Product Description

LX-80-15 Level Sensor
RADAR LEVEL SENSOR FOR WATER AND SNOW LEVEL MONITORING
Contactless measurement of distance from the sensor to
the surface
Works on water, ground, most uids and solids
Ultra-precise 80 GHz radar technology
Measurement accuracy +/-2 mm
Measurement quality not aected by changes in air
temperature or density
Simple installation
IP-68 rated enclosure
Supports variety of communication interfaces
Congurable range of interest
Easy mounting
Compatible with Geolux SmartObserver datalogger and
Geolux HydroView cloud-based software for real-time
remote monitoring
Low power consumption
Highlights
Product Description
Geolux LX-80-15 is an advanced level sensor
that measures the distance from the sensor
to the surface. LX-80-15 uses advanced 80
GHz radar techology to provide accurate
and stable measurements. Using contactless
technology for measurement of level of uids
and solids provides many advantages over
traditional methods due to simple installation,
low power consumption and minimal to none
maintenance. Geolux LX-80-15 can be used for
hydrological measurements of open-channels,
for snow level measurement, for industrial
measurements of uid levels in tanks and for
measurements of level for various solids in
industrial and environmental applications.
Sensor can be also used for measurement of
distances of actuators or moving and static
machinery parts for control or monitoring
purpose in industrial environment.
LX-80-15 was designed for easy integration
in existing environmental and industrial
monitoring systems. Low power consumption,
multiple supported communication interfaces,
and compatibility with Geolux datalogger
and real-time remote monitoring software all
allow our customers to quickly and eortlessly
integrate LX-80-15 into new or existing
applications.
When compared to ultrasonic sensors for level
measurement, radar technology provides
advantage in precision, as the changes in
air temperature which aect the quality of
ultrasound measurements do not aect radar
measurements. Software radio-dened (SDR)
design of the sensor allows easy upgrades,
integration of advanced logic and detection
possibilities and simple customization for each
specic measurement problem and process.