Zimmer GmbH • Im Salmenkopf 5 •
77866 Rheinau, Germany •
+49 7844 9138 0 • www.zimmer-group.com
DDOC01932 / -
9
INSTALLATION AND OPERATING INSTRUCTIONS:
MFS02-S-KHC-IL
EN / 2023-07-07
11 Commissioning
The product can either be operated in analog mode or with IO-Link. To switch from IO-Link operation to analog operation,
the I/O-Link connection and the sensor power supply must be separated.
11.1.1 Commissioning the product without IO-Link
NOTICE
During manual teach-in, the
Out-of-Range
display is active. The value 11 V is displayed if the magnet leaves the
measuring range in a positive direction or leaves at the side of the mounting screw, and 10.5 V is displayed if the
magnet leaves the measuring range in a negative direction or at the side of the line.
NOTICE
If switch points are defined before complete teach-in, they will change their position during teach-in.
►
Move the piston at least 5 times over the entire stroke to teach the sensor completely for the measuring range.
Ö
The highest degree of accuracy is achieved via complete teach-in.
11.1.2 Commissioning the product with IO-Link
NOTICE
The associated IODD in the corresponding version must be used for operation with IO-Link.
►
Download the IODD from our website.
NOTICE
If switch points are defined before complete teach-in, they will change their position during teach-in.
►
Move the piston at least 5 times over the entire stroke to teach the sensor completely for the measuring range.
Ö
The highest degree of accuracy is achieved via complete teach-in.
►
In order to accelerate teach-in, perform the
Application reset
,
Reset factory settings
or
Reset trained algorithm parameter
function after installation via IO-Link.
Ö
In so doing, then approx. only two complete piston strokes are required for sufficient accuracy.
11.1.2.1
Influencing the measuring range
INFORMATION
Monotony violations in the fringe areas can lead to incorrect position detection. The maximum possible
measuring range of the sensor is determined to prevent this.
The measuring range can be output via the
Index 16512 (0x4080)/MDC Descr, Subindex 1 (0x01)/Lower Limit
and
Subindex
2 (0x02)/Upper Limit
.
The measuring range can be influenced by the
Index 265 (0x109)/Position noise limit for application range
.
•
The smaller the value, the smaller the measuring range and thus the better the performance.
•
The higher the value, the higher the measuring range and thus the worse the performance.