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316L Stainless Steel Radar Level Indicator Four Lines RS485 26GHz NYRD806

316L Stainless Steel Radar Level Indicator Four Lines RS485 26GHz NYRD806

Brand Name: NUOYINGJIAYE
Model Number: NYRD806
MOQ: 1pcs
Price: $740~$950/pcs
Payment Terms: T/T
Supply Ability: 1000 pcs/per month
Detail Information
Place of Origin:
Xi'an,Shannxi,China
Certification:
CE,ATEX,SIL
Measurement Range:
30m
Antenna Material:
316L
Accuracy:
±3mm
Medium Temperature:
-40℃~250℃
Process Pressure:
-0.1 〜4.0MPa
Power Supply:
24VDC (two Lines, Four Lines)
Process Connection:
Support, Flange
Explosion-proof Grade:
Exia II CT6 Ga
Packaging Details:
Carton, 60cm x 30cm x 30cm
Supply Ability:
1000 pcs/per month
Highlight:

26GHz Radar Level Indicator

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Stainless Steel Radar Level Indicator

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RS485 Radar Level Gauge Four Lines

Product Description

Stainless Steel NYRD806 High Frequency 26GHz Radar Level Indicator 316L RS485 Four Lines

 

 

NYRD806 High Frequency 26GHz Radar Level Indicator

 

The radar level meter NYRD80X series sensor is a 26Hz high-frequency radar level measuring instrument with a maximum measurement distance of 80 meters. The antenna is further optimized, and the new fast microprocessor can perform higher rate signal analysis processing so that the instrument can be used fbr some complex measurement conditions such as reaction kettle, solid storage.

 

NYRD806 High Frequency 26GHz Radar Level Indicator Technical Parameters

 

Application Temperature, pressure, and slightly corrosive liquid
Measurement range 30m
Antenna material 316L
Accuracy ±3mm
Medium temperature -40℃~250℃
Process pressure -0.1 〜4.0MPa
Power supply 24VDC (two lines, four lines)
Process connection Support, Flange
Protection grade IP67
Frequency range 26GHz
Explosion-proof grade Exia II CT6 Ga

 

NYRD806 High Frequency 26GHz Radar Level Indicator Design characteristics

 

  • The antenna is small size and easy to install; non-contact radar, no wear and no pollution.
  • Almost free from corrosion and fbam; almost unaffected by changes in water vapor, temperature and pressure in the atmosphere.
  • The severe dust environment has little effect on the work of high frequency level gauges.
  • The shorter wavelengths provide better reflection fbr sloping solid surfaces.
  • The beam angle is small, the energy is concentrated, and the echo capability is enhanced while avoiding interference.
  • The measurement dead zone is smaller, and good results can also be obtained fbr small can measurement.
  • High signal-to-noise ratio, even in the case of fluctuations, can achieve better performance.
  • High frequency is the best choice fbr measuring solid and low dielectric constant media.