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Mindman MVE2-MPL 100 Manual

Fieldbus system
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MVE2-MPL
100 / 156 / 188 / 220
Fieldbus System
User Manual E1.1.0
PROFINET
EtherNet/IP
EtherCAT
CC-Link IEFB

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Summary of Contents for Mindman MVE2-MPL 100

  • Page 1 MVE2-MPL 100 / 156 / 188 / 220 Fieldbus System User Manual E1.1.0 PROFINET EtherNet/IP EtherCAT CC-Link IEFB...

  • Page 2: Table Of Contents

    Contents Review EtherNet/IP Communication ..........Configuration ....... 1.1 Manual structure ......3 1.2 Typography habits ...... 3 6.1 LED display and setting .... 12 1.3 Symbol ........3 6.2 Integrated ........ 14 1.4 Acronym ........3 PROFINET Communication 1.5 Viewing angle deviation ..... 3 Configuration .......
  • Page 3 Warning Mindman assumes no liability for damages resulting from the use of this product. Mindman reserves the right to change this manual at any time without notice. The information published by Mindman is believed to be accurate and reliable.

  • Page 4: Review

    Review 1. Review This manual is organized by organization, so the chapters are connected to each other. 1.1 Manual structure 1. Overview section 2. Basic safety information 1.2 Typography habits List: Enumeration is displayed as a list with bullets. • Vocabulary 1 •...

  • Page 5: Guide

    Guide 2. Guide 2.1 Module overview E/IP PN MS/SF E/IP NS/BF X100 ACT1 L/A IN ACT2 007F11 X100 L/A OUT ECT CIE Name Code Description M12, A-Coded (male) 4PIN, communication module and solenoid Power connector valvepower supply Bus communication M12, D-Coded (female) 4PIN, PROFINET, EtherNet/IP , EtherCAT, CIEFB interface Bus communication M12, D-Coded (female) 4PIN, PROFINET, EtherNet/IP, EtherCAT, CIEFB...

  • Page 6: Technical Data

    Technical Data 3. Technical Data 3.1 Operating conditions Item Parameter Working temperature -10~+50°C Working humidity 35~85%RH (No condensation) Working atmosphere No corrosive gas Storage temperature -20~+60°C Withstand voltage 500 VAC (1 minute) Insulation resistance 500 VDC, ≥10MΩ Waterproof level IP54 3.2 Electric data Item Parameter...

  • Page 7: Dial Code Settings

    Dial Code Settings 4. Dial Code Settings 4.1 IP setting The default gateway under different protocols as shown in the table below. Set the last digit of the IPaddress by dialing. Letter of agreement Default gateway EtherNet/IP 192.168.1.1 PROFINET Invalid EtherCAT Invalid CIEFB...

  • Page 8: Protocal Switch Setting

    Dial Code Settings 4.2 Protocal switch setting The color of LED_V9 above the DIP switch X100 indicates the current protocol LED_V9 X100 X100 Letter of agreement LED_V9 EtherNet/IP Green PROFINET Orange EtherCAT blue CIEFB white Steps: 1. The equipment is powered off, dial 900; 2.

  • Page 9: Communication Module Data

    Communication Module Data 5. Communication Module Data 5.1 Coil definition As shown in the figure, define the upper coil as A1~A16 from left to right; thelower coil as B0…B16 from left to right; ........

  • Page 10: Enter Diagnostic Data

    Communication Module Data 5.2 Enter diagnostic data EtherNet/IP, PROFINET, EtherCAT protocol Byte Remark US over- UA over- Operating US under- UA under- − − − − voltage voltage temp. voltage voltage Short circuit diagnosis 0 normal 1 short circuit Open circuit diagnosis 0 normal 1 short circuit...
  • Page 11 Communication Module Data CIEFB protocol, RWR area Byte Remark Short circuit diagnosis 0 normal 1 short circuit Open circuit diagnosis 0 normal 1 short circuit CIEFB protocol, RX area Byte Remark US over- UA over- Operating US under- UA under- −...

  • Page 12: Output Data

    Communication Module Data 5.3 Output data EtherNet/IP, PROFINET, EtherCAT protocol Byte Remark Coil state 0 disconnected 1 output The reset coil is short-circuited or open. When the fault needs to be restored, first change to 0x5A, and then change to 0xA5 within 500ms −...

  • Page 13: Ethernet/Ip Communication Configuration

    EtherNet/IP Communication Configuration 6. EtherNet/IP Communication Configuration EtherNet/IP 6.1 LED display and setting Status Indicator E/IP PN MS/SF NS/BF ACT1 ACT1 L/A IN ACT2 ACT2 L/A OUT ECT CIE Code Display Function Always on Working status: the equipment is operating normally Green Flashing 1HZ Standby: the device is not configured...
  • Page 14 EtherNet/IP Communication Configuration 6.1 LED display and setting EtherNet/IP communication configuration Code Display Function Always on Device (IN) connected to Ethernet Green Shut down The device (IN) is not connected to the Ethernet Always on Device (OUT) connected to Ethernet Green Shut down The device (OUT) is not connected to the Ethernet...

  • Page 15: Integrated

    EtherNet/IP Communication Configuration 6.2 Integrated in AB Studio 5000 Here, you will see an example of how to integrate this moduleinto Studio 5000, taking L16CR PLC as an example: 6.2.1. New Construction: Open Studio 5000 > NEW Project > choose 1769-L16ER-BB1B > input filename >...
  • Page 16 EtherNet/IP Communication Configuration 6.2.2. Import EDS configuration file Configuration file CTEU-EIP.eds Pull down TOOLS > select EDS Hardware Installation Tool Continue to the next step to the figure below > click Browser > find the configuration file > next to completion...
  • Page 17 EtherNet/IP Communication Configuration 6.2.3. Add device Right click EtherNet > New Module Search 007F11 > select the search result > Create...
  • Page 18 EtherNet/IP Communication Configuration 6.2.3. Add device Name the new device > set the IP address (same as the dial code) > OK Close the interface...
  • Page 19 EtherNet/IP Communication Configuration 6.2.4. Connect to Ethernet Search for equipment > select PLC-GO Online (note: first confirm the correct valve island IP and protocol type) Download the PLC program (customers can write by themselves according to their needs, this example is empty)
  • Page 20 EtherNet/IP Communication Configuration 6.2.4. View input and output parameters After the device is correctly connected, click Controller Tagsto view the input and output data of the module. There is noabnormality in the input monitoring in the figure below. After 007F11:O.Data[0:5] is set to 16#FF, all the 48 coils willoperate. Data content reference: Chapter 5 Communication Module Data...

  • Page 21: Profinet Communication Configuration

    PROFINET Communication Configuration 7. PROFINET Communication Configuration PROFINET Status Indicator 7.1 LED display and setting E/IP PN MS/SF NS/BF ACT1 ACT1 L/A IN ACT2 ACT2 L/A OUT ECT CIE Code Display Function Shut down Working fine Flashing 3s 1HZ System error Always on Working fine Shut down...

  • Page 22: Integrated

    PROFINET Communication Configuration 7.2 Integrated in SiemensTIA Portal V15 Here, you will see an example of how to integrate this moduleinto TIA Portal V15, taking S7-1200 as an example: 7.2.1. New Construction Create a new project > enter the project name > create Equipment and network >...
  • Page 23 PROFINET Communication Configuration 7.2.2. Import GDS configuration file Configuration file: GSDML-V2.34-FAS-CTEU-PNT-20200808 Option drop-down > manage general station description Option Manage general station description files (GSD(D)) 1 browse GSD file path > complete...
  • Page 24 PROFINET Communication Configuration 7.2.3. Add device Device and network > search for 007F11 under the hardware catalog > drag CTEU-PNT into 4 places Click Unassigned > select PLC.PROFINET interface 1...
  • Page 25 PROFINET Communication Configuration Double-click CTEU-PNT to enter the device overview, configure the output data size in slot 1 according to the number of coils; firstright click to delete the slot 1 configuration, and then drag theparameters to slot 1 Number of coils Preferences 1...8 Output 1 Byte...
  • Page 26 PROFINET Communication Configuration 7.2.4. Connect PROFINET Click to go online > start search > select PLC > go online (note: make sure the protocol type is correct) 7.2.5. View input and output parameters After the device is correctly connected, click the monitoring table to view the input and output data of the module.

  • Page 27: Ethercat Communication Configuration

    EtherCAT Communication Configuration 8. EtherCAT Communication Configuration EtherCAT Status Indicator 8.1 LED display and setting E/IP PN MS/SF NS/BF ACT1 L/A IN L/A IN ACT2 L/A OUT L/A OUT ECT CIE Code Display Function Shut down Device is in INIT state Flashing 2.5HZ Pre-operation: The equipment is in pre-operationstate Green...

  • Page 28: Integrated

    EtherCAT Communication Configuration 8.2 Integrated in BECKHOFF TwinCATXAE Here, you will see an example of how to integrate this module into TwinCAT XAE, taking CX5050 PLC as an example: 8.2.1. Add PLC path Open Edit Routes Click Add… ； Add Route Dialog...
  • Page 29 EtherCAT Communication Configuration Broadcast Search > Select PLC(CX-3D0A4) > Add Route Enter the default password "1" > click OK to complete the PLC path addition...
  • Page 30 EtherCAT Communication Configuration 8.2.2. Add configuration file Configuration file: CTEU-ECT V4.6.0 Copy the file to the following path to complete the configuration file addition: C:\TwinCAT\3.1\Config\IO\EtherCAT...
  • Page 31 EtherCAT Communication Configuration 8.2.3. New Construction Open TwinCAT XAE software File > New > Project Select TwinCAT XAE Project > enter name > Confirm Confirm...
  • Page 32 EtherCAT Communication Configuration 8.2.4. Select the target system SYSTEM-Choose Target System > Select PLC(CX-3DB0A4) > OK 8.2.5. Add valve terminal Pull down the IO option > DEVICES-SCAN; for the valve island Select valve terminal Device 3 (EtherCAT) > OK...
  • Page 33 EtherCAT Communication Configuration 8.2.6. Link the PLC program to the valve terminal IO PLC > add new item > Standard PLC Project > input name > add Add new item (W) Define 6 BYTE variables in the PLC program and assign them a value of 255. 255 means that the 8 IO values of the variable connection are all 1.
  • Page 34 EtherCAT Communication Configuration Right click the PCL program project (TEST Project) > Generate Pull down TEST Instance > select the parameter to be associated, right click > Change Link...
  • Page 35 EtherCAT Communication Configuration Select the valve terminal parameters that need to be associated and complete the association The following icon shows that the association has be successful. After downloading the program, the output of the 48 coils is all 1.

  • Page 36: Cc-Link Iefb Communication Configuration

    CC-Link IEBS Communication Configuration 9. CC-Link IEFB Communication Configuration 9.1 LED display and setting CIEFB Status Indicator E/IP PN MS/SF NS/BF ACT1 L/A IN L/A IN ACT2 L/A OUT ECT CIE Code Display Function Shut down The module is not connected Flashing 2.5HZ The module is not connected Green...

  • Page 37: Integrated

    CC-Link IEBS Communication Configuration 9.2 Integrated in mitsubishi FX5U Here, you will see an example of how to integrate this module into GX Works3, taking FX5U PLC as an example: 9.2.1. Adding configuration files Open software (without creating a new project) > Tool > Configuration file management >...
  • Page 38 CC-Link IEBS Communication Configuration 9.2.2. New project file Project > New > Select series and model > Confirm 9.2.3. Basic configuration Parameters > Module parameters > EtherNet port > Set IP according to project requirements...
  • Page 39 CC-Link IEBS Communication Configuration Setup using CC-Link IEF Basic Network configuration settings > Double click for detailed settings > Automatic detection of connected devices The connection shown in the figure below is successful...
  • Page 40 CC-Link IEBS Communication Configuration 9.2.4. Configure the starting address Refresh Settings > Double-click Detailed Settings Specify the software component name and starting address Soft component/buffer storage batch monitoring - Setting D0, D1, D2 (corresponding to RY output data) to 1, all 48 coils can be seen as output...
  • Page 41 MEMO MEMO...

This manual is also suitable for:

Mve2-mpl 156Mve2-mpl 188Mve2-mpl 220

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