C-more Hardware User Manual
Contents
1. F2 UNICON shield L Ground the shield only at the equipment end where the F2 UNICON is located See F2 UNICON specificaitons to Note When using HA ae PEGS properly configure the converter panel only jumper the Term terminal to the RD terminal when the panel is the last device at one end of the network D2 240 PLC Terminal Block Adapter plugs into C more 15 pin PLC Serial Comm Port PWR E RUN BATT El cru DL240 ql CPU TERM Modular cable included with the F2 UNICON Note Use the above wiring diagram to make your own cable We recommend Belden 8103 shielded cable or equivalent Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 17 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples DLO6 and DL205 used for illustration purposes DirectLOGIC DLO6 PLC example device communicating across RS 422 connection Shielded Cable When connecting to a DirectLogic PLC use connector ZL CMA15L or ZL CMA15 Cable Adapter ZL CMA15L shown Shielded Cable Notes 1 We recommend Belden 8103 shielded cable or equivalent 2 Wiring Diagram for this example ZL CMA15 L Slave Port 2 mm qar DirectLOGIC Ey Slave SINE pa DL202. Io i o gt RD 8 do not use Male 45 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 your own cable We recommend Belden 8103 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 example on page 6 18 if more than one PLC will be connected to a panel C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 l 6 11 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A cont d User Constructed PE DirectLOGIC DL 06 D2 260 both Port 2 To C more Touch 15 Pin Port RS 485A Panel PLC Port L h i ai Wiring Diagram E 15 pin ASA lo i D sub gt RD g do not use Male 45 do not use SD 7 do not use 14 do not use E a ed 15 CTS 6 do not use 13 Termination 6 RXD 14 CTS 2 ote z 5 13 RXD 4 do not use 11 SD RS485 E E a use 12 RTS 3 do not use 10 RD RS485 do not use 3 do not use 11 RTS 9 RD RS485 2 do not use 10 TXD 1 do not use 9 TXD shield Note Use the above wiring diagram to make your own cable We recommend Belden 9842 shielded cable or equivalent NOTE The RS 485 wiring diagram shown above is not for mu
3. OMRON Host Link C200 Adapter C500 RS 232 EA OMRON CBL Part No EA 2CBL Part No EA 2CBL 1 Part No EA 3CBL wiring diagrams of additonal user constructed cables This chapter also includes wiring diagrams for the pre made cables NOTE 1 The above list of pre made communications cables may be purchased See further in this chapter for NOTE 2 EZTouch serial PLC communication cables are compatible with more touch panels C more PLC Serial Communications Port D Sub 15 pin female on rear of touch panel Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 l 6 5 Chapter 6 PLC Communications PLC Communication Cables amp Wiring Diagrams Part No EA 4CBL 1 Part No EA MLOGIX CBL Part No EA SLC 232 CBL Part No EA PLC5 232 CBL Part No EA DH485 CBL Q Q Part No EA 90 30 CBL Part No EA MITSU CBL Part No EA MITSU CBL 1 Part No EA OMRON CBL 6 6 C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications ET PLC Communication Cables amp Wiring Diagrams cont d The following series of wiring diagrams show the connectors and wiring details for the communication cables that are used between the C more touch panels and various PLC controllers 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 ca
4. Chapter 6 PLC Communications Allen Bradley cont d Multiple Allen Bradley PLCs connected to multiple C more Touch Panels using AB Ethernet Network Interface p n 761 NET ENI with EtherNet IP protocol Allen Bradley Allen Bradley Allen Bradley MicroLogix 1500 SLC 5 03 Modular MicroLogix 1000 PLC Controller PLC Controller PLC Controller AB mini DIN to D shell AB mini DIN to mini DIN wea p n 1761 CBL AP00 cable p n 1761 CBL AMO0 y A gt Ethernet Hub or Switch 10 100 Base T AB 1761 NET ENI AB 1761 NET ENI Ethernet IP Network AB 1761 NET ENI Comore EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 25 Chapter 6 PLC Communications Allen Bradley contd User Constructed To PLC Allen Bradley PLC5 DF1 25 Pin Port TOC more RS 422 PLC Port aq 3 25 pin Wiring Diagram 15 pin Mr D sub D sub 13 donotuse male 25 donotuse TXD lt 24 105 RD 8 do not use male 15 do not use 12 do not use 25 24 donotuse 3 142 7 do not use la z RXD sp 77 14 do not use 11 do not use 23 do not use lt 1 gt 6 do not use 15 43 do not use t i ni 10 do not use 22 donotuse eup lt H L 155 5 Logic GND 12 SD LY 9 do not use 8 do not use ere donet use Txp lt 14 195 RD 4 do not use 11 SD 7 Signal GND
5. do not use 3 RXD 232C 10 do not use 2 TXD 232C 1 9 do not use 12345678 Tr 1 gt yy 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable y I I I E y 4 RXD 5 gt 0 6 donot use 13 do not use l if l I I rj 6 30 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications Siemens User Constructed Siemens S7 200 CPU Port 0 or 1 RS 485 Signal B 1 Logic Com 2 Logic Com e Se RS 485 ap ae ae ta 8 RS485 Sig TA do not use 5 Logic Com 9 do not use Note Use the above wiring diagram to make your own cable We recommend AutomationDirect L19954 shielded cable or equivalent RS 485A To C more Touch Panel PLC Port a 15 pin D sub 8 do not use Male 45 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 1 Frame GND 14 do not use 13 Termination 12 SD RS485 11 SD RS485 10 RD RS485 9 RD RS485 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 31
6. 4 RTS 9 Signal GND sc lt 2 fi 3 RXD 232C 10 do not use 5 CTS 2 TXD 232C 9 do not use l RTS lt 4 1 Frame GND 1 cts lt S To Peripheral Omron Host Link CQM1 using CQM1 CIF02 Peripheral Port Connecting Cable To C more Touch Port Cable RS 232C Panel PLC Port m 9 pin y D sub ae 3 male Wiring Diagram 8 do not use 15 do not use 7 do not use 14 do not use 1 do not use 2 do notuse 5 6 do not use 13 do not use 2 RXD 7 do not use i 5 Logic GND 12 do not use 3 TXD 8 do not use 4 do not use 11 do not use 4 do not use 9 do not use 3 RXD 232C 10 do not use 5 Signal GND 1 2 TXD 232C 9 do not use shield 1 Frame GND 1 Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 l 6 29 Chapter 6 PLC Communications BIM Modicon ModBus RS 232 User Constructed Modicon ModBus 984 CPU Quanum 113 CPU To C more Touch RS 232C Panel PLC Port 15pin COP o D sub Wiring Diagram 8 donotuse male 15 do not use 7 do not use 14 do not use OD 6 do not use 15 13 do not use D 1 7 RTS I 1 5 Logic GND 12 do not use IDIR 8 CTS i 4 do not use 11 do not use seinad GND 9 do not use 3 RXD 232C 10 do not use g 2 TXD 232C 4 9
7. 6 do not use 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use To PLC 25 Pin Port m 25 pin D sub male 25 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 Wiring Diagram 10 RD 7 do not use l 6 do not use 5 Logic GND 4 do not use 3 do not use Direct LOGIC D4 450 Port 3 RS 422A RTS and CTS are not present on this port 133 Term 15 pin lg D sub gt RD 8 do not use Male 45 do not use 15 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 To C more Touch Panel PLC Port E 11 do not use 10 do not use 9 do not use 8 do not use V 6 do not use 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use 25 pin D sub male ooo0oo0o00 0000 6 0000000000 0 25 RXD RS422 24 RXD RS422 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 Wiring Diagram i105 RD 7 do not use 6 do not use 5 Logic GND 4 do not use 3 do not use 1 Frame GND a
8. cel 3 do not use 10 RD RS485 2 do not use 1 9 RD RS485 shield 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend Belden 9842 shielded cable or equivalent Use 120 ohm resistors as termination resistors Term NOTE The 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 18 if more than one PLC will be connected to a panel 6 14 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A cont d AutomationDirect CLICK PLC OA Analog CPU Panel Serial Port2 RS 485 gt 15 pin D sub RS 485 lt 3 Signal A lt 8 do not use Male 45 do not use RS 485 Signal A Term 7 do notuse gt 14 do not use f RS 485 8 _ 6 donotuse o 15 13 Termination RS 485 Signal B_ Signal B 5 Logic GND 2 H 12 SD RS485 Logic Ground LG 4 do not use ole 11 SD RS485 Logic lt 5 3 donotuse lt 10 RD RS485 Ground 2 2 do not use 1 9 RD RS485 shield 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend Belden 9842 shielded cable or equivalent Use 120 ohm resistors as termination resistors Term NOTE The RS 422 and RS 485 wiring
9. Link C200 Adapter C500 To C more Touch RS 232C p n EA OMRON CBL Panel PLC Port E g Wiring Diagram 15 pin 3 gt RxD 8 do not R a do notuse male 15 do not use 12 do not use 25 24 do not use 2 gt TXD 7 do not use 14 do not use 11 do not use 23 do not use 6 do not use 15 13 do not use 13 donotuse male 25 do not use y i Z I ES 22 do not use a 5 gt 0 5 Logic GND 12 do not use I i 1 i ji J 9 do not use z 21 do not use 4 do not use 11 do not use 8 do not use Z 20 do not use 3 RXD 232C 10 do not use 7 Signal GND 6 do not use 19 do not use 2 TXD 232C 4 9 do not use 5 CTS 18 do not use 1 Frame GND 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 000000000000 oeessoec00000 User Constructed Omron FINS CQM1 CPM1 CPM2 C200 CJ1 amp CS1 To C more Touch RS 232C Panel PLC Port 9 pin 15 pin CEP D sub e _ D sub male Wiring Diagram 8 donotuse male 15 do not use a i E ee not use 14 do not use do not use 6 do not use DU do not use 15 13 do not use 2 14D 7 do not use ds o a ja Go not Use 3 RXD 8 donotuse RXP lt i 4 do not use 11 do not use
10. Modbus TCP IP C200 Adapter C500 Host Link CJ1 CS1 Serial CJ1 CS1 Ethernet S7 200 CPU RS 485 Serial PPI S7 200 CPU S7 300 CPU S7 1200 CPU Ethernet Ethernet ISO over TCP Other devices using Modicon Modbus addressing FINS 6 4 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications PLC Communication Cables amp Wiring Diagrams Cable Part Number Purchased Cable Description ionDirect Productivity Series CLICK C PLC RJ 12 port DLO5 DLO6 DL105 350 D4 450 amp H2 WINPLC RS 232C EA 2CBL DirectLOGIC VGA Style 15 pin port DLO6 D2 250 250 1 D2 260 RS 232C EA 2CBL 1 DirectLOGIC PLC RJ 11 port D3 340 RS 232C EA 3CBL C DL405 PLC 15 pin D sub 5 RS 232C EA 4CBL 1 C PLC 25 pin D sub port 350 DL305 DCU and s RS 232C EA 4CBL 2 ey MicroLogix 1000 1100 1400 1500 RS 232C EA MLOGIX CBL Bradley SLC 5 03 04 05 ControlLogix CompactLogix FlexLogix MicroLogix DF1 port RS 232C EA SLC 232 CBL Allen Bradley PLC 5 DF1 port RS 232C EA PLC5 232 CBL Allen Bradley MicroLogix SLC 5 01 02 03 PLC5 DH485 port RS 232C EA DH485 CBL GE 90 30 90 70 Micro 90 VersaMax Micro 5 pin D sub port RS 422A EA 90 30 CBL ITSUBISHI FX Series 25 pin port RS 422A EA MITSU CBL ITSUBISHI FX Series 8 pin mini DIN RS 422A EA MITSU CBL 1
11. 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 18 if more than one PLC will be connected to a panel C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 15 Chapter 6 PLC Communications Direct LOGIC Universal Isolated Network Adapter p n FA ISOCON FA ISOCON Universal Isolated Network Adapter RS 422A to RS 232C PLC DLO5 or D2 240 Port 2 only Wiring Diagram Terminal Block Adapter plugs into C more 15 pin PLC Serial Comm Port shield Ground the shield only at the equipment end where the FA ISOCON is located EA COMCON 3 properly configure the adapter Note When using multiple PLCs connected to one C more touch panel only jumper the Term terminal to the RD terminal when the panel is the last device at one end of the network pana PAJPRAB See FA ISOCON specificaitons to FA ISOCON Modular cable included DLO5 PLC with the FA ISOCON Note Use the above wiring diagram to make your own cable We recommend Belden 8103 shielded cable or equivalent 6 16 C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications Direct LOGIC Universal Converter p n F2 UNICON F2 UNICON Universal Converter RS 422A to RS 232C PLC DLO5 or D2 240 Port 2 only Wiring Diagram
12. donotuse male 15 do not use 1 7 do not use 14 do not use 2 RXD 6 do not use 6 do not use do not use 3 TXD 7 do not use j 5 Logic GND 12 do not use 4 do not use 8 do not use 4 do not use 11 do not use 5 Signal GND 9 9 do not use 7 3 RXD 232C 10 do not use 9 ES 2 TXD 232C 4 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 1 do not use EA PLC5 232 CBL E Allen Bradley PLC5 DF1 a RS 232C p n EA PLC5 232 CBL Panel PLC Port Wiring Diagram 15 pin D sub 13 do not use 25 do not use 8 donotuse male 15 do not use 12 do not use 24 do not use 7 do not use 11 do not use 23 do not use 6 do not use 15 13 d ek mes le E Ed not ae 22 do not use 5 Logic GND 12 do not use 8 de not se 21 do not use 4 do not use 11 do not use 20 do not use 3 RXD 232C 10 do not use 7 Signal GND 6 do not use 19 do not use 2 TXD 232C 4 9 do not use 5 do not use 18 do not use 1 Frame GND 4 do not use 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 0e e80008000000 000000000000 6 22 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Commun
13. not use 19 do not use 18 do not use 17 do not use 16 SD RS422 15 RD RS422 14 do not use oesoo0o0o000000 Term To C more Touch Panel PLC Port 15 pin D sub ms 8 do not use RD 7 do not use 6 do not use Sp 5 Logic GND SD 4 do not use O 3 do not use 2 do notuse 1 1 Frame GND TON male 15 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 if you need to make your own cable We recommend Belden 8103 shielded cable or equivalent Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 27 Chapter 6 PLC Communications Mitsubishi contd EA MITSU CBL 1 Mitsubishi FX Series 8 pin MINI DIN To C more Touch ea RS 422A p n EA MITSU CBL 1 p E Mini Din Wiring Diagram 1 RD RS 422 amp Pin Male 2 RD RS 422 3 Sig GND 4 SD RS 422 5 do not use 6 do not use ad E A AO 2 do not use 9 RD RS422 shield 1 Frame GND 8 do not use 15 do not use 7 do not use 14 do not use 6 do not use 13 Termination 5 Logic GND 12 SD RS422 4 do not use 11 SD RS422 3 do not use 10 RD RS422 Mitsubishi Q02 Q02H QO6H Q12H Q25H Serial Driver and QnA Serial Driver with Direct Connection to To C more Touch To PLC the Serial Port on Q00 and Q01 CPU
14. s Panel PLC Port 6 Pin Port RS 232C 50 Ss Mini Din 15 pin 1 RXD 232C 6 pin Male Wiring Diagram D sub 2 TXD 232C 24 ya 8 donotuse male 45 do not use 3 Logic GND t gt RXD 7 do not use ys 14 do not use 4 do not use i gt Txp 6 donot use 13 do not use 5 do not use i 5 Logic GND 12 do not use 6 do not use gt 4 donot use 11 do not use zy 37 RXD 232C 10 do not use 2 TXD 232C 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 User Constructed To PLC Mitsubishi Q QnA Serial PLC toG more Touch Spi Ror QJ71C24N Panel PLC Port RS 232C Wiring Diagram 9 pin 15 pin D sub D sub female 8 donotuse male 15 do not use Ioco 7 do not use 14 do not use 2 RXD 6 DSR 6 do not use 15 13 do not use 3 TXD 7 RS 5 Logic GND 12 do not use 4 DTR 8 CS RXD 4 do not use 11 do not use a 3 RXD 232C 10 do not use 5 Signal GND gt TXD 2 TXD 232C 9 do not use gt O 1 Frame GND 9 9 do not use shield Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable 6 28 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications Omron EA OMRON CBL Seon ea Omron Host
15. 20 gt doinol use 1 3 do not use 10 RD ds z 16 6 do not use 19 donotuse RXD lt 5 do not use 18 do not use 4 do not use 17 do not use 3 RXD 16 RXD 2 TXD 4 15 do not use 1 do not use 14 TXD Notes 1 Polarities must be swapped 2 Handshaking is turned off 3 Use the above wiring diagram if you need to make your own cable We recommend using 8103 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 111 gt SD 2 do notuse 4 9 RD 1 Frame GND 0 e e0008 000000 e 08000000000 6 26 C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications EA 90 30 CBL To C more Touch Panel PLC Port GE 90 30 and 90 70 15 pin D sub port RS 422A p n EA 90 30 CBL To PLC 15 Pin Port 15 pin D sub male 15 pin D sub Term 8 CTS B 15 CTS A SD B 7 RD 8 do not use 15 do not use 7 Logic GND 6 do not use 5 5V 4 do not use 3 do not use 2 do not use 1 do not use male 1 4 14 do not use 5 43 SD B 12 SD A 11 RD B 10 RD A 9 do not use SD A RD B RD A GND CTS B CTS A 5V ji I RD 7 do not use Io sp 6 do not use ii 5 Logic GND Tt SD 4 do not use O 3 do not use iL 2 dono
16. 5 PLC AVe ACAD IC rrea example device communicating ZL CMA15L shown across RS 422 connection To DLO6 PLC port 2 To D2 250 1 PLC port 2 example RS 422 connection example RS 422 connection Bad 06298622 ZO ESO CSE FRER xZOoOEG AA AAAA AMA H1 f4 12 15 7 fo 9 je ha 11 14 12 15 be l 13 15 pin L HD D sub 8 donotuse male 15 CTS AE E 4 t 4 7 Sig GND 14 CTS 4 6 RXD 13 RXD Se ee ee ee ee 3 L 14 I 5 do not use 12 RTS I E 1 I 4 do not use 11 RTS i B 1 I 3 do not use 10 TXD 1 ig I 1 2 do not use 9 TXD 1 ig l 1 do not use 1 i t I a E 1 l 4 i l rr me 1 E RXD I 1 4 1 1 a E RXD i TXD E TXD 1 E TXD i TXD I i B A Signal GND A Signal GND 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 Typical RS 422 Multi Drop Wiring Diagram using DirectLogic pin numbers to illustrate 6 18 C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples cont d DLO6 and DL205 used for illustration purposes C more DirectLOGIC Touch Panel DLO6 PLC pe example device communicating across RS 422 connection Cable Adapter 2 9 ZL CMA15L shown Es Shielded Cabl
17. ON 3 ZL CMA15L See ZL CMA15L specifications on termination resistor jumper Note Use the above wiring diagram to make your own cable We recommend Belden 9842 shielded cable or equivalent connecting more than one PLC to a panel Refer to the wiring diagram examples starting on page 6 18 if more 8 NOTE The RS 422 and RS 485 wiring diagrams shown above are not for multi drop networks involving than one PLC will be connected to a panel C more EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 13 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A cont d Productivity3000 PAC RS485 Port to EA COMCON 3 Terminal Block Adapter ai 3 Terminal Block Adapter Wiring Diagram plugs into C more 15 pin PLC Serial Comm Port SIGNAL GND TXD RXD Q H TXD RXD HQ Productivity3000 PS485 Port shield i 120 Q resistor EA COMCON 3 Note Use the above wiring diagram to make your own cable We recommend Belden 9842 shielded cable or equivalent AutomationDirect Productivity PAC Toiemore Toud Removable Connector RS 485 included with Productivity3000 CPU aol S Panel Serial Port2 TXD RXD 8 do not use Male 45 do not use TXD RXD 7 do not use 14 do not use 6 do not use 13 Termination k e m TXD RXD i TXD RXD 5 Logic GND 12 SD RS485 Ground G 4 do not use 11 SD RS485
18. PLC CoMMUNICATIONS In This Chapter Introduction 66 cents G05 4 05 06 Reed Phd ee eee a a Ea ee eed 6 2 DirectLOGIC PLCs Password Protection 0c cece cece eee e room 6 2 PLC Communication Cables amp Wiring Diagrams ooooooooo o o 6 5 PLC Communication Cables amp Wiring Diagrams 0000 e ee eee 6 6 AutomationDirect PLCs RS 232C Serial o o ooooooooooooooooooooo 6 7 AutomationDirect PLCs RS 422A RS 485A 2 0 0 0 ee eee 6 10 Direct LOGIC Universal Isolated Network Adapter p n FA ISOCON 6 16 Direct LOGIC Universal Converter p n F2 UNICON 0 020005 6 17 RS 422A RS 485A Multi Drop Wiring Diagram Examples o oooooooo o 6 18 Allen Bradley se eaea chk cee See aa ia dae eke Se Rew E 6 22 GE ode ta ate be oe elas es ee ee ee tae ees a a 6 27 GE VersaMax MICO id ae dm e Bis nis Bie aleta we Yo uta lo ta pba regi ataca dd 6 27 Mitsubishi 20 44 04c500 6406 62640 a a ata ada 6 27 OMNIA ii Aia EERE 6 29 Modicon ModBus RS 232 00 co ri re a 6 30 Modicon Micro Series o o ooooooooo eaa aa ence eee eee eee 6 30 Modicon ModBus with RJ45 o o o ooooooooooooooo ooo 6 30 SIEMENS e o oa 6 31 Chapter 6 PLC Communications BnM Introduction The C more family of touch panels is capable of communicating with a wide variety of Programmable Logic Controllers C more is capable of communicating over RS232 RS422 and RS485 serial n
19. ature Controller Productivity3000 DL05 DL06 D2 240 D3 350 DCM D4 430 D4 440 All with DCM GS Drives PLC Compatibility Table continued on the next page C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 3 Chapter 6 PLC Communications B PLC Protocol amp Cables con d Compatibility Table cont d Protocols MicroLogix 1000 1100 1200 1400 1500 SLC 5 01 02 03 PLC5 DH485 AIC AIC MicroLogix 1000 1100 1200 1400 and 1500 SLC 5 03 04 05 DF1 Half Duplex DF1 Full Duplex ControlLogix CompactLogix FlexLogix PLC 5 DF Full Duplex ControlLogix CompactLogix FlexLogix Tag Based DF1 Half Duplex DF1 Full Duplex ControlLogix CompactLogix FlexLogix Generic I O Messaging EtherNet IP Server ControlLogix CompactLogix FlexLogix Tag Based MicroLogix 1100 1400 and SLC 5 05 via native Ethernet port EtherNet IP Client MicroLogix 1000 1100 1200 1400 1500 SLC 5 03 04 05 all via ENI adapter GE 90 30 90 70 Micro 90 VersaMax Micro SNPX FX Series FX Direct Q02 Q02H QO6H Q12H Q25H Q CPU Q QnA Serial QnA Serial Q Qna Ethernet QnA Ethernet 984 CPU Quantum 113 CPU AEG Modicon Micro Series 110 CPU 311 xx 411 xx 512 xx 612 xx Modbus RTU Mitsubishi Modbus RTU
20. bles if so desired AutomationDirect PLCs RS 232C Serial EA 2CBL Productivity Series Do more CLICK and Direct Logic PLC RJ12 port To C more Touch To PLC DLO5 DLO6 DL105 DL205 DL350 DL450 H2 WINPLC Panel PLC Port Rate Port RS 232C p n EA 2CBL E RJ12 6 pin Phone Plug 6P6C 8 do not use 15 do not use 1 Sig GND A 7 do not use 14 do not use 2 do not use 6 do not use 13 do not use 3 RXD 5 Logic GND 12 do not use 4 TXD 4 do not use 11 do not use 5 do not use 123456 an 3 RXD 232C 10 do not use 6 do not use a 2 TXD 232C 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 DirectLogic PLC VGA style 15 pin HD port To C more Touch Panel Pe UI Be D2 250 D2 250 1 D2 260 DLO6 Serial Port2 RS 232C p n EA 2CBL 1 es Wiring Diagram 8 donotuse Male 45 do not use 12 RXD 8 donotuse male 45 do not use 7 Sig GND 5 14 do not use SS TXD 7 do not use 315 14 do not use 6 do not use 13 do not use SS O 6 donot use 13 do not use 5 CTS 12 do not use 5 Logic GND 12 do not use 4 RTS 11 do not use 4 do not use 11 do not use 3 RXD 10 do not use 3 RXD 232C 10 do not use 2 TXD 9 do not use 2 TXD 232C 1 9 do not use 1 5 VDC N C 0 gt 1 Frame GND HD High Density shield ra Note Use the above wiring diagram if you need to make your own cable We r
21. case A followed by seven numeric characters e g A1234567 Please refer to the specific PLC user manual for further details C more to Direct LOGIC VGA 15 pin port serial cable p n EA 2CBL 1 6 2 C mor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications PLC Protocol amp Cables Compatibility Table Protocols P3000 Serial P3000 Ethernet CLICK Modbus CLICK K Sequence DirectNET Modbus Koyo addressing HO ECOM HO ECOM100 DirectLOGIC Ethernet DL105 all K Sequence D2 230 K Sequence K Sequence DirectNET K Sequence D2 250 D2 250 1 D2 260 DirectNET Modbus Koyo addressing D2 240 D2 250 1 D2 260 DirectNET Using DCM Modbus Koyo addressing H2 ECOM H2 ECOM100 DirectLOGIC Ethernet D3 330 330P Requires the use of a Data Communications Unit DirectNE D3 340 DirectNE AutomationDirect K Sequence D3 350 DirectNET Modbus Koyo addressing DirectNET Modbus Koyo addressing K Sequence DirectNET K Sequence DirectNET K Sequence D4 450 DirectNET Modbus Koyo addressing DirectNET Modbus Koyo addressing H4 ECOM H4 ECOM100 DirectLOGIC Ethernet H2 WinPLC Think amp Do Live V5 2 or later and Studio any version Think amp Do Modbus RTU serial port H2 WinPLC Think amp Do Live V5 5 1 or later and Studio V7 2 1 or later Think amp Do Modbus TCP IP Ethernet port GS Drives Serial GS Drives TCP IP GS EDRV SOLO Temperature Controllers SOLO Temper
22. ce of the cable between 100 and 500 ohms Typic al RS 485 Multi Drop Wiring Diagram using DirectLogic pin numbers to illustrate 6 20 Cmo E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples cont d DLO6 and DL205 used for illustration purposes C more DirectLOGIC Touch Panel DLO6 PLC example device communicating across RS 422 connection Port 2 Cable Adapter ZL CMA15L shown Shielded Cable 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 C more Touch Panel example RS 485 connection o a EA COMCON 3 9 8 do not use 15 CTS mee 7 Sig GND 14 CTS 8 do not use Gal 15 do not use 6 RXD 13 RXD 7 donotuse Male 44 do not use 12 RTS 11 RTS 10 TXD 9 TXD 6 do not use 5 Logic GND 4 do not use 3 do not use 2 do not use 1 Frame GND 1 5 do not use 4 do not use 3 do not use 2 do not use 1 do not use 35 12 SD RS485 11 SD RS485 10 RD RS485 9 RD RS485 1 k 1 1 I 1 gt 5 13 Termination l 1 1 1 1 1 1 al TXD RXD TXD RXD TXD RXD X TXD RXD A Signal GND Signal GND Typical RS 485 Multi Drop Wiring Diagra
23. do not use 1 Frame GND 1 do not use 6 DSR Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable Modicon Micro Series User Constructed ig BIC AEG Modicon Micro Series To C more Touch 9 Pin Port 110 CPU 311 xx 110 CPU 411 xx 110 CPU 512 xx 110 CPU 612 xx Panel PLC Port RS 232C E 9 pin 15 pin CAER D sub o D sub female Wiring Diagram 8 donotuse male 15 do not use ia f i 7 do not use 14 do not use do not use 3 6 do not use 13 do not use 6 do not use y RXD i 15 Z D 7 do not use i 0 5 Logic GND 12 do not use 3 RXD 8 do not use gt TXD 4 do not use 11 do not use 1 4 do not use 5 3 RXD 232C 10 d t 3 9 do not use o noluse 5 Signal GND 9 gt 0 2 TXD 232C 9 do not use A 1 ad 1 gt pi 1 Frame GND Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable Modicon ModBus with RJ45 User Constructed a Modicon ModBus with RJ45 paa o RJ45 Port RS 232C i RJ45 8 pin Wiring Diagram 15 pin 1 do not use emec o D sub 2 do not use 8 donotuse male 15 do not use 3 TXD 33 RxD 25 TXD 7 do not use J15 14 do not use 5 Logic GND 6 RTS 7 CTS 8 do not use 5 Logic GND 12 do not use 4 do not use 11
24. e 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 C more Touch Panel example RS 422 connection adaddaad de o a SRR SBBEBESB EA COMCON 3 E AAAA AAA M 7 fio j Je 13 11 f4 h2 fs 5 ht dand ft Peles 8 do not use 15 cTs f O et 15 pin h T Sig GND a Ci m4 Y 8 donotuse D sub 45 do not use 1 a i aes Me SoS Spey ee ee ee ee 7 donotuse Male 44 do not use J Se hat des 1 r1s 1 E 6 donotuse 2 115 13 Termination 3 donot 10 TXD_ I ff 1 5 Logic GND 12 SD RS422 gt do E TxD i E 1 4 do not use ST 11 SD RS422 tio doinetuce 1 E 3 do not use 10 RD RS422 1 ic 1 l 1 1 2 donotuse E 9 RD RS422 1 HD High Density not 1 1 FrameGND 1 h a Soe SESS oe SS SS ES SEES RXD 1 i RXD i E ro XK X 1 TXD B TXD I l _ ee x Signal GND 1 Signal GND Termination resistors required at both ends of the network receive data signals to match the impedance e eps i ormie cabio between La bie anme Jumper pin ra El to 9 on the C more Touch Panel 15 pin connector Typi cal RS 422 M u Iti D rop Wi rl ng Diag ram cont d to place the 1200 internal resistor into the network If gt Y M the cable impedance is different then use an external using DirectLogic pin n
25. e 10 8 do not use Male 45 do not use 22 do not use RD 7 do not use 5 14 do not use 21 do not use 113 SD 6 do not use 13 Termination 20 do not use 12 5 Logic GND 12 SD RS422 19 do not use gt SD 4 do not use 11 SD RS422 18 do not use 5 gt 0 3 do not use 10 RD RS422 17 RXD 2 do not use 1 9 RD RS422 RS422 1 Frame GND 9 do not use 8 do not use 7 0V 6 do not use 5 do not use 4 do not use 3 do not use 16 ES A do mol R 15 e 1 Note The DCM modules must be set for DirectNET Slave HEX mode eoe e oaccoooooo shield RS422 Note Use the above wiring diagram to make your own cable We recommend Belden 8103 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 example on page 6 18 if more than one PLC will be connected to a panel 6 10 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A cont d To PLC 25 Pin Port d User Constructed DirectLOGIC D4 430 D4 440 D4 450 Port 1 and D3 350 Port 2 RS 422A To C more Touch Panel PLC Port E 13 do not use 12 do not use 11 CTS 10 RXD RS422 9 RXD RS422 8 do not use 7 0V
26. ecommend using 22 AWG shielded cable Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 7 Chapter 6 PLC Communications AutomationDirect PLCs RS 232C Serial cont d EA 3CBL Direct Logic PLC RJ11 port D3 340 To C more Touch To PLC RS 232C p n EA 3CBL Panel PLC Port RJ11 Port L RJ11 4 pin 15 pin Phone Plug D sub 4P4C Wiring Diagram 8 do not use male 15 do not use z zya 7 do not use 14 do not use 1 RXD 6 do not use 15 13 do not use 2 TXD 5 Logic GND 12 do not use 3 do not use i 4 do not use 11 do not use 4 Sig ground L 3 RXD 232C 10 do not use 25 a 2 TXD 232C 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 6 8 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications eS AutomationDirect PLCs RS 232C Serial cont d EA 4CBL 1 To PLC DirectLogic PLC 15 pin D sub port DL405 To C more Touch 15 Pin Port RS 232C p n EA 4CBL 1 Panel PLC Port Wiring Diagram 15 pin 15 pin D sub D sub 8 YOM Sense male 15 Logic GND online 8 donotused male 15 do not use 7 CTS 15 14 Logic GND 7 do not used 14 do not use 6 do not use 13 Logic GND GND 6 do not used o J15 13 do not use 5 do not use 12 do notuse GND 5 Logic GND 12 do not use 4 Online GND 4 do not used 11 do not use 3 RXD 232C 10 do n
27. ermination resistor is placed between the RXD and RXD terminals on the PLC side of the connection between the touch panel and PLC The Termination 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 to pin 9 RXD on the C more 15 pin PLC communications port To PLC DirectLOGIC DL 06 D2 250 D2 250 1 D2 260 all Port 2 To C more Touch 15 Pin Port RS 422A Panel PLC Port User Constructed i Wiring Diagram 13 Term 15 pin m lo D sub x gt RD 8 do not use Male 45 do not use 105 RD 7 do not use 14 do not use 8 do not use 1 Pe 7 Sig GND 15 CTS l fi 115 sp 6 do not use 13 Termination a l 5 Logic GND 12 SD RS422 6 RXD A ey 12s sD 4 do not use 11 SD RS422 5 do not use 12 BTS l 55 o 3 do not use 10 RD RS422 a pS 25 go not use LS 92 RD 85422 S a 10 TXD 1 Frame GND 1 do not use 9 TXD shield Note Use the above wiring diagram to make your own cable We recommend Belden 8103 shielded cable or equivalent pna DirectLOGIC D2 DCM D3 DCM amp D4 DCM To C more Touch RS 422A anel PLC Port _ User Constructed E Wiring Diagram j 25 do not use clea 135 Term nan 24 do not use RD al 23 do not us
28. etworks as well as Ethernet networks It communicates with all AutomationDirect PLC s utilizing various protocols C more also communicates with other brands of PLCs by their different protocols The table on the next page lists all of the various PLCs and protocols that can be configured The page after the protocol table lists the various serial communication cables that are available to purchase The rest of this chapter is devoted to show the pin to pin connections of all the available cables plus wiring diagrams that the user can refer to in order to construct their own cables along with wiring diagrams of cables that are not available for purchase To simplify RS422 RS485 wiring schemes we have included wiring diagrams showing connections for available terminal connectors such as our ZIPLink Communication Adapter Module p n ZL CMA15 used for example with our DL 06 and D2 260 PLCs and C more D Sub 15 pin to Terminal Block Adapter p n EA COMCON 3 If you have difficulty determining whether the particular PLC and or protocol you are using will work with the C more series of touch panels please contact our technical support group at 770 844 4200 DirectLOGIC PLCs Password Protection NOTE Many 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
29. ications Allen Bradley cont d EA DH485 CBL Allen Bradley SLC500 5 01 02 03 DH 485 To C more Touch To AB SLC500 Point to Point Panel PLC Port DAAGS Pori RS 485A p n EA DH485 CBL Wiring Diagram RJ45 8 pin Phone Plug 15 pin 1 TXD RXD 8P8C D sub 2 TXD RXD TXDIRXD lt 1 8 donotuse male 15 do not use 3 do not use gt X 7 do not use 14 do not use 4 Signal GND TXD RXD 6 LE 915 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 10 RD RS485 8 do not use i 2 donotuse 9 RD RS485 1 Frame GND 12345678 a a Note The LE signal is wired in the cable ae as shown but not required for point to point communications Note Use the above wiring diagram if you need to make your own cable We recommend Belden 9842 shielded cable or equivalent Allen Bradley SLC500 5 01 02 03 DH 485 AIC to Multiple C more Touch Panels RS 485A using C more cable p n EA DH485 CBL Allen Bradley DH 485 Link SLC 500 Modular See manufacturer s litature for details PLC Controller 2 a amp ES Peripheral eco Channel 1 must be set to DH485 1747 AIC 1747 AIC Link Coupler Link Coupler AB 1747 C11A Touch Panel i Touch Panel C more C more EA DH485 CBL EA DH485 CBL Cable Cable Note The above diagram shows c
30. lti drop networks involving connecting more than one PLC to a panel Refer to the wiring diagram example on page 6 18 if more than one PLC will be connected to a panel 6 12 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A cont d Direct LOGIC ZIPLink ZL CMA15L Adapter Module to EA COMCON 3 Terminal Block Adapter RS 485A PLC D2 260 or DLO6 only Port 2 Terminal Block Adapter RS 232 RXD plugs into C more 15 pin ES s PLC Serial Comm Port RS 232 TXD Wiring Diagram 5V 69 SIGNAL GND R GND RS 422 485 RX 8 E eR RD RS 422 485 TX R SD RS 422 485 RX 69 p e R SD SEU aks Fatale 3 rs 422485 a RD shield __ TERM EA COMCON 3 See ZL CMA15L specifications on ZL CMA15L termination resistor jumper Note Use the above wiring diagram to make your own cable We recommend Belden 8103 shielded cable or equivalent 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 Terminal Block Adapter RS 232 RXD plugs into C more 15 pin Les PLC Serial Comm Port RS 232 TXD Wiring Diagram TERMINATE 5V SIGNAL GND 3 ZL CMA15L ee RS 422 485 RX m RS 422 485 RX RS 422 485 TX 9 RS 422 485 TX 8 Orx Om shield TERM EA COMC
31. m cont d using DirectLogic pin numbers to illustrate 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 13 to 9 on the C more touch panel 15 pin connector to place the 1200 internal resistor into the network If the cable impedance is different then use an external resistor matched to the cable impedance Cmor E FA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 21 Chapter 6 PLC Communications Allen Bradley EA MLOGIX CBL Allen Bradley MicroLogix 1000 1 100 1200 1400 1500 To C more Touch RS 232C p n EA MLOGIX CBL Panel PLC Port To AB MicroLogix RS 232 communication channel E 15 pin _ Mini Din N f D sub 1 do not use 8 pin Male Wiring Diagram 8 donotuse male 15 do not use 2 Sig GND 7 do not use 14 do not use 3 do not use z 6 do not use 4 RXD j 5 Logic GND 12 do not use 5 do not use 4 do not use 11 do not use 6 do notuse 35 L 3 RXD 232C 10 do not use 7 TXD DIA Nonstandard 2 TXD 232C 9 do not use 8 do not use 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 Allen Bradley SLC 5 03 04 05 ControlLogix CompactLogix To C more Touch FlexLogix MicroLogix DF1 RS 232C p n EA SLC 232 CBL Panel PLC Port 9 pin D sub aa s female Wiring Diagram 8
32. onnecting multiple C more touch 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 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 23 Chapter 6 PLC Communications Allen Bradley cont d Allen Bradley SLC500 5 03 DH 485 AIC to Multiple C more Touch Panels using C more cables p n EA MLOGIX CBL EA SLC 232 CBL Allen Bradley SLC 5 03 Modular PLC Controller O Channel 0 must be op set to DH485 AB 1747 CP3 RS 232 Cable See manufacturer s litature for details AB 1761 NET AIC AIC Advanced Interface Converter C more Touch Panel EA MLOGIX CBL Cable AB 1761 NET AIC AIC Advanced Interface Converter C more EA MLOGIX CBL Cable To additional C more Touch Panel Touch Panel C more EA SLC 232 CBL Cable Note The above diagram shows connecting multiple C more touch 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 MircroLogix driver in the C more Programming Software when starting the project Also set the AB channel configuration for DH485 6 24 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14
33. ot use 3 RXD 232C 10 do not use 2 TXD 232C 9 do not use YOP 2 TXD 232C 4 9 do not use 1 YOP Sense 1 CTS 1 Frame GND See PLC user manual YOM for pin out details Note Use the above wiring diagram if you need to make your own cable We recommend using 22 AWG shielded cable EA 4CBL 2 seo ee DirectLogic PLC 25 pin D sub port To C more Touch DL405 D3 350 DL305 DCU and all DCMs Panel PLC Port RS 232C p n EA 4CBL 2 25 pin Wiring Diagram 15 pin D sub D sub 13 donotuse male 25 do not use RXD 8 donotuse male 15 do not use 12 do not use 25 24 do not use 2 7 do not use 14 do not use 11 do not use 23 do not use TAB 6 do not use o 15 43 do not use 19 de ao use 22 do not use 5 Logic GND 42 do not use 40 e ss 21 do not use 4 do not use 11 do not use 20 do not use 3 RXD 232C 10 do not use 7 Signal GND 6 do not use 19 do not use 2 TXD 232C 4 9 do not use 5 CTS 18 do not use 1 Frame GND 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 000000000000 Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 6 9 Chapter 6 PLC Communications AutomationDirect PLCs RS 422A RS 485A When using the RS 422A RS 485A capabilities of the C more PLC communications port the t
34. tuse 1 al 1 Frame GND e Jl l r wasy 14 do not use 13 Termination 12 SD RS422 11 SD RS422 10 RD RS422 9 RD RS422 o 15 o Note Use the above wiring diagram if you need to make your own cable We recommend Belden 8103 shielded cable or equivalent GE VersaMax Micro User Constructed To PLC RJ45 Port 1 GE VersaMax Micro Port 1 RS 232C To C more Touch Panel PLC Port AID RJ45 8 pin Phone Plug 8P8C 87654321 Wiring Diagram U 15 pin D sub 8 do not use 3 gt RxD 7 do not use 12 gt Txp 6 donot use le 5 Logic GND gt 0 shield 4 do not use TE 1s 77 3 RXD 232C 2 TXD 232C 1 1 Frame GND male 15 do not use 315 14 do not use 13 do not use 12 do not use 11 do not use 10 do not use 9 do not use Note Use the above wiring diagram to make your own cable We recommend using 22 AWG shielded cable EA MITSU CBL Mitsubishi To PLC 25 Pin Port Mitsubishi FX Series 25 pin D sub port RS 422A p n EA MITSU CBL 25 pin D sub 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 Signal GND 3 SD RS422 2 RD RS422 y 1 do not use ma SD SD RD RD GND GND le 25 do not use 25 24 do not use 23 do not use 22 do not use 21 do not use 20 do
35. umbers to illustrate resistor matched to the cable impedance Cmor E EA USER M Hardware User Manual 2nd Ed Rev G 08 14 l 6 19 Chapter 6 PLC Communications RS 422A RS 485A Multi Drop Wiring Diagram Examples contd DLO6 and DL205 used for illustration purposes DirectLOGIC DLO6 PLC example device communicating across RS 422 connection Slave DirectL DL205 PLC example device communicating across RS 422 connection Cable Adapter ZL CMA15L shown Shielded Cable When connecting to a DirectLogic PLC Cable Adapter use connector ZL CMA15L or ZL CMA15 Earl ZL CMA15L shown Ee 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 example RS 485 connection example RS 485 connection agg hhe ado adgg6h Gb odd Sr BEF OeS SL F BE HO eS M f f UN f f AAA 7 6 fo fia o f1 f4 f2 15 1 O AAA 15 pin 8 do not use 15 CTS 14 CTS 6 RXD 5 do not use 4 do not use lo not use do not use 1 do not use 13 RXD 12 RTS 11 RTS 10 TXD 9 TXD hi l 1 i 7 Sig GND z 1 l 1 l 1 l 1 l i TXD RXD TXD RXD x TXD RXD X TXD RXD Signal GND Signal GND Termination resistors required at both ends of the network to match the impedan
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