Jain Technology Xonic-7GI Inline Gas Flowmeter

Description

Jain Technology Xonic-7GI is the first ultrasonic in-line gas flow meter developed in Korea. As it uses the Ultrasonic Transit-time Technology, Xonic-7GI has superior performance compared to conventional differential pressure gas flow meters. Depending on pipe sizes, it uses one path or three paths of ultrasonic sensors, and the temperature sensor is embedded for volume compensation.

The Xonic-7GI is a high-precision, inline ultrasonic gas flowmeter manufactured by Jain Technology. It is specifically designed to measure the flow of gases like natural gas, biogas, and air using advanced Digital Signal Processing (DSP).

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

Measurement Method Ultrasonic Transit-Time Difference
Velocity -30m/s ~ 30m/s
Minimum Velocity 0.05m/s
Display Flow (Instant, Standard, Mass), Total Flow, Velocity
Accuracy 1.0%
Reproducibility 0.25%
Diagnostic Function Shape of Ultrasonic Signal, Value
Gain, ΔT, FFT
Measuring Gas Type Natural gas, Biogas, Air
Ex Certification Domestic : KCs 22-KA2BO-0594X
International : IECEx KTL 22.0029X
Ambient Temperature -20°C < Ta < 60°C
Protection Level Ex ia ⅡC T6 Ga / Ex db ⅡC T6 Gb

Features

High Precision Spool-Piece: Factory-calibrated inline design for maximum accuracy ( $pm 0.5%$ to $pm 1.0%$ ).
Zero Pressure Drop: Full-bore design ensures no obstruction to the gas flow, reducing energy costs.
No Moving Parts: Eliminates mechanical wear and tear, significantly extending maintenance intervals.⁴
Wide Dynamic Range: Capable of measuring both extremely low and high gas velocities with high resolution