S Non-contact level measurement S Flow measurement in open channels S FMCW radar with 80 GHz technology S Compact housing with IP68 protection S 4*20 mA output signal S Configuration via smartphone or tablet using Bluetooth® wireless technology C. 1 x digital output PnP / 1 x analog output D. 1 x digital output NpN / 1 x analog output Application The SP-10 radar level transmitter is designed to measure the level of liquids or bulk materials in tanks, pools and silos. It can also be used to measure flow in open channels. The device does not come into direct contact with the measured medium during operation. The noncontact measurement method makes the transmitter widely used in industry because it does not require frequent maintenance and the properties of the medium such as density, viscosity, temperature, pressure and pH do not affect the accuracy and stability of the measurement. Principles of operation The SP-10 radar transmitter uses continuous wave technology with frequency modulation. Frequency Modulated Continuous Wave (FMCW) with a frequency range from 77 to 81 GHz, which ensures high accuracy and reliability of measurement even in small and quickly filling tanks and low sensitivity to internal obstacles. Construction The compact housing (IP68) made of PVDF material is resistant to corrosion and difficult environmental conditions, which allows the device to be installed outdoors. The SP-10 is equipped with a process connection with external thread G1V2" which is compatible with a large number of flanges and adapters. Complete with the radar transmitter, a G1V2" nut made of PVDF is supplied. For mounting the device on pipe 2”, we recommend dedicated mounting brackets manufactured by Aplisens. The electrical connection is made using a 10 m long factory cable with an M12 plug. Configuration The level transmitter is configured using a mobile device (tablet or smartphone) using Bluetooth® wireless technology. The 4^20 mA signal output ensures ease of integration with new or existing systems.

^plisenS8 Reference conditions - Measurement object - Ambient pressure - Relative humidity Accuracy in the measurement range (according to picture) A - Device reference point B - Accuracy in millimeters C - Distance in millimeters Ambient temperature effect Sensor update speed Maximum level speed Maximum measurement range Measurement principle Beam angle Max output power Internal power consumption Humidity Output 1 Output 2 Failure or measurement error alarm Process pressure Process temperature Ambient temperature Housing Connection cable Minimum 1 update per second (usually 5 updates per second)...