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80GHZ Radar liquid level transmitter / guage /  meter

80GHZ Radar liquid level transmitter / guage / meter

离岸价格

获取最新报价

400 ~ 500 / Set ( Negotiable )

|

Minimum Order

位置:

-

最小订单价格:

最小订单:

1 Set

包装细节:

carton

交货时间:

1 to 2 weeks

供应能力:

50 Set per Week

付款方式:

Money Gram, Western Union, T/T

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免费会员

联系人 Ms. Rita

Room 1911, Junminronghe Building, No25 Fazhan Road, Gaoxin Zone, Xi'an, Xianyang, Shaanxi

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详情

Product Description
*0GHz Radar Level Transmitter / guage / meter (Standard Version)

Working principle
Frequency modulation continuous wave (FMCW) technology is adopted in the object level meter of *0GHz radar level transmitter. The continuous wave with frequency variation is transmitted within a certain period, and the echo reflected by the object has a certain frequency difference with the transmitted signal. The distance information between the target and the radar can be obtained by measuring the frequency difference.

Radar level meter, as a new industrial level measuring instrument, has the characteristics of high-temperature resistance, high-pressure resistance, vacuum resistance, strong penetration, temperature, steam, dust, and other effects.

Non-Contact Level Measurement Instrumentations
When it comes to non-contact level measurement, both Ultrasonic and Radar are two of the most common types, while radar is divided according to different frequency, namely: *6GHz, *0GHz, **0GHz. Those devices applied similar measuring principles, installation(from top to end), and for dealing with similar  industrial application. Each technology has varying degrees of success in different applications.

Benefits
*-wire *0GHz FMCW Radar
For liquid and bulk solids.
High Frequency *0GHz, More Focus
Beam Angle 3°
One type of PTFE Antenna, no cable, rod, or drop structure.
Suitable for long/tall/narrow applications
Not affected by temperature changes, dust or vapors
Dielectric Constant > 2 is recommended
Support small batch OEM service
 
Technical specifications  
Application Liquid/Solid Measurement
Frequency *7GHz**1GHz
Measurement Range 8m, *5m, *0m
Antenna Material PTFE
Installation Thread G2 1/2 / Flange
Process Temperature **0ºC~**0ºC
Process Pressure Normal atmospheric pressure
Accuracy liquid: ±2mm; Solid ±5mm
Beam Angle
Signal output ***0mA/HART, Rs ***-Modbus
Power <0.5W (two-wire)
Explosion-proof Exdia II CT6Gb
  *0GHz Radar vs. Ultrasonic
When it comes to non-contact level measurement, both Ultrasonic and Radar are two of the most common types, while radar is divided according to a different frequency, namely: *6GHz, *0GHz, **0GHz. Those devices applied similar measuring principles, installation(from top to end), and for dealing with similar industrial applications. Each technology has varying degrees of success in different applications.

Ultrasonic level instrumentations are a cost-effective devices, which is suitable for some simple applications, but they\'re not as reliable or accurate in changing or difficult environments. Most application don\'t have the stationary product in a stable condition, it will be wise to select *0GHz radar over an ultrasonic device.
 
*0GHz Radar vs. Ultrasonic    
  Ultrasonic Radar
Common Frequency *0 kHz, **0 kHz *0GHz
Microwaves Type Mechanical wave(Sound waves) Electromagnetic waves
Dust, condensation, buildup Huge influence No influence
Air temperature, pressure Huge influence No influence
Air density, and gas composition Huge influence No influence
Suitable Application Simple/stationary measurements (Exp: Water level) Nearly all types of level measurements



*0GHz Radar vs. *6GHz Radar
Non-contact level radar is widely used, but most of the radar type is restricted to *6 GHz.
Due to it\'s frequency and signal strength, *6GHz reflects poorly from some liquids, as well as many solids, which reduces accuracy.
Meanwhile, the beam angle and antenna size(often come with large horn structure) limits its ability to dealing with application with foam, condensation, especially in some small, tall, narrow vessels, or spurious reflections from mounting fittings, tank walls, baffles, heaters.
 
*0GHz Radar vs. *6GHz Radar    
  *6GHz Radar *0GHz Radar
Common Frequency K-band *6GHz W-band *0GHz
Beam Angle >*0° >3°
Accuracy ±5mm ±2mm/±1mm
Antenna Type Horn PTFE Lens

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Ms. Rita < Shaaxi Shengke Electronic Technology Co., Ltd. >

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