Everest Sanitation (India)

Clamp On Handheld Ultrasonic Flow meter (Battery Operated) realizesnon-intrusive measurement by simply clamp the sensors on pipesurface, with remarkable features of small size, easy to carry, nopressure drop and high accuracy. Widely applied in water supply, heat supply, hydro project, metallurgy, chemical industry, machinery industry, energy, etc.. for productionmonitoring, flow verification, real-time detecting, water balanceadjustment, flow network adjustment, energy saving monitoring.

Features: 

• Exclusive sensor for Open Channel flow
• High accuracy, high stability
• Downloading logging data by USB
• Data logging for long period
• Simple Structure

Insertion Type Ultrasonic Water Meter for Industrial and Commnercial Lines.

Features:-

• Line Size : Dn 15 to 3000
• No need to Stop Liquid. Can be installed on line with water flow.
• Low Installation cost compared to Electromangetic Meters.
• Easily Replacable Sensors.
• IP 65 Protection.

Features:

• ISO: 4064 Precision Class
• No Movable Parts
• Less Wear and Tear
• Water Temp. Upto 45° C.
• IP 68 Compliant
• Risks of corrosion and sedimentation free.
• Long durability and elevated precision guaranteed upto 10 years 

Applications: 

• Remote Reading for inaccessible locations.
• Smart City Metering
• Compatibility with LORA/ Rfid Networks 

 

Features:

• ISO: 4064 Precision Class
• No Movable Parts
• Less Wear and Tear
• Water Temp. Upto 45° C.
• IP 68 Compliant
• Risks of corrosion and sedimentation free.
• Long durability and elevated precision guaranteed upto 10 years 

Applications: 

• Remote Reading for inaccessible locations.
• Smart City Metering
• Compatibility with LORA/ Rfid Networks 

 

An ultrasonic level transmitter is a device used for measuring the level of a liquid or solid material in a container.

Working:

1. Ultrasonic Pulse Emission: The transmitter emits ultrasonic pulses from a sensor positioned at the top of the container.
2. Echo Reflection: These pulses travel through the air and reflect off the surface of the material (liquid or solid).
3. Time Measurement: The transmitter measures the time it takes for the pulse to travel to the surface and back.
4. Level Calculation: Based on the time of flight and the speed of sound, the transmitter calculates the distance from the sensor to the surface, which is then used to determine the level of the material in the container.

Features:

• Non-Contact Measurement: Does not require direct contact with the material, which is useful for corrosive, dirty, or hazardous materials.
• Accuracy: Provides accurate and reliable measurements with minimal maintenance.
• Versatility: Suitable for a wide range of applications, including liquids, slurries, and solids.
• Installation: Typically easy to install and calibrate, with options for various mounting configurations.

Applications:

• Industrial Processes: Monitoring levels in tanks, silos, and other containers.
• Water and Wastewater Management: Measuring levels in treatment tanks, reservoirs, and channels.
• Food and Beverage: Managing levels in production and storage tanks.
• Oil and Gas: Monitoring levels in storage tanks and separators.

Overall, ultrasonic level transmitters are valued for their accuracy, reliability, and ability to operate without direct contact with the material being measured.

An Ultrasonic Clamp-On Flow Meter is a non-invasive device used to measure the flow rate of liquids inside pipes without the need to cut into or disrupt the pipeline. These meters use ultrasonic signals to determine the velocity of the fluid and calculate the flow rate.

Clamp-on flow meters typically operate using ultrasonic measurement principles:

1. Transit-Time Method (For clean or slightly dirty liquids)

   • Two transducers are placed on opposite sides of the pipe.
   • Ultrasonic signals are transmitted in both directions.
   • The difference in travel time between upstream and downstream signals is used to calculate flow velocity.

Advantages

✅ Non-Invasive – No need to cut pipes or stop operations.
✅ Easy Installation – Clamps onto the outside of the pipe.
✅ Minimal Maintenance – No moving parts inside the pipe.
✅ Compatible with Various Pipe Materials – Works with metal, plastic, and other materials.
✅ Handles Different Liquids – Works with water, chemicals, oils, and more.

Limitations

⚠ Accuracy Can Be Affected – Poor pipe condition or bubbles in clean liquids can impact readings.
⚠ Proper Sensor Placement is Critical – Requires correct alignment for accurate measurements.
⚠ Limited for Low Flow or Small Pipes – May struggle with very slow-moving fluids or tiny pipe diameters.

Applications

• Water and wastewater treatment
• HVAC systems
• Oil and gas industries
• Chemical and food processing
• Industrial automation