Jain Technology Xonic-100GC Clamp on Gas Flowmeter

Description

Jain Technology Xonic-100GC Clamp on Gas Flowmeter is a transit-time ultrasonic flowmeter with outstanding performance compared to the differential pressure flowmeter. Depending on pipe size, system use 1 or 2 path ultrasonic sensor and use temperature sensor for volume compensation. Xonic 100GC is the first clamp-on ultrasonic gas flowmeter developed in Korea to replace highend foreign brands by maintaining performance and reducing price of conventional gas flowmeter

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

Principle Transit-Time
Operating pressure For steel pipe 5Kg/cm2
Velocity (bi-direction) -30 m/s ~ 30 m/s
Display Instant flow(standard), Total flow, Velocity
Accuracy (Reading) 1.0%
Reproducibility 0.25%
Diagnostic Function Ultrasonic signal shape, Gain value, ΔT, FFT
Application Natural gas, Gas, AIR

Features

True Non-Invasive Design: External clamp-on sensors ensure no pressure drop and no potential leak points.
High-Pressure Optimization: Ideal for gas applications where internal pressure is sufficient for acoustic coupling.
Maintenance-Free: No moving parts to wear out, clog, or require recalibration due to mechanical drift.
Advanced DSP Technology: High-speed signal processing ensures stability even in turbulent gas flows.