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FAS FNI ECT-504-105-M User Manual

Io link master module
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USE INSTRUCTIONS
Ordering code：006B51
Part number：FNI ECT-504-105-M
[ Technical support ]
1 / 30

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Summary of Contents for FAS FNI ECT-504-105-M

  • Page 1 USE INSTRUCTIONS Ordering code：006B51 Part number：FNI ECT-504-105-M [ Technical support ] 1 / 30...
  • Page 2 FNI ECT-504-105-M 8xIO-Link,8 DI PNP IO Link master module user manual 2 / 30...

  • Page 3: Table Of Contents

    Contents Security ............................... 4 ■ Expected use .......................... 4 ■ Installation and start-up ......................4 ■ Corrosion resistance ......................4 ■ Dangerous voltage ......................... 4 ■ General security ........................5 Getting started guide ........................6 1.1 Module overview ........................6 1.2 Mechanical connection ......................7 1.3 Electrical connections ......................7 1.3.

  • Page 4: Security

    Security ■Expected use This manual describes as decentralized input and output modules for connecting to an industrial network. --------------------------------------------------------------------------------------------------------------------------------- ■Installation and start-up Precautions! Installation and start-up may only be performed by trained personnel. A qualified individual is one who is familiar with the installation and operation of the product and has the necessary qualifications to perform such operations.

  • Page 5: General Security

    ■General security Debugging Fault Owner/operator Expected use obligations inspection If the defect or equipment failure cannot be corrected, the operation This equipment Before of the is an EMC Class debugging, equipment A compliant read the user must be product. This manual stopped to device produces...

  • Page 6: Getting Started Guide

    1.1 Module overview 1 Mounting hole 11 Port 4 2 Network port 2 status indicator 12 Port 2 3 Network port 2 13 port status indicator 4 Power output port 14 Port 0 5 DIP switch 15 port identification board 6 Port 1 16 Power input port 7 Port 3...

  • Page 7: Mechanical Connection

    1.2 Mechanical connection The modules are connected using 2 M4 bolts and 2 washers. Isolation pads are available as accessories. 1.3 Electrical connections 1.3. 1 Power interface (L-code) Power input port definition Power output port definition Power port System Power Auxiliary power Function Description...

  • Page 8: Network Interface (D-Code)

    1.3.2 Network Interface (D-code) Function Send data+ Receive data+ Send data- Receive data- Note: Unused I/O port sockets must be covered with end caps to meet IP67 protection, etc. 1.3.3 I/O- port (A-code) Port0~Port7definition： Function +24V (Brown) maximum current 1A Auxiliary power supply + (White) 0V (Blue) INPUT/IOLINK(Black)

  • Page 9: Master Station Module Wiring Method

    1.3.4 Master station module wiring method Independent power supply System Power Auxiliary power In independent power supply mode, the maximum current of each master station can reach 16A. String power supply System Power Auxiliary power In the serial power supply wiring mode, if the rear module needs to be connected to the front module, the cumulative current must not exceed 16A.

  • Page 10: Technical Data

    2.1 Size 2.2 Mechanical data Shell material Shell material Housing rating according to IEC 60529 Housing rating according to IEC 60529 Power interface Power interface Input port/output port Input port/output port Size(W*H*D) Size(W*H*D) Installation type Installation type Ground bus accessories Ground bus accessories Weight Weight...

  • Page 11: Network Port

    2.5 Network port Port 2 x 10Base-/100Base-Tx Port connection M12，D-Code IEEE 802.3 compliant cable types Shielded twisted pair, minimum STP CAT 5/STP CAT 5e Data transfer rate 10/100 M bit/s Maximum cable length 100m Flow control Half working condition/full working condition (IEEE 802.3-PAUSE) 2.6 Function indicator Blue...
  • Page 12 I/O port status State Function LED1 Closure The status of Pin4 input or output is 0 LED1 Yellow The status of Pin4 input or output is 1 LED1 Red Port configured as output: Pin4 short circuit LED1 Flashing red Pin1 short circuit LED1 Green IOLink is connected LED1 Flashing green...

  • Page 13: Ethercat Node Address Setting

    2.7 EtherCAT node address setting 1. Set by dialing (1~192 or 401~499) a. Switch to the EtherCAT communication protocol. The X100 dialing code is the hundreds digit of the address, the X10 dialing code is the tens digit of the address, and the X1 dialing code is the ones digit of the address.

  • Page 14: Integrated

    Show ESI Library---click "Install File" in the pop-up window---select the corresponding product ESI file Create a module: Click on the toolbox on the right---find FAS Fieldbus Modules---select product model FNI ECT-504-105-M Double-click the corresponding product to add it to the main device 14 / 30...
  • Page 15 Module slot data (IOLINK mode): Right-click the module---select edit module configuration---drag the required data into the module slot Medium---The master station PIN2 is set by default---give IOL_IO_2_2byte a variable----configure the IOLINK function---the configuration is successful! 15 / 30...
  • Page 16 Module I/O variables: Digital Input Mapping_Input Pin 4 Digital Input Map_Input Pin 2 Digital Input Mapping_Actuator Shutdown Pin 2 Input pin 2 short circuit detection Digital Input Mapping_Device Status Equipment process input status 16 / 30...
  • Page 17 Equipment process input status function description Function Name Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 description Standard IO input Port7 Port6 Port5 Port4 Port3 Port2 Port1 Port0 Input Pin 4 0=no signal Pin4 Pin4 Pin4 Pin4 Pin4 Pin4 Pin4 Pin4 1=There is signal...
  • Page 18 Module slot data (normal IO mode): Right-click the module---select edit module configuration---drag the required data into the module slot Slot (0~7: Pro0~7 PIN4 pin function)---Click I/O Mapping---Enter variables for the PIN4 pin of the port set up As shown above, Pro0~7 PIN4 is the input setting, that is, fill in the variable Digital Input Mapping_Input Pin 4 in the I/O variable.

  • Page 19: Integrated In Beckhofft Wincatxae

    3.1.2 Integrated in BECKHOFFT winCATXAE Here you will see an example of how to integrate this module into TwinCAT XAE, using a CX5050 PLC as an example: Add PLC path: Right-click the TwinCAT icon in the lower right corner to open Edit Routes Click Add…;Add route (Add Route Dialog) Broadcast Search-choose PLC(CX-3D0A4)-Add Route 19 / 30...
  • Page 20 Enter the default password "1" - click OK to complete adding the PLC path Add device profile: FAS FNI-ECT-504-105 (provided by FAS) Copy the file to the following path to complete adding the configuration file: C:\TwinCAT\3.1\Config\IO\EtherCAT New construction: Open the TwinCAT XAE software---File-New-Project---Select TwinCAT XAE Project-Enter the...
  • Page 21 Select target system: SYSTEM-Choose Target System-Select PLC(CX-3DB0A4)-OK Add module: Pull down the IO option-DEVICES-SCAN; search for the master station, select Device 2 (EtherCAT)-OK 21 / 30...
  • Page 22 22 / 30...
  • Page 23 Module slot data (IOLINK mode): Find the module FNI-ECT-504-105-M under the resource manager, select Slots, and select the required slot data for configuration. Slots 0~7 are PIN4 functions and slots 8~15 are PIN2 functions. Module slot PIN2 data setting: If the slave module has an output signal connected, the master module PIN2 must be turned on and assigned in the program -----configuration completed! When the variable Output PIN2 is set to 1, PIN2 is enabled.
  • Page 24 Module slave data settings (COE settings): Find the module FNI-ECT-504-105-M under the resource manager and click COE-On-line 8100:0: Master Pro 0 port data setting 8110:0: Master Pro 1 port data setting 8120:0: Master Pro 2 port data setting 8130:0: Master Pro 3 port data settings 8140:0: Master Pro 4 port data settings 8150:0: Master Pro 5 port data settings 8160: 0: Master Pro 6 port data settings...
  • Page 25 Note that the input values of Index and Subindex are in decimal, and the input and output values of Data are in hexadecimal; (2) Common index functions of FAS slave stations: Example: a. Input and output configuration: Index =65, Subindex=0; the following figure is an example of slave station configuration: Notice：...

  • Page 26: Integrated In Inovance Am600-Cpu1608Tp/Tn

    For example: the slave module DI/DO requirement is full output (FFFF) Index=65 (Known from the site manual) Subindex=0 Length=2 Data=FFFF Control=2 Enter The writing is successful and the module configuration changes to full output. 3.1.2 Integrated in Inovance AM600-CPU1608TP/TN Here you will see an example of how to integrate this module into Inproshop, taking the AM600-CPU1608TP/TN PLC as an example: Add new project: Select the corresponding PLC model for a new project...
  • Page 27 Click PLC---Check the EtherCAT master station---Select the device on the left-----right-click ETHERCAT----Scan device 27 / 30...
  • Page 28 Module slot data: Double-click the device box module FNI-ECT-504-105-M on the left ------Slot configuration------Select the required slot data for configuration Slots 0~7 are PIN4 functions Module slot PIN2 data setting: Master module pin2 is turned on by default 28 / 30...

  • Page 29: Appendix

    ·4 blind plugs M12 ·Ground bus ·Thread M4x6 ·20 tags 4.2 Order code FNI ECT-50X-105-M FAS network interface Various industrial communication protocols Function 506=IP67IO-Link master module, 8IO-Link port Port~4-7 has no IO output 508=IP67IO-Link master module, 8IO-Link portsVersion 105=Show version...
  • Page 30 30 / 30...

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