Leuze AMS 300i Sales Brochure

AMS 300i
Laser distance measurement device for maximum accuracy
integrated connectivity.
UNCOMPROMISING EXACT — LIMITLESS COMPATIBLE
The AMS 300i — leading in measuring dynamic, functionality and variety of integrated interfaces.
integrated connectivity.
MEASURE DISTANCES — FAST AND ACCURATELY
The AMS 300i is used wherever position data of moving system components, such as in high-bay warehouses, needs to be detected quickly and reliably.
The unique selection of interfaces makes the AMS 300i a truly global player. Measurement data can, in part, even be output in parallel on two interfaces, e.g., for diagnostic and control purposes.
EASY HANDLING — UNCOMPLICATED INTERFACE SELECTION
Through the use of the latest signal processors, distances of up to 300 m are calculated with maximum accuracy and extremely quickly — in intervals on the order of milliseconds. Borderline situations can also be detected and indicated with the integrated, extensive functionality catalog of devices. Extensive diagnostic functions also make possible timely prefailure messages.
intergated connectivity.
All major fieldbuses
are integrated directly in the device
For Ethernet models,
a switch is provided for setting up a line or ring structure
Configuration
is performed directly in and via the control
In the event that a replacement should be necessary,
all parameters are automatically transferred to the new device via the fieldbus
With PROFIBUS and PROFINET,
a parallel SSI interface is available
think modular.
A number of selectable functions
can be optimally adapted to your application. Interfaces, heating, operating ranges
easy handling.
Integrated mounting solution
for the easy alignment and fastening of the set alignment
Interference-free parallel operation
with optical data transceivers DDLS 200 and DDLS 500
Red light laser
for simple alignment
Through the mechanical fastening
(ball mount), the device does not need to be retaught following a device exchange
5 language display
Standard M12 connection technology
availability control.
Through the constant monitoring of
relevant parameters, such as laser, temperature, received signal level, position window or speeds, the system can output a message in good time before a failure occurs, thereby allowing the device to be checked and serviced in advance
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