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top guided wave radar level transmitter principle of operation factory for transportation

top guided wave radar level transmitter principle of operation factory for transportation
  • top guided wave radar level transmitter principle of operation factory for transportation
  • top guided wave radar level transmitter principle of operation factory for transportation
  • top guided wave radar level transmitter principle of operation factory for transportation
  • top guided wave radar level transmitter principle of operation factory for transportation

top guided wave radar level transmitter principle of operation factory for transportation

The mechanical parts of Kaidi Sensors guided wave radar level transmitter principle of operation require precision machining. They have to go through deburring, polishing, milling, drilling, threading, grinding, turning, etc. It can function well in a high-temperature environment
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PRODUCT OVERVIEW

The KD90X series sensor is a 26G radar water level meter measuring instrument with a measuring distance of up to 80 meters. The antenna is further optimized for processing, and the new fast microprocessor allows for higher speed signal analysis and processing, making the meter available for measurement of a variety of highly corrosive liquids.

top guided wave radar level transmitter principle of operation factory for transportation-1

THE PRODUCT PRINCIPLE

Radar water level meter antenna transmits a very narrow microwave pulse, this pulse propagates in space at the speed of light, encountering the surface of the measured medium, part of its energy is reflected back and received by the same antenna. The time interval between the transmitting pulse and the receiving pulse is proportional to the distance from the antenna to the surface of the measured medium. Due to the extremely high propagation speed of electromagnetic waves, the time interval between the transmitted and received pulses is very small (nanosecond order) and difficult to confirm. 90X series 26G radar water level meter uses a special demodulation technology to accurately identify the time interval between the transmitted and received pulses, so as to further calculate the distance from the antenna to the surface of the measured medium.

top guided wave radar level transmitter principle of operation factory for transportation-2

                                                                                                                                            A: range setting, B: low level adjustment, C: high level adjustment, D: blind range

The reference surface for measurement is: the bottom surface of the thread or the sealing surface of the flange.


Note: When using the radar water level meter, be sure that the highest level cannot enter the measurement blind zone (the area shown in D in the figure).



  PRODUCT FEATURES


top guided wave radar level transmitter principle of operation factory for transportation-3

The industry-recommended radar water level meter adopts

 a transmitting frequency of 26GHz, thus having:

● Small beam angle, concentrated energy, stronger

 anti-interference capability, and greatly

 improved measurement accuracy and reliability.

● Small antenna size, easy to install and add

 dust cover and other antenna protection devices.

● Lighter weight of about 1KG, easy to install.

● Measuring range up to 70 meters, covering

 water level measurement in large reservoirs, etc.

● Multiple output circuit interfaces to work with

 the acquisition system.

The radar water level meter adopts pulse operation mode, and the emission power

 is extremely low, which is harmless to human body and the environment.



PRODUCT SPECIFICATION


top guided wave radar level transmitter principle of operation factory for transportation-4Applications: rivers, lakes, shallows

Applications: rivers, lakes, shallowsMeasuring range: 30 m

Process connection: Gantry frame, locking flange from DN 80/3"

Process temperature: -40~80℃

Process pressure: (-0.1 to 0.3) MPa Accuracy: ±3mm Frequency range: 26GHz

Protection class: IP67 / IP65

Power supply: DC(6-24V) 4 wires / DC(12~24V) 6 wires

Signal output: RS485/Modbus protocol 4~20mA/Hart six-wire system

Field display: optional

Housing: Aluminum/ Plastic/ Stainless steel







APPEARANCE OF SIZE

top guided wave radar level transmitter principle of operation factory for transportation-5

TECHNICAL PARAMETERS

Housing: Seal between housing and housing cover Silicone rubberHousing window: Polycarbonate

Grounding terminal: Stainless steel

Power supply voltage :4-wire (6~24) V DC / RS485 Modbus / Power consumption 90mW Two-wire DC 24V / 4~20mA / Power consumption 0.75W

Allowable ripple: - <100Hz Uss Uss- (100~100K) Hz Uss Uss

Cable parameters: Cable inlet / plug M20xl.5 cable inlet

Wiring terminals: Wire cross section 1.0mm²

Output parameters: Output signal RS485 Modbus / 4~20mACommunication protocol Modbus / Hart

Resolution 1. 6u A

Fault signal Constant current output;20. 5mA22mA;3.9mAIntegration time (0 to 36)s, adjustable

Blind area: end of antenna

Measuring distance: KD908s 30m   KD909 70m

Microwave frequency: 26GHz

Measurement interval: approx. 1 second (depending on parameter settings)

Adjustment time: approx. 1 second (depending on parameter settings)

Display resolution : 1mm

Operating storage and transport temperature : (-40~70) ℃

Process temperature: (temperature of antenna part) (-40~100)℃

Pressure: Atmospheric pressure

Vibration resistance :Mechanical vibration l0m/s² , (10~150)Hz


INSTALLATION REQUIREMENTS

Please note the following to ensure that the instrument can be installed correctly: Please allow enough space for installation. Please avoid installation where there is strong vibration.

                                                                                top guided wave radar level transmitter principle of operation factory for transportation-6top guided wave radar level transmitter principle of operation factory for transportation-7

                                                                                                      Radar and bracket installation schematic (I)                                     Radar and bracket installation schematic (II)

Note: When the radar antenna transmits microwave pulses, there are certain launch angle. From the lower edge of the antenna to the surface of the measured medium, and the area radiated by the emitted microwave beam must not have obstacles. Therefore, the installation should be as far as possible to avoid obstruction facilities, if necessary, "false echo learning". When installing the instrument, we should also pay attention to the following: the highest level should not enter the measurement blind zone; the instrument must be connected to the earth and increase the lightning protection measures; outdoor shading and rain protection measures should be taken.


Kaidi Sensors guided wave radar level transmitter principle of operation is constructed under the sophisticated production process. It has to be forged, pressed, welded, mechanical processed, cleaned, coated, etc. The product will not influence the taste of beer by creating a confined space
In the development of Kaidi Sensors guided wave radar level transmitter principle of operation, safety and practicability are both considered. Its precision and quality of manufacture, as well as the management of machine risk and reliability, are all carefully thought of by technicians. It can function well in a high-temperature environment
Kaidi Sensors guided wave radar level transmitter principle of operation is professionally manufactured. It is carried out by expert developers with mechanical design automation and the ability to solve practical engineering problems. Its shell is water-proof and dust-proof, making it suitable for beverage storing
Kaidi Sensors guided wave radar level transmitter principle of operation has been tested by considering many aspects. They include toughness, friction, fatigue, vibrations, noise, reliability, and durability. It can function well in a high-temperature environment
Kaidi Sensors guided wave radar level transmitter principle of operation will go through a complete analysis. The analysis includes safety, the mechanical performance of components, overall operational efficiency, and so forth. It is made of stainless steel, which showcases premium rust-resistance
The product performs stably without little vibration. The design helps balance itself and keep stabilized during the dehydrating process. Its neck is sealed through double TIG welding, ensuring excellent airtightness
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