C-more Micro-Graphic Hardware User Manual
Contents
1. Slave O rx ZL CMA15 or ES ZL CMA15L Shielded Cable When connecting to a DirectLogic PLC Cable Adapter use connector ZL CMA15L or ZL CMA15 ZL CMA15L shown Shielded Cable Notes 1 We recommend Belden 9842 shielded cable or equivalent 2 Wiring Diagram for this example ZL CMA15 L To DLO6 PLC port 2 To D2 250 1 PLC port 2 Used as example Used as example 2228dgg28 22028 ggg g O m tc PS C O O O mc tc tO cr o 7 6 jpo 113 9 t1 14 gt Ds Pa 7 e po 13 9 E Ds M m l SSS SS SS l H n T l 8 do not use t 7 Sig GND MD ma 6 RXD I I I I 5 do not use B nr 1 4 do not use E l 3 do not use I HEU I 2 do not use B B I 1 do not use Wy HD High Density m l E E ENE A E gi ET TXD 4 RXD TXD RXD I I l TXD RXD i l TXD RXD l l I Signal GND f Signal GND I I ST Cea aa SENS OER a E era Tee nc Hs du EE aoe aa ee in eed Termination resistors required at both ends of the network to match the impedance of the cable between 100 and 500 ohms Typical RS 485 Multi Drop Wiring Diagram using DirectLogic pin numbers to illustrate 6 38 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples contd DirectL OGIC DLO6 PLC C more 6 Micro Graphic Panel j with B2. DV 1000CBL connects to Productivity Series Do more CLICK DL05 DL06 DL105 DL205 D3 350 and D4 450 phone jack e D4 1000CBL connects to all DL405 CPU 15 pin ports The C more 6 Micro Graphic panel can also communicate using RS232 RS422 or RS485 using the following cables EA 2CBL connects to Productivity Series Do more CLICK DL05 DL105 DL205 DL350 DL450 H2 WINPLC phone jack RJ12 15 pin D sub e EA 2CBL 1 connects to D2 250 D250 1 D2 260 DL06 VGA connector 15 pin HD 15 pin D sub The panel also has the ability to communicate with Allen Bradley PLCs that support the Allen Bradley DF1 and DH485 protocols Use Port2 with the following cables to connect the panel to a majority of Allen Bradley PLCs e EA MLOGIX CBL connects to AB MicroLogix 1000 1100 1200 1400 amp 1500 15 pin D sub 8 pin DIN EA SLC 232 CBL connects to AB SLC 5 03 04 05 ControlLogix CompactLogix FlexLogix 15 pin D sub 9 pin Dshell female EA PLC5 232 CBL connects to AB PLC5 15 pin Dshell 25 pin Dshell e EA DH485 CBL connects to AB MicroLogix SLC500 and any PLC using AB AIC device 15 pin Dshell RJ45 8 pin The PLC Compatibility and Connection Chart tables on the following pages list the various PLCs and protocols that can be configured Other third party PLCs include GE Mitsubishi Omron Modicon and Siemens The rest of this chapter shows the pin to pin connections of available cables plus wi
3. Using panel s Port2 DB 15 pin female Protocol s Components amp Supported Network Type EA 90 30 CBL RS 422 Using panel s RJ12 Port Protocol s Components amp Supported Network Type 90 30 90 70 Mitsubishi Modicon Siemens Micro 90 VersaMax Micro Melsec FX Series DES apter C500 CJ1 CS1 CQM1 CPM1 CPM2 C200 CPU 984 CPU Quantum TO CPU AEG Modicon Micro Series 110 CPU 5 200 CPU See Diagram RS 232 EA 90 30 CBL RS 422 EA MITSU CBL RS 422 EA MITSU CBL 1 RS 422 ii SER Agr n RS 232C See Diagram 15 RS 232C EA OMRON CBL RS 232 p Port 2 25 pin D sub port l CPU Direct 8 pin mini din port 6 pin mini din port Not Possible p Host Link p Host Link FINS varies Modbus RTU 9 pin D sub port 0 or 1 Note Wiring Diagrams for user constructed cables start on page 6 26 See Diagram 7 amp 8 RS 232 See ie fa RS 232 See Diagram 13 RS 485 Comore EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 5 15 Chapter 6 PLC Communications Cables from AutomationDirect Cable Description Cable Part No Cable Description Cable Part No Cables used with serial Port Cables used with serial Port AutomationDirect Productivity Series po ule at aer E RJ 2 Do more CLICK DirectLOGIC PLC RJ 12 EA 2CBL port DLOS DLO6 DL105 DL205 D3 350 DV TUODCBL port ce HWAP Rg OO D4 45
4. oOoeeooooooooo 25 do not use 24 do not use 23 do not use 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 17 do not use SD SD RD RD GND GND 16 SD RS422 15 RD RS422 14 2 do not use 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 do not use 2 do notuse 1 1 Frame GND male 000060000 15 do not use 5 14 do not use 13 2 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19853 shielded cable or equivalent 6 24 i Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications l Cables from AutomationDirect Wiring Diagrams cont d Mitsubishi EA MITSU CBL 1 To C more Micro Graphic Mitsubishi FX Series 8 pin MINI DIN Serial Port To PLC E i 8 Pin Port RS 422A p n EA MITSU CBL 1 Mini Din Wiring Diagram 8 pin Male 1 RD RS 422 2 RD RS 422 3 Sig GND 4 SD RS 422 5 do not use 6 do not use 7 SD RS 422 8 do not use Omron 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 do not use 2 do not use 1 Frame GND 15 do not use 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 To PLC Omron Host Link
5. F t t a l l t t 2999 REPRE 2ggggeeee O F E t ovo O o OF E ef f amp OO O 7 110 9 6 13 N ha gt Ds 7 110 9 6 3 Do Da gt Ds M 15 pin M mem L HD D b 8 do not use Penes 15 CTS bs 7 Sig GND 14 CTS 6 RXD 13 RXD H1 12 RTS 11 RTS 5 do not use 4 do not use 3 do not use 10 TXD 2 do not use 9 TXD 1 do not use HD High Density Caco MEM r CEE O HM HH MM WMM TXD is Kd Signal GND Termination resistors required at both ends of the network receive data signals to match the impedance of the cable between 100 and 500 ohms Typical RS 422 Multi Drop Wiring Diagram using DirectLogic pin numbers to illustrate 6 36 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples cont d DirectLOGIC DLO6 PLC C more 6 Micro Graphic Panel with EA COMCON 3 p ka deh Shielded Cable Shielded Cable When connecting to a DirectLogic PLC use connector ZL CMA15L or ZL CMA15 Notes 1 We recommend Belden 8103 shielded cable or equivalent 2 Wiring Diagram for this example ZL CMA15 L To C more Micro Graphic To DLO6 PLC port 2 Serial Port2 Used as example Z Z L SER E RES ES SOS FEB aE o 7 ho j e t3 Da gt hs 5 ho 9 12 11 13 1 15 pin HD D sub
6. K sequence DV 1000CBL RS 232 K sequence EA 2CBL R 232 Note The PLC can provide 5 VDC through this cable No external 12 24 VDC souce is required however screen brightness is diminished and the alarm beep will not function Note Wiring Diagrams for user constructed cables start on page 6 26 6 10 i Cmare EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 mm M M m J Chapter 6 PLC Communications DirectLOGIC DL205 PLCs D2 DCM Module and WINPLC Panel Powered via external power supply Port1 or Port2 Communications Direct LOGIC DL205 PLC Compatibility amp Connection Chart C more Micro Graphic Panel Panel to PLC Cabling Components Required for opecific Port and Protocol being used PLC Port Powered PLC Port amp Type Port 1 RJ12 6 pin or External DC Power Supply External DC Power Supply Using panel s RJ12 Porti Using panel s Port2 DB 15 pin female Protocol s Supporte K sequence Components amp Network Type DV 1000CBL RS 232 Protocol s Supporte K sequence Components amp Network Type EA 2CBL RS 232 Port 1 RJ12 6 pin K sequence Port 2 RJ12 6 pin K sequence DirectNET DV 1000CBL R 232 K sequence K sequence Direct NET EA 2CBL RS 232 Port 1 RJ12 6 pin Port 2 DB15HD female K sequence DirectNET Modbus RTU DV 1
7. 1 The terminal connections at the ZL CDM RJ12X4 are different for multi drop networks than for the direct drive to panel connection 2 Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19954 shielded cable or equivalent Diagram 21 User Constructed SOLO Temperature Controller to C more Micro Graphic Panel RS 485 SL4824 Series RS 485 I 71 DATA DATA C more Micro Graphic Wiring Diagram Serial Port2 4 l I Y SL4848 Series DATA RS 485 DATA SL4896 Series shield SL9696 Series EA COMCON 3 DATA RS 485 DATA Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L199772 shielded cable or equivalent C more EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 35 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples DLO6 and DL205 used for illustration purposes DirectL OGIC DirectLOGIC DL205 PLC DLO6 PLC Cable Adapter ZL CMA15L shown Slave T isso BL Shielded Cable en connecting to a DirectLogic Cable Adapter use connector ZL CMA15L or ZL CMA15 ZL CMA15L shown Shielded Cable Notes 1 We recommend Belden 8103 shielded cable or equivalent 2 Wiring Diagram for this example ZL CMA15 L To DLO6 PLC port 2 To D2 250 1 PLC port 2 Used as example Used as example a l
8. 1000 1100 1200 1400 1500 9 03 5 04 9 05 8 pin mini din port Protocol s Supporte RJ45 8 pin phone plug 9 pin D sub port 9 01 5 02 9 03 RJ45 8 pin phone plug 9 pin D sub port 9 pin D sub port 9 pin D sub port RJ45 8 pin phone plug Components amp Network Type Not Possible Protocol s Supporte DF Full Duplex DF Half Duplex Components amp Network Type EA MLOGIX CBL RS 232 DH485 AIC AIC DF1 Full Duplex DF1 Half Duplex EA DH485 CBL RS 232 EA SLC 232 CBL RS 232 DH485 AIC AIC DF1 Full Duplex DF1 Half Duplex DF1 Full Duplex DF1 Half Duplex DF1 Full Duplex DF1 Half Duplex DF1 Full Duplex DH485 AIC AIC EA DH485 CBL RS 232 EA SLC 232 CBL RS 232 EA SLC 232 CBL RS 232 EA SLC 232 CBL RS 232 EA PLC5 232 CBL RS 232 See Diagram 16 RS 422 EA DH485 CBL RS 232 Note Wiring Diagrams for user constructed cables start on page 6 26 6 14 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications EJ GE Mitsubishi Omron Modicon and Siemens PLCs Panel Powered via external power supply Port1 or Port2 Communications PLC Compatibility amp Connection Chart C more Micro Graphic Panel Panel to PLC Cabling Components Required for opecific Port and Protocol being used External DC Power Supply PLC Port amp Type Powered from an external 24 VDC source
9. 11 do not use 10 do not use 9 do not use Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable To PLC 25 Pin Port Direct Logic PLC 25 pin D sub port DL405 D3 350 EA ICBL 2 To C more Micro Graphic Serial Port2 DL305 DCU and all DCMs RS 232C p n EA 4CBL 2 25 pin D sub 13 donotuse male 25 do not use 12 2 do not use 25 24 do not use 15 pin D sub male Wiring Diagram 3 RXD 8 donotuse 2 TXD 7 do not use 15 do not use 14 do not use 11 do not use 10 do not use 9 do not use 8 do not use 7 Signal GND 6 do not use 5 CTS o o o o o o e o 23 do not use 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 2320 2 TXD 232C 1 Frame GND 15 13 do not use 12 do not use 11 do not use 10 do not use 1 9 do not use 17 do not use 16 do not use 2 TXD 15 do not use 1 do not use 14 do not use Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 4 RTS 3 RXD o o o o o o o o o o o o 6 19 Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications Cables from AutomationDirect Wiring Diagrams cont d DV 1000CBL Power Supplied to Panel through Cable from Automat
10. EA COMCON 3 sui A A AA Shielded Cable Master Cable Adapter ZL CMA15L shown Shielded Cable When connecting to a DirectLogic PLC use connector ZL CMA15L or ZL CMA15 Notes 1 We recommend Belden 9842 shielded cable or equivalent 2 Wiring Diagram for this example ZL CMA15 L To DLO6 PLC port 2 To C more Micro Graphic Serial Port2 Used as example Logd ck x Ld E 50000 o o o9 EA COMCON 3 2 d 8 F a T z A amp I 7H otctrEksotko OC 22286 amp 7 jo HO H3 9 Da l Ds 5 HO H2 9 H1 413 1 15 pin HD D sub ce 8 donotuse male 15 CTS gt lt 15 pin 7 Sig GND 14 CTS E 8 donotuse D sub 15 do not use 6 RXD 13 RXD 6 do not use 5 Logic GND 4 do not use 3 do not use 2 donotuse 1 Frame GND 12 RTS 11 RTS 10 TXD 9 TXD 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use HD High Density TXD RXD h l l 7 donotuse male 14 donotuse l l l I I ee MM La TXD RXD Signal GND shield ee ee ee ee ee ee ee ea ee ee eee ee J ADD DCD DDD CS VD DO DO DD CS Soro DADOS Termination resistors required at both ends of the network receive data signals to match the impedance of the cable between 100 and 500 ohms Jumper pin Typical RS 485 Multi Drop Wiring Diagram cont d 13 to 9 on the C more 6 Micro Graphic Serial Port2 15 pin connector to place the 1200
11. EE 8 donotuse male 15 CTS sm na 7 Sig GND 14 CTS 6 RXD HL 13 RXD 5 do not use 12 RTS 4 do not use 11 2 RTS 3 do not use 10 TXD 2 do not use 9 TXD 1 do not use HD High Density ey UE UTI E J RXD DE TXD C w 15 pin 2770 do not use s 15 do not use l do not use ma a 14 do not use do not use 13 Termination Logic GND 12 SD RS422 l l do not use 11 SD RS422 l l do not use 10 RD RS422 do not use 9 RD RS422 l l Frame GND l SSIS SS SE ee E E E UE J l l l l amar l l shield shield Termination resistors required at both ends of the network receive data signals to match the impedance of the cable between 100 and 500 ohms Jumper pin Typical RS 422 Multi Drop Wiring Diagram cont d 13 to 9 on the C more 6 Micro Graphic Serial Port2 15 pin connector to place the 1200 internal resistor i i i i i into the network If the cable impedance is different using DirectLogic pin numbers to illustrate then use an external resistor matched to the cable Cmnre EXIJMGG USEREM Hardware User Manual 1st Ed Rev E 07 13 6 37 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples cont d DLO6 and DL205 used for illustration purposes DirectLOGIC DirectLOGIC DL205 PLC DLO6 PLC
12. TXD 1 do not use D sub male 25 do not use o00000000000 25 24 do not use 23 do not use 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 17 do not use 16 do not use 15 do not use 14 do not use RS 232C Wiring Diagram shield User Constructed DirectLogic D2 DCM 25 pin D sub port To C more Micro Graphic RJ12 6 pin Phone Plug 6P6C 123456 Serial Port2 E 1 Sig GND 2 do not use 3 RXD 4 TXD 5 5 VDC 6 Sig GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 25 Pin Port 13 do not use 12 do not use 11 CTS 10 RXD RS422 9 RXD RS422 8 do not use 720V 6 do not use 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use Direct LOGIC D4 430 D4 440 D4 450 Port 1 male 25 do not use 24 do not use 23 CTS 22 do not use 21 do not use 20 do not use 19 RTS 18 RTS 17 do not use 16 TXD RS422 15 do not use 14 TXD RS422 and D3 350 Port 2 all RS 422A shield Term To C more Micro Graphic Serial Port2 RD 8 do not use male 45 do not use RD 7 do not use 6 do not use 5 Logic GND 4 do not use 3 do not use 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 Note Use the above wiring diagram to make
13. 2 do not use eeeoeooo 5 Signal GND 1 2 TXD 232C 1 Frame GND 1 9 do not use Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable Comore EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 6 29 Chapter 6 PLC Communications e User Constructed Cables Wiring Diagrams cont d User Constructed To PLC Modicon ModBus 984 CPU Quanum 113 CPU Diagram 9 To C more Micro Graphic 9 Pin Port Serial Port2 1 do not use 2 RXD 3 TXD 4 2 DTR 5 2 Signal GND 1 9 do not use RS 232C Wiring Diagram 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 232C 2 TXD 232C 1 Frame GND male 0000000 15 do not use 14 do not use 15 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use To PLC AEG Modicon Micro Series To C more Micro Graphic 9 Pin Pot 110 CPU 311 xx 110 CPU 411 xx 110 CPU 512 xx 110 CPU 612 xx ES Po O RS 232C 1 do not use 2 TXD 3 RXD 4 do not use 5 Signal GND 6 do not use 7 do not use 8 do not use 9 do not use Wiring Diagram 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 232C 2 TXD 232C male 15 2 do not use 14 2 do not use 15 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use 0000000 shield 1 F
14. C200 Adapter C500 To C more Micro Graphic 2 Fort RS 232C p n EA OMRON CBL Serial Port2 Wiring Diagram D sub 25 do not use 8 donotuse male 15 do not use 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use 8 do not use 24 do not use 23 do not use 22 do not use 21 do not use 20 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use o 15 14 do not use 13 do not use 12 do not use 11 do not use 3 RXD 2826 2 TXD 232C 4 1 Frame GND E SS pd 19 do not use 5 CTS L 18 do not use 4 RTS 17 do not use 3 RXD 16 do not use 2 TXD 1 15 do not use 1 do not use 14 do not use Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 10 2 do not use 9 do not use 6 25 Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications e User Constructed Cables Wiring Diagrams Diagram 1 User Constructed DirectLOGIC ZIPLink ZL CMA15L Adapter Module to EA COMCON 3 Terminal Block Adapter RS 422A PLC D2 250 1 D2 260 or DLO6 Port 2 C more Micro Graphic RS 232 RXD 6 Serial Port2 RS 232 TXD 9 Wiring Diagram 5V 69 Do ss o SIGNAL GND Q amp A EESAN N AT l a MM ERRA l l pry E 3 mo I I EE 319 Ska RS 422 485 TX 7 se shield TERM EA COMCON 3 See ZL CMA15L specificat
15. Panel to PLC Cabling Components Required for opecific Port and Protocol being used External DC Power Supply Using panel s RJ12 Porti Using panel s Port2 DB 15 pin female Protocol s Supported DirectNET Components amp Network Type See Diagram 3 RS 232 Protocol s Supported DirectNET Components amp Network Type See Diagram 3 RS 232 D3 422 DCU DB 25 pin female Not Possible DirectNET See Diagram 6 RS 422 Port 1 RJ11 4 pin DirectNET Port 2 RJ11 4 pin DirectNET Modbus RTU OP 3CBL 1 RS 232 DirectNET DirectNET Modbus RTU EA 3CBL R 232 Port 1 RJ12 6 pin K sequence DirectNET DV 1000CBL RS 232 K sequence DirectNET EA 2CBL RS 232 Port 2 DB 25 pin female K sequence DirectNET Modbus RTU See Diagram 3 RS 232 K sequence DirectNET Modbus RTU EA ACBL 2 RS 232 See Diagram 4 RS 422 D3 DCM D3 350 only Port 1 DB 25 pin female K sequence DirectNET Modbus RTU See Diagram 3 RS 232 DirectNET EA ACBL 2 RS 232 See Diagram 6 RS 422 Note The PLC can provide 5 VDC through this cable No external 12 24 VDC souce is required however screen brightness is diminished and the alarm beep will not function Note Wiring Diagrams for user constructed cables start on page 6 26 6 12 Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Re
16. Rev E 07 13 Chapter 6 PLC Communications User Constructed Cables Wiring Diagrams cont d User Constructed Omron FINS CQM1 CPM1 CPM2 C200 CJ1 amp CS1 RS 232C Diagram 7 To PLC 9 Pin Port To C more Micro Graphic Serial Port2 15 pin D sub male Wiring Diagram 8 do not use 7 do not use 6 do not use 15 2 do not use 14 2 do not use 15 13 do not use n 2 i cL LLL UL E 3 donotuso cue Se do Dou mo lt a cup ism 2 TXD 3 RXD 4 RTS BXD 3 I I l 2 Sy td ES 8 do not use g I 5 TXD 9 Signal GND SG 3 4 L 1 9 b 5 Logic GND 4 do not use 3 RXD 232C 12 2 do not use 11 2 do not use 10 2 do not use 5 CTS 2 TXD 232C 9 do not use eeeoeooo 000000 I l l l peeti oi T 5 1 Frame GND 1 EB 7 shield Es m Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable User Constructed Omron Host Link CQM1 using To C more Micro Graphic To Peripheral Serial Port2 Port Cable 1 do not use 2 RXD 3 TXD 4 do not use CQM1 CIF02 Peripheral Port Connecting Cable RS 232C Wiring Diagram 6 do not use 7 do not use 8 do not use 9 do not use 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 232C male 15 do not use 14 2 do not use 15 13 do not use 12 2 do not use 11 2 do not use 10
17. internal resistor i i j j j into the network If the cable impedance is different using DirectLogic pin numbers to illustrate then use an external resistor matched to the cable C more PAIMGGOUSERM Hardware User Manual 1st Ed Rey E 07 13 6 39
18. use 5 Logic GND 8 do not use 4 do not use 9 do not use 3 RAD 232C 2 TXD 232C 1 Frame GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable EA PLC5 232 CBL To C more Micro Graphic Serial Port2 1 do not use 2 RXD 3 TXD 4 do not use 5 Signal GND 9 0000000 To PLC Allen Bradley PLC5 DF1 25 Pin Port RS 232C p n EA PLC5 232 CBL Wiring Diagram male 2 bs use TXD 21 E a RXD 8 do not use 25 do not use 1 ol Vo _ 23 do not use PXD qo l i gt TXD E 13 2 do not use 12 2 do not use 11 2 do not use 15 2 do not use 14 do not use 13 2 do not use male 6 do not use o 1S 10 2 do not use 9 do not use 8 do not use 7 Signal GND 6 do not use 5 do not use 4 do not use 3 RXD 2 TXD 1 do not use Ooeeoooeoooooo O0Oooooooooooo 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 17 do not use 16 do not use 15 do not use 14 do not use GND L1 3 3 5 Logic GND shield ass 4 do not use 3 RXD 232C 2 TXD 232C 4 1 Frame GND 12 do not use 11 do not use 10 do not use 9 do not use Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable C more EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 21 Chapter 6
19. your own cable We recommend AutomationDirect p n L19853 shielded cable or equivalent NOTE The RS 422 wiring diagram shown above is not for multi drop networks involving connecting more than one PLC to a panel Refer to the wiring diagram examples starting on page 6 34 if more than one PLC Will be connected to a panel C more EXIMGGX SEREM Hardware User Manual 1st Ed Rey E 07713 6 27 Chapter 6 PLC Communications e User Constructed Cables Wiring Diagrams cont d Diagram 5 User Constructed DirectLOGIC D4 450 Port 3 RS 422A RTS and CTS are not present on this port To PLC 25 Pin Port To C more Micro Graphic Serial Port2 D Sub 25 RXD Term male A oo RD 8 do not use male 15 do not use 11 do not use 10 do not use 25 RS422 23 do not use 22 do not use RD 7 do not use 6 do not use 5 Logic GND 4 do not use 14 do not use 13 Termination 12 SD RS422 11 SD RS422 9 do not use 8 do not use 720V 6 do not use 5 do not use 4 do not use 3 do not use 2 do not use 1 2 do not use 21 do not use 20 do not use 19 do not use lt shield 18 do not use 17 do not use 16 do not use 15 do not use 14 do not use 3 do not use 10 RD RS422 9 RD RS422 1 Frame GND ooooo0o00000000 Oooooooooooee Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19853 shielded cable or
20. 0 amp H2 WinPLC RS 232C Direct OGIC VGA Style 15 pin port Note The PLC can provide 5 VDC through this cable No DLO6 D2 250 250 1 D2 260 EA 2CBL 1 external 12 24 VDC souce is required however RS 232C screen brightness is diminished and the alarm beep DirectLOGIC PLC RJ 11 port D3 340 232C will not function EA 3CBL DirectLOGIC DL405 PLC 15 pin D sub FA ACBL 1 DirectLOGIC DL405 PLC 15 pin D sub port DL405 RS 232C port DL405 D4 1000CBL DirectLOGIC PLC 25 pin D sub port RS 232C Lone DL305 DCU and all DCM s EA ACBL 2 DirectLOGIC VGA Style 15 pin port 1200 1400 amp 1500 89320 EA MLOGIX CBL o 26 elie er FA 19HD Allen Bradley SLC 5 03 04 05 Use with DV 1000CBL cable Howley oe coh aaa HexLogix EA SLC 232 CBL Allen Bradley PLC 5 DF1 port RS 232C p EA PLC5 232 CBL FA CABKIT Allen Bradley MicroLogix SLC 5 01 02 03 RS 2320 PLC5 DH485 port RS 232C EA DH485 CBL GE 90 30 90 70 Micro 90 Versamax Micro Port2 15 pin D sub port EA 90 30 CBL CEN PLC RJ 11 port D3 340 OP 3CBL 1 RS 422A l MITSUBISHI FX Series 25 pin port E E RS 422A EA MITSU CBL MITSUBISHI FX Series 8 pin mini DIN DI RS 422A EA MITSU CBL 1 OMRON Host Link C200 Adapter C500 l RS 232C EA OMRON CBL DirectLOGIC PLC 15 pin D sub port DL405 Part No EA 2CBL Part No EA 2CBL 1 Part No EA 3CBL Ika Part No EA 4CBL 1 Part No EA 4CBL 2 micr
21. 000CBL R 232 DV 1000CBL FA 15HD RS 232 K sequence DirectNET Modbus RTU EA 2CBL RS 232 EA 2CBL 1 RS 232 See Diagram 1 RS 422 Port 1 RJ12 6 pin Port 2 DB15HD female K sequence DirectNET Modbus RTU DV 1000CBL R 232 DV 1000CBL FA 15HD R 232 K sequence DirectNET Modbus RTU EA 2CBL RS 232 EA 2CBL 1 RS 232 See Diagram 1 RS 422 Modbus RTU See Diagram 2 RS 485 Modbus only D2 DCM Port 1 DB 25 pin female K sequence DirectNET Modbus RTU See Diagram 3 RS 232 DirectNET EA ACBL 2 RS 232 See Diagram 6 RS 422 WINPLC Port 1 RJ12 6 pin Modbus RTU DV 1000CBL RS 232 Modbus RTU EA 2CBL R5 232 Note The PLC can provide 5 VDC through this cable No external 12 24 VDC souce is required however screen brightness is diminished and the alarm beep will not function Note Wiring Diagrams for user constructed cables start on page 6 26 Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 11 Chapter 6 PLC Communications DirectLOGIC DL305 PLCs and D3 DCM Module Panel Powered via external power supply Port1 or Port2 Communications DirectLOGIC DL305 D3 330 or D3 340 PLC Compatibility amp Connection Chart PLC Port amp Type D3 232 DCU DB 25 pin female PLC Port Powered or External DC Power Supply C more Micro Graphic Panel
22. 2C 1 9 do not use 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable C more EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 31 Chapter 6 PLC Communications e User Constructed Cables Wiring Diagrams cont d Diagram 13 User Constructed Siemens S7 200 CPU Port O or 1 To C more Micro Graphic To PLC RS 485A EA MG SP1 Serial Port 9 Pin Port with DC Power Adapter D sub Signal B 8 do not use male 15 do not use 1 Logic Com 7 do not use 14 do not use 2 pe Com seo 6 do not use 13 Termination Doe DS rac PORA 5 Logic GND 12 SD RS485 3 RS485 Sig B 4 do not en STA 4 do not use 11 SD RS485 5 Logic Com 2 SHORDIUSE 3 do not use 10 RD RS485 9 RD RS485 Mitsubishi Q QnA Serial PLC To C more Micro Graphic QJ71C24N Serial Port2 RS 232C 9 Pin Port Wiring Diagram female 8 donotuse male 15 do not use 1 CD 1 7 do not use 14 do not use 2 PXD i 6 DSR 6 do not use 15 13 do not use 3 TXD E 7 RS 5 Logic GND 12 do not use 4 DTR 8 CS RXD 4 do not use 11 do not use b Sinal GND a ee 3 RXD 232C 10 do not use TXD 2 TXD 232C 1 9 do not use o 1 Frame GND 7707 Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 6 32 i Cmare EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 C
23. 32C RTS 232C 13 Term Resistor do not use RXD 422 485 14 do not use EXE E BERT aoe RS 232 RS 232 422 485 NOTE Only one of the communication ports can be used with a connected PLC The programming software allows the user to select either Port or Port2 under the Panel Manager dialog box When using Port2 to communicate with the connected PLC Port can still be used with the EA MG PGM CBL Software Programming Cable Assembly to transfer projects between the PC and panel Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 5 Chapter 6 PLC Communications Direct LOGIC PLCs Password Protection NOTE DirectLOGIC PLCs support multi level password protection of the ladder program This allows password protection while not locking the communication port to an operator interface The multilevel password can be invoked by creating a password with an upper case A followed by any variation of seven numeric characters e g A1234567 Please refer to the specific PLC user manual for further details PLC Compatibility and Connection Charts The following pages include charts that list the possible connections available between several brands of PLC s and the C more 6 Micro Graphic panel AutomationDirect PLC s have the ability to communicate and provide power to the panel using Port1 RS 232 Port2 is a 15 pin D sub communication port that supports RS 232 RS 485 and RS 422 An external class 2 1 Amp 12 2
24. 4 VDC external power source is required when using Port2 Note Recommended DC power supply to power the C more Micro Graphic Panel AutomationDirect Part No PSC 24 015 or PSC 24 030 The charts include the various PLC protocols that can be used with each combination of PLC port and panel port The charts list the recommended cables and or manufactured devices that can be used to make up the communications link and also refers to wiring diagrams that can be used to construct cables for connecting the PLC s port to the panel s port The constructed cables are referred to as Diagram 1 through 13 and start on page 6 26 Following the charts is a list of cables that can be purchased including their wiring diagrams and also wiring diagrams that are referenced from the charts that can be used to construct the referenced cables AutomationDirect Controllers AutomationDirect Productivity Series CLICK Do more DirectLogic SOLO Temperature Controller and GS Drives Drivers specific to these AutomationDirect control devices make it convienient to communicate with the C more Micro Graphic panels and simplify configuring objects with controller addresses RS 422A RS 485A Communications When using the RS 422A RS 485A communications capabilities of the C more Micro Graphic Serial Port Port 2 the termination resistor is placed between the RXD and RXD terminals on the PLC side of the connection between the touch panel and PLC The Terminatio
25. CBL amp FA CABKIT R 232 K sequence DirectNET Modbus RTU EA ACBL 2 R 232 See Diagram 4 RS 422 Port 3 DB 25 pin female Not Possible K sequence DirectNET Modbus RTU See Diagram 5 RS 422 Port 2 RJ12 6 pin K sequence DirectNET DV 1000CBL R 232 K sequence DirectNET EA 2CBL R 232 Port 1 DB 25 pin female K sequence DirectNET Modbus RTU See Diagram 3 RS 232 DirectNET EA ACBL 2 RS 232 See Diagram 6 RS 422 Note The PLC can provide 5 VDC through this cable No external 12 24 VDC souce is required however screen brightness is diminished and the alarm beep will not function Note Wiring Diagrams for user constructed cables start on page 6 26 Comore EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 5 13 Chapter 6 PLC Communications Allen Bradley PLCs Panel Powered via external power supply Port1 or Port2 Communications PLC Compatibility amp Connection Chart C more Micro Graphic Panel Panel to PLC Cabling Components Required for opecific Port and Protocol being used External DC Power Supply PLC Port amp Type Powered from an external 24 VDC source Using panel s Port2 Using panel s RJ12 Port1 DB 15 pin female Allen Bradley MicroLogix Allen Bradley SLC500 Allen Bradley ControlLogix Allen Bradley CompactLogix Allen Bradley FlexLogix Allen Bradley PLC5
26. EA DH485 CBL EA DH485 CBL Cable Cable Note The above diagram shows connecting multiple C more Micro Graphic panels to an Allen Bradley DH485 AIC network using the AB DH485 Link Coupler p n 1747 AIC Select the Allen Bradly DH485 AIC SLC500 MircroLogix driver in the C more Programming Software when starting the project Also set the AB channel configuration for DH485 6 22 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications Allen Bradley Cables from AutomationDirect Wiring Diagrams cont d Allen Bradley SLC500 5 03 DH 485 AIC to Multiple C more 6 Micro Graphic Panels Allen Bradley SLC 5 03 Modular PLC Controller ON Channel 0 must be n set to DH485 AB 1747 CP3 RS 232 Cable DH 485 Link using C more cables p n EA MLOGIX CBL EA SLC 232 CBL See manufacturer s literature for details AB 1761 NET AIC AIC Advanced Interface Converter 6 Micro Graphic Panel C more EA MLOGIX CBL Cable C more 6 Micro Graphic AB 1761 NET AIC AIC Advanced Interface Converter C more EA MLOGIX CBL Cable To additional C more Touch Panel C more EA SLC 232 CBL Cable Note The above diagram shows connecting multiple C more Micro Graphic panels to an Allen Bradley DH485 AIC network using the AB AIC Advanced Interface Converter p n 1761 NET AIC Select the Allen Bradly DH485 AIC SLC500 Mircr
27. J1 CS1 Siemens PPI S7 200 CPU AutomationDirect SOLO Temperature Controller AutomationDirect GS Drives The panel can also be connected to more than one PLC by using RS 422 or RS 485 wired in a multi drop configuration Portl and Port2 cannot simultaneously communicate with multiple PLC s See the example wiring diagrams at the end of this chapter for details If you have difficulty determining whether the particular PLC and or protocol you are using will work with C more Micro Graphic panels please contact our technical support group at 770 844 4200 Comore EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 6 3 Chapter 6 PLC Communications e C more 6 Micro Graphic Communication Ports Example of panel s Porti connected to a CLICK PLC C more 6 Inch Micro Graphic Panel Example of panel s Port2 connected to a DLO6 PLC DL 06 PLC C more 6 Inch Micro Graphic Panel micro 6 H i C more EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 Chapter 6 PLC Communications EJ C more 6 Micro Graphic Communication Ports cont d RJ12 serial communications Port1 WAUTOMATIONDIRECT RECT MODELEAT SOMIW cc O INPUT 12 PALA 65W pa rere PLC 15 pin serial communications Port2 LIBI LT NN LN RN Frame GND 11 TXD 422 485 TXD 232C CTS 232C 12 TXD 422 485 GIROS flee eno 2 RXD 2
28. PLC COMMUNICATIONS In This Chapter nter DLP 6 2 C more 6 Micro Graphic Communication Ports c cc 6 4 DirectLOGIC PLCs Password Protection 0 cee eee eee eee 6 6 PLC Compatibility and Connection Charts eeeens 6 6 AutomationDirect Controllers cccccccccccc ee ne ee eee 6 6 RS 422A RS 485A Communications llle 6 6 ilr T 6 7 GE Mitsubishi Omron Modicon and Siemens 0 000 eee eee eee 6 7 How to use the PLC Compatibility and Connection Charts 6 8 zona vC e PPR 6 8 Cables from AutomationDirect a eu i e ee epp rr ESER RA Pus 6 16 Cables from AutomationDirect Wiring Diagrams 6 18 User Constructed Cables Wiring Diagrams leen 6 26 RS 422A RS 485A Multi Drop Wiring Diagram Examples 6 36 Chapter 6 PLC Communications Introduction The C more O Micro Graphic panels are capable of communicating with AutomationDirect Productivity Series Do more CLICK SOLO GS Drives and the entire DirectLOGIC family of PLCs The panel is capable of communicating using RS232 RS422 and RS485 serial communications and networks When using the built in RJ12 serial port designated as Port 1 on the C more Micro Graphic panel to connect with AutomationDirect controllers your cabling choices are fairly simple
29. PLC Communications e Cables from AutomationDirect Wiring Diagrams cont d Allen Bradley EA DH485 CBL Allen Bradley SLC500 5 01 02 03 DH 485 To C more Micro Graphic To AB SLC500 Point to Point Serial Port2 DH 485 Port RS 485A p n EA DH485 CBL Wiring Diagram RJ45 8 pin Phone Plug 1 TXD RXD 8P8C Term b 2 TXD RXD TXD RXD is use 15 do not use 3 do not use do not use 14 do not use 4 Signal GND Den 6 LE o 15 13 Termination 5 LE 5 Logic GND 12 SD RS485 6 do not use 4 do not use 11 SD RS485 7 Signal GND 3 do not use B 10 RD RS485 8 do not use 2 do not use 9 RD RS485 1 Frame GND e ojo ojee oo 12345678 Note The LE signal is wired in the cable as shown but not required for shield 1 point to point communications Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19954 shielded cable or equivalent Allen Bradley SLC500 5 01 02 03 DH 485 AIC to Multiple C more 6 Micro Graphic Panels RS 485A using C more cable p n EA DH485 CBL Allen Bradley DH 485 Link SLC 500 Modular See manufacturer s literature for details PLC Controller o Channel 1 must be set to DH485 AB 1747 AIC AB 1747 AIC DH485 Link Coupler DH485 Link Coupler AB 1747 C11 A Cab C more C more 6 Micro Graphic A 6 Micro Graphic Panel dd Panel C more C more
30. d 2 Handshaking is turned off 3 Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19853 shielded cable or equivalent 4 Refer to the PLC 5 Programmable Controllers User Manual Switch Setting Reference for details on switch settings to define the controller s serial port electrical interface 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 do not use 2 do not use 1 Frame GND 15 do not use 14 do not use 15 13 2 do not use 122 SD 112 SD 10 RD Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 33 Chapter 6 PLC Communications User Constructed Cables Wiring Diagrams cont d Diagram 17 User Constructed AutomationDirect CLICK PLC To C more Micro Graphic CLICK Com Port 3 Analog CPU Serial Port2 D sub RS 485 Signal A 8 do not use male 15 do not use RS 485 Signal A mq Term 7 do not use 14 do not use RS 485 SignalB RS 485 lt 8 6 do not use 13 Termination Signal B 5 Logic GND 12 SD RS485 Logic Ground LG Dr 4 do not use 11 SD RS485 Logic 25 3 do not use 10 RD RS485 Ground 2 do not use 11 9 RD RS485 shield 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19954 shielded cable or equivalent Use 120 ohm resistors as termination resistors Term Diagram 18 User Constructed Removab
31. e 11 do not use 3 RXD 232C 2 TXD 232C 1 Frame GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 123456 10 2 do not use 6 do not use 9 do not use eeeoeooo Note Only one C more Micro Graphic panel can be powered by an AutomationDirect PLC If connecting C more Micro Graphic panels to more than one port on and AutomationDirect PLC the additional panel must use an external power supply Direct LOGIC EA 2CBL 1 To C more Micro Graphic Serial Port2 DirectLogic PLC VGA style 15 pin HD port D2 250 D2 250 1 D2 260 DLO6 RS 232C p n EA 2CBL 1 To PLC 15 Pin HD Port Wiring Diagram 8 do not use male 15 do not use 15 14 do not use 13 do not use 15 do not use 3 19 8 do not use 14 do not use RXD V xD 7 do not use 2 E E Ws 5 d 6 donot use 7 Sig GND 6 do not use 5 CTS 4 RTS 3 RXD 11 do not use 10 do not use 5 Logic GND 4 do not use 3 RAD 232C 12 do not use 11 do not use 10 do not use 2 TXD 1 5 VDC N C 9 do not use 2 TXD 232C 1 V 2222 2 5 D 3 1 Frame GND HD High Density s Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 9 do not use 6 18 i Cmare EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications Cabl
32. ed Example 6 PLC Compatibility amp Connection Chart C more Micro Graphic Panel Panel to PLC Cabling Components Required for opecific Port and Protocol being used PLC Port Powered PLC Port amp External DC Power Supply or Type External DC Power Supply Using panel s RJ12 Porti DB ISI md Protocol s Components amp Protocol s Components amp Supporte Network Type Supporte Network Type Port 1 AutomationDirect DV 1000CBL AutomationDirect EA 2CBL CLICK all versions m5 6 pin Modbus CLICK RS 232 Modbus CLICK RS 232 RM K sequence K sequence all versions E SPIN piger PV 1000CBL DirectNET peus QULA Modbus RTU Modbus RTU RJ12 6 pin Poti DV 1000CBL EA 2CBL DirectLOGIC AU Opt i K sequence irc f EA 2CBL 1 DLO5 DirectNET RS 239 K sequence Modbus RTU D0 DCM Port 2 DirectNET DV 1000CBL See Diagram 1 DB15HD Modbus RTU FA 15HD RS 422 female RS 232 See Diagram 2 Modbus RTU RS 485 Modbus only 6 8 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications mm M E AutomationDirect CLICK PLC ProductivitySeries Do more SOLO Temperature Controller and GS Drives Panel Powered via external power supply Port2 Communications Compatibility amp Connection Chart omni TO ComweMin GmphiePaml O Panel to PLC Cabling Compon
33. ents Required for opecific Port and Protocol being used External DC Power Supply Using panel s Port2 DB 15 pin female Protocol s Components amp Supported Network Type PLC Port amp Type Port RJ12 6 pin EA 2CBL Port2 AutomationDirect RS 232 RJ12 6 pin Modbus CLICK all versions Port3 See Diagram 17 Analog CPUS Terminal block 3 pin RS 485 mmm AutomationDirect LE NO pin Productivity3000 Serial due RS 232 Port Terminal P3 550 See Diagram 18 block 3 pin RS 485 Productivity Series all versions Port2 AutomationDirect EA 2CBL Do more all versions RJ12 6 pin Do more Serial RS 232 SOLO Temperature AutomationDirect SOLO See Diagram 21 Controller all versions Data terminals Temperature Controller RS 485 o Port AutomationDirect See Diagrams 19 and 20 GS Drives averio RJ12 6 pin GS Drives RS 485 Note Wiring Diagrams for user constructed cables start on page 6 26 Comore EA1 MG6 USER M Hardware User Manual Ist Ed Rev E 07 13 6 9 Chapter 6 PLC Communications AutomationDirect DirectLOGIC DLO5 DLO6 DO DCM Module 8 DL105 PLCs Panel Powered via external power supply Port1 or Port2 Communications DirectLOGIC DLO5 all versions PLC Compatibility amp Connection Chart PLC Port amp Type Port 1 RJ12 6 pin C more Micro Graphic Panel PLC Port Powered or External DC Power Supply Panel to PLC Cabling Components Required for o
34. equivalent DirectLOGIC D2 DCM D3 DCM amp D4 DCM RS 422A To C more Micro Graphic Serial Port2 Note The DCM modules must be set for DirectNET Slave HEX mode 25 Pin Port Du 25 do not use Term male 24 do not use 23 do not use 132 CTS 12 CTS RD 8 do not use Male 45 do not use 11 2 RTS 10 RTS 9 do not use 8 do not use 720V 6 do not use 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use 000000600 eeeeoooooooo 25 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 17 RXD RS422 16 RXD RS422 15 TXD 16 1 E RD 7 2 do not use 6 do not use 5 Logic GND 12 SD 4 do not use I ov L I 5 E 3 do not use 2 do not use 1l 1 Frame GND 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 l l l l l l l l l l l l l l l l l l l l l l l l l l l EP RS422 14 2 TXps RS422 Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19853 shielded cable or equivalent NOTE The RS 422 wiring diagrams shown above are not for multi drop networks involving connecting more than one PLC to a panel Refer to the wiring diagram examples starting on page 6 34 if more than one PLC Will be connected to a panel 6 28 i C more EA1 MG6 USER M Hardware User Manual 1st Ed
35. es from AutomationDirect Wiring Diagrams cont d DirectLOGIC EA 3CBL To C more Micro Graphic Serial Port2 DirectLogic PLC RJ11 port D3 340 E RS 232C p n EA 3CBL T 1 Port RJ11 4 pin Phone Plug 4P4C 8 do not use 1 Sig ground 2 do not use 3 RXD 4 TXD Wiring Diagram 7 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 2320 2 TXD 232C 15 do not use 14 do not use 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use 1 Frame GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable EA ICBL 1 To C more Micro Graphic Serial Port2 To PLC DirectLogic PLC 15 pin D sub port DLA05 15 Pin Port RS 232C p n EA 4CBL 1 Wiring Diagram TXD RXD 15 Logic GND online 14 Logic GND 15 pin D sub 8 do not used male 7 do not used 15 pin D sub 8 YOM Sense Es 7 CTS 6 do not use 15 do not use gt 14 do not use 5 do not use 4 Online 3 RXD 232C 2 TXD 232C 12 YOP Sense 1 See PLC user manual for pin out details 13 Logic GND GND 12 do not use 11 do not use 10 do not use 9 do not use GND GND YOP CTS YOM p 6 do not used 5 Logic GND 4 do not used 3 RXD 232C 2 TXD 2320 4 1 Frame GND o 15 13 do not use 12 do not use
36. hapter 6 PLC Communications User Constructed Cables Wiring Diagrams cont d Diagram 15 User Constructed Mitsubishi Q02 Q02H QO6H Q12H Q25H Serial Driver and QnA Serial Driver with Direct Connection to To PLC the Serial Port on Q00 and Q01 CPU s 6 Pin Port RS 232C QL Mini Din 6 pin Male To C more Micro Graphic Serial Port2 1 RXD 232C Wiring Diagram 8 do not use 2 TXD 232C a Se sing 7 do not use 3 Logic GND s TXD lt 24 35 RxD 6 donot use 4 do not use RXD lt 2 TXD Logic GND 5 do not use ET Es do not use 6 do not use GND FE C 3 RXD 232C shield Ts 2 TXD 232C 1 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use To PLC 25 Pin Port Allen Bradley PLC5 DF1 RS 422 To C more Micro Graphic Serial Port2 Wiring Diagram 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use 8 do not use 7 Signal GND 6 do not use 5 do not use 4 do not use 3 RXD 2 2TXD 1 do not use Notes oeeoooeoooooo eoeooooooooo 25 do not use 24 do not use 23 do not use 22 do not use 21 do not use 20 do not use 19 do not use 18 do not use 17 do not use 16 RXD 15 do not use 14 TXD 1 Polarities must be swappe
37. ionDirect PLC RJ12 port Tomoe RIIS Port RS 232C p n DV 1 000CBL Micro Graphic Serial Port1 10 feet 3 0 m Maximum Wiring Diagram RJ12 6 pin RJ12 6 pin 1 Sig GND rep eC O ePec 9 1 SigGND 2 5 VDC 2 not used 3 RXD 3 RXD 4 TXD 4 TXD 5 not used 5 5 VDC 6 Sig GND 3 6 Sig GND 123456 123456 Note Only one C more Micro Graphic panel can be powered by an AutomationDirect PLC If connecting C more Micro Graphic panels to more than one port on and AutomationDirect PLC the additional panel must use an external power supply OP 3CBL 1 DirectLogic PLC RJ11 port D3 340 Port 1 amp 2 To C more Micro Graphi To PLC RS 232C p n OP 3CBL 1 E PM HJ11 4 pin RJ12 6 pin Phone Plug Phone Plug 4P4C Wiring Diagram 6P6C 1 Sig GND 2 not used 1 RXD 3 RXD 2 TXD 4 TXD 3 do not use 5 5 VDC 4 Sig GND RE A 123456 6 Sig GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable To DL405 PLC DirectLogic DL405 PLC Port 0 DL 450 Port O To C more Port O RS 232C p n D4 1000CBL PRE e Wiring Diagram EDS RJ12 6 pin 15 Logic GND 1 GND Ta 7 CTS 14 Logic GND 6 do notuse 13 Logic GND 5 do not use 12 do not use D sub male 15 8 YOM Sense 2 do not use 3 RXD 4 TXD 5 5 VDC 6 GND 4 Online 11 do not use 3 RXD 2820 10 do not use 2 TXD 232C 9 do not use 1 YOP Sen
38. ions on ELSA termination resistor jumper Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19954 shielded cable or equivalent Diagram 2 User Constructed DirectLOGIC ZIPLink ZL CMA15L Adapter Module to EA COMCON 3 Terminal Block Adapter RS 485A PLC D2 260 or DLO6 Port 2 C more Micro Graphic RS 232 RXD 6 Serial Port2 RS 232 TXD 69 Wiring Diagram TERMINATE 45V 63 SIGNAL GND f gm ees RS 422 485 RX R R O v RS 422 485 TX R O TxD donos bm RS 422 485 RX Feels RA nsassuss x QR l l l l l l Faere l l l l l shield z See ZL CMA15L specifications on EE MATa termination resistor jumper Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19853 shielded cable or equivalent NOTE The RS 422 and RS 485 wiring diagrams shown above are not for multi drop networks involving connecting more than one PLC to a panel Refer to the wiring diagram examples starting on page 6 34 if more than one PLC will be connected to a panel 6 26 i C more EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications User Constructed Cables Wiring Diagrams cont d Diagram 3 To DCM 25 Pin Port 13 do not use 12 do not use 11 2 do not use 10 2 do not use 9 do not use 8 do not use 7 Signal GND 6 45 VDC 5 CTS 4 RTS 3 RXD 2
39. le Connector To C more Micro Graphic included with Serial Port2 Productivity3000 CPU 2 A D sub TXD RXD 8 do not use Male 15 do not use TXD RXD 7 do not use 14 do not use 6 do not use 13 Termination TXD RXD TXD RXD 5 Logic GND 12 SD RS485 Grund G A 4 donotuse 11 SD RS485 3 donotuse St 10 RD RS485 2 do not use ile 9 RD RS485 shield 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19954 shielded cable or equivalent Use 120 ohm resistors as termination resistors Term Diagram 19 User Constructed GS Serial Drive Connection via RS 485 Wiring Diagram C more Micro Graphic Serial Port2 GS Drives RS 485 Serial Comm Port Note Use the above wiring diagram to make your own cable We recommend AutomationDirect p n L19772 shielded cable or equivalent shield EA COMCON 3 6 34 i Cmare EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications EJ User Constructed Cables Wiring Diagrams cont d Diagram 20 User Constructed Multiple GS Drives Connected to One C more Micro Graphic panel RS 485 GS1 GS3 GS Drive 6 Pin GS Drive 6 Pin RJ12 port NEN RJ12 port C more Micro Graphic Wiring Diagram Serial Port2 GS Drive 6 Pin oll RJ12 port ZL CDM RJi2X4 TB1 shield SSSSSS EA COMCON 3 654 32 1 E Connect with ZL RJ12 CBL 2P cable Notes
40. n Resistor value is based on the characteristic impedance of the cable being used To enable the built in 120 Ohm Termination Resistor jumper pin 13 termination resistor to pin 9 RXD on the C more Micro Graphic 15 pin PLC communications port micro 6 6 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications mm NE PLC Compatibility and Connection Charts cont d Allen Bradley As stated in this chapter s introduction the panel also has the ability to communicate with Allen Bradley PLCs that support the Allen Bradley DF1 and DH485 protocols The chart for the various Allen Bradley PLCs includes recommended cables GE Mitsubishi Omron Modicon and Siemens Other 3rd party PLCs can be used with the C more Micro Graphic panel These PLCs are listed in a chart and various wiring diagrams are shown to allow connectivity micro Cmnr E EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 7 Chapter 6 PLC Communications e How to use the PLC Compatibility and Connection Charts 1 Find the PLC Family being used 2 Find the particular PLC model in the PLC family 3 Find the PLC communications port you will be connecting to the C more Micro Graphic panel 4 Read across the chart to determine if the C more Micro Graphic panel s Port1 and or Port2 can be used and then determine the cable and other components manufactured or user constructed are requir
41. o G 16 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications Cables from AutomationDirect cont d Cd Part No DV 1000CBL Part No OP 3CBL 1 20 52 Part No FA CABKIT Part No EA MLOGIX CBL Part No EA SLC 232 CBL Part No EA PLC5 232 CBL Part No EA DH485 CBL Part No EA 90 30 CBL Part No EA MITSU CBL Part No EA MITSU CBL 1 Part No EA OMRON CBL micro Care EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 17 Chapter 6 PLC Communications Cables from AutomationDirect Wiring Diagrams The following series of wiring diagrams show the connectors and wiring details for the communication cables that are used between the C more Micro Graphic panels and various PLCs Part numbers are included with the pre made cables that can be purchased from AutomationDirect The information presented will allow the user to construct their own cables if so desired CLICK amp Direct L OGIC EA 2CBL Productivity Series Do more CLICK and DirectLogic PLC RJ12 port DLO5 DLO6 DL105 DL205 DL350 DL450 H2 WINPLC RS 232C p n EA 2CBL To C more Micro Graphic To PLC Serial Port2 RJ12 Port RJ12 6 pin Phone Plug 6P6C Wiring Diagram 8 do not use 15 do not use 1 Sig GND 2 do not use 3 RXD 4 TXD 5 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 14 do not use 13 do not use 12 do not us
42. oLogix driver in the C more Micro Programming Software when starting the project Also set the AB channel configuration for DH485 Comore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 6 23 Chapter 6 PLC Communications Cables from AutomationDirect Wiring Diagrams cont d E E EA 90 30 CBL To C more Micro Graphic Serial Port2 GE 90 30 90 70 Micro 90 and VersaMax Micro Port 2 15 pin D sub port RS 422A p n EA 90 30 CBL To PLC 15 Pin Port 15 pin Wiring Diagram 8 CTS B D sub 7 Logic GND male 6 do not use 5 5V 4 do not use 3 do not use 2 do not use 1 do not use 15 pin D sub male 15 CTS A A i A RD 8 do not use RD 7 do not use 6 do not use SD 5 Logic GND SD 4 do not use eo 3 do not use 2 donotuse 1 1 Frame GND 15 do not use 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 14 do not use 5 13 SD B i 12 SD A 11 RD B 10 RD A 9 do not use eoooeooo CTS A 45V Mitsubishi To PLC Mitsubishi FX Series 25 pin D sub port 25 Pin Port RS 422A p n EA MITSU CBL To C more Micro Graphic Serial Port2 15 pin Wiring Diagram is D sub 13 do not use 12 do not use 11 2 do not use 10 2 do not use 9 do not use 8 do not use 7 Signal GND 6 do not use 5 do not use 4 Signal GND 3 SD RS422 2 RD RS422 1 2 do not use
43. pecific Port and Protocol being used External DC Power Supply Using panel s RJ12 Porti Using panel s Port2 DB 15 pin female Port 2 RJ12 6 pin Protocol s Supporte K sequence DirectNET Modbus RTU Components amp Network Type DV 1000CBL R 232 Protocol s Supporte K sequence DirectNET Modbus RTU Components amp Network Type EA 2CBL RS 232 Port 1 RJ12 6 pin Port 2 DB15HD female K sequence DirectNET Modbus RTU DV 1000CBL RS 232 DV 1000CBL FA 15HD RS 232 K sequence DirectNET Modbus RTU EA 2CBL RS 232 EA 2CBL 1 R 232 See Diagram 1 RS 422 Modbus RTU See Diagram 2 RS 485 Modbus only Direct LOGICDLOG all versions Port 1 RJ12 6 pin Port 2 DB15HD female K sequence DirectNET Modbus RTU DV 1000CBL RS 232 DV 1000CBL FA 15HD RS 232 K sequence DirectNET Modbus RTU EA 2CBL R 232 EA 2CBL 1 RS 232 See Diagram 1 RS 422 Modbus RTU See Diagram 2 RS 485 Modbus only Port 1 RJ12 6 pin Port 2 DB15HD female K sequence DirectNET Modbus RTU DV 1000CBL RS 232 DV 1000CBL FA 15HD RS 232 K sequence DirectNET Modbus RTU EA 2CBL R 232 EA 2CBL 1 RS 232 See Diagram 1 RS 422 Modbus RTU See Diagram 2 RS 485 Modbus only DirectLOGIC DL105 all versions Port 1 RJ12 6 pin
44. rame GND 1 Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable 6 30 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications User Constructed Cables Wiring Diagrams cont d Diagram 11 User Constructed Modicon ModBus with RJ45 l To PLC RS 232C To C more Micro Graphic RJ45 Port Serial Port2 RJ45 8 pin Wiring Diagram 15 pin 1 2 do not use apso 9 i ym D sub 2 do not use male 15 do not use 3 TXD 115 14 do not use 4 RXD GND lt 51 19s amp 6 donot use 13 do not use 5 Logic GND i 5 Logic GND 12 do not use l I I 6 RTS RTS lt O 4 do not use 11 do not use 7 CTS cts lt L 3 RXD 232C 10 do not use 8 do not use eats a i Mb er ERAN 2 TXD 232C 1 9 do not use Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable Diagram 12 User Constructed GE VersaMax Micro Port 1 To C more Micro Graphic To PLC E Serial Port2 RJ45 Port 1 RS 232C RJ45 8 pin Un Phone Plug 1 RTS 8P8C Wiring Diagram Mer 1 8 donotuse male 15 do not use 3 RXD TXD 4 4 S RXD 7 do not use 115 14 do not use 4 TXD RXD lt 3 S TO 6 donot use 13 do not use 5 DCD 8 E 5 Logic GND 12 do not use 6 DTR GND RHET O 4 donotuse 11 do not use 7 45V EUIS Lis 3 RXD 2320 10 do not use 8 GND Do Ga 2 TXD 23
45. ring diagrams to construct cables NOTE Refer to the PLC Compatability and Connection Charts beginning on page 6 8 for a listing of PLC connections for the C more 6 Micro Graphic panel NOTE A maximum cable length of 10 feet between the C more Micro Graphic panel and the PLC is recommended when powering the panel from the PLC NOTE When the panel is powered through Port from a connected PLC or PC the screen brightness is diminished because the panel is running in Low Power Mode For full brightness connect an external 12 24 VDC power source to the panel s power connection Low Power Mode is intended for initial programming For full brightness connect an external 12 24 VDC power source when the panel is installed in its application micro 6 2 i Cmore EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications mm r M Introduction cont d Available PLC Protocols PLC Drivers Serial port or port2 Serial port2 only AutomationDirect Productivity Series Allen Bradley DF1 Half Duplex AutomationDirect Do more Allen Bradley DF1 Full Duplex AutomationDirect CLICK Allen Bradley PLC5 DF1 AutomationDirect K sequence Allen Bradley DH485 AutomationDirect DirectNET GE SNPX 90 30 90 70 Micro 90 VersaMax Micro AutomationDirect Modbus Mitsubishi FX Modicon Modbus RTU Mitsubishi Q amp QnA Entivity Modbus RTU Omron Host Link C200 Adapter C500 Omron FINS Serial C
46. se 1 123456 See PLC user manual for pin out details Se eee SE TEA SE 6 20 i C more EA1 MG6 USER M Hardware User Manual 1st Ed Rev E 07 13 Chapter 6 PLC Communications Cables from AutomationDirect Wiring Diagrams cont d EA MLOGIX CBL Allen Bradley MicroLogix 1000 1 100 1200 1400 1500 RS 232C p n EA MLOGIX CBL Allen Bradley To C more Micro Graphic To AB MicroLogix RS 232 Serial Port2 communication channel Mini Din 1 do not use 2 Sig GND 3 do not use 4 RXD 5 do not use 6 do not use 7 TXD 8 pin Male Wiring Diagram 8 do not use 7 do not use 6 do not use 5 Logic GND 4 do not use 3 RXD 2320 male 15 do not use 14 do not use 15 13 do not use 12 do not use 11 do not use 10 do not use 00000000 DIA Nonstandard 2 TXD 2320 keying 1 Frame GND Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable EA SLC 232 CBL Allen Bradley SLC 5 03 04 05 ControlLogix CompactLogix FlexLogix DF1 RS 232C p n EA SLC 232 CBL 8 do not use 9 do not use To PLC To C more Micro Graphic 9 Pin Port Serial Port2 15 pin D sub male 15 donotuse 14 do not use 15 13 2 do not use 12 do not use 11 do not use 10 do not use 9 do not use female Wiring Diagram 8 do not use 1 7 do not use 6 do not use 6 do not use 7 do not
47. v E 07 13 Chapter 6 PLC Communications EJ DirectLOGIC DL405 PLCs and D4 DCM Module Panel Powered via external power supply Port1 or Port2 Communications PLC Compatibility amp Connection Chart C more Micro Graphic Panel Panel to PLC Cabling Components Required for Specific Port and Protocol being used PLC Port Powered PLC Port amp External DC Power Supply Type or External DC Power Supply Using panel s Port2 Using panel s RJ12 Port1 DB 15 pin female DirectLOGIC DL405 Port O DB 15 pin female Protocol s Supported K sequence Components amp Network Type D4 1000CBL or DV 1000CBL amp FA CABKIT RS 232 Protocol s Supported K sequence Components amp Network Type EA 4CBL 1 RS 232 Port 1 DB 25 pin female K sequence DirectNET DV 1000CBL amp FA CABKIT R 232 K sequence DirectNET EA 4CBL 2 R 232 See Diagram 4 RS 422 Port 0 DB 15 pin female K sequence D4 1000CBL or DV 1000CBL amp FA CABKIT RS 232 K sequence EA 4CBL 1 R5 232 Port 1 DB 25 pin female K sequence DirectNET DV 1000CBL amp FA CABKIT R 232 K sequence DirectNET EA 4CBL 2 RS 232 See Diagram 4 RS 422 Port 0 DB 15 pin female K sequence D4 1000CBL or DV 1000CBL amp FA CABKIT RS 232 K sequence EA 4CBL 1 R5 232 Port 1 DB 25 pin female K sequence DirectNET Modbus RTU DV 1000
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