Search productSearch post

Ultrasonic Gas Flow Meter
Ultrasonic Gas Flow Meter
Ultrasonic Gas Flow Meter
Ultrasonic Gas Flow Meter

Ultrasonic Gas Flow Meter

  • Keywords:ultrasonic gas flow meter, gas flow measurement, real-time gas analysis, industrial gas flow meter
  • Category:CO2 Analysis and Detection

The Ultrasonic Gas Flow Meter is a high‑precision instrument designed for accurate, real‑time measurement of gas flow in pipelines and industrial systems. Utilizing advanced ultrasonic transit‑time technology, it measures flow velocity without direct contact, ensuring minimal pressure loss and high reliability. The meter provides stable performance across a wide range of gases, including natural gas, biogas, hydrogen, carbon dioxide, and industrial process gases. With intelligent diagnostics, digital communication interfaces, and robust construction, it supports continuous monitoring, energy management, and process optimization. Its non‑intrusive design, long service life, and low maintenance requirements make it ideal for power plants, chemical facilities, gas distribution networks, and environmental monitoring applications.

CLICK TO INQUIRE

Product Overview

The Ultrasonic Gas Flow Meter uses advanced ultrasonic sensing technology to provide high-precision flow measurement for biogas and other industrial gases. In addition to flow measurement, the device supports gas composition analysis, including real-time monitoring of methane (CH₄) concentration. Equipped with a specially designed ceramic ultrasonic probe, it offers excellent corrosion and moisture resistance, making it ideal for harsh environments. Its reliable performance and unique design make it highly suitable for industrial production, environmental monitoring, and energy management applications.

Working Principle

The flow meter calculates gas velocity by measuring the time difference of ultrasonic signals traveling through the gas. Flow rate is then determined using gas density and temperature data. An integrated temperature sensor provides compensation to ensure accurate measurements under varying environmental conditions. The ceramic probe also enables real-time detection of key gas components, such as methane, for compositional analysis.

Key Features

  • Accurate Flow Measurement & IC Card Billing: Precisely measures gas usage and supports IC card billing; automatically shuts off gas in case of unpaid accounts.
  • High Corrosion Resistance: Ceramic ultrasonic probe withstands high H₂S concentrations and humid environments, ensuring long-term stability.
  • No Mechanical Wear: Fully non-mechanical design avoids wear and tear, maintaining measurement accuracy over time.
  • Temperature Compensation: Built-in temperature sensor ensures environmental changes do not affect flow readings.
  • Methane Concentration Monitoring: Measures CH₄ levels in real time, meeting biogas subsidy monitoring requirements.
  • High Pressure Tolerance: Designed to handle high-pressure conditions in various industrial settings.

 

Applications

  • Biogas Flow Measurement: Suitable for biogas plants and projects with strict flow and gas composition requirements.
  • Natural Gas and Industrial Gas Monitoring: Provides precise flow measurement for natural gas and other industrial gases.
  • Energy Management & Environmental Monitoring: Supports accurate data collection for efficient energy use and environmental monitoring.
  • Biogas Subsidy Monitoring: Methane measurement ensures compliance with policy requirements for fair and transparent subsidy evaluation.
Parameter Description
Product Specification G2.5
Measurement Range Flow: (0.08-4) Nm鲁/h; CH4: (30-100)%
Accuracy Class Class 1.5
Critical Flow Qt 0.4Nm3/h
Overload Flow Qt 4.8Nm3/h
Maximum Operating Pressure 20 kPa
Installation Interface M30*2.0
Operating Temperature (-10-40)℃
Storage Temperature (-20-50)℃
Explosion Protection Grade Ex ib IIB T3 Gb
Electrical Parameters
Battery 3x AA alkaline batteries, lasts for 1 year
Display LCD display

 

Expand more!
Ultrasonic Gas Flow MeterUltrasonic Gas Flow Meter

Click on the inquiry