With the accelerated advancement of smart water utility construction, wall-mounted ultrasonic flow sensors such as TDS-100P、FR-500H are becoming key devices for pipeline network monitoring by virtue of their advantages such as non-contact measurement and high accuracy. This article will provide an in-depth analysis of the application value of ultrasonic flow sensors in scenarios such as leakage control and remote meter reading, helping you accurately evaluate equipment selection.

I. Industry Background: Smart Water Utilities Drive the Upgrade of Flow Monitoring Technology

According to the requirements of the Ministry of Housing and Urban-Rural Development's Technical Guidelines for Leakage Control of Urban Water Supply Pipeline Networks, the leakage rate of public water supply pipeline networks nationwide must be controlled within 9% before 2025. Traditional mechanical water meters have problems such as high pressure loss and easy blockage, while wall-mounted ultrasonic flow sensors such as TDS-100H、ZC-TUF-2 adopt the transit-time measurement principle, which can achieve a measurement accuracy of ±1%, and can be installed without cutting off the pipeline, making them particularly suitable for old pipeline network renovation projects. The DX-TUF-2000H series products developed by Xi'an Shenghongchuang Instrumentation Co., Ltd. based on 10 years of fluid measurement experience have passed ISO 4064 drinking water standard certification, and have achieved stable collection of 5000万 pieces of data per day in a smart water utility project in a development zone in Shaanxi.

II. Comparative Analysis of Core Technical Parameters

III. Analysis of Typical Application Scenarios

1. District Metering of Pipeline Networks: The JY-TUFH model supports bidirectional flow measurement, and can establish a DMA district model when used together with pressure sensors. After a water utility group adopted this solution, the leakage rate decreased by 37%.

2.Industrial Circulating Water Monitoring: FUGI-1881X has a built-in anti-interference algorithm, achieving a flow velocity detection accuracy of ±0.3m/s in a steel plant cooling water system.

3.Agricultural Irrigation Metering: The solar-powered design of ZRN-100H enabled wireless networking monitoring of a 3000亩 irrigation area in a Xinjiang Production and Construction Corps project.

IV. Key Indicators for Technical Evaluation

• Signal Stability: Check whether it is equipped with adaptive gain control (AGC) technology
• Environmental Adaptability: Reliability verification within the operating temperature range of -30℃~60℃
• Data Integrity: It must support the data verification mechanism specified by ISO 9001
• Maintenance Convenience: The modular design of SK-TUF-2000H can reduce maintenance costs by 60%

V. Why Choose Xi'an Shenghongchuang

As a high-tech enterprise certified in a national-level new district, we provide:

1. 72-hour rapid prototype testing service
2. A full-range calibration laboratory compliant with GB/T 778-2018 standards
3. Customized protocol development (supporting HJ 212-2017 environmental protection data standards)
4. On-site installation guidance and a 3-year warranty commitment

Contact our technical consultants now to obtain measured data reports and industry solutions for products such as TDS-100P、FR-500H.