SLDL5295 FM Radar Level Meter

Working Principle

Using FM continuous wave (FMCW) technology, transmitting signals for linear FM in the work area, by comparing the frequency difference between two transmitted waves  ¡÷f to obtain the distance value.
SLDL5295: 120GHz~128GHz
Product Feature
  • SLDL5295 Emission angle can be 1°,  can be installed by long lead-out  tube, can be installed on the ball valve.
  • The precision of SLDL5295 series is up to  0.5mm.
  • SoltaFMScan patented processing technology, fast processing of ECHO signals to fast track material level, single measurement only takes 5ms.
  • Strong penetration, especially suitable for using in high steam and high dust applications.
  • Easy debugging and saving time, no need to fill or empty the container.
  • The setup is simple, and the measurement can be achieved at least by setting two parameters.
  • One-click imaginary echo learning, even with multiple interfering echoes, can be accurately measured.
  • Multi-language support (including Chinese), echo, false echo visual display, easy to analyze and debug by maintenance personnel.
  • Measurements are not affected by changes in the medium, nor is it affected by process conditions such as temperature, pressure or dust.
  • Support Hart,Modbus, Profibus PA, Foundation Fieldbus¡¢GPRS/CDMA remote, Bluetooth, etc.
 Model  SLDL5295
 Application  For high temperature, high pressure, strong dust, steam and other  extreme conditions, high-precision measurement.
 Frequency  120-128GHz
 Measuring range  120m
 Antenna material  PTFE¡¢PFA
 Process connection  Flange
 Process temperature  -196...+800°C(With isolation device£©
 Process pressure  -1...160 bar
 Measurement deviation  ±0.5mm
 Beam angle  1°
 Transmission frequency  120GHz~128GHz
 Signal output  4...20mA/HART two-wire/four-wire, Probus PA, Foundation Fieldbus,  Modbus protocol, 485 bus protocol, GPRS/CDMA remote, Bluetooth,  etc.
 License  ATEX, IEC, FAC, CSA, SIL2

  • Level_Measurement_Gen_3_Microwave_2
  • Level_Measurement_Gen_3_Microwave
  • Gen_3_Microwave_Amplifier
Previous Image
Next Image




©2013 Solidat Applied Technologies Ltd. All rights reserved.