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FAS FIS108 Product Use Instructions

Io-link rfid read/write compact processor
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USE INSTRUCTIONS
Ordering code：FIS108
Part number：
FIS M-400-072-001-07-S4
[ Technical support ]
1 / 29

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Summary of Contents for FAS FIS108

  • Page 1 USE INSTRUCTIONS Ordering code：FIS108 Part number： FIS M-400-072-001-07-S4 [ Technical support ] 1 / 29...
  • Page 2 IO-Link RFID Read/write compact processor user manual 2 / 29...

  • Page 3: Table Of Contents

    Contents Security ............................5 ■ Expected use ........................5 ■ Installation and start-up ....................5 ■ Corrosion resistance ......................5 ■ Dangerous voltage ......................5 1.Component function description ...................7 1.1 Module overview ......................7 1.2 Module parameters ......................7 2.Interface definition .........................8 2.1 IO-Link interface (M12 A-coded) ..................8 2.2 Status LED meter ......................
  • Page 4 5.4 Operation mode automatically writes data ..............17 5.5 Operating mode Manual data reading ................18 5.6 Operation mode writing data ..................21 5.7 Wrong values in process data entry ................27 6 Appendix........................... 27 6.1 Ordering information.....................27 4 / 29...

  • Page 5: 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 6: 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 7: Component Function Description

    .Component function description 1.1 Module overview 1 Sensor head 2 LED status indicators 3 IO-Link interface 1.2 Module parameters Shell material Brass, nickel plated brass nut Working frequency HF(13.56MHz) Supported encoding types DIN ISO 15693 Connect Plug, M12x1 plug, 4-pin Interface IO-Link1.1 Operating Voltage...

  • Page 8: Interface Definition

    2.Interface definition 2.1 IO-Link interface (M12 A-coded) M12,A-coded,Male Function Power controller,+24V,max2000mA C/Q, IO-Link data transmission channel 2.2 Status LED meter Show Comment The blue light is always on and IOL self-test is disabled. Long blue and short red, CQ is The device is idle, only supplies power, Idle state abnormal...

  • Page 9: Size

    2.3 Size Project Specification Dimensions (Diameter x length) Ø 18 x 65 mm 2.4 Installation method Non-flush installation using included nut fasteners. 2.5 Assembly distance Operating mode Distance edge(A) Distance before (B) Read/write ≥ 90 mm ≥ 180 mm 9 / 29...

  • Page 10: Positioning Of Id Tags

    The reader is mounted on metal, the distance to the metal is ≥ 12 mm The reader is mounted in metal, enclosed within it, the distance should be ≥ 10 mm to avoid any influence on the field data. 2.6 Positioning of ID tags Align the ID tag with the central axis of the device antenna, D<30mm.

  • Page 11: Io-Link Data

    SPDU Object name length Scope Default value Index Subindex Supplier ID 0x0454 Device ID 0x099CE5 0x10 Supplier name Read FAS(Fujian)Co.,LTD 0x11 Supplier text only www.fas-elec.com Automatically 1903 read start address Automatic read 1904 length 1905 LED brightness [0, 100]Default 50%...

  • Page 12: Parameter Settings

    4.Parameter settings 4.1 Parameter 4.1.1 Data block length The memory area of the ID tag is organized in data blocks. This parameter specifies the size of the data block. The set value must correspond to the value of the ID tag indicated in the data sheet. The following values are allowed: Each block is 4, 8, 16 and 32 bytes.

  • Page 13: Automatic Read/Write Address

    4.1.4 Automatic read/write address "Auto read and write address" sets the starting address of the memory area accessed in "auto read" and "auto write" modes. The address is provided in bytes. In the "auto read" and "auto write" working modes, the device automatically reads and writes the specified amount of ID tag data.

  • Page 14: Status Bit

    4.2 Status bits Process data entry Object Deactivate Label antenna performanc Finish Start enabling Process data output Object Deactivate Start antenna Status bit Illustrate Value Antenna deactivated The antenna is active and the device is ready to receive Antenna failed, device not ready to accept Label display No ID tag in device range ID tag detected...

  • Page 15: Operate

    5.Operate This device supports multiple operating modes, selected using command values ​ ​ in the process data output image: operating mode Illustrate Command value Read UID 0x00 Operating mode Read UID Automatically read data 0x01 Operation mode: automatic reading of data Automatically write data 0x02 Operation mode automatically writes data...

  • Page 16: Operation Mode Automatically Reads Data

    Neglect UID 1 Neglect UID 2 Neglect UID 3 Neglect UID 4 Neglect UID 5 Neglect UID 6 Neglect UID 7 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00 Neglect 0x00...

  • Page 17: Operation Mode Automatically Writes Data

    Process data output Byte Process data entry Command value = 0x01 Command value = 0x01 State State Neglect Data 0 Neglect Data 1 Neglect Data 2 Neglect Data 3 Neglect Data 4 Neglect Data 5 Neglect Data 6 Neglect Data 7 Neglect Data 8 Neglect...

  • Page 18: Operating Mode Manual Data Reading

    If the ID tag is always within the detection range, data can be written with the "Cmd Start" status bit. If the write fails, an error value will be displayed in the process image. The smaller the "Automatic read/write data length" is set, the shorter the time required for writing. This means that the ID tag can stay within the detection range for a shorter time.
  • Page 19 w The device transmits the data in the process data input (data 0 ~ 27) and increments the block counter by 1 as soon as the first data of the ID tag is available. When the value exceeds "255", the blocking counter is reset to "0".
  • Page 20 Instruction Address length Data 0 — 27 Block counter Status bit "Cmd value start" Default command 0x00 0x0000 0x0000 0x00 0x00 Controller setting command 0x03 0x0012 0x0023 0x00 0x00 (read 35 bytes from address 0x12) Device enable command 0x03 0x0012 0x0023 0x00 0x00...

  • Page 21: Operation Mode Writing Data

    Tab. 4: Process data entry 5.5.2 The instance failed to read data successfully This example shows that data reading was unsuccessful. Instruction Address length Data 0 — 27 Block counter status bit value "Cmd start" Default command 0x00 0x0000 0x0000 0x00 0x00 Controller setting...
  • Page 22 In the "write data" working mode, the number of bytes that can be written in one write operation is greater than 29 bytes. Data is transferred sequentially from the controller to the device. Transfer data from controller to device: u Use this control to set the following values ​ ​ in the process data output: command value "0x04", address (16 bits) and data length (16 bits).
  • Page 23 Neglect Data 21 0x00 Neglect Data 22 0x00 Neglect Data 23 0x00 Neglect Data 24 0x00 Neglect Data 25 0x00 Neglect Data 26 0x00 Neglect Data 27 0x00 0x00 Block counter Block counter Neglect Error value Neglect 23 / 29...
  • Page 24 5.6.1 Instance data written successfully This instance writes data successfully Instruction Address length Data 0 — 27 Block counter Status bit "Cmd value start" Default command 0x00 0x0000 0x0000 0x00 0x00 0x04 0x0010 0x0028 0x00 0x00 Controller setting command (write 40 bytes from address 0x10) Device enable...
  • Page 25 0x10) Device enable 0x04 0x00 0x00 0x00 command 0x04 0x00 0x00 0x00 The first byte of device setup data 0x04 0x00 0x01 0x00 Device confirmation data 0x04 0x00 0x01 0x00 Controller transmits more data 0x04 0x00 0x02 0x00 The device acknowledges the data and terminates the write...
  • Page 26 more data Device settings wrong 0x04 Data 0x02 value (ID tag not available) 0x00 0x0000 0x0000 0x00 0x00 Controller withdraw command value 0x00 0x0000 0x0000 0x00 0x00 The device executes preset instructions Tab. 9: Process data output Instruction Data 0 — 27 Block counter Mistake Status bit...

  • Page 27: Wrong Values In Process Data Entry

    5.7 Wrong values in process data entry Value Name Illustrate 0x00 RFID_NOERROR No errors, read and write operations were successful. 0x01 RFID_UNKNOWN_COMMAND The command value is unknown. 0x11 COMMAND_NO_RESPONSE • ID tag unresponsive; • ID tag is out of range; •...

  • Page 28: Appendix

    6.Appendix Ordering information Product ordering code Ordering code FIS M-406-082-401-07-S4 FIS106 28 / 29...
  • Page 29 29 / 29...

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