About Us | News | Download | Contact Us
Small beam angle , the energy can be concentrated, enhance the ability of echo and to avoid interference.
Antenna is in small size,easy to install. A shorter wavelength, the reflection of solid surface inclination is better.
Good working performance in serious dust solid environment.
Smaller measuring blind area,measuring result will be more accurate.
No corrosion,no pollution,friendly to human and environment
Power Supply 6-26VDC Accuracy ±3mm
Frequency range 26GHz Antenna material SS
Signal output 4~20mA/HART,RS485/Modbus
Availability: | |
---|---|
Quantity: | |
Guided wave radar level transmitters. For high-accuracy, reliable measurements even in harsh conditions. Using radar frequencies, guided in a probe going into the monitored vessel, guided-wave radar level measurement provides continuous, reliable measurements with high accuracy.
Guided wave radar level transmitter uses guided wave radar (GWR) technology. Based on the reflection of microwave on the surface medium. Through the probe, continuous level measurement of liquid and solid levels is completed.
A guided wave radar level transmitter is also called a wave-guided radar level sensor. They can measure both levels and the interface between two media. Through probe rod or cable, complete level contact types continuous level measurement. Such as Coaxial Probe Guided Wave Radar Level Transmitter. This is different from ultrasonic level measurement, which is non-contact measurement. A guided wave radar level transmitter is often used for tank level measurement. Including liquid and solid. Output 4~20mA/HART, so as to measure and control the level during production.
These transmitters can be used for liquids with a low dielectric constant.
They are applicable for level as well as interface measurements.
The consistency of liquids is not an issue. It may be viscous, slurry, semi-solid, particulate, and so on.
There is no impediment in the measurement process irrespective of the conductivity level, dielectric constant, density, pressure, or temperature of the fluids. All these factors do not hamper the accuracy of the readings.
These are easy to install and low on maintenance as there are minimal or no moving parts.
Guided wave radar level transmitters. For high-accuracy, reliable measurements even in harsh conditions. Using radar frequencies, guided in a probe going into the monitored vessel, guided-wave radar level measurement provides continuous, reliable measurements with high accuracy.
Guided wave radar level transmitter uses guided wave radar (GWR) technology. Based on the reflection of microwave on the surface medium. Through the probe, continuous level measurement of liquid and solid levels is completed.
A guided wave radar level transmitter is also called a wave-guided radar level sensor. They can measure both levels and the interface between two media. Through probe rod or cable, complete level contact types continuous level measurement. Such as Coaxial Probe Guided Wave Radar Level Transmitter. This is different from ultrasonic level measurement, which is non-contact measurement. A guided wave radar level transmitter is often used for tank level measurement. Including liquid and solid. Output 4~20mA/HART, so as to measure and control the level during production.
These transmitters can be used for liquids with a low dielectric constant.
They are applicable for level as well as interface measurements.
The consistency of liquids is not an issue. It may be viscous, slurry, semi-solid, particulate, and so on.
There is no impediment in the measurement process irrespective of the conductivity level, dielectric constant, density, pressure, or temperature of the fluids. All these factors do not hamper the accuracy of the readings.
These are easy to install and low on maintenance as there are minimal or no moving parts.
Application | Liqiud and Solid Powder | Corrosive Liquid | Solid Powder | Low permittivity liquid | Liquid in High Pressure Tank |
Measure Range | 30m | 20m | 30m | 6m | 15m |
Frequency | 500MHz-1.8GHz | ||||
Antenna | Cable or Rod | PTFE Covered | Double Cable | Rod | Cable or Rod |
Cable or Rod | |||||
Accuracy | ±10mm | ±10mm | ±10mm | ±5mm | ±10mm |
Working Temperature | (-40~250)℃ | (-40~200)℃ | (-40~150)℃ | (-40~250)℃ | (-40~400)℃ |
Working Pressure | (-0.1~4)MPa | (-0.1~0.3)MPa | (-0.1~4)MPa | (-0.1~4)MPa | (-0.1~40)MPa |
Signal Output | (4~20)mA/HART | ||||
Field Display | Four Bit LCD, Programmable | ||||
Power Supply | Two Wire(DC24V) | ||||
Four Wire (DC24V/AC220V) | |||||
Shell Material | Aluminum/Plastic | ||||
Process Connection | Thread/Flange | ||||
Explosion-Proof Grade | ExiaIICT6 | ||||
Protective Grade | IP67 | ||||
Application | Liqiud and Solid Powder | Corrosive Liquid | Solid Powder | Low permittivity liquid | Liquid in High Pressure Tank |
Measure Range | 30m | 20m | 30m | 6m | 15m |
Frequency | 500MHz-1.8GHz | ||||
Antenna | Cable or Rod | PTFE Covered | Double Cable | Rod | Cable or Rod |
Cable or Rod | |||||
Accuracy | ±10mm | ±10mm | ±10mm | ±5mm | ±10mm |
Working Temperature | (-40~250)℃ | (-40~200)℃ | (-40~150)℃ | (-40~250)℃ | (-40~400)℃ |
Working Pressure | (-0.1~4)MPa | (-0.1~0.3)MPa | (-0.1~4)MPa | (-0.1~4)MPa | (-0.1~40)MPa |
Signal Output | (4~20)mA/HART | ||||
Field Display | Four Bit LCD, Programmable | ||||
Power Supply | Two Wire(DC24V) | ||||
Four Wire (DC24V/AC220V) | |||||
Shell Material | Aluminum/Plastic | ||||
Process Connection | Thread/Flange | ||||
Explosion-Proof Grade | ExiaIICT6 | ||||
Protective Grade | IP67 | ||||
-Manuals
Guided Wave Radar Level Transmitter
-Data sheet
-Manuals
Guided Wave Radar Level Transmitter
-Data sheet
Oil and gas production
Refining
Pharmaceutical and biotech
Power generation
Pulp and paper
Iron and steel
Chemicals
Food and beverage
Marine
Oil and gas production
Refining
Pharmaceutical and biotech
Power generation
Pulp and paper
Iron and steel
Chemicals
Food and beverage
Marine