Flanged 40m Radar Liquid Level Sensor IP67 24VDC 40BAR 0.05% FS

26GHz NYRD-PB-C Flat Radar Level Meter

The flat-panel radar level meter is a 26GHz high-frequency radar level measuring instrument with a maximum measurement distance of 40 meters. The antenna is further optimized, and the new fast microprocessor can perform higher-speed signal analysis and processing, so that the instrument can be used in some complex occasions such as steam, foam, dust, crystallization, condensation, etc..

Radar Level Meter Technical Parameter

※ Note: Products can be customized according to the specific requirements of users!

Radar Level Meter Operating Principle

The radar level antenna emits narrow microwave pulses, which are transmitted downward through the antenna. After the pulse touches the surface of the measured medium, it is reflected back and received by the antenna system again, and the signal is transmitted to the electronic circuit part and automatically converted into a level signal (because the pulse propagation speed is extremely fast, the electromagnetic wave reaches the target and is reflected back to the receiver. The time taken is almost instantaneous).

Radar Level Meter Installation requirements

• The radar level meter i s installed at 1 / 4 or 1 / 6 of the tank diameter. Note: The minimum distance f rom the tank wall should be 500 mm Figure 1 : ① Datum plane , ② Containercenteroraxisofsymmetry.
• The to poftheconical tank is flat , which can be in stalledin the middle of the to pof the tank , which can ensure  the measurement to the bottom of the conical tank . As Figure 2
• Gantrydoor installation method : The plastich or nantenna can al so be fixedly installed through the gantry door , As Figure 3

Radar Level Meter Wrong installation

• The conical tank cannot be installed above the inlet  .Note: sunshade and rainproof measures should be taken when installing outdoors. Figure 4 : ① Right, ② Wrong
• When there are obstacles in the tank that affect the measurement, a reflector must be installed to measure normally. Figure 5:① Right,② Wrong