Connection Parameters Needed for HMI/cMT Products to Communicate with Control Technology 2500 Series (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 Control Technology 2500 Series (Ethernet). Configure your Controller and HMI/cMT with the following parameters to establish reliable communication.

Supported Series: CTI 2500 Series PLCs (Classic and Compact): C100, C200, C300 and C400

Website: http://www.controltechnology.com/

HMI Setting

Parameters	Recommended	Options	Notes
PLC type	Control Technology 2500 Series (Ethernet)
PLC I/F	Ethernet
Port no.	1505
PLC sta. no.	1

Device Address

Bit/Word	Device type	Format	Range	Memo
B	`CR`	DDDDD	1 ~ 65536	Internal Relay
B	`X`	DDDDD	1 ~ 65536	Discrete Input Coils
B	`Y`	DDDDD	1 ~ 65536	Discrete Output Coils
B	`V_Bit`	DDDDDdd	101 ~ 6553616	User Data Register Bits
B	`K_Bit`	DDDDDdd	101 ~ 6553616
B	`ACF_Bit`	DDDDDdd	101 ~ 6553616
B	`AVF_Bit`	DDDDDdd	101 ~ 6553616
B	`LCF_Bit`	DDDDDdd	101 ~ 6553616
B	`LRSF_Bit`	DDDDDdd	101 ~ 6553616
B	`LVF_Bit`	DDDDDdd	101 ~ 6553616
W	`V`	DDDDD	1 ~ 65536	User Data Registers
DW	`VD`	DDDDD	1 ~ 65536	User Data Registers (32bit)
W	`STW`	DDDDD	1 ~ 65536	Status Word Registers
W	`TCP`	DDDDD	1 ~ 65536	Timer/Counter Preset
W	`TCC`	DDDDD	1 ~ 65536	Timer/Counter Current
W	`WX`	DDDDD	1 ~ 65536	Word Discrete Inputs
W	`WY`	DDDDD	1 ~ 65536	Word Discrete Outputs
W	`K`	DDDDD	1 ~ 65536
DW	`K_DWord`	DDDDD	1 ~ 65536
W	`DSP`	DDDDD	1 ~ 32720
W	`DSC`	DDDDD	1 ~ 32720
W	`DCP`	DDDDDDD	101 ~ 3272016
DW	`DCC`	DDDDD	1 ~ 32720
DW	`ACF`	DDDDD	1 ~ 65536
W	`AACK`	DDDDD	1 ~ 65536
Float	`AADB`	DDDDD	1 ~ 65535
W	`ACFH`	DDDDD	1 ~ 65536
W	`ACFL`	DDDDD	1 ~ 65536
Float	`AERR`	DDDDD	1 ~ 65535
Float	`AHA`	DDDDD	1 ~ 65535
Float	`AHHA`	DDDDD	1 ~ 65535
Float	`ALA`	DDDDD	1 ~ 65535
Float	`ALLA`	DDDDD	1 ~ 65535
Float	`AODA`	DDDDD	1 ~ 65535
Float	`APV`	DDDDD	1 ~ 65535
Float	`APVH`	DDDDD	1 ~ 65535
Float	`ARCA`	DDDDD	1 ~ 65535
Float	`ASP`	DDDDD	1 ~ 65535
Float	`ASPH`	DDDDD	1 ~ 65535
Float	`ASPL`	DDDDD	1 ~ 65535
Float	`ATS`	DDDDD	1 ~ 65535
W	`AVF`	DDDDD	1 ~ 65536
Float	`AYDA`	DDDDD	1 ~ 65535
W	`AHAR`	DDDDD	1 ~ 65536
W	`ALAR`	DDDDD	1 ~ 65536
W	`APVR`	DDDDD	1 ~ 65536
W	`AODAR`	DDDDD	1 ~ 65536
W	`AYDAR`	DDDDD	1 ~ 65536
W	`ASPR`	DDDDD	1 ~ 65536
W	`ADBR`	DDDDD	1 ~ 65536
W	`AERRR`	DDDDD	1 ~ 65536
W	`AHHAR`	DDDDD	1 ~ 65536
W	`ALLAR`	DDDDD	1 ~ 65536
W	`ASPLR`	DDDDD	1 ~ 65536
W	`ASPHR`	DDDDD	1 ~ 65536
DW	`LCF`	DDDDD	1 ~ 65535
W	`LACK`	DDDDD	1 ~ 65536
Float	`LADB`	DDDDD	1 ~ 65535
W	`LCFH`	DDDDD	1 ~ 65536
W	`LCFL`	DDDDD	1 ~ 65536
Float	`LERR`	DDDDD	1 ~ 65535
Float	`LHA`	DDDDD	1 ~ 65535
Float	`LHHA`	DDDDD	1 ~ 65535
Float	`LKC`	DDDDD	1 ~ 65535
Float	`LKD`	DDDDD	1 ~ 65535
Float	`LLA`	DDDDD	1 ~ 65535
Float	`LLLA`	DDDDD	1 ~ 65535
Float	`LMN`	DDDDD	1 ~ 65535
Float	`LMX`	DDDDD	1 ~ 65535
Float	`LODA`	DDDDD	1 ~ 65535
Float	`LPV`	DDDDD	1 ~ 65535
Float	`LPVH`	DDDDD	1 ~ 65535
Float	`LPVL`	DDDDD	1 ~ 65535
Float	`LRCA`	DDDDD	1 ~ 65535
W	`LRSF`	DDDDD	1 ~ 65536
W	`LRSN`	DDDDD	1 ~ 65536
Float	`LSP`	DDDDD	1 ~ 65535
Float	`LSPH`	DDDDD	1 ~ 65535
Float	`LSPL`	DDDDD	1 ~ 65535
Float	`LTD`	DDDDD	1 ~ 65535
Float	`LTI`	DDDDD	1 ~ 65535
Float	`LTS`	DDDDD	1 ~ 65535
W	`LVF`	DDDDD	1 ~ 65536
Float	`LYDA`	DDDDD	1 ~ 65535
W	`LHAR`	DDDDD	1 ~ 65536
W	`LLAR`	DDDDD	1 ~ 65536
W	`LPVR`	DDDDD	1 ~ 65536
W	`LODAR`	DDDDD	1 ~ 65536
W	`LYDAR`	DDDDD	1 ~ 65536
W	`LMNR`	DDDDD	1 ~ 65536
W	`LSPR`	DDDDD	1 ~ 65536
W	`LERRR`	DDDDD	1 ~ 65536
W	`LHHAR`	DDDDD	1 ~ 65536
W	`LLLAR`	DDDDD	1 ~ 65536
W	`LADBR`	DDDDD	1 ~ 65536
W	`LMXR`	DDDDD	1 ~ 65536
W	`LSPLR`	DDDDD	1 ~ 65536
W	`LSPHR`	DDDDD	1 ~ 65536

NOTE: Because VD (double word) will do high and low word conversion, avoid mixing V and VD when performing data transfer and macro.

Wiring Diagram

The diagram below shows the Ethernet cable wiring.