Jain Technology Xonic 10LE Energy Meter

Description

Jain Technology Xonic 10LE Energy Meter is insertion type ultrasonic flowmeter with 1 path, 2 path, 3 path spool. It has no moving parts and Jain Technology Xonic 10LE Energy Meterfully digitalized with precise temperature sensors. Xonic10LE can measure clean water, dirty water, chemicals, oil, alcohol, etc, so it can replace conventional flowmeters.

The Jain Technology Xonic 10LE is a high-precision, insertion-type ultrasonic energy (BTU) meter designed specifically for thermal energy measurement in chilled and hot water systems. It functions as a “three-in-one” device, integrating a flow sensor, temperature sensors, and a BTU calculator into a single system.

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

Measuring Method Ultrasonic Transit-Time
/ 1~3 Pair Insertion Transducers
Accuracy 0.5% RD
Measuring Range 0.05~10 m/s (flow velocity)
/ -40 ~ +150℃(temperature)
Sensitivity 0.001 m/s
Temperature Sensor PT500
Output RS-232C / 485, 4-20mA, Relay
Display Flow & Total / BTU Flow & Total / Graphic Mode(diagnostic) / -signal shape, strength, etc
Operating Temperature
-20 ~ +60℃ for Electronics
/ -40 ~ +150℃ for Transducers
/ -100 ~ +150℃ for Temperature
Datalogger 32Mbytes
Protection IP68 for Spool / IP65 for Electronics
Spool Material Stainless Steel 304

Features

Full BTU/Energy Functionality: Measures flow rate, temperatures, and calculates energy (BTU/kJ/kWh) in one unit.
Non-Invasive Clamp-On Design: Rapid installation on existing 15mm–50mm pipes without system downtime.
High-Accuracy Thermal Sensing: Pairs with matched temperature sensors for precise delta-T ( $Delta T$ ) measurement.
Zero Pressure Drop: Full-bore measurement ensures no added energy cost for pumping.
Advanced DSP Technology: Provides stable flow measurement in small-bore pipes with high resolution.