Description
Jain Xonic 100LO Sewer Ultrasonic Flow Meter
Jain Xonic 100LO Sewer Ultrasonic Flow Meter is developed for measuring full and partly-filled sewer pipes. It has a specially designed 4-path transducer that allows the system to measure both low flow at midnight and high flow during the rainy season. Compared to the doppler flowmeter, this design never disturbs the flow and is easy to install and maintain.
Jain Xonic 100LO Sewer Ultrasonic Flow Meter is a high-precision, non-contact flow measurement system specifically engineered for partially filled sewer pipes, gravity lines, and wastewater discharge channels. Manufactured by Jain Technology, the Jain Xonic 100LO Sewer Ultrasonic Flow Meter utilizes advanced dual-technology sensing—combining ultrasonic level measurement with non-contact Doppler velocity sensing—to accurately calculate volumetric flow in unpressurized pipes and sewer mains. Designed to operate reliably in dirty, debris-laden wastewater environments without causing head loss or clogging, it delivers robust telemetry for municipal sewer networks and industrial outfalls.
High Accuracy
Transit-Time ultrasonic flowmeter has an outstanding performance than doppler type as it uses 4 path transducers to measure velocity of each path.
Full Pipe and Low Flow
Xonic 100LO can measure even very low flow at midnight and full pipe during rainy season.
Reduce Maintenance Cost
Patented design is free from sand and sediments. So, transducer
does not require regular inspection.
Flow Compensation
When sediment is formed, system compensate flow by correcting
sectional area.
Sludge Deposit Alarm
System alerts only when slurry is stacked up near sensor area, and user must check the site and clean the pipe. Therefore, regular site inspection is unnecessary and maintenance cost can be reduced
significantly.
Low Carbon & Green Growth Product
Xonic 100LO is low carbon & green growth product with low power
consumption. It can also be operated with solar power energy.


































































