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ABM - Model R-HT -High Temperature Radar Level Sensor
The R-HT pulse radar sensor from ABM is the ideal solution for liquid, slurry or solid level applications in high temperature processes with vapours, gases (CO2, CO, H2S, H2), foaming or volatile surfaces. The sensor is designed with a Teflon rod and decoupler to handle process temperatures up to 350°F (177°C). For applications with extreme temperatures, a horn antenna with 8″ bottom flange and thermal gasket is used for temperatures up to 572°F (300°C).The R-HTP pulse radar level sensor is the ideal solution for liquid, slurry or solid level applications in high temperature processes. The radar sensor is suited for challenging environments with vapours, gases, foaming or volatile surfaces.
- High temperature processes up to 572°F (300°C)
- Measuring range up to 100 ft (30 m)
- Non-contact continuous level measurement
- Self-cleaning, maintenance free operation
- Plug-and-play installation with simple calibration
- Remote monitoring and virtual support with optional Cellular Gateway
Learn more about the R-HTP radar level sensor here.
Industries
- Water & Wastewater
- Chemical
- Petrochemical
- Food & Beverage
Applications
- Process tank level and control
- Inventory level in storage tanks
Radar level sensors are the ideal solution for level measurement of liquids and solids when dealing with challenging environments such as vapour, temperature variations, extreme temperatures, extreme dust, wind, foam, ice or acoustic noise. ABM offers various radar level sensors to match your application. Our radar sensors are a one echo sensor. The sensors automatically adjust their transmitted energy and receiver sensitivity to get the same amplitude of wanted echoes regardless of the distance to radar, which allows a very narrow radiation beam and very short blanking. This technique allows the receiver to detect only one echo from the measured media while all false echoes are pushed under the noise level and eliminated.
Learn more about our non-contact radar level sensors here.
