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Device description
Leuze electronic
MLC 520 EX
11
Protective field properties
The beam distance and the number of beams are dependent on the resolution and protective field height.
Device synchronization
The synchronization of receiver and transmitter for creating a functioning protective field is done optically,
i.e. without cables, via two specially coded synchronization beams. A cycle (i.e. a pass from the first to the
last beam) is called a scan. The length of a scan determines the length of the response time and affects
the calculation of the safety distance (see chapter 6.1.1).
a
Optically active area, housed in yellow
b
Synchronization beams
Figure 3.1: Transmitter-receiver system
QR code
A QR code as well as the corresponding web address are located on the safety sensor (see figure 3.2).
At the web address, you will find device information and error messages (see chapter 11.3 "Error
messages 7-segment display") after scanning the QR code with a mobile end device or after entering the
web address.
When using mobile end devices, mobile service charges can accrue.
Figure 3.2: QR code with corresponding web address (URL) on the safety sensor
Depending on the resolution, the effective protective field height can be larger than the optically
active area of the safety sensor housed in yellow (see figure 3.1 and see figure 14.1).
For the correct synchronization and function of the safety sensor, at least one of the two synchro
-
nization beams must be free during synchronization and operation.
a
b
b