Leuze electronic AMS 200, Technical Description, Page: 37 / 118

Mounting
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7.1.2 Mounting distances
Minimum parallel distance to adjacent AMS 200
The smallest possible parallel distance to an adjacent AMS 200 is determined by the
maximum measured distance as well as the characteristics of the reflector. To prevent adja-
cent devices from interfering with each other the parallel distance of the laser light spots on
the reflector is crucial.
Figure 7. 3 : Minimum parallel distance X to adjacent AMS 200
Min. parallel distance of the laser light spot X = 100 mm + (max. measurement distance in
mm • 0.01)
Notice !
Please note that travel tolerances could cause the two laser light spots to move towards
each other.
If both AMS 200 devices are optically separated from each other, e.g. if mounted in different
shelf alleys, the parallel distance can be chosen somewhat smaller, as there is no interfer-
ence in this case.
Minimum distance to an adjacent DDLS 200 optical data transmission device
The DDLS 200 series optical data transceivers and the AMS 200 do not interfere with each
other. Depending on the size of the used reflector, the optical data transceiver can be
mounted with a minimum mounting spacing of 100 mm to the AMS 200. The mounting
spacing is independent of the distance.
7.2 Mounting the reflector
The combination of laser measurement system and reflective tape or reflector is mounted in
such a way that the laser light spot hits the reflective tape as centred as possible and without
interruption.
Notice !
For further information on mounting the reflector please refer to chapter 5 "Reflectors".
X
Reflector 1 Reflector 2