WEG MVW-01 (EtherNetIP) Communication With Rockwell RSLogix 5000
WEG MVW-01 (EtherNetIP) Communication With Rockwell RSLogix 5000
WEG MVW-01 (EtherNetIP) Communication With Rockwell RSLogix 5000
Application Notes
Language: English
Document: 0
WEG MVW-01 (EtherNet/IP) communication with Rockwell
RSLogix 5000 and FTView SE
Language: English
Document number: 00000000/0
WEG MVW-01 (EtherNet/IP) communication with Rockwell RSLogix 5000 and FTView SE
ABOUT THE MANUAL
This document provides information about the configuration and programming for the communication of the
Rockwell ControlLogix PLC with the MVW-01 Frequency Inverter equipped with ETHERNET/IP module.
All presented operations assume the user is familiar with the programming of the Rockwell PLC with the
application RSLogix 5000.
The equipment is subject to failures and the user must take safety measures for this condition.
Numerical representation
Decimal numbers are represented by means of digits without suffix. Hexadecimal numbers are represented with
the letter 'h' after the number.
RSLogix 5000
Software Application: V19
Language: English
FTView SE
Software Application: V6.0
Language: English
Hardware
CPU ControlLogix
Model: 1756-L63 ControlLogix5563
Manufacturer: Rockwell
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SAFETY INSTRUCTIONS
This manual was developed to be used by people with proper technical training or qualification to operate this kind
of equipment.
DANGER!
The not following of the procedures recommended in this warning can lead to death, serious
injuries and considerable material damages.
ATTENTION!
The not following of the procedures recommended in this warning can lead to material damages.
NOTE!
The text aims at providing important information for the full understanding and proper operation of
the product.
Preliminary recommendations
DANGER!
Only duly qualified people must operate the INVERTER. Those people must first read the user
manual. Executing unknown commands or not complying with the safety instructions may result
in risk of life and/or damages to the machine.
ATTENTION!
In order to make the commands on the inverter HMI, you must not use pointed
tools or instruments. That could damage the keypad screen.
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1. USER INSTRUCTIONS: SE MVW FACEPLATE
The "SE MVW Faceplate" files allow you to quickly load, configure, and use preconfigured status, control
and diagnostic displays or "faceplates" for the MVW family of drives using RSView Supervisory Edition.
The example below shows a MVW drive faceplate object that may be added to a specific system display.
The faceplate object can be configured to launch the on-top display or "faceplate" for the particular MVW drive it
represents. The faceplate includes status, control, and diagnostic views controlled by its own toolbar buttons.
ATTENTION!
Disclaimer: WEG is not responsible for any support over this application and customer must take
all responsibility for the use of this content.
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2. GENERIC MODULE
For network communication if MVW the users must be added a Generic Module in the Ethernet IP card, for
this follow the steps bellow.
Under I/O Configuration, right click on network communication module for the intended MVW drive and
select “New Module”.
Open the Drives folder, select Generic Ethernet Module and select OK.
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Enter a distinct module name and IP Address and configure the Connections Parameters as follows
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3. ADD-ON INSTRUCTION
After configure communication between PLC and MVW-01, this user can be create and configure MVW-01
Add-On.
First of the all import Add-On instruction, to do this right click in “Add-On Instructions” and select the
“Import Add-On Instruction…” option.
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In import configuration screen is no need change anything so just press “OK” button in import configuration
screen.
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4. CONFIGURING ADD-ON ON RSLOGIX
Insert the MVW Add-On in any desired task
Right click in first parameter and create new TAG with the block’s name
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Configure the block parameters TAG as according image bellow, note this Scope of this TAF is global
TAG, it’s necessary for establish communication between PLC and Factory Talk.
Create new TAG with the descriptions texts presents in template, such the motor name and the digital
input functions, more information about the descriptions is shown in following chapters.
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Configure the descriptions TAG as follows, in this case the Scope can be local because the Factory Talk
faceplate only communicate with the block parameters TAG creating before.
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Add the network data input and output, this TAGs are automatic creating during the steps made in chapter
2, so it is only necessary to select the Data tags in option list.
For read or write any block parameter in logic is need use the bellow syntax: Block_name.Parameter.
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5. CONFIGURING FACEPLATE ON FTVIEW
5.1 Add faceplate to project
For create a MVW-01 faceplate first of the all add a component into the application.
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Faceplate will be added to the project as shown bellow
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If the PLC is connected in computer, select he and press Ok to create link between Factory Talk and PLC
program.
NOTE!
The connection between Factory Talk and PLC dont’s necessary to configure template.
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Configure parameters object, according example bellow.
NOTE!
Note that the first term [PLC_01] is the name of connection between Factory Talk and PLC, mode
in item 5.5 and the second term “BoosterPump” is the name of structure made in item 4.3.
After you configure the “Parameters”, close and save save the changes with any desired component name
Note that “Parameter” object are created
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5.4 Open faceplate
For open the faceplate is possible use a button object, for this insert a button object in the screen.
Select the file (SE_MVW_Faceplate_R00), adter click on the checkbox /P – Parameter File and select the
Parameter file created previously
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Figure bellow indicates the how the command to open faceplate in runtime should be.
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6. FACEPLATES IN RUNTIME
This chapter discus about the faceplates in runtime mode.
Button Home
Button Trends
Button Config
Button Alarms
Button Help
NOTE!
The template title name is configured in [BoosterPump_Descriptions.DeviceName] whitin the PLC
program.
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6.3 Digital Inputs and VFD status
In this screen, Digital Inputs as well as VFD status can also be ready
NOTE!
The name of digital inputs is configured in [BoosterPump_Descriptions.DIsName] whitin the PLC
program.
6.4 Trends
This screen is used to ready analog values as speed, current and torque
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6.5 Configuration screen
At the configuration screen the maximum and minimum values for the trends can be adjusted
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7. INVERTER FIELDBUS SETTINGS
Below are presented the parameters that must be verified and configured in order to perform the
communication in EtherNet/IP network. This parameter setting can be used as a basic example.
EtherNet/IP Settings
P309 – Fieldbus
Adjustable 0 to 13 Value: 13
Range:
Properties: CFG, Anybus
Description:
It identifies the amount of words that will changed between master and slave. For the block and the faceplate work
properly P309 must be equal to 13 (Ethernet IP 6 I/O).
Adjustable 0 to 3 Value: 13
Range:
Properties: CFG, Anybus
Description:
Defines the inverter behavior when the physical connection with the master is interrupted and/or the Fieldbus
board is inactive (A128, A129 or A130 indicated on the display).
The parameter P313 has the following options:
0 = Run/Stop
1 = General Enable
2 = Inactive
3 = Go to Local
4 = Not Used
5 = Fatal Failure
NOTE!
For further information about the parameter, refer to the MVWs manual and SSW-06
communication Manual!
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8. REFERENCE PARAMETERS SETTINGS
In order to run the VFD through Fieldbus the Reference parameters must be adjusted properly. Bellow an
example of such adjustments are presented to REMOTE parameters.
Adjustable 0 to 13 Value: 10
Range:
Properties: CFG
Description:
It defines the source of the inverter speed reference in the REMOTE control mode.
NOTE!
For further information about the parameter, refer to the Inverter Programming Manual.
Adjustable 0 to 13 Value: 7
Range:
Properties: CFG
Description:
It defines the source for the inverter Direction of Rotation command in the REMOTE control mode.
It also defines the direction of rotation the inverter will adopt when it is powered up.
In this example, the inverter will be programmed for value 7 “Fieldbus (H)”.
NOTE!
For further information about the parameter, refer to the Inverter Programming Manual.
Adjustable 0 to 5 Value: 3
Range:
Properties: CFG
Description:
It defines the source for the inverter Run or Stop command in the REMOTE control mode.
In this example, the inverter will be programmed for value 3 “Fieldbus”.
NOTE!
For further information about the parameter, refer to the Inverter Programming Manual.
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Selection of the JOG Control – Remote Mode
Adjustable 0 to 6 Value: 4
Range:
Properties: CFG
Description:
It defines the source for the inverter JOG command in the REMOTE control mode.
In this example, the inverter will be programmed for value 4 “Fielbus”.
NOTE!
For further information about the parameter, refer to the Inverter Programming Manual.
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