LPR®-1DHP-291
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Primary radar mode with reflector Secondary radar mode Robust Millimeter Wave Distance Measurement Sensor for Industrial Applications Diversity radar mode LPR®-1DHP-291 The LPR®-1DHP-291 radar system performs 1D distance measurements for short, medium and long ranges with highest accuracy. By means of primary, secondary and diversity radar measurements, the LPR®-1DHP-291 detects the position and speed (for example, of cranes and rail-bound transport systems) in real-time and makes the data available via built-in interfaces. The sensors are easy to install and put into operation with the aid of a webbased interface. A directional antenna is integrated into the robust housing. LPR®-1DHP-291 - an evolution of the well-proven 60 GHz technology - comes with the same compact and light form factor as its predecessor LPR®-1DHP-290. The device features the latest mmWave technology, allowing it to perform high-precision measurements with accuracy in the millimeter range. The sensor can be optimally configured for the required accuracy and range by selecting individual measurement modes. Even under the harshest weather and environmental conditions such as rain, fog, snow, dust, smoke or vibrations, the maintenance- and wear-and-tear-free wireless technology operates reliably and with a high degree of availability - indoors and outdoors. • Contactless distance measurements via radio waves • Millimeter wave technology for measurements with mm accuracy robust housing • Impervious to dirt, harsh weather and vibrations • Ideal for semi-automatic and full automated crane systems

RADAR NEXT LEVEL Primary Radar Mode Typical Applications LPR®-1DHP-291 • Crane positioning • Collision avoidance • Goods tracking • Process monitoring • Process control • Process automation • Presence check • Level probing • Object detection • Radar barriers

RADAR NEXT LEVEL In primary radar mode a single LPR®-1DHP-291 measures the distance and speed to a reflective object, typically a metal corner reflector. The range is typically 50 m but depends on the radar cross section (RCS) of the used target. The primary radar mode features very high update rates and enables a cost effective installation. Typical applications are positioning of cranes and heavy machinery, presence check, level probing and detection of objects. 1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations. 2)...

RADAR NEXT LEVEL In secondary radar mode two LPR®-1DHP-291 measure the distance and speed between each other. The secondary radar mode features high ranges of up to 300 m and high update rates and ensures that the measurement is taken only to the partner unit. Typical applications are positioning of cranes and heavy machinery, process automation and collision avoidance. 1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations. 2) Error under consistent ambient conditions. 3) Depending on the environment and the selected...

RADAR NEXT LEVEL Radar Mode In diversity radar mode four LPR®-1DHP-291 are grouped into two measurement pairs mounted side by side. The diversity radar mode features very high ranges of up to 500 m, high update rates and enables operation with highest reliability under harshest conditions. 1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations. 2) Error under consistent ambient conditions. 3) Depending on the environment and the selected bandwidth mode. 5 SYMEO GmbH | Prof.-Messerschmitt-StraUe 3 | 85579 Neubiberg/Munich |...