
20
6.5
Parameter data
Index
Subindex
Parameters
Size
Access
Date retention
Compatibility
mode
PDV (Process Data Value)
0x00C1 (193) 0
Offset
4 bytes
Read/Write
X
X
0x00C2 (194) 0
Preset
4 bytes
Read/Write
X
0x00C3 (195) 0
Output Characteristics
1 byte
Read/Write
X
0x00C4 (203) 0
Minimal Negative Position
4 bytes
Read/Write
X
System parameters
0x0003 (3)
0, 1, 2, 3, 4, 5 Data Storage
72
bytes
Read/Write
X
0x000C (12)
0
Device Access Locks
2 bytes
Read/Write
X
X
0x000D (13)
0, 1, 2, 3
ProfileCharacteristic
6 bytes
Read Only
X
0x000E (14)
0, 1
PD Input Descriptor
3 bytes
Read Only
X
Tab. 6-2: Parameter data of IO-Link interface
Access to subindex 0 addresses the entire
object of an index. Access of subindices >0
addresses the individual elements of an index.
6.5.1 Process data configuration (PDV)
The parameters can mutually affect each other.
Therefore we recommend making the settings
in the following order:
Output Characteristics
,
Offset/Preset Teach
,
Minimal Negative Position
.
Output Characteristics
As shipped, when moving the sensor in the direction of the
arrow the position count is positive. The count direction
can be reversed using the parameter
Output
Characteristics
. The count direction setting should be
made before the offset setting, since it may no longer be
valid after changing the offset. If the direction needs to be
changed again after setting the offset, the offset should
generally be adjusted again.
Offset, Preset, Teach In Zero Point
The beginning of the magnetic tape does not represent the
measured position 0, but rather the zero point can be at
any desired position within or outside of the magnetic tape.
Crossing the zero point causes a position jump (overrun). If
this overrun is not desired, the position of the zero point
can be changed using an offset or extending the
on page
6
IO-Link Smart Sensor Profile (BML SL1-ALZ0-U1ZZ-…) (continued)
Fig. 6-1:
Offset set
Overflow
Position value
Position value
Path
Path
Offset not set
8.19 m
8.19 m
Example for a measuring range adjustment by setting the
offset
BML SL1-ALZ _ -U_ ZZ- _ U1L - _ _ _ _
Absolute magnetic encoder system
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