SICK RFH5 - Page 45

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DSFID (read only): “Data Storage Format Identifier” specifies how the data in the
transponder memory is structured.
•
AFI (read only): the “Application Family identifier” presents the type of application
which the transponder solves.
•
Number of blocks: indicates how many memory blocks are available in the trans‐
ponder.
•
Memory block size: size of the blocks in bytes
•
RSSI: RSSI value of the read transponder
•
IC manufacturer code: manufacturer of the transponder IC,
•
IC reference: specific IC type
UID history
The UID history shows the last five transponders read by the device. This also includes
the system time at which each transponder moved into the detection range of the
device.
The list is reset during a “power cycle”.
Index dec
(hex)
Name Format
(Offset)
Lenght Access
1)
Default
Value
Value /
Range
Remark [Unit]
68 (0x44) UID List Record
2)
80 Byte ro UIDs of the last 5 transpond‐
ers inside the reading field
of the device
1 (0x01) Tag 1 Bit (576) 64 Bit ro UID of last transponder in
device detection range
2 (0x02) Time stamp tag 1 Bit (512) 64 Bit ro System time stamp of last
transponder entering read‐
ing field of device [ms]
3 (0x03) Tag 2 Bit (448) 64 Bit ro UID of 2nd last transponder
in device detection range
4 (0x04) Time stamp tag 2 Bit (384) 64 Bit ro System time stamp of 2nd
last transponder entering
reading field of device [ms]
5 (0x05) Tag 3 Bit (320) 64 Bit ro UID of 3rd last transponder
in device detection range
6 (0x06) Time stamp tag 3 Bit (256) 64 Bit ro System time stamp of 3rd
last transponder entering
reading field of device [ms]
7 (0x07) Tag 4 Bit (192) 64 Bit ro UID of 4th last transponder
in device detection range
8 (0x08) Time stamp tag 4 Bit (128) 64 Bit ro System time stamp of 4th
last transponder entering
reading field of device [ms]
9 (0x09) Tag 5 Bit (64) 64 Bit ro UID of 5th last transponder
in device detection range
10 (0x0A) Time stamp tag 5 Bit (0) 64 Bit ro System time stamp of 5th
last transponder entering
reading field of device [ms]
1)
ro = read only, wo = write only, rw = read/write
2)
Subindex access not supported
Alarm
The device offers the option of configuring and outputting two alarms. The alarms are
transmitted cyclically via the process data. If the device is operated in SIO mode, an
alarm can also be used as a source for the SIO mode.
OPERATION 8
8025309/1KDE/2023-12-19 | SICK O P E R A T I N G I N S T R U C T I O N S | RFH5xx
45
Subject to change without notice