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Dalian Yiste Technology Co., Ltd

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15566891672@163.com
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15566891672
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Pulandian District, Dalian City, Liaoning Province

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Low power electromagnetic flowmeter

NegotiableUpdate on 01/08

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Nature of the Manufacturer: Producers

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Overview

As a company dedicated to the research and production of fluid measurement equipment, Dalian Yister has always been committed to providing flow monitoring solutions that are suitable for the actual needs of various industries. Our core product - low-power electromagnetic flowmeter, represented by the YST183F-A50XL model, has a market guidance price of 5500.0 yuan. Due to different parameter configurations (such as lining material, electrode material, transmission method, etc.), the price may vary. This device is designed based on the principle of electromagnetic induction, and is mainly used for flow measurement and monitoring of various conductive liquids. With its low-power design, it is suitable for long-term continuous operation scenarios, especially for power supply

Product Details

Comprehensive analysis of Dalian Yister YST183F-A50XL equipment

As a company dedicated to the research and production of fluid measurement equipment, Dalian Yister has always been committed to providing flow monitoring solutions that are suitable for the actual needs of various industries. Our core products——Low power electromagnetic flowmeterRepresented by the YST183F-A50XL model, the market guidance price is 5500.0 yuan. Due to different parameter configurations (such as lining material, electrode material, transmission method, etc.), the price may vary. This device is designed based on the principle of electromagnetic induction and is mainly used for flow measurement and monitoring of various conductive liquids. With its low-power design, it is suitable for long-term continuous operation scenarios, especially for outdoor or remote monitoring points with limited power supply conditions. It is a practical device in the field of fluid flow measurement.

1、 Product Introduction

Our YST183F-A50XL device achieves flow measurement through the law of electromagnetic induction: when a conductive liquid flows in a magnetic field, it generates an induced electromotive force proportional to the flow rate. The device calculates the instantaneous flow rate and cumulative flow rate by detecting this electromotive force. Its core structure includes sensors (measuring tubes, electrodes, excitation coils) and converters. Some YST183F-A50XL devices integrate wireless transmission modules, which can achieve remote data upload without on-site wiring, adapt to various complex installation environments, and meet the installation and usage needs in different scenarios.

2、 Advantages and Characteristics

Low power core advantage: The static power consumption of the YST183F-A50XL device can be as low as microamperes, supporting battery or solar power supply. It can run continuously for 1-5 years on a single charge/swap, greatly reducing users' power supply costs and maintenance energy investment.

Stable measurement performance: not affected by physical properties such as fluid density, viscosity, temperature, etc., measurement accuracy meets industry standards, wide range ratio (usually up to 1:50-1:100), can adapt to different flow scenarios from low to high speed, ensuring data accuracy.

Easy operation and maintenance: no mechanical rotating parts, reducing the risk of wear and blockage, low failure rate; The inner wall of the sensor is lined with corrosion-resistant materials such as PTFE and rubber, which are compatible with various acid-base and salt media, extending the service life of the equipment and reducing the frequency of user maintenance.

Suitable for complex environments: The protection level can reach IP67 or above, and it can withstand harsh outdoor conditions such as humidity, dust, and low temperature. At the same time, it supports multiple installation methods such as horizontal, vertical, and inclined, adapting to different on-site installation needs.

Flexible data transmission: Supports wireless communication protocols such as LoRa, NB IoT, GPRS, etc., and can upload real-time data to the monitoring platform for remote monitoring, fault alarm, and data tracing, making it convenient for users to manage centrally.

3、 Technical parameters (YST183F-A50XL type)

Measurement medium: Conductive liquid (conductivity ≥ 5 μ S/cm), including clean water, sewage, chemical wastewater, heating hot water, etc

Range: 0.01-10m/s (flow rate), suitable for different pipe diameters from DN10 to DN2000

Measurement accuracy: ± 0.5% FS (standard condition), ± 1.0% FS (complex condition)

Working voltage: DC 3.6V-12V (battery powered) or AC 220V (mains powered)

Power consumption indicators: working power consumption ≤ 50mA, sleep power consumption ≤ 10 μ A

Output signal: Wireless transmission (LoRa/NB - IoT/GPRS) or 4-20mA analog signal, RS485 digital signal

Lining material: PTFE, rubber, polyurethane and other corrosion-resistant materials (can be selected according to needs)

Electrode material: 316L stainless steel, Hastelloy, titanium alloy, etc. (can be selected according to the characteristics of the medium)

Working temperature: -20 ℃ -120 ℃ (conventional), special materials can be adapted -40 ℃ -180 ℃

Protection level: Sensor IP67/IP68, Converter IP65/IP67

Note: Due to different parameters such as lining material, electrode material, and transmission method, the price of YST183F-A50XL equipment may vary. Please consult according to actual needs.

4、 Selection criteria

Clarify the characteristics of the medium: Users need to choose suitable lining and electrode materials based on parameters such as medium conductivity, corrosiveness, temperature, viscosity, etc., to avoid equipment corrosion or measurement failure due to unsuitable medium. We will provide professional selection suggestions.

Matching flow range: Based on the actual maximum and minimum flow rates, select the appropriate range and pipe diameter to ensure that the actual flow rate is within the 10% -90% range of the YST183F-A50XL equipment range, ensuring measurement accuracy and meeting usage requirements.

Confirm installation conditions: Based on the on-site installation space, pipeline direction (horizontal/vertical/inclined), and length of upstream and downstream straight pipe sections, select the corresponding sensor structure (integrated/split) and installation method. We can provide on-site installation guidance.

Adaptive power supply and transmission: In power limited scenarios (such as outdoor pipelines and remote monitoring points), priority should be given to battery powered and wireless transmission YST183F-A50XL devices; Industrial centralized monitoring scenarios can choose between mains power supply and wired transmission models to ensure stable operation of equipment.

Reference usage environment: For outdoor or humid environments, high protection level (IP67 or above) YST183F-A50XL equipment should be selected. For low-temperature environments, the equipment's low-temperature resistance performance should be confirmed to avoid freezing damage and ensure long-term use.

5、 Application industry

1. Sewage treatment plant

The YST183F-A50XL equipment is used for flow monitoring at key nodes such as inlet, outlet, biochemical reaction tank, and sludge return pipe, providing data support for process regulation, water quantity statistics, and standard discharge, and assisting in optimizing the operation of sewage treatment plants.

2. Waterworks

Adapt to the flow measurement of raw water intake, water production processes (sedimentation tanks, filtration tanks), and effluent from clean water tanks to assist water plants in optimizing water production efficiency, controlling water resource loss, and ensuring stable water supply.

3. Water treatment plant

To monitor the flow rate during the production process of purified water, mineral water, etc., to ensure the stability of the production process, while meeting the needs of product flow measurement and quality traceability, and to improve the management level of purified water production.

4. Municipal water supply network

Used for monitoring the flow of main and branch pipes in urban water supply networks, achieving hydraulic model calibration, leakage monitoring, and zoning metering management of the network, and helping municipal departments improve the efficiency of network management.

5. Environmental water treatment

Adapt to environmental protection projects such as industrial wastewater treatment, domestic sewage treatment, and reclaimed water reuse, monitor flow data before and after treatment, provide a basis for environmental compliance assessment, and support the compliant operation of environmental water treatment projects.

6. Thermal heating

Hot water flow metering for heating pipelines, including community heat exchange stations, building entry, etc., to achieve heat sharing and energy-saving regulation of heating systems, helping thermal enterprises optimize heating services.

7. Hospital wastewater treatment

Targeting the flow monitoring of bacterial and drug containing wastewater in hospitals, adapting to the disinfection, sedimentation and other processes in wastewater treatment to ensure that the wastewater meets the discharge standards and meets the special needs of hospital wastewater treatment.

8. Chemical wastewater treatment

Resistant to the strong corrosion and high viscosity characteristics of chemical wastewater, it is used for flow measurement in wastewater treatment systems of chemical enterprises, assisting in process optimization and environmental compliance, and adapting to the harsh use environment of the chemical industry.

9. River water quality monitoring

Paired with water quality sensors, it achieves synchronous monitoring of flow and water quality of natural water bodies such as rivers and lakes, providing data support for water environment governance and water resource protection, and serving ecological environment construction.

10. Smart rural water management

Adapt to rural drinking water pipe networks, domestic sewage treatment stations, and other scenarios, solve the problems of inconvenient power supply and difficult maintenance in rural areas, assist in intelligent management of rural water affairs, and improve the level of rural water services.

6、 Technology Trends

Intelligent upgrade: We will integrate AI algorithms into the YST183F-A50XL equipment to achieve fault self diagnosis, data anomaly warning, and automatic calibration of measurement accuracy, improving equipment reliability and reducing user operation and maintenance intervention.

Low power optimization: Adopting new low-power chips and energy-saving algorithms to further reduce device sleep power consumption, extend battery life to 5-10 years, and continuously improve the long-term usage capability of the device.

Multi parameter integration: In addition to flow rate, the device will integrate multi parameter monitoring functions such as temperature, pressure, and water quality (pH, conductivity) to achieve one-stop fluid monitoring and meet users' more comprehensive monitoring needs.

Wireless communication upgrade: support 5G narrowband Internet of Things (NB - IoT) and edge computing, improve data transmission speed and stability, adapt to large-scale smart water service platform, and help users achieve efficient data management.

Structural miniaturization: For small diameter and narrow space scenarios, we will develop miniaturized and lightweight sensors to reduce installation difficulty and space occupation. We will continue to optimize themLow power electromagnetic flowmeterThe core performance provides users with more suitable products.

7、 User reviews

The operation and maintenance personnel of a certain sewage treatment plant said: "The YST183F-A50XL equipment from Dalian Yist has indeed low power consumption. It has been running stably for 3 years without changing the battery under battery power supply. The data is uploaded in a timely manner, and there is no need for frequent on-site maintenance, greatly reducing the workload. ”

Technical Director of Water Plant: "The YST183F-A50XL equipment has reliable measurement accuracy and good data consistency compared to traditional equipment. It is suitable for the full process flow monitoring of our water plant from raw water to effluent, and the data can be directly connected to the smart water management platform for convenient unified management. ”

Municipal Pipe Network Maintenance Team: "The YST183F-A50XL equipment is very suitable for remote monitoring points in outdoor pipe networks. It has good protection and does not malfunction even on rainy days. The wireless transmission signal is stable and can real-time monitor changes in pipe network flow, assisting in leak detection. ”

Hospital logistics management personnel: "In response to the corrosiveness of hospital wastewater, we have chosen the YST183F-A50XL equipment with dedicated lining and electrodes provided by Dalian Yister. It has been used for more than 1 year without any corrosion problems, and the flow data is accurate, meeting the monitoring requirements of the environmental protection department. ”
The person in charge of the Smart Rural Water Project: "The problem of inconvenient power supply in rural areas has been solved by the YST183F-A50XL equipment. It is easy to install, and villagers can also assist in maintenance. Data can be viewed remotely, which improves the efficiency of rural water management. ”

8、 Application Cases

Case 1: Flow monitoring project of a sewage treatment plant in a certain city

Background: The sewage treatment plant has a daily processing capacity of 50000 tons and requires 24-hour flow monitoring of six key nodes, including the inlet, outlet, and sludge return pipe. The original equipment has high power consumption and requires frequent power supply maintenance.

Application plan: Dalian Yister YST183F-A50XL equipment (battery powered+NB IoT transmission) is selected to adapt to different pipe diameters of DN300-DN800. The sensor adopts corrosion-resistant lining and electrodes, which are resistant to sewage corrosion.

Application effect: The device runs stably for 2 years, with a daily power consumption of less than 30 μ A and a data upload success rate of 99.8%. It provides accurate data for process control and reduces operation and maintenance costs by 60%.

Case 2: Rural Smart Water Supply Network Monitoring Project

Background: The rural drinking water pipeline network in a certain county covers 20 administrative villages. The pipeline network is scattered and power supply is difficult in remote areas. It is necessary to achieve real-time monitoring of pipeline flow and leakage warning.

Application plan: Adopting Dalian Yister YST183F-A50XL equipment (solar+battery dual power supply), adapted to DN50-DN150 pipe diameter, and transmitting data wirelessly to the county-level water monitoring platform through LoRa.

Application effect: The device operates stably without mains power, covering all administrative village pipeline nodes, successfully detecting 3 pipeline leakage points, increasing water resource utilization by 15%, and significantly improving management efficiency.

Case 3: Flow Measurement Project for Wastewater Treatment in Chemical Industrial Park

Background: A centralized wastewater treatment plant in a chemical industrial park is responsible for treating various highly corrosive chemical wastewater. It is necessary to accurately measure the amount of wastewater received and discharged by each enterprise after treatment to ensure environmental compliance.

Application plan: Dalian Yister YST183F-A50XL equipment (corrosion-resistant PTFE lining+Hastelloy electrode) is selected, suitable for DN200-DN500 pipe diameter, supporting 4-20mA signal and GPRS dual transmission.
Application effect: The equipment is resistant to corrosion from chemical wastewater, with a stable measurement accuracy of ± 0.5% FS, achieving accurate statistics of wastewater access and traceability of discharge data for various enterprises, meeting the regulatory requirements of environmental protection departments.