Jain Technology Xonic 100LM Open Channel Utrasonic Flowmeter

Description

Jain Technology Xonic 100LM Open Channel Utrasonic Flowmeter use Cross- Correlation and Fast Fourier Transform technics to measure more accurate flow rate. This DSP technology makes Xonic 100LM more reliable, maintainable and accurate. Xonic 100LM use certified new technology PATENTED “Very precise time measurement method” and also use PATENT “Transducer Design for Open Channel”. The patent is about transducers alignment method in field, and engineers can align one transducers to opposite transducer very precisely with laser pointer.

Brand

Jain Technology

Especially JAIN TECHNOLOGY makes fully digitalized various kind of ultrasonic flowmeters for liquid and gas. Also, JAIN TECHNOLOGY has CERTIFIED CALIBRATION LABORATORY for liquid flow in accordance with the recognized International Standard ISO/IEC 17025:2005.

JAIN TECHNOLOGY provides the total solutions of the ultrasonic flow measurements from planning and design, through to manufacturing, installation and commissioning. We deliver a complete range of flow measuring services, as well as specialized assistance in a range of ultrasonic flowmeters.

Specifications

Principle Anti-Round Mode, Transit-Time
Measuring Path 2 or 4 path
Measuring Width 30 meters
Accuracy 2%
Sensitivity 0.01 m/s
Data Output 4-20mADC, Relay, RS-232C / RS-485 ModBus
Data Input 4-20mADC
Datalogger 32Mbytes
Display Large Color LCD (128×64)
Temperature Range Electronics -20 ~ +75℃ /
Transducers 0 ~ +60℃
Power 110~220VAC, free voltage
Enclosure Electronics : IP65 / Transducer : Submersible (IP68)

Features

Non-Contact Sensing: Eliminates sensor fouling, corrosion, and the need for frequent cleaning.
Pre-Programmed Hydraulics: Automatic flow calculation for Parshall flumes, V-notch, and rectangular weirs.
Advanced DSP Technology: Intelligent signal processing filters out interference from wind, waves, and surface noise.

Applications

Xonic 100LM measure flow velocity directly with patented 4 path transducers. Transducers are located at the end of each side to prevent any obstructions, and level is located on the top of the open channel, and accuracy is within 2% of actual flow.