Radar Flowmeter

Nowadays, it Has Become Very Common to Use All Kinds of Flowmeters to Control Environmental and Water Conditions, as well as to Control Fluid Flow in Various Industries. Therefore, Choosing the Type of Flowmeter Used According to the Required use has Become a Fundamental Problem for Users.

One of the Important Things for Users is to Use Flowmeters that Do Not Come into Contact with the Fluid. Other Important Factors in Choosing the Type of Flowmeter are the Range and High Accuracy of Measurement in Order to Control the Flow of Water in Rivers and Wide Channels. For this Reason, Nowadays, the Use of Radar and Ultrasonic Flowmeters Has Been Very Popular Among Users.

The Flow Rate Measurement in this Method is that the Device Calculates the Cross-Sectional Area of ​​the Liquid (A) by Obtaining the Average Height of the Passing Liquid Level (H) from the Bottom of the Channel by an Ultrasonic Level Gauge and Having the Width of the Channel.

Also, the Device has a Sensor to Detect Liquid Surface Flow (V) by Sending and Receiving Sound Frequencies, Which Works According to the Doppler Principle in this Field (Such as Ultrasonic Doppler Flowmeters).

By Calculating these Two Parameters, the Device Measures the Flow Rate (Q).

The Non-Contact Nature of this Sensor is One of the Best Features of this Sensor, Which Prevents the Device from Coming in Contact with Water, Slurry, Mud and Corrosive Substances, and Increases the Life of the Device.

This Flow Measurement is Widely used for Hydrological Monitoring, Flood and Sewage control, Environmental Pollution Monitoring

The Non-Contact Nature of this Sensor is One of the Best Features of this Sensor, Which Prevents the Device from Coming in Contact with Water, Slurry, Mud and Corrosive Substances, and Increases the Life of the Device.

Features and Applications

Features and Applications

RV7 is Used to Monitor the Water Conditions in the Environment and Also to Measure the Flow in more Difficult Conditions Such as Observing the Reservoirs in Which it is Not Possible to Calculate the Flow with the Usual Methods.

The Ability to Install Batteries and Solar Cells on this Device Makes It Possible to Install it in Areas Without Electricity.

Using the GDC Controller and Different Types of level Gauges that Can Be Used for this Purpose, RV7 Can Be Used as a Flowmeter Based on the Calculation of Flow Rate and Cross-Sectional Area, to Measure Flow in Non-Standard Channels, Semi-Pipes. It can be Used in Small or Wide Rivers.

These Types of Flowmeters Have Many Applications Due to Their Non-Contact Nature and Ability to be Used in Different Temperature Conditions, Such as:

  • Municipal Sewage
  • The Flow of Rivers
  • Sewage from Storms
  • Measurement of Effluent Flow from Factories and Industries, Urban or Industrial Canals
  • Output of Tanks
  • Half Filled Tubes and …

Advantages

  • Low Installation Cost
  • The Basis of the Device's Operation is Without Contact with the Passing Liquid, Which Lowers the Maintenance Costs.
  • There is No Measurement Limit in the Calculation of the Cross-Sectional Area of ​​the Passing Liquid. (It Also Covers Canals and Wide Rivers)
  • High Measurement Accuracy in Calculating the Passing Current
  • Due to Being Non-Contact, this Device is Suitable for Measuring the Flow of Liquids with High Temperatures, Solid Particles with High Viscosity, and Also Oxidizing Liquids.
  • Durable Body to Prevent Environmental Damage
  • Can be Installed at a Height of 5 Meters to 30 Meters from the Liquid Level
  • Continuous Measurement of Cross-section and Liquid Flow
  • Send Data Using GSM/GPRS

 Click to Download the RV7 Radar Flowmeter Catalog.