Connection Parameters Needed for HMI/cMT Products to Communicate with Opto22 MMIO Protocol (Ethernet) using EBPro (EasyBuilder Pro)

Introduction

All Maple Systems HMIs programmed with EBPro (EasyBuilder Pro), including every cMT X Series and cMT Series model, are compatible with Opto22 MMIO Protocol (Ethernet). Configure your Controller and HMI/cMT with the following parameters to establish reliable communication.

Supported Series: OPTO22 SNAP PAC System

Website: www.opto22.com

HMI Settings

Parameters	Recommended	Options	Notes
PLC type	OPTO22 MMIO Protocol (Ethernet)
PLC I/F	Ethernet
Port no.	2001
On-line simulator	Yes
Multi-HMI connect	Yes

Device Address

Bit/Word	Device Type	Format	Range	Memo
B	`STATE`	DD	0 ~ 63	Read / Write
B	`ONLATCH`	DD	0 ~ 63	Read
B	`OFFLATCH`	DD	0 ~ 63	Read
B	`ACTIVECOUNTER`	DD	0 ~ 63	Read / Write
B	`ONLATCH_READCLEAR`	DD	0 ~ 63	Read
B	`OFFLATCH_READCLEAR`	DD	0 ~ 63	Read
B	`HDD_STATE`	DDdd	0 ~ 1531	Read / Write
B	`HDD_ONLATCH`	DDdd	0 ~ 1531	Read
B	`HDD_OFFLATCH`	DDdd	0 ~ 1531	Read
B	`HDD_ONLATCH_CLEAR`	DDdd	0 ~ 1531	Write
B	`HDD_OFFLATCH_CLEAR`	DDdd	0 ~ 1531	Write
B	`ALARM_HI_STATE`	DD	0 ~ 63	Read
B	`ALARM_HI_ENABLE`	DD	0 ~ 63	Read / Write
B	`ALARM_LO_STATE`	DD	0 ~ 63	Read
B	`ALARM_LO_ENABLE`	DD	0 ~ 63	Read / Write
B	`SP_BIT`	DD	0 ~ 63	Read / Write
DW	`EU`	DD	0 ~ 63	Read / Write
DW	`COUNTS`	DD	0 ~ 63	Read / Write
DW	`MIN`	DD	0 ~ 63	Read
DW	`MAX`	DD	0 ~ 63	Read
DW	`MIN_READCLEAR`	DD	0 ~ 63	Read
DW	`MAX_READCLEAR`	DD	0 ~ 63	Read
DW	`EU_4096`	DDDD	0 ~ 4095	Read / Write
DW	`COUNTS_4096`	DDDD	0 ~ 4095	Read / Write
DW	`MIN_4096`	DDDD	0 ~ 4095	Read
DW	`MAX_4096`	DDDD	0 ~ 4095	Read
DW	`MIN_READCLEAR_4096`	DDDD	0 ~ 4095	Read
DW	`MAX_READCLEAR_4096`	DDDD	0 ~ 4095	Read
DW	`COUNTERDATA`	DD	0 ~ 63	Read
DW	`COUNTERDATA_READCLEAR`	DD	0 ~ 63	Read
DW	`HDD_COUNTER`	DDdd	0 ~ 1531	Read
DW	`HDD_COUNTER_READCLEAR`	DDdd	0 ~ 1531	Read
DW	`HDD_BANK_STATE`	DD	0 ~ 15	Read / Write
DW	`HDD_BANK_ONLATCH`	DD	0 ~ 15	Read
DW	`HDD_BANK_OFFLATCH`	DD	0 ~ 15	Read
DW	`HDD_BANK_ONLATCH_CLEAR`	DD	0 ~ 15	Write
DW	`HDD_BANK_OFFLATCH_CLEAR`	DD	0 ~ 15	Write
DW	`MODULETYPE`	DD	0 ~ 63	Read
DW	`POINTTYPE`	DD	0 ~ 63	Read / Write
DW	`FEATURE`	DD	0 ~ 63	Read / Write
DW	`OFFSET`	DD	0 ~ 63	Read / Write
DW	`GAIN`	DD	0 ~ 63	Read / Write
DW	`HISCALE`	DD	0 ~ 63	Read / Write
DW	`LOSCALE`	DD	0 ~ 63	Read / Write
DW	`MODULETYPE_4096`	DDDD	0 ~ 4095	Read
DW	`POINTTYPE_4096`	DDDD	0 ~ 4095	Read / Write
DW	`FEATURE_4096`	DDDD	0 ~ 4095	Read / Write
DW	`OFFSET_4096`	DDDD	0 ~ 4095	Read / Write
DW	`GAIN_4096`	DDDD	0 ~ 4095	Read / Write
DW	`HISCALE_4096`	DDDD	0 ~ 4095	Read / Write
DW	`LOSCALE_4096`	DDDD	0 ~ 4095	Read / Write
DW	`ALARM_HI_SETPOINT`	DD	0 ~ 63	Read / Write
DW	`ALARM_HI_DEADBAND`	DD	0 ~ 63	Read / Write
DW	`ALARM_LO_SETPOINT`	DD	0 ~ 63	Read / Write
DW	`ALARM_LO_DEADBAND`	DD	0 ~ 63	Read / Write
DW	`SP_INTEGER`	DDDDD	0 ~ 10239	Read / Write
DW	`SP_FLOAT`	DDDDD	0 ~ 10239	Read / Write
W	`SP_STRING`	DDDD	0 ~ 6300	Read / Write
DW	`PID_CV_IN`	DDD	0 ~ 127	Read
DW	`PID_CV_SP`	DDD	0 ~ 127	Read
DW	`PID_CV_OUT`	DDD	0 ~ 127	Read / Write
DW	`PID_CV_FF`	DDD	0 ~ 127	Read / Write
DW	`PID_CV_ERROR`	DDD	0 ~ 127	Read
DW	`PID_CV_P`	DDD	0 ~ 127	Read
DW	`PID_CV_I`	DDD	0 ~ 127	Read
DW	`PID_CV_D`	DDD	0 ~ 127	Read
DW	`PID_CV_INTEGRAL`	DDD	0 ~ 127	Read
DW	`PID_LSV_IN`	DDD	0 ~ 127	Read / Write
DW	`PID_LSV_SP`	DDD	0 ~ 127	Read / Write
DW	`PID_STATUS`	DDD	0 ~ 127	Read / Write
DW	`PID_STATUS_ON`	DDD	0 ~ 127	Read / Write
DW	`PID_STATUS_OFF`	DDD	0 ~ 127	Read / Write
DW	`PID_TUNE_P`	DDD	0 ~ 127	Read / Write
DW	`PID_TUNE_I`	DDD	0 ~ 127	Read / Write
DW	`PID_TUNE_D`	DDD	0 ~ 127	Read / Write
DW	`PID_TUNE_FF`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MAX_OUT`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MIN_OUT`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_SCAN_TIME`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_LOW_RANGE`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_HI_RANGE`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_ALG`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MAN_MODE`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_FLAGS`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_FLAGS_ON`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_FLAGS_OFF`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MM_IN`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MM_SP`	DDD	0 ~ 127	Read / Write
DW	`PID_CFG_MM_OUT`	DDD	0 ~ 127	Read / Write
DW	`PID_SCALE_IN_LOW`	DDD	0 ~ 127	Read / Write
DW	`PID_SCALE_IN_HI`	DDD	0 ~ 127	Read / Write
DW	`PID_SCALE_OUT_LOW`	DDD	0 ~ 127	Read / Write
DW	`PID_SCALE_OUT_HI`	DDD	0 ~ 127	Read / Write
DW	`PID_SCAN_COUNTER`	DDD	0 ~ 127	Read / Write

Wiring Diagram

The diagram below shows the Ethernet cable wiring.