KLD803 PTFE Anti Corrosion Radar Level Gauge With Small Blind Spot

KLD803 PTFE Anti-corrosion Radar Level Gauge with Small Blind Spot
 
Introduction
 

The KLD800 series radar level gauge is an 80G FM CW radar level measuring instrument with a larger measuring distance. The antenna is further optimized, and the new fast microprocessor can perform signal analysis and processing at a higher rate, so that the instrument can be used for the measurement of environmental solids such as high temperature and high pressure.
 
Feature
 

1. Continuous and accurate measurement
Due to the measurement characteristics of the radar level gauge, it will not be affected by the environment, and has a wide range of applications. It is non-contact measurement, does not contact the surface of the medium, and can accurately and quickly measure different media. The probe is hardly affected by temperature, pressure, gas, etc.

2. It has the function of suppressing the interference echo
The interference echoes caused by joints and the noise of feeding or discharging within the beam range of the radar level gauge can be automatically suppressed by the internal fuzzy logic control.

3. Accurate and safe energy saving
The radar level gauge can measure under vacuum and pressure, and it is accurate and safe. Can be without any restrictions, applicable to various occasions. The chemical and mechanical properties of the materials used in the radar level gauge are quite stable, and the materials can be recycled, which is extremely environmentally friendly.

4. No maintenance and strong operability
Almost undisturbed, no direct contact with the measuring medium, it can be used in almost all kinds of occasions, such as vacuum measurement, liquid level measurement or material level measurement, etc. Due to the use of advanced materials, it is durable to extremely complex chemical and physical conditions, and it can provide accurate, operable, long-term stable analog or digital level signals.

5. Easy maintenance and simple operation
The radar level gauge has fault alarm and self-diagnosis functions. Analyze the fault according to the error code prompted by the operation display module, determine the fault in time and eliminate it, making maintenance and calibration more convenient and accurate, and ensuring the normal operation of the instrument.

6. Wide range of applications, can measure almost all media
From the shape of the tank body, the radar level gauge can measure the liquid level of spherical tanks, horizontal tanks, cylindrical tanks, cylindrical cone tanks, etc.; from the tank function, it can measure the liquid level of storage tanks and buffer tanks. , microwave tubes, and bypass tubes to measure the liquid level; from the measured medium, it can measure liquid, particles, slurry, etc.

 
Product Dimension
Unit in mm:

  
Installation Method
Flange installation 
When using flange installation, the minimum distance between the instrument and the tank
wall should be 200mm.
① datum plane
② vessel center or axis of symmetry  
               
 
Hoisting Installation
         
 

Radar wave is a special form of electromagnetic wave. Radar level gauge uses the special performance of electromagnetic wave to detect material level. Electromagnetic waves can penetrate interference sources such as space steam and dust, and are easily reflected when encountering obstacles. The better the conductivity of the measured medium or the greater the dielectric constant, the better the reflection effect of the echo signal.

The higher the frequency of the radar wave, the smaller the launch angle, the greater the energy (magnetic flux or field strength) per unit area, the smaller the attenuation of the wave, and the better the measurement effect of the radar level gauge.

Problems that should be paid attention to in installation
(1) When measuring liquid materials, the axis of the sensor is perpendicular to the surface of the medium; when measuring solid materials, the sensor should be inclined at a certain angle because the solid medium has a stack angle.
(2) Avoid the feed port to avoid false reflections.
(3) The sensor should not be installed in the center of the arched tank (otherwise the false echoes received by the sensor will be enhanced), nor can it be installed very close to the tank wall, and the installation position should be 1/2 of the radius of the tank.
(4) Avoid installing in places with strong eddy currents. For example: due to stirring or strong chemical reaction, etc., it is recommended to use waveguide or bypass tube for measurement.
(5) If the sensor is installed on the tube, the antenna must protrude from the tube. The horn antenna protrudes at least 10mm from the adapter. Rod antennas take over lengths up to 100 or 250mm. Take over the diameter of 250mm. The method of increasing the diameter of the connecting pipe can be adopted to reduce the interference echo generated by the connecting pipe.

                
 
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