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Rubber lined DN100 diameter electromagnetic flowmeter

NegotiableUpdate on 01/08
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Overview
As a company specializing in the research and production of fluid measurement equipment, Dalian Yister has deeply cultivated the needs of water, environmental protection, heat and other fields. We have launched the YST183F-A50XL electromagnetic flowmeter, which is specially designed for measuring conductive liquids in pipeline systems with a nominal diameter of 100mm. The corresponding rubber lined DN100 diameter electromagnetic flowmeter has become a key equipment for industrial and municipal fluid measurement due to its stable measurement performance and adaptability to complex media. The market guidance price for this model is 5500.0 yuan, and the specific price will be determined based on parameters such as lining material, electrode type, and protection level
Product Details

Analysis of Dalian Yiste YST183F-A50XL Electromagnetic Flow Meter

As a company specializing in the research and production of fluid measurement equipment, Dalian Yister has deeply cultivated the needs of water affairs, environmental protection, heat and other fields. We have launched the YST183F-A50XL electromagnetic flowmeter, which is specially designed for the measurement of conductive liquids in pipeline systems with a nominal diameter of 100mmRubber lined DN100 diameter electromagnetic flowmeterWith its stable metrological performance and adaptability to complex media, it has become a key equipment for industrial and municipal fluid measurement. The market guidance price for this model is 5500.0 yuan, and the specific price will vary depending on parameters such as lining material, electrode type, and protection level.

Product Introduction

Our YST183F-A50XL model works based on Faraday's law of electromagnetic induction: when a conductive liquid flows through a measuring tube, cutting a magnetic induction line generates an induced electromotive force, and the electrode captures the signal and converts it into flow data. This model is suitable for medium flow pipeline scenarios. The rubber lining serves as a protective layer for the inner wall of the measuring tube, effectively isolating corrosive and abrasive media, protecting the measuring tube body, and ensuring measurement accuracy. The equipment has no mechanical rotating parts, and the measurement process is not affected by the density, viscosity, and temperature of the medium (within the rated range). Only the conductivity of the medium is required to meet the threshold (usually ≥ 5 μ S/cm).

Advantages and Features

  1. Corrosion resistant, wear-resistant, and widely adaptableThe YST183F-A50XL model is lined with materials such as chloroprene rubber, fluororubber, and polyurethane rubber, which can withstand the erosion and wear of acid, alkali, salt solutions, and suspended solids. It is suitable for various media such as sewage, chemical wastewater, and sand containing tap water.

  1. Accurate measurement without pressure lossThis model has a measurement accuracy of ± 0.5% FS (standard operating conditions), excellent repeatability performance (≤ 0.1%), and no throttling components, which will not cause pipeline pressure loss and help the system reduce energy consumption.

  1. Convenient maintenance and long lifespanNo mechanical moving parts design, reducing the risk of blockage and jamming. Only regular inspections of the electrode and lining status are required, and the service life can reach 5-8 years.

  1. Flexible installation with strong adaptabilitySupport horizontal and vertical installation (when installed vertically, the fluid flows from bottom to top), with relatively loose requirements for straight pipe sections, and can adapt to complex installation environments such as municipal pipelines and factory workshops.

Technical Specifications

  • Nominal diameter: DN100 (actual diameter suitable for pipes with a diameter of 108mm or 114mm)

  • Lining materials: chloroprene rubber, fluororubber, polyurethane rubber, etc. (selected as needed)

  • Electrode materials: 316L stainless steel, Hastelloy C, titanium electrode, etc

  • Measurement range: Flow rate of 0.1-10m/s, corresponding to flow range of 0.00314-31.4m ³/h (calculated based on pipeline cross-sectional area)

  • Accuracy level: ± 0.5% FS (standard condition), ± 1.0% FS (harsh condition)

  • Work pressure: Conventional 1.6MPa (customizable 2.5MPa high-pressure version)

  • Medium temperature: -20 ℃~80 ℃ (the conventional tolerance range of rubber lining can be extended to 120 ℃ for special lining)

  • Dielectric conductivity: ≥ 5 μ S/cm

  • Output signal: 4-20mA analog signal, HART protocol, RS485 communication (Modbus protocol)

  • Protection level: IP65 (standard), IP68 (submersible installation version)

  • Power supply: AC 220V ± 10% or DC 24V ± 10%

  • Market guidance price: 5500.0 yuan (price may vary depending on parameter configuration)

Selection criteria

  1. Matching of medium characteristicsWhen customers choose the YST183F-A50XL type, they need to select lining materials based on the corrosiveness of the medium (such as fluorine rubber for strong acid media and polyurethane rubber for granular media), and confirm whether the conductivity of the medium meets the requirement of ≥ 5 μ S/cm.

  1. Adaptation of working condition parametersConfirm that the working temperature and pressure of the medium do not exceed the rated range of the model, and the flow range is within the range of measuring flow velocity from 0.1-10m/s to avoid affecting the measurement performance at low flow rates.

  1. Confirmation of installation conditionsSelect the installation method (horizontal/vertical) according to the pipeline layout, reserve sufficient straight pipe sections (upstream ≥ 5 times the pipe diameter, downstream ≥ 3 times the pipe diameter), and avoid strong magnetic field interference sources.

  1. Functional requirement selectionSelect the output signal type (such as RS485 communication for remote monitoring) and protection level (IP65 for outdoor installation and IP68 for underwater installation) according to the usage scenario. We can provide corresponding configurations according to customer needs.

Application Industry

  • Wastewater treatment plant: YST183F-A50XL type is used for inlet and outlet flow measurement, aeration tank reflux flow monitoring, and sludge treatment system fluid measurement.

  • Waterworks: adapted to measure the flow rate of raw water intake and the outflow of clean water tank, and equipped with a dosing system for flow monitoring to ensure the accuracy of water supply scheduling.

  • Water purification plant: Helps to control the inflow and outflow of the filtration system, as well as the flow rate of each link in the pure water preparation process, to ensure the stability of the water purification process.

  • Municipal pipeline supply water: used for monitoring the flow of pipeline nodes, zoning metering management, leakage control, and ensuring the balance of water supply pressure and flow.

  • Environmental water treatment: Suitable for measuring the inflow and outflow flow of industrial wastewater treatment stations, monitoring environmentally compliant emissions, and matching the flow rate of water treatment agents.

  • Thermal heating: used for measuring hot water flow in heating pipelines, monitoring the distribution of heating flow in buildings and units, and assisting in thermal balance regulation.

  • Hospital wastewater treatment: Suitable for monitoring the flow rate of medical wastewater discharge, controlling the flow rate in the disinfection process, and meeting the requirements of medical wastewater discharge standards.

  • Chemical wastewater treatment: used for flow measurement of highly corrosive and suspended chemical wastewater, suitable for complex media scenarios such as acid, alkali, and salt.

  • River water quality monitoring: assisting in river water replenishment, ecological flow monitoring, flow monitoring before sewage flows into the river, and assisting in water environment management.

  • Smart rural water management: used for flow measurement of centralized water supply networks in rural areas, monitoring of irrigation water flow, and rational allocation and management of water resourcesRubber lined DN100 diameter electromagnetic flowmeterThe corresponding application is the adaptation of this model in such scenarios.

    technology trends

    1. intelligent upgradeWe will integrate IoT modules for the YST183F-A50XL model, supporting remote data transmission, device status monitoring, and fault warning, adapting to the smart water management platform, and improving customer convenience.

    1. High precision optimizationBy upgrading sensors and improving algorithms, further optimize the metrological performance of this model at low flow rates, and enhance the metrological stability in complex media.

    1. Enhanced resistance to harsh environmentsDevelop special rubber lining and electrode materials that are resistant to high temperature, high pressure, and strong corrosion, and expand the application scenarios of YST183F-A50XL in more working conditions.

    1. Low power consumption and modular designAdopting low-power circuit design, suitable for solar powered scenarios; The modular structure facilitates maintenance and component replacement, helping customers reduce maintenance costs.

    Customer reviews

    • Wastewater treatment plant customer: The YST183F-A50XL model from Dalian Yist has excellent resistance to pollution and blockage. It has never encountered blockage problems when treating wastewater containing suspended solids, and its measurement data is stable, meeting environmental discharge measurement requirements. The maintenance frequency is also very low.

    • Waterworks customer: The YST183F-A50XL DN100 pipe diameter is just suitable for our water supply pipeline, with high measurement accuracy and minimal deviation from third-party calibration data. The remote communication function facilitates real-time monitoring in the central control room, helping to optimize water supply scheduling.

    • Hospital wastewater treatment customer: The rubber lining of YST183F-A50XL has good corrosion resistance. It has been measuring medical wastewater containing disinfectants for a long time without damage to the electrodes and lining. The data is accurate and meets the monitoring standards for medical wastewater discharge.

    • Smart Rural Water Customer: The YST183F-A50XL model from Dalian Yister is easy to install and suitable for complex rural pipeline environments. Its low-power design is compatible with solar power supply, and its remote data transmission function allows us to real-time monitor the water supply flow of each village, making management very convenient.

    • Thermal heating customers: The YST183F-A50XL model has strong measurement stability for hot water flow, is not affected by changes in heating water temperature, accurate data helps with thermal balance adjustment, significantly reduces user complaint rates, and has low operating and maintenance costs.

    Application Cases

    Case 1: Measurement of effluent flow from a municipal sewage treatment plant

    The daily processing capacity of the sewage treatment plant is 50000 tons, and the outlet pipeline is DN100. Accurate measurement of the outlet flow rate is required to meet environmental discharge regulatory requirements. The customer has chosen our YST183F-A50XL model, with a lining material of fluororubber, suitable for alkaline effluent media containing a small amount of suspended solids. After installation, the equipment achieves 24-hour continuous and stable measurement, and the data is uploaded to the environmental monitoring platform through RS485 communication. The measurement performance meets the requirements of environmental monitoring, and there has been no lining wear or electrode pollution problem during operation for more than 1 year. Maintenance only requires quarterly cleaning of the electrodes.

    Case 2: Flow monitoring of water supply scheduling in a certain water supply plant

    The water supply pipeline of the water plant is DN100, and real-time monitoring of the output flow of clean water is required to ensure pressure balance and stable water supply in the pipeline network. The customer has selected our YST183F-A50XL model, which is equipped with chloroprene rubber lining and 316L stainless steel electrodes, and installed at the outlet of the clean water tank. The equipment is linked with the water plant control system through the HART protocol, providing real-time feedback on flow data to assist dispatchers in adjusting the operating parameters of the water supply pump based on peak water usage. The measurement data is consistent with the trend of pressure changes in the pipeline network, effectively improving water supply efficiency and reducing pipeline leakage rate.

    Case Three: Discharge Monitoring of a Hospital Wastewater Treatment Station

    Hospital wastewater contains disinfectants and a small amount of medical pollutants, which have a certain degree of corrosiveness. It is necessary to accurately measure the discharge amount to comply with medical wastewater discharge standards. The customer has chosen our YST183F-A50XL model, which is equipped with fluororubber lining and Hastelloy electrodes, and installed at the outlet of the wastewater treatment plant. The equipment is resistant to disinfectant corrosion and has stable measurement data. It is connected to the hospital's environmental monitoring system through a 4-20mA signal to achieve real-time monitoring and data retention of emission flow. It has successfully passed the regular inspection of the environmental protection department without any data abnormalities or equipment failures.

    Case 4: Flow Management of a Smart Rural Water Supply Network

    The smart rural water project in a certain county covers 20 administrative villages, and the main water supply pipeline is DN100. It is necessary to monitor the water supply flow of each village to achieve reasonable allocation of water resources. The customer has chosen our YST183F-A50XL model with low power consumption and IP65 protection configuration, which is suitable for outdoor installation and solar power supply scenarios in rural pipeline networks. The device uploads traffic data to the smart water management platform through the IoT module. Management personnel can remotely view the real-time water supply flow of each village and promptly detect pipeline leaks (abnormal fluctuations in flow). After the project is put into operation, the leakage rate of rural water supply has decreased by 15%, and the efficiency of water resource utilization has significantly improved.