Non-contact microwave level meter commonly used horn or rod antenna to transmit and receive microwave, the instrument is installed in the top of the silo, not in contact with the measured medium, the microwave in the upper space of the silo propagation an
The non contact radar level meter transmits and receives extremely short microwave with very low transmission power through the antenna system. Radar waves travel at the speed of light. The running time can be converted into a level signal through electronic components. A special time extension method can ensure stable and accurate measurement in a very short time. Even if there is false reflection, the latest micro processing technology and software can accurately analyze the level echo. By inputting the container size, the overhead distance value can be converted into a signal proportional to the material level.
The instrument can be empty commissioning. K-band high frequency sensor can be used in solid state measurement. Because the focusing effect of the signal is very good, the installation in the silo or the adhesion on the silo wall will not affect the measurement.
Product | Non Contact Radar Level Transmitter |
Model | SUP-RD906 |
Measure Range | 0-20 meters |
Application |
Tank |
Process Connection | Thread, Flange |
Medium Temperature | -40℃~150℃ |
Process Pressure | Normal pressure |
Accuracy | ±3mm |
Protection Grade | IP67 |
Frequency Range | 26GHz |
Signal Output | 4-20mA (Two-wire/Four) |
RS485/Modbus | |
Power Supply | DC(6~24V)/ Four-wire DC 24V / Two-wire |
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Be installed in the diameter of the 1/4 or 1/6. Note: The minimum distance from the tank wall should be 200mm. Note: ① datum ②The container center or axis of symmetry |
The top conical tank level, can be installed at the top of the tank is intermediate, can guarantee the measurement to the conical bottom |
A feed antenna to the vertical alignment surface. If the surface is rough, stack angle must be used to adjust the angle of cardan flange of the antenna to the alignment surface. (Due to the solid surface tilt will cause the echo attenuation, even Loss of signal.) |