Radar sensors, for level measurement and object detection
Radar sensors are sensors that are used in, for example, access technology and vehicles, but also in industrial processes to measure levels in tanks, basins, sewers or silos. Radar sensors can reliably detect moving objects or measure levels of liquids or solid materials, regardless of environmental conditions such as weather or high temperatures.
SMM 01 4033H S50P 0.6-J4
In stockHigh-frequency radar sensor with 0.6 m fixed cable and 4-pin M12 connection for the detection of persons and objects for elevator doors, store doors or escalators. Equipped for walking direction detection. Due to the use of microwaves suitable for placement behind plastic wall and thus completely...
SMM 01 4033L S50P 0.6-J4
approximately 6 to 8 weeksLow frequency radar sensor with 0.6 m fixed cable and 4-pin M12 connection for the detection of persons and objects for elevator doors, store doors or escalators. Equipped for walking direction detection. Due to the use of microwaves suitable for placement behind plastic wall and thus completely...
Level measurement with level sensor
A radar sensor is widely used as a level sensor, also called a level sensor. This is a device used to measure the level of a liquid, powder or other substance in a container, tank or reservoir. Level sensors are critical in various industries and applications where accurate level measurement is important.
Level sensors are of great importance in industrial automation, process control, and monitoring of tanks and reservoirs in various industries, including the chemical industry, food industry, water supply and many more. They help maintain the efficiency, safety, and reliability of processes and systems in which liquids and substances must be maintained or controlled at a specific level.
WLR series
The WLR series radar sensors from Staal Instruments are the next step in level measurements. It is the level sensor that is ready for Industry 4.0. Due to the support for 2G networking, the sensor and all measurement results can be monitored wirelessly and remotely. With supporting software that uses artificial intelligence (AI), monitoring is not only automatic but also smart.