Undefined Number of units 0 1 2 3 64 65 Number of send data wor...

Page 390: ... PV by Unit Number Sequence No 335 Hex 014F Reads the display value PV and stores the results in the specified words Send Data Word Allocation 3rd Operand of PMCR 260 96 Status Same as above Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal Offset Contents data format Data 0 Number of send data words 4 digits ...

Page 391: ...k input 2 1 Others 0 K3TH K3TX 0 d8 bit LL comparison output 1 Others 0 OUT1 comparison output 1 K3TC d9 bit L comparison output 1 Others 0 OUT2 comparison output 1 K3TC d10 bit H comparison output 1 Others 0 OUT4 comparison output 1 K3TC d11 bit HH comparison output 1 Others 0 OUT5 comparison output 1 K3TC d12 bit PASS comparison output 1 Others 0 OUT3 comparison output 1 K3TC d13 bit Not used d1...

Page 392: ...end Data Word Allocation 3rd Operand of PMCR 260 Note The number of Units can be up to 25 maximum Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 1 Number of units 4 digits Hex 0001 to 0020 1 to 32 decimal Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 001B 3 to 27 decimal 1 Number of units 4 digits Hex 0001 to 0019 1 to 25 decimal ...

Page 393: ... 2 characters 5331 S1 RS 232C 5332 S2 RS 485 5333 S3 RS 422 5335 S5 RS 485 comparison output 5336 S6 RS 422 comparison output 4 Input contents ASCII 2 characters Leftmost digit 30 0 to 31 1 Rightmost digit 31 1 to 45 E 5 Operation mode ASCII 2 characters 3030 00 K3TH K3TX 3031 00 to 3133 12 K3TR 5542 UB K3TC 5543 UC K3TC 125 Operation mode ASCII 2 characters Same as above Offset Contents data form...

Page 394: ...eceive Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Send data byte length 4 digits BCD 0001 to 01F0 1 to 496 decimal Number of bytes of send data not including the FCS and the terminator 2 to 249 Send data ASCII ASCII code Send data 496 characters max Offset Contents data format Data 0 Number ...

Page 395: ......

Page 396: ...ation V500 Confirms if the Reader is correctly set No No 359 0167 Log data clear V500 Clear log data No No 360 0168 Continuous data read scan V500 Performs the following operations repeat edly starts reading receives data read by the Reader saves the data to the receive words by the scan method No Yes 361 0169 Continuous data read interrupt V500 Performs the following operations repeat edly starts...

Page 397: ...by the CS1W SCU21 Serial Communications Unit A protocol syntax error will occur if an attempt is made to execute either sequence with the Serial Communications Unit Connections The connections for using the V500 V520 Bar Code Reader Protocol are shown below V500 Connections RS 232C port V500 C11 ID Controller Reader Signal Name Serial Communications Unit Board D sub 9 pin female Signal Name Pin No...

Page 398: ...tart code Stop code Operation mode Data output mode RS 232C port Reader Signal Name Signal Name Pin No Pin No V509 W011 Reader Cable V520 R121 Serial Communications Unit Board D sub 9 pin female V520 R121 D sub 9 pin female FG SD RD RTS CTS DSR DTR SG SD RD RTS CTS DTR SG Serial Communications Board CS Series only Serial Communications Unit CS CJ Series 1 2 3 4 5 7 8 9 1 2 3 4 6 7 PC PS READ SIGNA...

Page 399: ...llocation 4th Operand of PMCR 260 Note The reception wait time is not set for this sequence Complete Data Read Sequence No 353 Hex 0161 This sequence instructs the Bar Code Reader to start reading receives the data read by the Bar Code Reader stores the data in the receive data storage words and then instructs the Reader to stop reading Send Data Word Allocation 3rd Operand of PMCR 260 None Receiv...

Page 400: ... CODE39 ST SP OUTPUT 47 G 2 of 5 ITF 48 H CODE128 49 I CODE93 4A J 2 of 5 3BAR 4B K 2 of 5 5BAR 3 Number of digits 2 digits BCD 00 to 32 00 Any number of digits allowed 4 Modulus check ASCII 1 character 41 A No check 42 B Modulus 10 all bar codes 43 C Modulus 11 except JAN 44 D Modulus 16 NW7 only 45 E Modulus 43 CODE39 only 46 F Modulus 47 CODE93 only 47 G Modulus 103 CODE128 only 5 Number of mat...

Page 401: ... 5 ITF 48 H CODE128 49 I CODE93 4A J 2 of 5 3BAR 4B K 2 of 5 5BAR 3 Number of digits 2 digits BCD 00 to 32 4 Modulus check ASCII 1 character 41 A No check 42 B Modulus 10 all bar codes 43 C Modulus 11 except JAN 44 D Modulus 16 NW7 only 45 E Modulus 43 CODE39 only 46 F Modulus 47 CODE93 only 47 G Modulus 103 CODE128 only 5 Number of matches 1 digit BCD 1 to 5 Multistep labels 1 digit BCD 1 to 4 6 ...

Page 402: ...send data words 4 digits Hex 0002 fixed 1 Number of units 2 digits BCD 01 to 99 Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0001 to 00FA 1 to 250 decimal 1 to 249 Log data ASCII Log data with the number of designated data is stored including the separator GS 1D If the log data including separator exceeds 498 bytes only 498 bytes are stored Undefined Number of units...

Page 403: ...2 N is number of presets 1 to 5 1 Number of presets 1 digit BCD 1 to 5 2 Preset data No 1 digit BCD 1 to 5 3 Data length 2 digits BCD 01 to 32 4 to 19 Preset data ASCII Combination of the following ASCII characters and up to 32 characters maximum 30 0 to 39 9 41 A to 5A Z 3F The area that is not used is undefined 20 to 91 Store repeatedly the contents of words with offsets 2 to 19 the same number ...

Page 404: ...he following operations repeatedly Instruct the Bar Code Reader to start reading and receives the data read by the Bar Code Reader The interrupt notification method is used for the receive data and the interrupt No is 100 Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 The receive data word allocation similar to that of sequence No 352 da...

Page 405: ...he interrupt notification method is used for the receive data and the interrupt No is 100 Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 The send data word allocation is similar to that of sequence No 352 Data Read Note 1 Since this sequence repeats itself within the sequence once it is executed it remains in the execution state until ca...

Page 406: ...a byte length 4 digits Hex 0001 to 01F0 1 to 496 decimal The byte length of the send data excluding STX and ETX 2 to 249 Send data ASCII Inscribe send data up to 496 bytes max by ASCII Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Send data byte length 4 digits Hex 0001 to 01F0 1 to 496 decimal The byte length of the send data excluding S...

Page 407: ......

Page 408: ...07 0197 Measurement condition set 3000 series Sets measurement conditions Yes No 408 0198 Measurement condition release 3000 series Releases measurement conditions that have been set Yes No 409 0199 Measurement condition list request 3000 series Requests the measurement condi tions that have been set and other settings No Yes 410 019A Single run measurement start 3000 series When the sample measur...

Page 409: ... move and low speed data output as the averaging method sets the averaging times per measurement interval 4 Yes No 427 01AB Automatic detection set 3000 series Sets work automatic detection func tion Yes No 428 01AC Automatic detection release 3000 series Releases the settings of work auto matic detection function No No 429 01AD Automatic detection list request 3000 series Requests the settings of...

Page 410: ...8 01B6 Measurement termination 4000 series Terminates continuous measurement No No 1 439 01B7 Data request 4000 series Requests measurement data in the idle measurement status or the latch data generated by the measurement command No Yes 440 01B8 Forced positive zero 4000 series Sets the forced zero direction to posi tive No No 441 01B9 Forced negative zero 4000 series Sets the forced zero directi...

Page 411: ...lection for measure ment section ON OFF 2 ON OFF 3 ON OFF 4 ON OFF 5 Setting of minimum read value ON OFF 6 ON OFF 7 Setting of transparent body measurement func tion ON OFF 8 Setting of simultaneous measurement function ON OFF Sensor Signal cable Controller RS 232C Port FG SD RD RTS CTS DSR DTR SG 1 2 3 4 5 7 8 9 Pin No Serial Communications Unit Board D sub 9 pin female Controller D sub 25 pin f...

Page 412: ...s 1 Baud rate ON OFF 2 ON OFF 3 Hand shake procedure ON OFF 4 Delimiter ON OFF 5 ON OFF 6 RS 232C interface use selection ON OFF 7 ON OFF 8 ON OFF No Setting Status 1 Selection for measure ment section ON OFF 2 ON OFF 3 ON OFF 4 ON OFF 5 Setting of minimum read value ON OFF 6 ON OFF 7 Display unit ON OFF 8 External command setting ON OFF This protocol does not sup port the error data exclusion fun...

Page 413: ...iter code control setting in the sequence to CR LF See the set ting for CR LF in the following diagram Turn OFF Turn OFF to use a general purpose interface Turn ON to use a general purpose interface Delimiter Setting Delimiter Pin Pin 4 Pin 5 Handshaking ON Control recognize DRT input OFF 3 wire method non protocol Baud Rate Baud rate Pin Pin 1 Pin 2 OFF OFF OFF ON ON OFF CR LF CR LF OFF OFF OFF O...

Page 414: ... mm unit set Yes Yes 403 0193 E unit set Yes Yes 404 0194 Calibration set No No 405 0195 Calibration release Yes Yes 406 0196 Program number set 3000 series No 1 Yes 407 0197 Measurement condition set 3000 series No No 408 0198 Measurement condition release 3000 series No No 409 0199 Measurement condition list request 3000 series No No 410 019A Single run measurement start 3000 series Yes Yes 411 ...

Page 415: ...move H times set 3000 series Yes Yes 426 01AA AVG move L times set 3000 series Yes 2 No 427 01AB Automatic detection set 3000 series No No 428 01AC Automatic detection release 3000 series Yes Yes 429 01AD Automatic detection list request 3000 series Yes Yes 430 01AE 3Z4L initialize 3000 series Yes 3 Yes 3 431 01AF Measurement condition set 4000 series No No 432 01B0 Measurement condition release 4...

Page 416: ...equence can be used for the 3Z4L 4000 Series only when pin 8 on DIP switch SW2 is turned ON E Unit Set Sequence No 403 Hex 0193 This sequence sets the display unit to E Send Data Word Allocation 3rd Operand of PMCR 260 None Offset Contents data format Data 3000 series 4000 series 0 Number of send data words 4 digits Hex 0003 fixed 0003 fixed 1 w 1 digit BCD Using buzzer sound 0 to 3 Number of digi...

Page 417: ... Operand of PMCR 260 None Calibration Release Sequence No 405 Hex 0195 This sequence releases the calibration of the Laser Micrometer Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None Note This sequence releases both the high and low calibration Offset Contents data format Data 0 Number of send data words 4 digits Hex 0007 fixed 1 HC g...

Page 418: ... Retry processing is not performed for this sequence Measurement Condition Set 3000 series Sequence No 407 Hex 0197 This sequence sets measurement conditions Conditions to be set can be selected by setting Yes No flags Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fixed 1 Program number 1 digit BCD 0 to 9 First word...

Page 419: ...ortion Undefined Integer portion Decimal portion Sign Undefined Undefined Integer portion Decimal portion Sign Undefined Undefined Integer portion Decimal portion Sign Undefined Undefined Integer portion Decimal portion Sign Undefined Undefined Integer portion Sign Undefined Segment number SG Measurement interval number M Lower limit value LL Upper limit value LH Multistep selection limit value L1...

Page 420: ...selection limit value L3 Same as lower limit values 21 to 23 Multistep selection limit value L4 Same as lower limit values 24 to 26 Multistep selection limit value L5 Same as lower limit values 27 to 29 Multistep selection limit value L6 Same as lower limit values 30 to 32 Reference value Same as lower limit values 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 Undefined I...

Page 421: ...ue Same as lower limit values 39 Data output conditions 1 digit BCD 0 to 6 40 Scheduled output timer 3 digits BCD 000 to 999 41 Sample measurement pulse 3 digits BCD 000 to 999 42 to 43 Sample measurement clas sification ASCII 3 characters 415647 AVG 4D4158 MAX 4D494E MIN 524E47 RNG 44 to 45 Unused Undefined 46 Yes No for segment setting 1 digit BCD Set 1 SG Don t set 0 47 Yes No for measurement i...

Page 422: ...re released Segment be comes 1 measurement interval becomes 1 the number of sample measurement pulses becomes 1 2 The following conditions cannot be released with this sequence error lower limit EL error upper lim it EH error exclusion counter CNT of the error data exclusion function centerless grinder func tion 3 The following settings cannot be released separately using this sequence Lower limit...

Page 423: ...fined Undefined Integer portion Sign Undefined Undefined Program number P Segment number SG Measurement interval number M Lower limit value LL Upper limit value LH Multistep selection limit value L1 Multistep selection limit value L2 Multistep selection limit value L3 Multistep selection limit value L4 Multistep selection limit value L5 Multistep selection limit value L6 30 31 32 33 34 35 36 37 38...

Page 424: ... to 17 Multistep selection limit value L2 Same as lower limit values 18 to 20 Multistep selection limit value L3 Same as lower limit values 21 to 23 Multistep selection limit value L4 Same as lower limit values 24 to 26 Multistep selection limit value L5 Same as lower limit values 27 to 29 Multistep selection limit value L6 Same as lower limit values 30 to 32 Reference value Same as lower limit va...

Page 425: ...ermination is executed Offset Contents data format Data 0 Number of receive data words 4 digit Hex With no reference setting 0006 With reference setting 0009 1 Program number 1 digit BCD 0 to 9 2 Decision result ASCII 2 characters With no limit setting 0000 With limit setting 2B4E N 4F4B OK 2D4E N 3 Measurement value decimal portion 4 digits BCD 0000 to 9999 4 Measurement value integer portion 3 d...

Page 426: ...uence once it is executed it remains in the execution state until cancelled 2 Even if execution is cancelled the Laser Micrometer still keeps measuring Execute sequence No 414 Measurement Termination to end the sequence 3 Sequences No 413 and No 437 Continuous Measurement Start with Interrupt not supported by the CS1W SCU21 and CJ1W SCU41 Serial Communications Units A protocol syntax error will oc...

Page 427: ...ve Data Word Allocation 4th Operand of PMCR 260 None Statistic Processing Non execution 3000 series Sequence No 417 Hex 01A1 This sequence turns the statistic processing LED off and does not carry out the statistic processing Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None All Statistic Memory Clear 3000 series Sequence No 418 Hex 01...

Page 428: ... statistic data 6 digits BCD 000000 to 999999 4 Average value decimal por tion 4 digits BCD 0000 to 9999 5 Average value integer por tion 4 digits BCD 000 to 999 6 Average value Sign BIN If 0 If F 7 to 9 Maximum value Same as average value 10 to 12 Minimum value Same as average value 13 to 15 Range Same as average value 16 to 18 Standard deviation Same as average value Receive data storage words N...

Page 429: ...n Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 w 1 digits BCD 0 For single run or zero run measurement start dis playing 1 For single run or zero run measurement start dis playing the previous measured value x 1 digit BCD 0 Perform single run measurement to the RUN signal of I O IF 1 Repeat measurement while the RUN signal of I O IF is input y 1 digit BCD ...

Page 430: ...r is not turned ON Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 fixed 1 w 1 digit BCD 0 Work automatic detection is not performed 1 Work automatic detection is performed Diameter detection method 1 scan 2 Work automatic detection is performed Diameter detection method 8 scan 3 Work automatic detection is performed Position detection method 1 scan x 1 digit BCD For...

Page 431: ...SW3 pin 5 of the Laser Micrometer is not turned ON AVG Move L Times Set 3000 series High speed Type Sequence No 426 Hex 01AA This sequence uses the average move and low speed data output as the averaging method and sets the aver aging times per measurement interval 4 Send Data Word Allocation 3rd Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0002 fix...

Page 432: ...etection Release 3000 series High speed Type Sequence No 428 Hex 01AC This sequence releases the setting of work automatic detection function Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None Offset Contents data format Data 0 Number of send data words 4 digits Hex 0009 fixed 1 Number of measurements 3 digits BCD 001 to 999 2 Invalid t...

Page 433: ...s similar to that of sequence No 401 Memory Switch Setting Receive Data Word Allocation 4th Operand of PMCR 260 None Note Memory switch settings will be ignored for this sequence for 5000 series and 6000 series Laser Micrometers Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0009 fixed 1 The number of measuring times 3 digits BCD 000 to 999 2 Invalid time 4 digits BCD...

Page 434: ...16 17 18 19 20 21 22 23 24 Undefined Decimal portion Undefined Integer portion Sign Undefined Undefined Decimal portion Undefined Integer portion Sign Undefined Decimal portion Undefined Integer portion Sign Undefined Undefined Unused Unused Unused Undefined Undefined Undefined 0 0 0 0 0 0 PRT Segment number SG Measurement interval number M Lower limit value LL Upper limit value LH Reference value...

Page 435: ...ger portion 3 digits BCD 000 to 999 5 Lower limit value Sign ASCII 1 character If 20 If 2D 6 to 8 Upper limit value Same as lower limit value 9 to 11 Reference value Same as lower limit value 12 Analog output scale number 1 digit BCD 0 to 3 13 to 15 Unused 16 Data output conditions 1 digit BCD 0 to 6 17 Data output timer value 3 digits BCD 000 to 999 18 Number of seconds for latch timer 2 digits B...

Page 436: ...and data output timer PRT cannot be cleared 3 This sequence can be used for the 3Z4L 4000 Series only when pin 8 on DIP switch SW2 is turned ON Measurement Condition List Request 4000 series Sequence No 433 Hex 01B1 This sequence requests the measurement condition settings that have been set and other settings Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th ...

Page 437: ...to 7 3 Lower limit value Decimal portion 4 digits BCD 0000 to 9999 4 Lower limit value Integer portion 3 digits BCD 000 to 999 5 Lower limit value Sign BIN If 0 If F 6 to 8 Upper limit value Same as lower limit value 9 to 11 Reference value Same as lower limit value 12 Analog output scale number 1 digit BCD 0 to 3 13 to 15 Forced zero number ASCII 5 characters 5A45524F2B ZERO 4E4F524D20 NORM 5A455...

Page 438: ... sequence repeats itself within the sequence once it is executed it remains in the execution state until cancelled 2 Even if execution is cancelled the Laser Micrometer still keeps measuring Execute sequence No 438 Measurement Termination to end the sequence Continuous Measurement Start Interrupt 4000 series Sequence No 437 Hex 01B5 This sequence starts a continuous measurement The interrupt notif...

Page 439: ...Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 For continuous measurement None For Deflection Measurement The receive data word allocation is similar to that of sequence No 434 Single Run Measurement Start Note This sequence may be aborted if it is executed during continuous measurements Measurements will be terminated even if the sequence is aborted T...

Page 440: ...the 3Z4L sets the mm unit and sets memory switches Send Data Word Allocation 3rd Operand of PMCR 260 The send data word allocation is similar to that of sequence No 401 Memory Switch Setting Receive Data Word Allocation 4th Operand of PMCR 260 None Note Memory switch settings will be ignored for this sequence for 5000 series and 6000 series Laser Micrometers General purpose Command 1 4000 series S...

Page 441: ...cluding the terminator CR 2 to 249 Send data ASCII Send data up to 496 bytes maximum Specify in ASCII Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Send data byte length 4 digits Hex 0001 to 01F0 1 to 496 decimal The number of bytes of send data excluding the terminator CR 2 to 249 Send data ASCII Send data up to 496 bytes maximum Specify...

Page 442: ...be exchanged 2 The HC gauge dimension must be set with 3 digits for the integer portion and 4 digits for the decimal portion Low Calibration Set Sequence No 447 Hex 01BF This sequence sets the Laser Micrometer s low calibration Send Data Word Allocation 3rd Operand of PMCR 260 Allocations are the same as for sequence No 404 Calibration Set except that the HC gauge dimension in words 1 to 3 are not...

Page 443: ......

Page 444: ...object regis tration evaluation crite rion F200 Registers the reference value to discrim inate the output format No No 456 01C8 Evaluation condition change F200 Changes the upper and lower limit val ues of the evaluation condition of the designated output No Yes No 457 01C9 Arbitrary measurement value acquisition F200 Stores the measurement values of arbi trary measurement item regardless of outpu...

Page 445: ...nspection results to the video monitor No No 474 01DA Character string inspec tion and character inspection F350 Changes the inspection character string of a designated inspection area No to a designated character string Yes No 480 01E0 Camera change decrease by 1 F200 300 Decreases the display camera No by 1 No No 481 01E1 Camera change increase by 1 F200 300 Increases the display camera No by 1 ...

Page 446: ...CD 20 Data terminal ready ER DTR RS 232C port RS 232C Unit F200 300 350 RS 232C Serial Communications Board CS Series only Serial Communications Unit CS CJ Series PC PS 25 14 13 1 Serial Communications Unit Board D sub 9 pin female Signal Name Signal Name Pin No Pin No F300 E D sub 25 pin female 1 SD TXD RD RXD RTS CTS DSR SG DTR FG SD TXD RD RXD RTS CTS DSR SG CD DCD DTR 2 3 4 5 7 9 8 20 2 3 4 5 ...

Page 447: ... of the F200 and stores measurement results in the specified words The scan notification method is used for the receive data Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 Offset Content data format Data 0 Number of receive data words 4 digits Hex 0006 1 Output No 2 digits BCD 00 to 07 2 Evaluation result 1 digit BCD 0 OK 1 NG 3 to 5 Mea...

Page 448: ...ification method is used for the receive data The interrupt No is 102 Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 Offset Content data format Data 0 Number of receive data words 4 digits Hex 0006 1 Output No 2 digits BCD 00 to 07 2 Evaluation result 1 digit BCD 0 OK 1 NG 3 to 5 Measurement value decimal portion 3 digits BCD Measurement...

Page 449: ... Communications Unit Do not set an EM bank as the receive storage word for interrupt notification A protocol syntax error will occur if an EM banks is set Reference Object Registration Group F200 Sequence No 453 Hex 01C5 This sequence performs reference position registration and criterion registration at the same time Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocat...

Page 450: ...of send data words 4 digits Hex 000A 0010 decimal 1 Output No 2 digits BCD 00 to 07 2 to 5 Upper limit value decimal portion 3 digits BCD Upper limit value integer portion 7 digits BCD Upper limit value sign ASCII 2 digits 6 to 9 Lower limit value decimal portion 3 digits BCD Same as upper limit Lower limit value integer portion 7 digits BCD Lower limit value sign ASCII 2 digits Integer portion Fi...

Page 451: ...9999999 999 to 9999999 999 6 If a measurement value exceeds the range of measurement values when calibration is turned off un expected data is stored in the specified words Offset Content data format Data 0 Number of send data words 4 digits Hex 0003 1 Data 1 2 digits BCD 00 Area 01 Center of gravity x 02 Center of gravity y 03 Main axis angle 04 Output format 05 Reference value of output format 0...

Page 452: ...m 0009 2 measurement items 000C 3 measurement items 000F 4 measurement items 0012 5 measurement items 1 Window number 2 digits BCD 00 to 07 2 Evaluation result 1 digit BCD 0 OK 1 NG 3 to 5 Measurement value decimal portion 3 digits BCD Measurement value integer portion 7 digits BCD Measurement value sign 1 digit 6 to 8 Same as 3 to 5 Same as 3 to 5 9 to 11 Same as 3 to 5 Same as 3 to 5 12 to 14 Sa...

Page 453: ...tion reserved intersecting point Y aberration reserved Continuous Measurement Execution Scan F300 Sequence No 461 Hex 01CD This sequence carries out continuously the settings of F300 and stores measurement results in the specified words Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 Integer portion Receive data storage words Number of re...

Page 454: ...Center X displacement reserved center Y displacement reserved Inclination Inclination displacement reserved Intersecting point X intersecting point Y Intersecting point X displacement reserved intersecting point Y displacement reserved Offset Content data format Data 0 Number of receive data words 4 digits Hex 0006 1 measurement item 0009 2 measurement items 000C 3 measurement items 000F 4 measure...

Page 455: ...ent items 000C 3 measurement items 000F 4 measurement items 0012 5 measurement items 1 Window No 2 digits BCD 00 to 07 2 Evaluation result 1 digit BCD 0 OK 1 NG 3 to 5 Measurement value decimal portion 3 digits BCD Measurement value integer portion 7 digits BCD Measurement value sign 1 digit 6 to 8 Same as 3 to 5 Same as 3 to 5 9 to 11 Same as 3 to 5 Same as 3 to 5 12 to 14 Same as 3 to 5 Same as ...

Page 456: ...1 Serial Communications Units A protocol syntax error will occur if an attempt is made to execute either sequence with a Serial Communications Unit Do not set an EM bank as the receive storage word for interrupt notification A protocol syntax error will occur if an EM banks is set Reference Object Registration Command 1 Execution F300 Sequence No 463 Hex 01CF This sequence performs a measurement f...

Page 457: ...g flags will be turned ON The flags for port 1 are CIO 190914 for the Serial Communications Board and CIO Offset Content data format Data 0 Number of receive data words 4 digits Hex 0007 1 to 2 X displacement decimal portion 3 digits BCD X displacement integer portion 3 digits BCD X displacement sign 1 digit See note 3 to 4 Y displacement decimal portion 3 digits BCD Y displacement integer portion...

Page 458: ...O 191914 for the Serial Communications Board and CIO 1500 25 x unit number 19 bit 14 for Serial Communications Units Scene Switching and Positioning F350 Sequence No 472 Hex 01D8 This sequence switches to a designated scene No Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Note 1 If a scene No is abnormal the following flags will be turn...

Page 459: ...Word Allocation 4th Operand of PMCR 260 None Camera Change Decrease by 1 F200 300 Sequence No 480 Hex 01E0 This sequence decreases the display camera No by 1 Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None Camera Change Increase by 1 F200 300 Sequence No 481 Hex 01E1 This sequence increases the display camera No by 1 Offset Contents ...

Page 460: ... Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None Scene Switching Decrease by 1 Sequence No 490 Hex 01EA This sequence decreases the scene No by 1 Send Data Word Allocation 3rd Operand of PMCR 260 None Receive Data Word Allocation 4th Operand of PMCR 260 None Scene Switching Increase by 1 Sequence No 491 Hex 01EB This sequence increases th...

Page 461: ...is sequence can set and execute commands that are not otherwise supported The delimiter CR LF is automatically attached to the send data Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Word Allocation 4th Operand of PMCR 260 None Note 1 The processing depends on the command 2 For a command with a response use sequence 495 Offset Contents data format Data 0 Number of send data words ...

Page 462: ...nds on the command 2 For a command without a response use sequence 495 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Command length 4 digits Hex 0001 to 01F0 1 to 496 decimal 2 to Command ASCII Specify ASCII data Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Command length 4 d...

Page 463: ......

Page 464: ... Hex 8 Used when the maximum number of Heads to be read from the Carrier is 8 Yes Yes 508 01FC Auto read ASCII 1 Used when the number of Heads to be read from the Carrier is 1 Yes Yes 509 01FD Auto read Hex 1 Used when the number of Heads to be read from the Carrier is 1 Yes Yes 510 01FE Polling Auto read ASCII Used when the number of Heads to be read from the Carrier is from 1 to 8 Yes No 511 01F...

Page 465: ... when the maximum number of Heads to be written to the Carrier is 4 Yes No 532 0214 Polling Auto write ASCII 8 Used when the maximum number of Heads to be written to the Carrier is 8 Yes No 533 0215 Polling Auto write Subcommand ASCII 8 Used when the maximum number of Heads to be written to the Carrier is 8 Yes No 534 0216 Polling Auto write Hex 2 Used when the number of Heads to be written to the...

Page 466: ...RS 232C Connections 544 0220 Polling auto read command processing cancel Cancels polling auto read processing Yes Yes 545 0221 Polling auto write command processing cancel Cancels polling auto write processing Yes Yes 546 0222 General purpose command Sends arbitrary data and stores receive data to receive data words Yes Yes Sequence No Communications sequence name Function Ladder interface Send wo...

Page 467: ...s Serial Communications Unit Board D sub 9 pin female ID Controller CA1A D sub 25 pin female Shield Up to 16 units can be connected RS 422A 485 port ID Controller Head Data Carrier ID Controller Head Data Carrier Serial Communications Board CS Series only Serial Communications Unit CS CJ Series PS PC RS 422 RS 422 Shield Signal name Pin No Signal name Pin No Serial Communications Board Unit D sub ...

Page 468: ...ons mode setting Speed priority setting Distance priority setting 1 2 3 4 5 6 7 8 7 7 7 7 8 8 8 8 2 2 1 1 2 1 1 1 Data length bit STOP bits bit Parity type E O O E N O N E SW7 Setting This setting is only valid if the EEPROM type batteryless type Data Carrier DC is accessed The setting of SW7 does not work with the SRAM type battery type DC SW7 must be set to OFF when the V620 is used Not used Alw...

Page 469: ...No 5 No 6 No 7 Synchronous condition OFF LL level ON HL level Trailing edge Leading edge Note 1 Be careful not to set to the same unit number twice 2 Set them to OFF for the 1 to 1 protocol Note When selecting the 1 to N protocol setting is limited to N 1 In this case the FCS check code may be added ID Controller Unit Number Setting Valid Only for 1 to N Protocol Not used Always keep it OFF ...

Page 470: ...ce Setting Valid Only for the V600 CA2A 1 2 3 4 5 6 7 8 SW7 Receive Side Terminating Resistance Setting Valid Only for the V600 CA2A SW6 Communications Protocol Setting ID Controller Unit Number Setting Valid Only for the 1 to N Protocol SW1 Setting This setting is only valid if the EEPROM type battery less type Data Carrier DC is accessed The setting of SW7 does not work with the SRAM type batter...

Page 471: ...Head channel CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 3 Leading address No 4 digits Hex 0000 to FFFF 4 Read bytes 2 digits Hex 01 to F4 1 to 244 bytes Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 to 007B 2 to 123 decimal 1 to 122 Read data ASCII Number of read bytes stored in ASCII First word of send da...

Page 472: ...it for the max imum Unit No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4 N 1 5 Read bytes 2 digits Hex 01 to 76 1 to 118 bytes N Number of Heads Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 to 0120 60 N 1 1 to 60 ...

Page 473: ...t No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4 N 1 5 Read bytes 2 digits Hex 01 to 30 1 to 48 bytes N Number of Heads First word of send data Number of Heads 0 1 2 3 4 5 6 7 8 9 14 15 16 17 Undefined Unit No Undefined Head CH No Leading address No...

Page 474: ...ta 0 Number of send data words 4 digits Hex 0006 to 0022 6 to 34 decimal 1 Number of Heads 4 digits BCD 0001 to 0008 4 N 1 2 Unit No 2 digits BCD Arbitrary However there is a limit for the max imum Unit No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4...

Page 475: ...r of read bytes stored in ASCII N Number of Heads Offset Contents data format Data 0 Number of send data words 4 digits Hex 0005 fixed 1 Unit No 2 digits BCD 00 to 07 CD1D 00 to 15 CA A 2 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 3 Leading address No 4 digits Hex 0000 to FFFF 4 Read bytes 2 digits Hex 01 to 7A 1 to 122 bytes Receiv...

Page 476: ...ta 0 Number of send data words 4 digits Hex 0006 to 000A 6 to 10 decimal 1 Number of Heads 4 digits BCD 0001 to 0002 4 N 1 2 Unit No 2 digits BCD Arbitrary However there is a limit for the max imum Unit No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4...

Page 477: ...ta format Data 0 Number of receive data words 4 digits Hex 0002 to 005B 2 to 91 decimal 60 N 1 1 to 60 N 1 30 Read data Hex Number of read bytes stored in hexadecimal code N Number of Heads Receive data storage words Number of receive data words 0 1 30 31 60 61 90 Read data Read data CH 1 CH 2 Not used Not used Read data Read data First word of send data Number of Heads 0 1 2 3 4 5 6 7 8 9 14 15 1...

Page 478: ...e max imum Unit No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4 N 1 5 Read bytes 2 digits Hex 01 to 18 1 to 24 bytes N Number of Heads Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 to 0055 2 to 85 decimal 24 N 1 1 ...

Page 479: ...ry However there is a limit for the maximum Unit No depending on the model 4 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 4 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 4 N 1 5 Read bytes 2 digits Hex 01 to 0A 1 to 10 bytes N Number of Heads First word of send data Number of Heads 0 1 2 3 4 5 6 7 8 9 30 31 32 33 Undefined ...

Page 480: ...o terminate the sequence Auto read Hex 1 Sequence No 509 Hex 01FD This sequence is used when the maximum number of Heads to be read from the Carrier is 1 Send Data Word Allocation 3rd Operand of PMCR 260 The send data word allocation is similar to that of Sequence No 504 Read Hex 1 Receive Data Word Allocation 4th Operand of PMCR 260 The receive data word allocation is similar to that of Sequence ...

Page 481: ...used and will be the value specified for sequence 510 Receive Data Word Allocation 4th Operand of PMCR 260 The receive data word allocation is similar to that of Sequence No 501 Read ASCII 2 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0006 to 0022 6 to 34 decimal 1 Number of Heads 4 digits BCD 0001 to 0008 4 N 1 2 Unit No 2 digits BCD Arbitrary However there is a limi...

Page 482: ...CII 4 Note 1 Execute Sequence No 510 before executing Sequence No 512 2 Data from Data Carriers designated for ASCII is stored beginning with the smallest offset from the receive data words 3 Retry processing is not performed for this sequence Polling Auto read Sub command ASCII 8 Sequence No 513 Hex 0201 This sequence is used when the maximum number of Heads to be read from the Carrier is 8 Up to...

Page 483: ...e 514 Receive Data Word Allocation 4th Operand of PMCR 260 The receive data word allocation is similar to that of Sequence No 505 Read Hex 2 Note 1 Execute Sequence No 514 before executing Sequence No 515 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0006 to 0022 6 to 34 decimal 1 Number of Heads 4 digits BCD 0001 to 0008 4 N 1 2 Unit No 2 digits BCD Arbitrary However t...

Page 484: ...16 2 Data from Data Carrier designated for hexadecimal is stored beginning with the largest offset from the receive data words Polling Auto read Sub command Hex 8 Sequence No 517 Hex 0205 This sequence is used when the maximum number of Heads to be read from the Carrier is 8 Up to 10 bytes of data can be read for each Read Write Head Send Data Word Allocation 3rd Operand of PMCR 260 The send data ...

Page 485: ...words 4 digits Hex 0006 to 00FA 6 to 250 decimal 1 Relevant Unit No 2 digits BCD 00 to 07 CD1D 00 to 15 CA2A 2 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 3 Leading address No 4 digits Hex 0000 to FFFF 4 Number of write bytes 4 digits Hex 0001 to 01EA 1 to 490 decimal 5to 249 Write data ASCII Input in ASCII Up to 248 bytes max can be...

Page 486: ...depending on the model 64 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 64 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 64 N 1 5 Number of write bytes 4 digits Hex 0001 to 0076 1 to 118 decimal 64 N 1 6 to 64 N 1 64 Write data ASCII Input in ASCII Up to 118 bytes max can be set N Number of Heads First word of send data Numb...

Page 487: ...a limit for the max imum Unit No depending on the model 28 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 28 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 28 N 1 5 Number of write bytes 4 digits Hex 0001 to 0030 1 to 48 decimal 28 N 1 6 to 28 N 1 29 Write data ASCII Input in ASCII Up to 48 bytes max can be set N Number of Hea...

Page 488: ...a limit for the max imum Unit No depending on the model 14 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 14 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 14 N 1 5 Number of write bytes 4 digits Hex 0001 to 0014 1 to 20 decimal 14 N 1 6 to 14 N 1 15 Write data ASCII Input in ASCII Up to 20 bytes max can be set N Number of Hea...

Page 489: ...0 Number of send data words 4 digits Hex 0006 to 0024 6 to 36 decimal 1 Relevant Unit No 2 digits BCD 00 to 07 CD1D 00 to 15 CA2A 2 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 3 Leading address No 4 digits Hex 0000 to FFFF 4 Number of write digits 4 digits Hex 0002 to 007A 2 to 122 decimal 5 to 35 Write data Hex Input in hexadecimal ...

Page 490: ... digits Hex 0002 to 0002 64 N 1 2 Unit No 2 digits BCD Arbitrary However there is a limit for the max imum Unit No depending on the model 64 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 64 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 64 N 1 5 Number of write digits 4 digits Hex 0002 to 0038 2 to 56 decimal 64 N 1 6 to 64 N...

Page 491: ... Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 28 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 28 N 1 5 Number of write digits 4 digits Hex 0002 to 0018 2 to 24 decimal 28 N 1 6 to 28 N 1 11 Write data Hex Input in hexadecimal code Up to 24 digits max can be set N Number of Heads First word of send data Number of Heads 0 1 2 3 4 5 6 ...

Page 492: ... No depending on the model 14 N 1 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 R W Head CH 2 designation 2 The CD1D must be set to 1 14 N 1 4 Leading address No 4 digits Hex 0000 to FFFF 14 N 1 5 Number of write digits 4 digits Hex 0002 to 000A 2 to 10 decimal 14 N 1 6 to 14 N 1 8 Write data Hex Input in hexadecimal code Up to 10 digits max can be set N Number of Heads First word of se...

Page 493: ...rand of PMCR 260 The receive data word allocation is similar to that of Sequence No 522 Write Hex 1 Note For auto write AW a response is not returned if the number of Heads is not written by the Carrier the Abort Bit must be turned OFF to terminate the sequence Polling Auto write ASCII 2 Sequence No 528 Hex 0210 This sequence is used when the number of Heads to be written to the Carrier is 2 Send ...

Page 494: ...data are not used and become undefined Receive Data Word Allocation 4th Operand of PMCR 260 None Note 1 Execute Sequence No 530 before executing Sequence No 531 2 Retry processing is not performed for this sequence Polling Auto write ASCII 8 Sequence No 532 Hex 0214 This sequence is used when the number of Heads to be written to the Carrier is 8 Send Data Word Allocation 3rd Operand of PMCR 260 Th...

Page 495: ...ever the leading address No number of write digits and write data are not used and become undefined Receive Data Word Allocation 4th Operand of PMCR 260 None Note 1 Execute Sequence No 534 before executing Sequence No 535 2 Retry processing is not performed for this sequence Polling Auto write Hex 4 Sequence No 536 Hex 0218 This sequence is used when the number of Heads to be written to the Carrie...

Page 496: ... Polling Auto write Subcommand Hex 8 Sequence No 539 Hex 021B This sequence is used when the number of Heads to be written to the Carrier is 8 Up to 10 digits of data can be written for each Read Write Head Send Data Word Allocation 3rd Operand of PMCR 260 The send data word allocation is similar to that of Sequence No 525 Write Hex 8 However the leading address No number of write and write data a...

Page 497: ...heck block bytes 2 digits Hex If verification calculation is designated 03 to FF set 00 for 256 bytes If management of number of write times is designated 00 to FF Offset Contents data format Data 0 Number of receive data words 4 digits Hex 0002 fixed 1 Completion code 2 digits Hex Verification calculation designation 00 Normal completion for calculation processing 75 Data in normal condition for ...

Page 498: ...ata format Data 0 Number of receive data words 4 digits Hex 0002 fixed 1 Leftmost 1 byte Current input status Leftmost 4 bits IN1 operation Rightmost 4 bits IN2 operation 1 ON status 0 OFF status Output status after operation Leftmost 4 bits OUT1 operation Rightmost 4 bits OUT2 operation 1 ON status 0 OFF status Receive data storage words Number of receive data words 0 1 Current input status Outpu...

Page 499: ...before sync input went active or before detection of the existence of Data Carrier 76 Cancelled during read write processing for Data Carrier Offset Contents data format Data 0 Number of send data words 4 digits Hex 0004 fixed 1 Unit No 2 digits BCD Arbitrary However there is a limit for the maximum Unit No depending on the model 2 Not used 3 R W Head CH No 1 digit BCD R W Head CH 1 designation 1 ...

Page 500: ...words These characters will be automatically added for transmission and automatically removed before saving data Send Data Word Allocation 3rd Operand of PMCR 260 Receive Data Storage Word Allocation 4th Operand of PMCR 260 Offset Contents data format Data 0 Number of send data words 4 digits Hex 0003 to 00FA 3 to 250 decimal 1 Send data byte length 4 digits Hex 0001 to 01F0 1 to 496 decimal The n...

Page 501: ......

Page 502: ... Modems No No 561 0231 571 023B 581 0245 Dial Dials from the modem connected to the Serial Communications Unit Board AT commands and telephone numbers are set set in the words specified for the 3rd oper and of PMCR 260 This sequence can be used only for certain OMRON modems Yes No 552 0228 Password After the line is connected the password sent from the other exchange is verified to confirm that th...

Page 503: ...ng Modems MD24FB10V OMRON Modem MD144FB5V OMRON Intelligent Modem ME1414BIII ME2814BII OMRON FAX DATA Modem For other modems create a modem initialization sequence using the general purpose Initialize Modem sequence and dial using the Data Send Receive sequence Sequence No 553 Modem Telephone line Modem Serial Communications Board CS Series only Serial Communications Unit CS CJ Series FG SD RD RTS...

Page 504: ...the previous setting conditions For Initialize Modem specialized the modem initialization command is built in as message data However for Initialize Modem general purpose the command must be specified in the send data for PMCR 260 Setting Example for Modem Initialization Command MD24FB10V Using Sequence 550 OMRON The following command is set in the words specified by the 3rd operand of PMCR 260 AT...

Page 505: ...umber is 03 0123 4567 Note 1 This example uses a tone line Change ATDT to ATDP for pulse lines 2 Fill the telephone number to the left in the words if the character string length of the dialling operation is an odd number of bytes OPR 2 MD24FB10V 0231 MD144FB5V 023B ME1414BIII ME2814BII 0245 OPR 3 First address S of send data dialling operation OPR 4 None Set 0000 S 0 Number of words from address ...

Page 506: ...ere the password is set S OPR4 None Set 0000 S 0 Number of words from address set for operand 3 to end of data 4 digits Hex S 1 Number of bytes of comparison data normal value of pass word 4 digits Hex S 2 S n Comparison value password normal value Fill data to left for odd numbers of bytes ASCII Code length of PMCR 260 when it is used words Character string length of dialling operation sent to mo...

Page 507: ...nd of data 4 digits Hex C1 1 Number of bytes of send data 4 digits Hex C1 2 C1 n Send data dialling operation Fill data to left for odd numbers of bytes ASCII Receive Data Storage Words C2 0 Number of bytes of receive data 4 digits Hex C2 1 C2 n Receive data dialling operation Fill data to left for odd numbers of bytes ASCII PC Personal computer remote exchange Password verification starting 552 D...

Page 508: ...NECT 9600 REL4 CONNECT 2400 REL4 in words after a fixed time of waiting to send the following retry processing will be repeated 2 times to send the AT command again and waiting for another result code The receive monitoring time and send wait time for each sequence are shown below Note The hexadecimal equivalents of sequences numbers are given in parentheses Sequence No Sequence name Receive monit...

Page 509: ......

Page 510: ...hex Remote Unit Address Specify the unit address of the Serial Communications Board Unit for which the serial port is to be changed Serial Communications Board E1 hex Serial Communications Unit Unit number 10 hex Setting 10 to 1F hex Note The CPU Bus Unit number 0 to F is set using the rotary switch on the front panel of the Unit First Word of Port Settings S Set the address of the first word cont...

Page 511: ...ost Link mode Ladder Program Area C S CIO Area 0000 to 6143 0000 to 6134 Work Area W000 to W511 W000 to W502 Holding Area H000 to H511 H000 to H502 Auxiliary Area A000 to A959 A000 to A950 Timer Area T0000 to T4095 T0000 to T4086 Counter Area C0000 to C4095 C0000 to C4086 Data Memory DM Area D00000 to D32767 D00000 to D32758 Extended Data Memory EM Area E00000 to D32767 E00000 to E32758 Extended D...

Page 512: ... mode 1 hex Host Link Baud rate Default 9 600 bps Transmission delay time 0 ms CTS control None Unit number 00 Transmit Settings for port 2 of Serial Communications Board D32010 to D32019 D00200 0500 D00201 0000 D00202 0000 D00203 0000 0500 0000 0000 0000 D32019 S S 1 S 2 S 3 S 9 D32010 D32011 D32012 D32013 ...

Page 513: ......

Page 514: ...16 C200H Host Link Units 27 C200HX HG HE Communications Board changes in communications specifications 116 cables preparation 96 CIO Area 59 allocations 34 1 N NT Link 165 Host Link 107 loopback test 172 protocol macro 132 Serial Communications Boards 59 Serial Communications Units 59 CPU Bus Unit Area allocations 1 N NT Link 165 Host Link 107 protocol macro 133 Inner Board Area allocations 1 N NT...

Page 515: ...ecifications 116 CTS control 105 current consumption 20 21 CVM1 Units changes in communications specifications 115 116 CV series Units changes in communications specifications 115 116 CX Protocol 7 38 D dimensions Serial Communications Boards 50 Serial Communications Units 51 53 DM Area allocations 34 Serial Communications Boards 56 Serial Communications Units 57 E E5_J Temperature Controller 118 ...

Page 516: ...nner Board CIO Area allocations 107 Inner Board error information 106 PC initiated communications 102 ports 73 connections 77 reception buffers 114 Setup Area allocations 104 system configuration 12 unit numbers 105 Host Link Units changes in communications specifications 116 I I O memory allocations 56 I O tables 38 indicators CPU Unit 46 error displays Serial Communications Boards 174 Serial Com...

Page 517: ...ications xvi general xiii installation xvi installing Serial Communications Boards 69 installing Serial Communications Units 72 noise reduction 75 operating environment xv replacement 199 safety xiv system configuration 69 wiring xvi 73 previous products comparison 27 116 Programmable Terminals 4 1 N NT Link connections 91 RS 232C port connections 82 Programming Console 4 Programming Devices 4 CX ...

Page 518: ...unications Boards 65 Serial Communications Units 66 RS 232C connections 219 RS 232C ports 1 1 connections 86 1 N connections 88 changes from previous products 114 connector pin layout 47 74 direct connections 1 N NT Link 91 Programmable Terminals 82 host computer connections 78 Programmable Terminal connections 82 specifications 47 wiring 92 RS 422 connections 220 RS 422A 485 ports 1 1 connections...

Page 519: ...n Measurement Start 4000 series 418 Statistic Processing Calculation Non execution 3000 se ries 408 Statistic Processing Execution 3000 series 408 Statistic Processing Memory Clear 3000 series 408 Statistic Result Request 3000 series 409 Zero Run Measurement Start 3000 series 406 sequences E5_J Temperature Controller General purpose Read 312 General purpose Write 312 Read Heater Current 311 Read I...

Page 520: ...0 Save Settings 293 Start Autotuning 287 Start Control 297 Start Manual Operation 297 Stop Operation or Control 297 Write Alarm Mode 284 Write Alarm Temperature Setting Unit 0 1 286 Write Alarm Temperature Setting Unit 1 285 Write Control Period 283 Write Cooling Coefficient 296 Write Dead Band Overlap Band 295 Write HB and HS Alarm Valid Channels 294 Write Heater Burnout and SSR Failure Detection...

Page 521: ...Bank Continuous Units 364 Write Set Value O1 with Bank Continuous Units 365 Write Set Value O2 with Bank Continuous Units 365 Write Set Value O3 with Bank Continuous Units 365 Write Set Value O4 with Bank Continuous Units 365 Write Set Value O5 with Bank Continuous Units 365 Write Set Value with Bank by Unit Number 362 sequences V500 V520 Bar Code Reader BCR Connection Confirmation V500 384 BCR Fu...

Page 522: ...bject Registration Group F200 430 Reference Object Registration Reference Position F200 430 Reference Object Registration Command 1 Execution F300 437 Reference Object Registration Command 2 Execution F300 437 Reset F200 300 441 Scene Switching Arbitrary 442 Scene Switching Decrease by 1 441 Scene Switching Increase by 1 441 Scene Switching and Positioning F350 439 Serial Communications Boards 3 C...

Page 523: ...g Flag 140 142 troubleshooting 177 1 N NT Link errors 183 error codes 195 Host Link errors 177 protocol macro errors 185 U unit number switch 51 53 V V500 V520 Bar Code Reader 118 connections 378 protocols sequences 377 387 V600 V620 ID Controller 118 connections 447 protocols sequences 445 481 Visual Inspection System connections 427 protocols sequences 425 443 Visual Inspection Units 118 W weigh...

Page 524: ...4 Page 97 1694 corrected to 1699 in Unit No 7 row Page 118 Note 3 removed from bottom right box in table Information on RS CS flow added Page 138 Note added Page 151 Information on D32001 added Information on high speed NT link added Page 154 Information on baud rate and note added Page 163 Execution error changed to syntax error in table Page 171 Information added to cause column Page 347 348 349...

Page 525: ......

Page 526: ... XWKRUL HG LVWULEXWRU Cat No W336 E1 3 Note Specifications subject to change without notice Printed in Japan 0501 M ...

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