Device Communication Description

CIMON’s HMIs can connect with PLCs and other HMIs to display relevant information for the project. HMIs can connect with other devices via ethernet and USB mini as well. With these tools, users can display information from HMIs and other PLCs to help display a project more efficiently and easier to read than from reading from a PLC.

Designer Functionalities

I/O Device Editor

To access I/O Device Editor, go to Tools > I/O Device Editor, or click on the Open I/O Device Editor… on the toolbar to open it. To create a new device, click the + icon to open the Add New I/O Device screen. Users can select the ethernet or serial Connection Type for that specific device. Users can also set the Device Type, which will open a dropdown of specific devices that Canvas supports connecting to. Once selected, the I/O Device will be created with default settings.

Go to I/O Device Editor Appendix

Ethernet Device

Ethernet devices are used when the connection to another device is via an Ethernet connection. Users must input the IP of the device they are connecting to, the Ethernet Type, and the Port. Depending on the selected protocol, users can also set the PLC Type. Users can also select the String Encoding and the String Encoding Method. Users can also change settings such as the Timeout time and the Retry Count. Users will also be able to change the name of the Device and the Protocol of the device as well. Users can use a different protocol to suit the use case of a specific project; the available protocols are listed below.

Go to I/O Device Editor - Ethernet Device Appendix

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Canvas supports Allen-Bradleys Ethernet/IP as a way to connect with other devices that support this protocol. Users will be able to select an Allen Bradley PLC Type, the Message Type, and also, if the Message Type allows, a toggle to Use Multiple Service.

ControlLogix/CompactLogix SLC Mapping

Address Structure: [Symbol][File No.]:[Element No.]/[Bit No.]

Name	Symbol	Digital	Analog
BOOL (BOOL)	B	B0:0/0 - B999:999/31	B3:0 - B3:255
INT (WORD)	N	N0:0/0 - N999:999/15	N7:0 - N7:255
REAL (FLOAT)	F	F0:0/0 - F999:999/31	F8:0 - F8:255

Based on the file type, element no. 256 is not supported. Error code from PLC will be received when unsupported settings are downloaded. Change the PLC settings in this case.
Only the device has Word Tag.
The BOOL and REAL devices can be used for digital or 32-bit analog tags.

MicroLogix

PCCC Mapping

Address Structure: [Symbol][File No.]:[Element No.]/[Bit No.]

Memory Area	Symbol	Analog	Digital	Address Notation	Access
Output	O	O:0.0 - O:0.30	O:0.0/0 - O:0.30/15	Decimal	R/W
Input	I	I:1.0 - I:1.30	I:1.0/0 - I:1.30/15	Decimal	R
Binary	B	B3:0 - B3:255	B3:0/0 - B3:255/15	Decimal	R/W
Integer	N	N7:0 - N7:255	N7:0/0 - N7:255/15	Decimal	R/W
Float	F	F8:0 - F8:255	-	Decimal	R/W
Status	S	S:0 - S:163	S:0/0 - S:163/15	Decimal	R

Supported Symbols

MicroLogix

Name	Symbol	Bit Range	Word Range

Name	Symbol	Bit Range	Word Range
Output	O	O:0.0/0 – O:30.255/15	O:0.0 – O:30.255
Input	I	I:0.0/0 – I:30.255/15	I:0.0 – I:30.255
Status	S	S:0/0 – S:163/15	S:0 – S:163
Binary	B	B3:0/0 – B3:255/15 B9:0/0 – B255:255/15	B3:0/0 – B3:255/15 B9:0/0 – B255:255/15
Integer	N	N7:0/0 – N7:255/15 N9:0/0 – N255:255/15	N7:0 – N7:255 N9:0 – N255:255
Float	F	-	F8:0 – F255:255 Registration is allowed in Float only.
Long	L	-	L9:0 – L255:255 Registration is allowed in UINT32, INT32 only.
String	ST	-	ST9:0 – ST255:255
Timer	T	T4:0.0/0 – T4:255.2/15 T9:0.0/0 – T255:255.2/15 Txx:nn.0/15 = Enable(EN) Txx:nn.0/14 = Timer Timing(TT) Txx:nn.0/13 = Done(DN)	T4:0.0 – T4:255.2 T9:0.0 – T255:255.2 Txx:nn.1 = Preset Value(PRE) Txx:nn.2 = Accumulated Value(ACC)
Counter	C	C5:0.0/0 – C5:255.2/15 C9:0.0/0 – C255:255.2/15 Cxx:nn.0/15 = Count up enable(CU) Cxx:nn.0/14 = Count down enable(CD) Cxx:nn.0/13 = Done(DN) Cxx:nn.0/12 = Overflow(OV) Cxx:nn.0/11 = Underflowt(UN) Cxx:nn.0/10 = Update Accumulator(UA)	C5:0.0 – C5:255.2 C9:0.0 – C255:255.2 Cxx:nn.1 = Preset (PRE) Cxx:nn.2 = Accumulated Value(ACC)
Control	R	R6:0.0/0 – C6:255.2/15 R9:0.0/0 – R255:255.2/15 Rxx:nn.0/15 = Enable(EN) Rxx:nn.0/14 =Update Enable(EU) Rxx:nn.0/13 = Done(DN) Rxx:nn.0/12 = Stack Empty(EM) Rxx:nn.0/11 = Error(ER) Rxx:nn.0/10 = Upload(UL) Rxx:nn.0/9 = Inhibit(IN) Rxx:nn.0/8 = Found(FD)	R6:0.0 – R6:255.2 R9:0.0 – R255:255.2 Rxx:nn.1 = Length value Rxx:nn.2 = position value

Communication Cable Wiring

This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as shown below.

RJ45 Connector	RJ45 Jack

Direct Cable: Host ↔︎ HUB

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Orange/White	1
	2	Orange	Orange	2
	3	Green/White	Green/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Green	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Crossover Cable: Host ↔︎ Host

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Green/White	1
	2	Orange	Green	2
	3	Green/White	Orange/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Orange	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

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CIMON PLC (HMI Protocol) is the default protocol for Canvas. This protocol is the basic HMI protocol to connect with other CIMON devices. Users can select the CIMON PLC Type that they are working with. There are no additional options for any of the CIMON PLCs; the settings will remain the same across all CIMON PLCs.

CIMON PLC connections with ethernet will require a UDP Ethernet type to function properly.

All CIMON PLCs

Address Structure: [Device][Element No.]

Name	Symbol	Digital	Analog
BOOL (BOOL)	M	M0000 - M999F	M0000 - M9990
INT (WORD)	D	D00000.0 - D31999.F*	D00000 - D31999

*All CIMON CPUs support reading D bits; however, the CM1-UPnF and PLC-S Pro only support writing to D bits.

Supported Devices

Area	Device	Bit Range	Word Range	Access

Area	Device	Bit Range	Word Range	Access
Input	X	X0000 - X511F	X0000 - X5110	R/W
Output	Y	Y0000 - Y511F	Y0000 - Y5110	R/W
Binary	M	M0000 - M999F	M0000 - M9990	R/W
Binary	L	L0000 - L999F	L0000 - L9990	R/W
Non-Volatile Binary	K	K0000 - K999F	K0000 - K9990	R/W
Status	F	F0000 - F127F	F0000 - F1270	R
Timer	T	T0000 - T4095	-	R/W
Counter	C	C0000 - C4095	-	R/W
Control	S	S00 - S99	-
Integer	D	-	D00000 - D31999	R/W
Index	R	-	-	-
Timer - Current Count	TC	-	TC0000 - TC4099	R/W
Timer - Timer Set	TS	-	TS0000 - TS4099	R/W
Counter - Current Count	CC	-	CC0000 - CC4099	R/W
Counter - Count Set	CS	-	CS0000 - CS4099	R/W
Integer	Z	-	Z0000 - Z1023

Communication Cable Wiring

This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as shown below.

RJ45 Connector	RJ45 Jack

Direct Cable: Host ↔︎ HUB

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Orange/White	1
	2	Orange	Orange	2
	3	Green/White	Green/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Green	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Crossover Cable: Host ↔︎ Host

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Green/White	1
	2	Orange	Green	2
	3	Green/White	Orange/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Orange	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Canvas supports Fatek FBS as a way to connect with other devices that support this protocol. This protocol will work in conjunction with any Fatek PLCs. There are no specific settings that this option will bring up if selected.

Supported Symbols

Area	Symbol	Bit Range	Word Range (16-bit)	Word Range (32-bit)	Access

Area	Symbol	Bit Range	Word Range (16-bit)	Word Range (32-bit)	Access
Input	X, WX, DWX	X0000 - X9999	WX0000 - WX9984	DWX0000 - DWX9968	R
Output	Y, WY, DWY	Y0000 - Y9999	WY0000 - WY9984	DWY0000 - DWY9968	R/W
Binary	M, WM, DWM	M0000 - M9999	WM0000 - WM9984	DWM0000 - DWM9968	R/W
Timer	T, WT, DWT	T0000 - T9999	WT0000 - WT9984	DWT0000 - DWT9968	R/W
Control	S, WS, DWS	S0000 - S9999	WS0000 - WS9984	DWS0000 - DWS9968	R/W
Timer Register	RT, DRT	-	RT0000 - RT9999	DRT0000 - DRT9998	R/W
Counter Register	RC, DRC	-	RC0000 - RC9999	DRC0000 - DRC9998	R/W
Control	R, DR	-	R00000 - R65535	DR00000 - DR65534	R/W
Data Register	D, DD	-	D00000 - D65535	DD00000 - DD65534	R/W
File Register	F, DF	-	F00000 - F65535	DF00000 - DF65534	R/W

Communication Cable Wiring

This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as shown below.

RJ45 Connector	RJ45 Jack

Direct Cable: Host ↔︎ HUB

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Orange/White	1
	2	Orange	Orange	2
	3	Green/White	Green/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Green	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Crossover Cable: Host ↔︎ Host

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Green/White	1
	2	Orange	Green	2
	3	Green/White	Orange/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Orange	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Canvas supports LSIS FEnet as a way to connect with other devices that support this protocol. Users can select an LSIS PLC Type within the settings to suit specific configurations better.

Supported Symbols

**XGK (XGK-CPU* / XBM / XBC)**

Name	Symbol	Bit Range	Word Range	Access

Name	Symbol	Bit Range	Word Range	Access
Input/Output	P	P00000 - P2047F	P0000 - P2047	R/W
Binary	M	M00000 - M2047F	M0000 - M2047	R/W
Binary	L	L000000 - L11263F	L00000 - L11263	R/W
Non-Volatile Binary	K	K00000 - K4095F	K0000 - K4095	R/W If the CPU is XGK, the bit range is "K00000 - K2047F" and the word range is "K0000 - K2047".
Status	F	F00000 - F2047F	F0000 - F2047	R
Timer	T	T0000 - T2047	-	R/W
Counter	C	C0000 - C2047	-	R/W
Control	S	-	-	-
Integer	D	-	D00000 - D32767	R/W
Index	R	-	R00000 - R32767	R/W XBM does not support the R and ZR. XBC supports only R. (R and ZR are the same device in the XBC.)
Index	ZR	-	ZR00000 - ZR65535	R/W XBM does not support the R and ZR. XBC supports only R. (R and ZR are the same device in the XBC.)
Timer - Current Count	T	-	T0000 - T2047	R/W
Counter - Current Count	C	-	C0000 - C2047	R/W
Comm. Data Register	N	-	N00000 - N21503	R/W
Integer	Z	-	Z000 - Z127	R/W

XGK (XGK-CPUSN / XGK-CPUHN / XGK-CPUUN)

Name	Symbol	Bit Range	Word Range	Access

Name	Symbol	Bit Range	Word Range	Access
Input/Output	P	P00000 - P4095F	P0000 - P4095	R/W
Binary	M	M00000 - M4095F	M0000 - M4095	R/W
Binary	L	L000000 - L11263F	L00000 - L11263	R/W
Non-Volatile Binary	K	K00000 - K4095F	K0000 - K4095	R/W
Status	F	F00000 - F4095F	F0000 - F4095	R
Timer	T	T0000 - T8191	-	R/W
Counter	C	C0000 - C4095	-	R/W
Control	S	-	S000 - S255	R/W
Integer	D	-	D000000 - D524287	R/W If the CPU is XGK-CPUSN, the word range is "D000000 - D262143".
Index	R	-	R00000 - R32767	R/W
Index	ZR	-	ZR000000 - ZR524287	R/W
Timer - Current Count	T	-	T0000 - T8191	R/W
Counter - Current Count	C	-	C0000 - C4095	R/W
Comm. Data Register	N	-	N00000 - N21503	R/W
Integer	Z	-	Z000 - Z255	R/W
Special Module Register	U	-	U00.00 - U7F.31	R/W If the CPU is XGK-CPUSN, the word range is "U00.00 - U3F.31".

XGI

Name	Symbol	Bit Range	Byte Range	Word Range	DWord Range	QWord Range	Access

Name	Symbol	Bit Range	Byte Range	Word Range	DWord Range	QWord Range	Access
Input Points	I	%IX000.00.00 - %IX127.15.63	%IB000.00.0 - %IB127.15.7	%IW000.00.0 - %IW127.15.3	%ID000.00.0 - %ID127.15.1	%IL000.00.0 - %IL127.15.0	R/W
Output Points	Q	%QX000.00.00 - %QX127.15.63	%QB000.00.00 - %QB127.15.7	%QW000.00.00 - %QW127.15.3	%QD000.00.0 - %QD127.15.1	%QL000.00.0 - %QL127.15.0	R/W
Automatic Variable	A	%AX0000000 - %AX8388607	%AB0000000 - %AB1048575	%AW000000 - %AW524287	%AD000000 - %AD262143	%AL000000 - %AL131071	R/W
Direct Variable	M	%MX0000000 - %MX4194303	%MB0000000 - %MB524287	%MW000000 - %MW262143	%MD000000 - %MD131071	%ML00000 - %ML65535	R/W
Direct Variable	R	%RX0000000 - %RX524287	%RB00000 - %RB65535	%RW00000 - %RW32767	%RD00000 - %RW16383	%RL0000 - %RL8191	R/W
Direct Variable	W	%WX0000000 - %WX8388607	%WB0000000 - %WB1048575	%WW000000 - %WW524287	%WD000000 - %WD262143	%WL000000 - %WL131071	R/W
System Flag	F	%FX00000 - %FX65535	%FB0000 - %FB8191	%FW0000 - %FW4095	%FD0000 - %FD2047	%FL0000 - %FL1023	R
PID Flag	K	%KX000000 - %KX134399	%KB00000 - %KB16799	%KW0000 - %KW8399	%KD0000 - %KD4299	%KL0000 - %KL2199	R/W
HS Link Flag	L	%LX000000 - %LX180223	%LB00000 - %LB22527	%LW00000 - %LW11263	%LD0000 - %LD5631	%LL0000 - %LL2815	R/W
Analog Refresh Flag	U	%UX0.00.000 - %UX7.15.511	%UB0.00.000 - %UB7.15.63	%UW0.00.000 - %UW7.15.31	%UD0.00.000 - %UD7.15.15	%UL0.00.000 - %UL7.15.7	R/W
P2P Parameters Flag	N	%NX000000 - %NX401407	%NB00000 - %NB50175	%NW00000 - %NW25087	%ND00000 - %ND12543	%NL0000 - %NL6271	R/W

Communication Cable Wiring

This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as shown below.

RJ45 Connector	RJ45 Jack

Direct Cable: Host ↔︎ HUB

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Orange/White	1
	2	Orange	Orange	2
	3	Green/White	Green/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Green	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Crossover Cable: Host ↔︎ Host

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Green/White	1
	2	Orange	Green	2
	3	Green/White	Orange/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Orange	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Canvas supports Mitsubishi MELSEC Ethernet as a way to connect with other devices that support this protocol. Users can select a Mitsubishi PLC Type within the settings to suit specific configurations better. Users will also be able to choose a Frame Type for the MELSEC.

Supported Symbols

Name	Symbol	Bit Range	Word Range	Address Number System	Access

Name	Symbol	Bit Range	Word Range	Address Number System	Access
Input	X	X0000 - X1757 (1777)	-	Octal	R
Output	Y	Y0000 - Y1757	-	Octal	R
Internal Relay	M	M0000 - M7659	-	Decimal	R/W
Latching Relay	L	L0000 - L7659	-	Decimal	R/W
Annunciator	F	F000 - F107	-	Decimal	R/W
Edge Relay	V	V0000 -V2029	-	Decimal	R/W
Link Relay	B	B000 - B0EF	-	Hexadecimal	R/W Not supported for iQ-F FX5
Step Relay	S	S0000 - S4079	-	Decimal	R/W
Timer Contact	TS	TS000 - TS496	-	Decimal	R/W
Timer Coil	TC	TC000 - T496	-	Decimal	R/W
Retentive Timer Contact	SS	SS00 - SS00	-	Decimal	R/W
Retentive Timer Coil	SC	SC00 - SC00	-	Decimal	R/W
Counter Contact	CS	CS000 - CS240	-	Decimal	R/W
Counter Coil	CC	CC000 - CC240	-	Decimal	R/W
Link Special Relay	SB	SB000 - SB1EF	-	Hexadecimal	R/W
Special Relay	SM	SM0000 - SM9979	-	Decimal	R/W
Data Register	D	-	D0000 - D7999	Decimal	R/W
Link Register	W	-	W000 - W1FF	Hexadecimal	R/W
Timer CV	TN	-	TN000 - TN511	Decimal	R/W
Retentive Timer CV	SN	-	SN00 - SN15	Decimal	R/W
Counter CV	CN	-	CN000 - CN255	Decimal	R/W
Link Special Register	SW	-	SW000 - SW1FF	Hexadecimal	R/W
Special Register	SD	-	SD00000 - SD11999	Decimal	R/W

Communication Cable Wiring

This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as shown below.

RJ45 Connector	RJ45 Jack

Direct Cable: Host ↔︎ HUB

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Orange/White	1
	2	Orange	Orange	2
	3	Green/White	Green/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Green	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

Crossover Cable: Host ↔︎ Host

Cable	No.	Color	Color	No.	Cable
	1	Orange/White	Green/White	1
	2	Orange	Green	2
	3	Green/White	Orange/White	3
	4	Blue	Blue	4
	5	Blue/White	Blue/White	5
	6	Green	Orange	6
	7	Brown/White	Brown/White	7
	8	Brown	Brown	8

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ODVA EtherNet/IP

Canvas supports ODVA EtherNet/IP as a way to connect with other devices that support this protocol. Users using this method can set the Message Type for how the message should function when connected to another device that supports ODVA EtherNet/IP.

OPC UA Client

Canvas supports OPC UA Client as a way to connect to other devices that support this protocol. Users can Enable Encryption and enhance security for their OPC UA Client. Users can also manage specific Security Policies and change the authentication method.

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Serial Device

Serial Devices are used when a connection to another device is made via a serial cable. Users will need to input the Serial Port of the device they are connecting to, the Comm Type, and the Baudrate. Users can also select the String Encoding and the String Encoding Method. Users can also change settings such as the Timeout time, Retry Count, and Transmission Delay. Users will also be able to change the name of the Device and the Protocol of the device as well.

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Data Server Editor

To access the Data Server Editor, go to Tools > Data Server Editor or click the Open Data Server Editor… on the toolbar to open it. To create a new device, click the + icon to open the Add New Server Device screen. Users can select the Connection Type of ethernet or serial for that specific device. Users can also select the Device Type, which will open a dropdown of specific devices that Canvas supports connecting to. Once selected, the Data Server will be created with default settings.

Ethernet Device

Ethernet devices are used when the connection to another device is via an Ethernet connection. Users will need to input the Port of the device they are connecting to for it to connect successfully. For Modbus TCP, users will need to enter the Unit ID via Modbus to connect successfully and the String Encoding and String Encoding Method.

MQTT JSON Publisher

The MQTT JSON Publisher can be used to publish to the user and subscribe to read tag data. Users can set Subscribe Topic and Publish Topic to follow the subscribe/publishing method for MQTT JSON Publisher.

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Modbus TCP/RTU

Modbus TCP and RTU host memories with the following memory areas: 0, 1, 3, and 4. Users must use the MODBUS address of the address they wish to target. If, for example, the user wishes to target Y00, the tag must target 000001. Depending on the tag data type, a different range of addresses will also be allocated.

OPC UA Server

OPC UA Server tags must have a unique Browse Name. Users must set whether the Tag can be Allowed Read and Allowed Write when creating the Device Tag for the OPC UA Server.

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Serial Device

Serial Devices are used when a connection to another device is made via a serial cable. Users will need to input the Serial Port of the device they are connecting to, the Comm Type, and the Baudrate. Users can also select the PLC Type, the String Encoding, and the String Encoding Method. Users will also be able to change the name of the Device and the Protocol of the device as well. For Modbus TCP, users must enter the Unit ID via Modbus to connect successfully and the String Encoding and String Encoding Method. Modbus RTU is currently the only protocol for Serial Devices on Data Server Editor.

Device Tag

Device tags are used to connect tags with the server. The created server will host any tags listed within the Device Tag tab. Within the tab, addresses and other properties for each tag can be configured. Each protocol will have different settings for the Device Tag screen.

Payload Editor

Payload Editor lets users edit the MQTT message sent to the server. This will allow users to configure how payloads are configured for specific devices to match the required format. Users can configure Multi Tag Wrap Basic and Multi Tag Wrap Full as an example and change how many Tags per Payload and the Wrap Method. These can be configured within the Payload Editor as needed.

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Certificate Editor

The Certificate Editor is used to create and edit certificate files, which can be used to encrypt and authorize any connection to the project. Users can use this feature to add more security and encryption to their projects so that no unauthorized access can happen. Users can use their own Private Key and Certificate for their project.

Key Pairs

The Key Pairs page is where users can see their current Key Pairs. Clicking the + icon will create a new Key Pair. Users will need to insert a Name, a Certificate, a Private Key, and a Description. Users can also add a Password for the Private Key as an additional layer of security. Users will also be able to Delete and Edit any current Key Pairs they have.

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Trust Stores

There is also a Trust Stores tab, where users can put all known certificates they use within the project. This is where certificates will be verified by the project to confirm that they are acceptable. Users can click the + icon to create a new Trust Store. This will open the New Trust Store pop-up page. Users will need to add a Name, Certifications, and a Description. Users can Delete and Edit any Trust Stores already created.

Device Communication

Device Communication Description

Designer Functionalities

I/O Device Editor

Ethernet Device

ControlLogix/CompactLogix SLC Mapping

MicroLogix

Supported Symbols

MicroLogix

Communication Cable Wiring

Direct Cable: Host ↔︎ HUB

Crossover Cable: Host ↔︎ Host

All CIMON PLCs

Supported Devices

Communication Cable Wiring

Direct Cable: Host ↔︎ HUB

Crossover Cable: Host ↔︎ Host

Supported Symbols

Communication Cable Wiring

Direct Cable: Host ↔︎ HUB

Crossover Cable: Host ↔︎ Host

Supported Symbols

XGK (XGK-CPU* / XBM / XBC)

XGK (XGK-CPUSN / XGK-CPUHN / XGK-CPUUN)

XGI

Communication Cable Wiring

Direct Cable: Host ↔︎ HUB

Crossover Cable: Host ↔︎ Host

Supported Symbols

Communication Cable Wiring

Direct Cable: Host ↔︎ HUB

Crossover Cable: Host ↔︎ Host

ODVA EtherNet/IP

OPC UA Client

Serial Device

Data Server Editor

Ethernet Device

MQTT JSON Publisher

Modbus TCP/RTU

OPC UA Server

Serial Device

Device Tag

Payload Editor

Certificate Editor

Key Pairs

Trust Stores

Related content

**XGK (XGK-CPU* / XBM / XBC)**