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UHCSHL-2000H wall-mounted ultrasonic flow sensor:How to achieve ±1% high-accuracy measurement?
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UHCSHL-2000H Wall-mounted Ultrasonic Flow Sensor High-Accuracy Measurement Technology Analysis


In industrial flow measurement, ±1% high accuracy has long been a technical challenge。UHCSHL-2000H wall-mounted ultrasonic flow sensor achieves this breakthrough through innovative signal-processing algorithms and structural design。As a flagship product of Xi'an Shenghongchuang Instrument and Instrumentation Co., Ltd. this sensor is suitable for various severe operating conditions and its performance parameters have exceeded similar products such as the HY-TUF-2000P。This article will provide an in-depth analysis of its core technical principles and field application solutions。


1、Core Challenges of Ultrasonic Flow Measurement Technology


Traditional flow measurement equipment such as mechanical flow meters or electromagnetic flow meters often faces issues such as accuracy drop, high maintenance costs, and other problems under complex working conditions。Because of its non-contact measurement nature, the ultrasonic flow sensor has gradually become the preferred choice in the industrial field。However, to achieve ±1% measurement accuracy, it still needs to overcome the following technical challenges:


1. Signal attenuation issue:Under conditions such as pipeline wall thickness or medium deposition, ultrasonic signals are easily attenuated, leading to increased measurement error。UHCSHL-2000H uses high-frequency modulation technology to effectively improve signal penetration power。


2. Temperature fluctuation impact:Changes in medium temperature can change the speed of sound, and traditional sensors need frequent calibration。This product has a built-in temperature compensation module, which corrects sound speed parameters in real time to ensure measurement stability。


3. Installation position limitations:Compared with similar products such as HQ-110, UHCSHL-2000H optimizes sensor layout, supporting more flexible installation methods and reducing flow-field vortex impact on accuracy。


2、Core technical innovations of UHCSHL-2000H


Xi'an Shenghongchuang Instrument and Instrumentation Co., Ltd. has enabled UHCSHL-2000H to lead the industry in accuracy, reliability, and adaptability through multiple patented technologies:


1. Adaptive signal processing algorithm


A dedicated algorithm running on a fourth-generation DSP chip is used to analyze ultrasonic echo signal features in real time。Compared with HY-TUF-2000S, its signal-to-noise ratio is improved by 40%, greatly reducing interference factors such as bubbles, solid particles, and other disturbing elements. Test data show that it can still maintain ±1.2% measurement accuracy in slurry containing 5% solids。


2. Dual-channel redundant measurement design


A pair of independent measurement systems are innovatively integrated; when the main channel becomes abnormal it automatically switches to the standby channel。This design enables MTBF(Mean Time Between Failures)to reach 80,000 hours, far exceeding the 50,000-hour standard of competitors such as HR-TUF。


3. Full-condition adaptability structure


The sensor housing adopts IP67 protection rating, while the internal circuit board has been processed with three-coat treatment。Actual application cases show that under -30℃~80℃ ambient temperature and 95%RH humidity conditions, the device can still operate stably, and performance parameters are better than those of the HPLS series products。


3、Typical Application Scenarios and Test Data


The following is a performance comparison of UHCSHL-2000H in three major industrial scenarios (with comparison tests against ZY-TUF-2000B):


Application scenariosMedia TypeUHCSHL-2000H ErrorZY-TUF-2000B Error
Petrochemical IndustryCrude oil(with 15% impurities)±0.98%±1.8%
Wastewater treatmentActivated sludge±1.05%±2.3%
Pharmaceutical IndustryHigh-viscosity chemical solution±0.89%±1.6%

4、Key Recommendations for Model Selection and Installation


To ensure UHCSHL-2000H performs at its best, technical evaluation staff need to pay attention to:


1. Pipeline condition evaluation:It is recommended to use on DN50-DN300 pipelines, and straight length should meet 10D in front and 5D after(D is pipe diameter)。For small-diameter applications such as HQ-120, a dedicated mounting bracket should be selected。


2. Medium property matching:For SDUF-2000H, which is not suitable for high-temperature steam scenarios, this product can be customized in a high-temperature version(maximum 150℃)。


3. System integration solution:Supports 4-20mA/RS485 output and can be seamlessly connected to PLC/DCS systems。Compared with the PN-TUF series, Modbus TCP protocol support has been added。


Summary and Technical Service Support


Through innovative algorithm optimization and hardware design, the UHCSHL-2000H wall-mounted ultrasonic flow sensor raises industrial flow measurement accuracy to a new level。As a national high-tech enterprise, Xi'an Shenghongchuang Instrument and Instrumentation Co., Ltd. provides full-process technical support from model selection guidance to on-site commissioning。Our engineering team can customize the optimal measurement solution based on your specific process conditions(such as environments similar to HY-TUF-2000P)。


Contact technical consultant now:Call 29-84561234 or visit www.shengtech.com to obtain the complete UHCSHL-2000H technical manual and industry application white paper。

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