TUS Ultrasonic Gas Flowmeter Overview
TUS Ultrasonic Gas Flowmeter complies with OIML R137, International Standard ISO 17089, AGA Report No.9, and National Standard GB/T 18604. The product is widely used in gas transportation pipelines, city gas, petroleum, chemical industry, electric power, metallurgy, and other industries. It features a multi-path layout, a full bore structure with no moving parts, high-pressure tolerance, and cloud-based diagnostics, making it an ideal solution for precise and reliable gas flow measurement.
Benefits with Spectron
- Multi-Path Layout Flexibility
- No Pressure Loss
- Enhanced Durability
- Advanced Self-Diagnosis
- Cloud-Based Monitoring
Key Metrics
The TUS Ultrasonic Gas Flowmeter offers high-accuracy gas measurement with a multi-path layout supporting 6 or 8 paths. It has a full bore structure with no moving parts, ensuring bi-directional measurement without pressure loss. The meter is designed to handle sizes ranging from 3” to 24” (DN80 to DN1200) and operates under a maximum pressure of 400 bar. It features a built-in high-accuracy temperature sensor that automatically corrects expansion coefficients, ensuring stable performance. The titanium alloy transducers provide high resistance to corrosion, while 4G cloud connectivity enables seamless remote monitoring and full lifecycle management.
Multi-path ultrasonic system for high-precision gas flow measurement.
No pressure drop with a full bore design for seamless measurement.
Titanium alloy transducers offering corrosion resistance and enhanced longevity.
Maximum operating pressure of 400 bar.
Built-in self-diagnosis system for quick fault detection and lifecycle tracking.
Integrated 4G technology for remote data access and product management.
Process / Working
The TUS Ultrasonic Gas Flowmeter operates using advanced ultrasonic transit-time technology. It measures gas flow through strategically placed transducers that transmit and receive ultrasonic pulses. The time difference between upstream and downstream pulses is used to calculate flow velocity with high accuracy. The meter's full bore design ensures zero pressure loss, and the built-in high-accuracy temperature sensor automatically corrects for thermal expansion. Additionally, the intelligent self-diagnosis system enables real-time status monitoring, while 4G cloud connectivity allows users to retrieve historical data and manage the meter's lifecycle efficiently.