|Product Model:||NYRD900||Measurement Accuracy:||0.05%~0.1%F.S|
|Antenna Material:||PTFE，304+PTFE||Power Supply:||24VDC，220V AC|
|Process Pressure:||-0.1~2.0MPa||Process Temperature:||-40~+130°C|
|Protection Class:||IP 65，IP 67，IP 68 (optional)||Explosion-proof Grade:||ExiaIICT6Ga, ExdIICT6Gb|
Solid Dust Radar Level Meter,
Smart Radar Level Meter,
Dust Smoke Environment Radar Level Switch
Smart Liquid Solid Dust Radar Level Meter Strong Dust Smoke Environment
80G Radar Level Meter Discription
Millimeter wave electromagnetic waves:Electromagnetic waves in the frequency domain of 30-300 GHz (1-10mm wavelength) are usually referred to as millimeter waves, it is located in the wavelength range where microwaves and far-infrared waves overlap, Therefore, it has the characteristics of two kinds of spectrum. The 76-81GHz band is the least understood and exploited area.
80G Radar Level Meter Technical Parameter
|Typical application||Electromagnetic wave emission angle less than 3°, suitable for narrow space or waveguide tube measurement|
|Suitable for large tanks (150m) and small tanks (small blind area)|
|High precision, high hygiene level and other occasions|
|Complex process conditions (stirring, heating rod, ladder, floating roof, strong dust, strong steam, etc.) occasions|
|Transmit frequency||76GHz~81GHz, FM sweep frequency width 5GHz|
|Antenna form||Lens antenna, anti-corrosion type lens antenna|
|Power supply||24VDC,220V AC|
|Process temperature||-40~+130°C, -40~+260°C (≥260°C can be customized)|
|Process connection||Thread,stents,flange,sanitary clamp (optional)|
|Protection class||IP 65,IP 67,IP 68 (optional)|
|Explosion-proof grade||ExiaIICT6Ga, ExdIICT6Gb (see the certificate for details)|
※Note:The product can be customized according to the specific requirements of users.
80G Radar Level Meter Design Features
◎Very good transient performance: Based on the self-developed CMOS millimeter-wave RF chip, it realizes a more compact RF architecture and a higher signal-to-noise ratio.
◎The 5GHz operating bandwidth enables the product to have higher measurement resolution and measurement accuracy.
◎Coherence: Coherence is produced by coherent current-driven dipole oscillations, or by nonlinear difference-frequency effects of coherent laser pulses.
◎Low energy: The energy of millimeter wave photons is only a few millielectron volts, and there is no phenomenon of X-ray ionization and destruction of the substance to be detected, so it is not easy to destroy the substance to be detected.
Contact Person: Ostar