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13

IO-Link RFID Reader, HF 

 

Choose read command 
This parameter defines the read command that the write/read head will perform at the next 
reading. 
Value range: 

UID, user memory 

Default value:  UID 

Choose write command 
This parameter defines the write command that the read/write head will perform at the next 
writing. 
Value range: 

user memory 

Default value:  user memory 

Number of bytes [user memory] 
This parameter defines the number of bytes that the next command reads from the user 
memory or writes to the user memory. The block length of the read/write tags being used and 
the maximum available data range of 28 bytes per cycle should be observed. Read/write tag 
type 37 cannot be used in easy mode as its block length of 32 bytes is larger than the 
maximum available data range. 
Value range: 

4, 8, 12, 16, 20, 24, 28 

Default value:  4 
Format:  

decimal 

Starting address [user memory] 
This parameter defines the start address from which the next command data is read from the 
user memory or written to the user memory. The block length of the read/write tag being used 
and the maximum available data range of 28 bytes per cycle should be observed. Read/write 
tag type 37 cannot be used in easy mode as its block length of 32 bytes is larger than the 
maximum available data range. 
Value range: 

depends on the size of the user memory and the block length 

Default value:  0 
Format:  

hexadecimal 

Autostart 
This parameter defines whether or not the read command is carried out immediately when 
you turn on the read/write head without taking into account the control bits of the process data 
of the output frames. 
Value range: 

true, false 

Default value:  true 

Process Data 

The process data consists of an output frame and an input frame. The output frame contains 
the data that is transferred cyclically from the IO-Link master to the reader. The input frame 
contains the data that is transferred back from the reader to the IO-Link master. 

 

 

Summary of Contents for IQT1-18GM-IO-V1

Page 1: ...MANUAL IO Link RFID Reader HF 13 56 MHz ISO 15693 IQT1 18GM IO V1 IQT1 F61 IO V1 IQT1 FP IO V1 FACTORY AUTOMATION...

Page 2: ...st version of the General Terms of Delivery for Products and Services of the Electrical Industry set out by the German Electrical and Electronic Manufacturers Association ZVEI and the Extended Retenti...

Page 3: ...O V1 7 3 4 2 IQT1 18GM IO V1 7 4 Product Description 8 4 1 Indicators and Operating Elements 8 4 2 Connection 9 4 3 Accessories 9 5 Installation 10 5 1 Storage and Transportation 10 5 2 Unpacking 10 5...

Page 4: ...range of device functions avoid faulty operation and associated errors reduce costs associated with downtime and incidental repairs increase the effectiveness and economic efficiency of your plant St...

Page 5: ...ence L exploitation est autoris e aux deux conditions suivantes 1 l appareil ne doit pas produire de brouillage et 2 l appareil doit accepter tout brouillage radio lectrique subi m me si le brouillage...

Page 6: ...ensure that the device and the connected systems function correctly The protection of operating personnel and of the plant is only guaranteed if the device is operated in accordance with its intended...

Page 7: ...tions 3 4 1 IQT1 IO V1 Warning Processes started in an uncontrolled manner jeopardize the plant Before commissioning ensure that there are no risks involved in using the device that may endanger the p...

Page 8: ...ISO 15693 The devices are connected via M12 plugs Figure 4 1 IQT1 18GM IO V1 Figure 4 2 IQT1 F61 IO V1 Figure 4 3 IQT1 FP IO V1 4 1 Indicators and Operating Elements The IQH1 IO V1 read write heads h...

Page 9: ...onnection to higher level devices via USB ICE1 8IOL G60L V1D Ethernet IO Link module with eight inputs outputs for connection to a higher level system via Ethernet IP Profinet or EtherCat You can use...

Page 10: ...ease contact Pepperl Fuchs 5 3 Mounting and Connecting the Read Write Head Important note The read write head is intended for mounting indoors Do not mount the read write head on metal surfaces Mainta...

Page 11: ...ith IQT1 IO V1 read write stations currently support the following read write tags 13 56 MHz ISO 15693 Tag Types The read write tags usually have a 64 byte unique read only code that has been defined...

Page 12: ...ot transferred as cyclic process data You can select the read write command you want via the configuration tool from a list of possible read write commands 6 3 1 Command Overview Easy mode supports th...

Page 13: ...ress user memory This parameter defines the start address from which the next command data is read from the user memory or written to the user memory The block length of the read write tag being used...

Page 14: ...executed Bytes 1 2 and 3 are not used and are allocated zero because some controls such as the Rockwell Collins controls operate on four bytes Write data Bytes 4 to 31 contain the data in hexadecimal...

Page 15: ...ehavior of the read write head The read bit in the output frame is true meaning that the read write head reads permanently If read write tag A now enters the detection range of the read write head the...

Page 16: ...Install the software on your PC Now install the driver for the IO Link master and the IODD file for the read write head on your computer The driver and the IODD file can be found on the corresponding...

Page 17: ...2017 07 17 IO Link RFID Reader HF Select the Online Parameterization menu option...

Page 18: ...2017 07 18 IO Link RFID Reader HF The read write head automatically starts reading the UID of the read write tags The data can be found in the input frame of the process data...

Page 19: ...2017 07 19 IO Link RFID Reader HF DOCT 5706A 06 2017...

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