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Dalian Yiste Technology Co., Ltd

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Pulandian District, Dalian City, Liaoning Province

Inserted high-precision ultrasonic flowmeter

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

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Overview

Our YST305SBCS1 flow measurement equipment, launched by Dalian Yister, is designed based on the principle of ultrasonic propagation time difference. Its core is used to measure the flow rate of single-phase continuous liquid flow in closed pipelines. By inserting sensors into the inner wall of the pipeline, real-time monitoring of liquid flow inside the pipeline can be achieved without cutting off fluid transport. It is compatible with various common fluid media, has flexible installation methods, and can meet the flow measurement needs of different pipe diameters and working conditions. It is one of the key equipment for flow measurement in industrial production and people's livelihood fields. Among them, the plug-in high-precision ultrasonic flowmeter is our core product type, YST3

Product Details

Full Analysis of YST305SBCS1 Flow Measurement Equipment from Dalian Yister

1、 Product Introduction

Our YST305SBCS1 flow measurement equipment, launched by Dalian Yister, is designed based on the principle of ultrasonic propagation time difference. Its core is used to measure the flow rate of single-phase continuous liquid flow in closed pipelines. By inserting sensors into the inner wall of the pipeline, real-time monitoring of liquid flow inside the pipeline can be achieved without cutting off fluid transport. It is compatible with various common fluid media, has flexible installation methods, and can meet the flow measurement needs of different pipe diameters and working conditions. It is one of the key equipment for flow measurement in industrial production and people's livelihood fields. among which,Inserted high-precision ultrasonic flowmeterAs our core product type, YST305SBCS1 is the representative model under this category.

2、 Advantages and Characteristics

Our YST305SBCS1 equipment has the following advantages and features:

Easy installation with minimal impact on working conditions, no need to stop or cut the pipeline. Sensor installation can be completed by simply opening holes in the pipeline wall, without damaging the integrity of the pipeline or affecting the normal transportation of fluids.

Good measurement accuracy, using * signal processing technology, can effectively offset the interference caused by pipeline noise and fluid disturbance, ensuring data stability and accuracy.

Widely applicable, compatible with pipes made of various materials such as metal and plastic, capable of measuring various media such as cold water, hot water, sewage, chemical solutions, thermal oil, heating hot water, etc., suitable for different temperature and pressure conditions.

Low maintenance cost, sturdy and wear-resistant sensor structure, small contact area with fluid, less prone to scaling and blockage, and easy and convenient cleaning and maintenance in the later stage.

High degree of intelligence, supporting real-time data display, storage, and remote transmission. Some configurations can integrate temperature and pressure compensation functions to meet the needs of automated monitoring.

3、 Technical parameters

The technical parameters of our YST305SBCS1 equipment are as follows:

Measurement accuracy: ± 0.5% (standard operating conditions), ± 1.0% (complex operating conditions)

Measurement range: 0.1~10m/s (fluid velocity)

Applicable pipe diameter: DN25~DN3000mm

Medium temperature: -40 ℃~160 ℃ (conventional type), -40 ℃~300 ℃ (high temperature type)

Work pressure: ≤ 1.6MPa (conventional type), ≤ 4.0MPa (high-pressure type)

Applicable media: single-phase liquids such as tap water, sewage, seawater, chemical solutions, thermal oil, heating hot water, etc

Output signal: 4~20mA analog signal, RS485 (Modbus protocol), HART protocol

Power supply: AC220V, DC24V (optional)

Protection level: IP65~IP68 (selected according to installation environment)

The market guidance price for this model is 5500.0 yuan. If customers have different requirements for parameter configuration (such as higher protection level, special temperature resistance requirements, etc.), the price will be adjusted according to the actual configuration.

4、 Selection criteria

For our YST305SBCS1 equipment and other compatible models, we recommend selecting according to the following standards:

Based on the selection of pipeline parameters, clarify the pipeline diameter, material, wall thickness, and match the corresponding specifications of sensor insertion depth and installation method.

Based on the characteristics of the medium, select the appropriate model that is resistant to corrosion, high temperature/high pressure according to the type of medium (clean water, sewage, chemical fluid, etc.), temperature, and pressure.

Select models based on accuracy requirements, such as household water supply and trade settlement, with a precision of ± 0.5%. For ordinary monitoring scenarios, select economic models with a precision of ± 1.0%.

Refer to the installation environment selection, choose high protection level (IP67 or above) equipment for outdoor, humid or underwater installation scenarios, and choose explosion-proof certified models for explosion-proof areas.

Select models with wireless transmission and large capacity storage capabilities for scenarios that require remote monitoring and data storage based on data requirements.

5、 Application industry

1. Water supply field

In the field of water supply, the application scenarios of our YST305SBCS1 equipment are as follows:

Waterworks: used for raw water intake, clean water transportation, and factory water metering, achieving accurate water quantity statistics and scheduling.

Water purification plant: Suitable for flow monitoring of clean media such as purified water and softened water, ensuring stable flow in the water purification production process.

Municipal pipe network water supply: used for monitoring the flow of main and branch pipes, investigating pipe network leaks, optimizing water supply pressure and distribution.

Smart rural water management: adapted to decentralized water supply systems in rural areas, realizing village level pipe network flow measurement and water use data management.

2. Sewage treatment field

In the field of sewage treatment, the application scenarios of our YST305SBCS1 equipment are as follows:

Wastewater treatment plant: Covering the entire process flow monitoring of inflow, biochemical treatment, advanced treatment, and effluent discharge, providing data support for process control.

Hospital wastewater treatment: used for flow measurement before and after medical wastewater treatment, meeting environmental discharge monitoring requirements, and adapting to corrosive media conditions.

Chemical wastewater treatment: Tolerate the corrosiveness of chemical wastewater and achieve flow monitoring and discharge measurement during the wastewater treatment process.

3. Other related fields

In other related fields, the application scenarios of our YST305SBCS1 device are as follows:

Environmental water treatment: used for flow monitoring of reclaimed water reuse and rainwater collection and treatment systems, to assist in the recycling of water resources.

Thermal heating: Adapt the hot water flow measurement of the heating network to achieve heat sharing and heating system optimization.

River water quality monitoring: Combined with water quality monitoring equipment, real-time flow data of river supply water and ecological flow are synchronously measured.

6、 Technology Trends

In terms of technological research and development, Dalian Yister focuses on the upgrading and iteration of the YST305SBCS1 equipment, with a focus on the following trends:

Intelligent upgrade, integrating AI algorithms to achieve abnormal diagnosis and self calibration of traffic data, reducing manual maintenance costs.

Wireless transmission is popularized, supporting IoT communication protocols such as LoRa and NB IoT, and adapting to remote monitoring platforms for smart water management and smart environmental protection.

Multi parameter integration, in addition to flow rate, can synchronously monitor parameters such as medium temperature, pressure, turbidity, etc., achieving integrated monitoring.

Optimization of anti-interference technology to enhance measurement stability in complex pipeline environments and strong electromagnetic interference scenarios.

Developing more compact sensor and host designs for scenarios with small diameters and narrow installation spaces through miniaturization and lightweighting.

7、 User reviews

Many customers have provided the following feedback after using our YST305SBCS1 device:

The operation and maintenance personnel of a certain sewage treatment plant said: "Your YST305SBCS1 equipment does not require water treatment for installation, and can be debugged in half a day. The measurement data and laboratory calibration results have very small deviations, and there are many impurities in the sewage without any blockage problems. It is very easy to maintain. ”

The technical director of a certain water supply plant said, "Using your YST305SBCS1 equipment for factory water trade settlement, the accuracy is very stable, and it supports remote transmission to the smart water platform without manual meter reading, greatly improving the efficiency of water supply scheduling

Engineering personnel from a certain heating company: "During the heating season, the hot water temperature is high and the flow rate fluctuates greatly. Your YST305SBCS1 equipment can accurately capture the flow rate changes, and the data transmission is stable, providing a reliable basis for heat measurement. ”

The person in charge of a rural water project said, "The diameter of rural pipe networks is diverse, and your YST305SBCS1 equipment has strong adaptability and simple installation. Villagers' water use data can be uploaded in real time, which is convenient for water use statistics and pipe network maintenance. ”

A management personnel of a chemical wastewater treatment enterprise said: "Chemical wastewater is highly corrosive, and the equipment used before was easily damaged. Your YST305SBCS1 equipment has good corrosion resistance and has been used for more than a year without any malfunctions, and the measurement accuracy has not decreased. ”

8、 Application Cases

Case 1: Monitoring project for water supply flow in municipal pipeline network

In the upgrading and renovation project of a city's municipal water supply network, real-time flow monitoring is required for 12 main pipes and 30 branch pipes. The city has chosen our YST305SBCS1 equipment, which is compatible with pipes of different diameters from DN300 to DN1200mm, and adopts an IP67 protection level configuration to cope with outdoor installation environments. The device uploads data to the urban smart water platform through the NB IoT module, achieving visualization of pipeline flow distribution and helping the operation and maintenance team quickly locate two hidden leakage points. After optimizing the distribution of water supply pressure, the pipeline leakage rate decreased by 3.2% and daily water savings were about 8000 cubic meters.

Case 2: Flow monitoring project for the entire process of sewage treatment plant

A large sewage treatment plant has a daily processing capacity of 150000 tons, and flow monitoring is required for six key processes including inflow, anaerobic tank, aerobic tank, secondary sedimentation tank, and effluent discharge. The sewage treatment plant uses our corrosion resistant YST305SBCS1 equipment, which serves asInserted high-precision ultrasonic flowmeterThe representative model can adapt to the working conditions of suspended particles and corrosive substances in sewage. After the equipment is running, it provides real-time feedback on the flow changes of each process section, providing data support for the automatic control of aeration intensity and chemical dosage. The sewage treatment efficiency is improved by 10%, and the effluent compliance rate is stable at 99.8%, while reducing the workload of manual inspection and data recording.

Case 3: Smart Rural Water Flow Measurement Project

The smart rural water construction project in a certain county covers 56 administrative villages and requires flow measurement of village level water supply stations and household pipelines. The county has selected our YST305SBCS1 equipment, which is compact and low-power configured, and is compatible with DN50~DN200mm village level pipeline networks, supporting solar power supply and wireless data transmission. After the installation of the equipment, real-time water measurement and overdue warning functions for villagers were realized. At the same time, through the analysis of pipeline flow data, abnormal flow caused by aging pipelines in three villages was discovered, providing accurate basis for pipeline maintenance. The rural water supply guarantee rate increased from 85% to 98%.

If you need to further understand the detailed configuration and price calculation of the YST305SBCS1 device, or require customized traffic monitoring solutions, we can provide you with more specific information and services.