Rockwell - Wecon

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== {{id name="HMicroLogix1200"/}}**MicroLogix 1200** ==

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The operational address is determined by the connection of Allen-Bradley PLC to HMI. For extension modules or other special conditions, refer to allen-Bradley PLC instruction manual. The following is an example of allen-bradley MicroLogix1200.

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* **Bit address I:** The address ranges from 0.0 to 255.15. The value of the data before the decimal point ranges from 0 to 255 (decimal). The value from 0 to 15 after the decimal point is the sub address (decimal).

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* **Bit address B:** The address ranges from 000.0 to fff.15. The first f from left to right represents the block number (hexadecimal); The second and third f from left to right represent the word address (hexadecimal). The value 0 to 15 after the decimal point reprensents the sub address (decimal).

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* **Word address S:** The word address ranges from 0 to 255 (decimal).

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* **Word address TS:** The address ranges from 000.0 to ffff. The first and second f from left to right represents the block number (hexadecimal); The third and fourth f from left to right represent the word address (hexadecimal).

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**✎Note: **Register address TP, CS, CP, N, F and TS address edit are same. D indicates decimal, and F indicates hexadecimal. Different PLC models may support different registers. See the following table.

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|**PLC bit address type**|**Address format**|**Address range**

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|I|dd.dd|I 0.0 ~~ 255.15

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|O|dd.dd|O 0.0 ~~ 255.15

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|B|fff.dd|B 000.0 ~~ fff.15

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|S|dd.dd|S 0.0 ~~ 255.15

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|N|ffff.dd|N 000.0 ~~ fff.15

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|**PLC word address type**|**Address format**|**Address range**

|S|ddd|S0 ~~ 255

|TS|ffff|TS0 ~~ FFFF

|TP|ffff|TP0 ~~ FFFF

|CS|ffff|CS0 ~~ FFFF

|CP|ffff|CP0 ~~ FFFF

|N|ffff|N0 ~~ FFFF

|F|ffff|F0 ~~ FFFF

== **Ethernet/IP DF1** ==

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Supported Series: Rockwell MicroLogix 1100, 1400, SLC5/05 Ethernet port. MicroLogix1000,1200,1500,SLC 5/03, 5/04 with 1761-NET-ENI

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|**Items**|**Settings**|**Note**

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|Protocol|Rockwell Ethernet/IP DF1|

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|Connection|Ethernet|

|Port No.|44818|

|PLC station No.|1|

**Address List**

|O0|O0ddd.dd|0.0~~255.15|Only able to communicate with file number O0

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|S2|S2ddd.dd|0.0~~255.15|Only able to communicate with file number S2

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|B3|B3ddd.dd|0.0~~255.15|Only able to communicate with file number B3

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|BN|BNddddd.dd|0.0~~99255.15|(((

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Bit data file B0~~B99

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First two digits is for file number

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For example, BN13001.00 represents file number B13, address 001, the 0th bit.

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)))

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|N7|N7ddd.dd|0.0~~255.15|Only able to communicate with file number N7

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|NN|NNddddd.dd|0.0~~99255.15|(((

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Integer data file bit format N0~~N99

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First two digits is for file number

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For example, NN13001.00 represents file number N13, address 001, the 0th bit.

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)))

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|T4S|T4Sddd|0~~255|Only able to communicate with file number T4 (Timer Preset Value)

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|T4P|T4Pddd|0~~255|Only able to communicate with file number T4 (Timer Accumulator Value)

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|TNS|TNSddddd|0~~99255|(((

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Timer Preset Value

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First two digits is for file number

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For example, TNS99255 represents file number T99, address 255.

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)))

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|TNP|TNPddddd|0~~99255|(((

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Timer Accumulator Value

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First two digits is for file number

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For example, TNP99255 represents file number T99, address 255.

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)))

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|C5S|C5Sddd|0~~255|Only able to communicate with file number C5 (Counter Preset Value)

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|C5P|C5Pddd|0~~255|Only able to communicate with file number C5 (Counter Accumulator Value)

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|CNS|CNSddddd|0~~99255|(((

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Counter Preset Value

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First two digits is for file number

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For example, CNS99255 represents file number C99, address 255.

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)))

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|CNP|CNPddddd|0~~99255|(((

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Counter Accumulator Value

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First two digits is for file number

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For example, CNP99255 represents file number C99, address 255.

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)))

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|N7|N7ddd|0~~255|Only able to communicate with file number N7

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|NN|NNddd|0~~99255|(((

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Integer data file

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First two digits is for file number

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For example, NN99255 represents file number N99, address 255.

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)))

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|FN|FNddddd|0~~99255|(((

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Floating point data file

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First two digits is for file number

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For example, FN99255 represents file number F99, address 255.

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)))

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|LN|LNddddd|0~~99255|Long

**PLC Setting:**

1.Open the RSLinx Classic Lite software and click [Configure Drivers...] in [Communications].[[image:1.png]]

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2.Click the drop-down menu and select EtherNet/IP driver[[image:2.png]]

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3.Click Add New and a pop-up window will pop up. Name the driver and click [OK] in the pop-up window.[[image:3.png]]

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4.The configuration driver window pops up., click on the correct network adapter option (such as the ASIX USB to Fast Ethernet Family Adapter option in this picture), and click OK

[[image:4.png]]

5.Click the [Close] button.[[image:5.png]]

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6.Click the [RSWho] button.[[image:6.png]]

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7.Pop up the RS Who window, indicating that the driver has been added successfully.[[image:7.png]]

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8.Open the RSLogix 500Pro software and select [System Comms...] in the [Comms] option.[[image:8.jpg]]

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9.Select the driver you have created. All device nodes in the same LAN as the computer will be scanned. Select the PLC to be connected and click [OK].

[[image:9.png]]

10.Click Comms [Go Online].[[image:10.png]]

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11.Click [YES] in the pop-up window.[[image:11.png]]

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12.Enter online mode.[[image:14.jpg]]

**Cable Wiring**

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[[image:Ethernet.png]]

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== **EtherNet/IP(CompactLogix Series)** ==

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Supported Series: Rockwell CompactLogix Series Ethernet

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|**Items**|**Settings**|**Note**

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|Protocol|Rockwell EtherNet/IP (CompactLogix Series)|

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|Connection|Ethernet|

|Port No.|44818|

|PLC station No.|1|

**Support Variable Type**

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|PLC data type|Bit/Word|PIStudio data format|Memo

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|BOOL|Boolean|Bit object|

|BitArray| | |

|SINT| | |-128-127

|USINT| | |0~~255

|INT|Integer|16-bit signed, ASCll|-32768~~32767

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|UINT| | |0~~65535

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|DINT|Double integer|32-bit signed|-2^31~~(2^31-1)

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|UDINT| | |0~~4294967295

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|REAL|Single Precision Float|32-bit floating|

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|LINT|Long integer|64-bit signed|

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|ULINT|Long integer|64-bit unsigned|

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|LREAL|Double Precision Float|64-bit double|

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|STRING| | |Enable Read DWord

**PLC Setting:**

1.Open the RSLinx Classic Lite software and click [Configure Drivers...] in [Communications].

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[[image:1726907484077-900.png]]

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2.Click the drop-down menu and select EtherNet/IP driver

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[[image:1726907484081-522.png]]

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3.Click Add New and a pop-up window will pop up. Name the driver and click [OK] in the pop-up window.

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[[image:1726907484084-295.png]]

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4.The configuration driver window pops up., click on the correct network adapter option (such as the ASIX USB to Fast Ethernet Family Adapter option in this picture), and click [OK].

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[[image:1726907484085-985.png]]

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5.Click the [Close] button

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[[image:1726907484087-419.png]]

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6.Open Stuido5000 and create a new project or open an existing project.

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To create a new project: click [New Project].

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[[image:1726907578613-886.png]]

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7.Click the [1769-L16ER-BB1B]→ Edit Project Name → Select the file storage location → [Next]

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[[image:1726907578645-890.png]]

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8. Select the software version →Select [Expansion I/O] number→ Security Authority → Click [Finish].

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The software version must be the same as the PLC firmware version, and the Security Authority protection should be selected according to personal needs.

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[[image:1726907578647-323.png]]

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**~ Create a new tag**

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1.Click the drop-down menu on the left of [Controller ABcs]→ Right-click [Controller Tags] → Click [New tag].

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[[image:1726907578648-590.png]]

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2.Input tag name → Select tag type → Create

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[[image:1726907578652-543.png]]

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Establishing communication

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1.Click [Communications]→Click[Who Active].

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[[image:6.jpg]]

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2.Select the drive → Select the corresponding PLC →Click [Go Online].

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The driver is a new created driver from step 1.2

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[[image:1726908219964-183.png]]

3.Click [Download]

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[[image:1726908219966-477.png]]

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4.Click [Download]→ [YES].

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[[image:1726908219968-250.png]]

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[[image:1726908219970-794.png]]

**Export Tags**

1.Click the drop-down menu on the left of [Controller ABcs]→Right-click [Controller Tags]→ Click [Export Tags].

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[[image:11.jpg]]

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2.Edit the tag file name → Select the file storage location → [Export].

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[[image:1726908448582-442.png]]

**HMI Setting:**

**~ New project**

1.[Home]→[New]→[New project]→Set the name,series and model of HMI→[Next]→[Screen style] →[OK].

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[[image:1727161664493-505.png]]

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**Communication configuration**

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1.[Project]→[Communication]→[Setting]

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[[image:1726909065716-860.png]]

2.Choose protocol:

Device type [Rockwell]→[Rockwell EtherNet/IP(CompactLogix Series)]→[OK]

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[[image:1726909065723-657.png]]

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3.[Setting]→[PLC IP Address]→[OK]→[Labels manage].

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[[image:1726909065724-657.png]]

4.Tags import:

[Import Tags From File]→Choose the .CSV file→[Open]→[Save]→[OK]

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[[image:1726909065726-124.png]]

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= Rockwell Micro850 Series =

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1.Open Connected Components Workbench and create a new project or open an existing project.

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To create a new project: click [New Project]→Edit project name→Click [Browse]select project storage location→Click [Create].

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[[image:1730714903819-264.png]]

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2.Click the [Controllers]→ [Micro850] → Select device model → [Add To Project].

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[[image:1730714903824-934.png]]

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3. Double click [Global Variables]→Right click on a blank space in the table→ Click [Add Variable].

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[[image:1730714903826-298.png]]

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4.Right click[Micro850]→ Click [Properties].

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[[image:1730714903828-952.png]]

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5.Select Controller → Ethernet →Configure the IP address of the PLC.

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[[image:1730714903830-866.png]]

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6.Click [Download]→Choose your device→Click[OK].

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[[image:1730714903835-960.png]]

7.Click[Download].

[[image:1730714903837-636.png]]

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8. Right click [Micro850]→Click [Export]→Click [Variables].

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[[image:1730714903838-538.png]]

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9.Edit the tag file name → Select the file storage location → [Export].

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[[image:1730714903840-999.png]]

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