quality Smart Water Pressure Sensor & Air Pressure Transducer Sensor factory

Sensors Converge, the largest electronics event in North America is set to captivate industry professionals with its comprehensive coverage of sensor innovation and technology. Over the course of nearly four decades, this renowned event has evolved from a dedicated sensor technology exhibition to a larger and more diverse showcase of electronics technologies and embedded systems that collaborate seamlessly with sensors. Sensors Converge not only enables innovation but also drives process design and control development while transforming markets and propelling smart sensor innovation into the era of sustainable living.     Scheduled to take place from 24th to 26th June 2024, Sensors Converge will be held at the esteemed Santa Clara Convention Center, located at 5001 Great America Pkwy, Santa Clara, CA 95054. This highly anticipated event promises to provide a comprehensive platform for industry professionals to explore the latest advancements in sensor technology and its integration with electronic systems.   One of the notable participants at Sensors Converge 2024 is Xi'an Yunyi Instrument Co., Ltd., a leading Chinese high-tech enterprise specializing in the research, development, production, and sales of pressure meters, level meters, flow meters, temperature instruments, and automatic control equipment. With a strong focus on driving sensor innovation, Yunyi has established itself as a prominent player in the industry.   Yunyi's participation in Sensors Converge 2024 offers attendees a unique opportunity to discover their cutting-edge sensor solutions. From precise pressure meters to accurate level meters and flow meters, Yunyi's comprehensive range of products caters to a wide array of industries, including manufacturing and automation. By embracing advanced technologies and leveraging their expertise, Yunyi consistently delivers reliable and high-performance measurement instruments.     Industry professionals and enthusiasts are encouraged to visit Yunyi at Booth #954 during Sensors Converge 2024. Engaging with the Yunyi team will provide valuable insights into their innovative sensor solutions and their potential applications across various sectors. From 24th to 26th June, the Santa Clara Convention Center will be the hub of sensor technology excellence, and Yunyi's presence will undoubtedly contribute to the event's success.   Sensors Converge 2024 marks a significant milestone in the electronics industry, bringing together a diverse range of experts, thought leaders, and innovators who are shaping the future of sensor technology. By attending the exhibition, participants can explore the latest trends, witness groundbreaking innovations, and forge valuable connections within the industry.   Make a note on your calendar and be sure to visit Xi'an Yunyi Instrument Co., Ltd. at Booth #954 during Sensors Converge 2024, held from 24th to 26th June at the Santa Clara Convention Center. Don't miss this opportunity to immerse yourself in the world of sensor technology and discover how Yunyi's cutting-edge solutions can elevate your operations to new heights.   Please contact us if you have any questions: WhatsApp: 8617391772603 WeChat: 17391772603 Email: yunyiyibiao@369yb.com https: yunyiinstrument.com https: yunyiyibiao.en.alibaba.com

METALTECH & AUTOMEX, the leading exhibitions in the metalworking, machinery, robotics, and automation industry, are set to pioneer the growth of Malaysia's manufacturing sector. The highly anticipated event will take place from 15th to 18th May 2024 at the Malaysia International Trade and Exhibition Centre (MITEC) in Kuala Lumpur. Among the esteemed exhibitors, Xi'an Yunyi Instrument Co., Ltd., a prominent Chinese high-tech enterprise, will be presenting its cutting-edge pressure and level measurement solutions.     With a strong focus on research and development, production, and sales of pressure meters, level meters, flow meters, temperature instruments, and automatic control equipment, Yunyi has established itself as a leading player in the industry. Since its inception in 2010, the company has leveraged the resource advantages of the Xi'an instrument industry, continuously upgrading its production equipment and testing instruments. One notable addition is the fully automatic GE pressure controllers, empowering Yunyi to deliver superior quality products.   Over the past decade, Yunyi has nurtured a dedicated team of professionals, bolstering its independent R&D and production capabilities. A testament to their success is the development of a cutting-edge tuning fork density meter, which has gained recognition for its ability to compete with imported brands. With sales reaching up to 20 units per time, Yunyi has garnered unanimous praise from customers for its reliable and accurate density measurement solution.   One of the key strengths of Yunyi is its highly skilled and experienced international business team. Over 80% of the staff possesses more than five years of professional and effective international business experience, ensuring seamless communication and exceptional customer service.   Excitement is building as Yunyi prepares to participate in METALTECH & AUTOMEX 2024. Attendees will have the opportunity to meet the Yunyi team and explore their comprehensive range of pressure and level measurement instruments. The exhibition will serve as a platform for industry professionals to witness firsthand the innovative solutions offered by Yunyi, and to discover how these cutting-edge technologies can enhance operations and drive efficiency.   Mark your calendars and join Xi'an Yunyi Instrument Co., Ltd. at METALTECH & AUTOMEX 2024, from 15th to 18th May at MITEC, Kuala Lumpur, Malaysia. Don't miss this opportunity to engage with industry leaders, witness the latest advancements, and experience the future of pressure and level measurement solutions.   Please contact us if you have any questions: WhatsApp: 8617391772603 WeChat: 17391772603 Email: yunyiyibiao@369yb.com https: yunyiinstrument.com https: yunyiyibiao.en.alibaba.com  

Accurate measurement of water flow is crucial for industries such as petroleum, chemical, metallurgy, and urban gas pipeline networks, where efficient management and control are paramount. Introducing the Flow Meter for Water, a velocity meter designed to measure volumetric flow and total volume of low-viscosity gases in closed pipelines. With its exceptional features and wide-ranging applications, this advanced instrument provides reliable and precise water flow measurements for diverse industries.       The Flow Meter for Water offers unparalleled performance, making it an ideal solution for various applications. Let's explore its outstanding features:   Diaphragm Materials: The flow meter provides the option to choose from different acid materials for diaphragms. This feature ensures compatibility with corrosive liquids commonly found in industries such as petroleum, chemical, and metallurgy, guaranteeing accurate measurements even in challenging environments.   Multiple Measurements: In addition to measuring water flow, the Flow Meter is capable of measuring pressure, differential pressure, and level. This versatility expands its utility beyond flow measurement, allowing it to serve multiple purposes in industrial processes.   Precision and Stability: With an accuracy range of ±0.075% to ±0.1% F.S, the flow meter ensures highly precise measurements. Its stability of ≤2% further enhances the reliability of flow data, enabling better control and management of water resources.   Seamless Communication: The instrument features a standard 4-20mA output and RS-485 communication interface. This enables effortless integration into existing control systems, facilitating real-time monitoring, remote settings, and data analysis. The compatibility with basic scene control techniques ensures support for future upgrades and advancements in industry practices.   Adaptability to Harsh Environments: The Flow Meter for Water exhibits minimal temperature and static effects, allowing it to deliver consistent and accurate measurements in varying environmental conditions. Its overload capacity of up to 2 times ensures durability and reliability, even in demanding operational scenarios.     The versatility of the Flow Meter makes it suitable for a wide range of industries and applications:   Shipping and Aviation Industry: The flow meter's ability to measure low-viscosity gases makes it an essential tool for monitoring fuel flow in ships and aircraft. Accurate measurements contribute to efficient fuel management and cost optimization.   Hydraulic Pressure and Pneumatic Control Systems: The instrument's precision and stability make it an ideal choice for hydraulic and pneumatic control systems. It enables accurate flow measurement, ensuring optimal system performance and enhanced safety.   Petroleum, Chemical, and Metallurgy: In industries where corrosive liquids are prevalent, the flow meter's compatibility with acid materials and noncorrosive liquids becomes invaluable. It enables accurate measurement of water flow, contributing to efficient processes and improved productivity.   Electric Power and Hydrology: The flow meter finds application in electric power generation and hydrology, where accurate water flow measurement is essential for assessing resource availability, optimizing energy generation, and managing water resources effectively.     The low Meter for Water offers exceptional performance and versatility, making it an indispensable tool for accurate water flow measurement across a range of industries. With its acid material compatibility, precise measurements, stability, and seamless communication capabilities, this instrument empowers industries to optimize processes, enhance control, and improve efficiency. Whether in the shipping and aviation industry, hydraulic and pneumatic control systems, or petroleum, chemical, and metallurgy sectors, the Flow Meter for Water is a reliable and versatile solution for efficient water flow management.  

In the ever-evolving landscape of process control, the Parabolic Radar Level Meter has emerged as a game-changer, revolutionizing the way industries measure differential pressure, liquid level, and flow. Let's delve into a real product case that showcases the remarkable features and applications of this cutting-edge instrument.     A prominent petroleum refinery was facing challenges in accurately measuring liquid levels in its storage tanks. The existing level measurement devices were plagued by issues such as temperature effects, static interference, and limited compatibility with corrosive liquids. The refinery sought a reliable and precise solution that could enhance its process control efficiency.     Enter the Parabolic Radar Level Meter, a state-of-the-art instrument designed to meet the demanding requirements of the petroleum industry. With its advanced features and superior performance, it proved to be the perfect fit for the refinery's needs.   Features: Diaphragm Materials: The Parabolic Radar Level Meter offered a range of diaphragm material options, including those resistant to acid, ensuring compatibility with corrosive liquids commonly found in the petroleum industry.   Accuracy and Stability: With an exceptional accuracy range of ±0.075% to ±0.1% F.S and stability of ≤2%, the instrument provided precise and consistent measurements, eliminating potential errors in process control.   Communication Capabilities: The device supported both the standard 4-20mA signal with HART communication and the RS-485 communication interface, allowing for seamless integration into the refinery's control system. Remote settings and monitoring could be easily achieved through communication devices.   Enhanced Compatibility: The Parabolic Radar Level Meter was compatible with 316LSS and noncorrosive liquids, providing flexibility in various process applications.     Upon implementing the Parabolic Radar Level Meter, the petroleum refinery experienced remarkable improvements in its process control efficiency. The instrument's little temperature and static effects ensured accurate and reliable measurements, even in demanding operational conditions. The overload capacity of up to 2 times provided an added layer of safety. The refinery benefited from enhanced monitoring and control capabilities, leading to optimized operations and increased productivity.   The successful adoption of the Parabolic Radar Level Meter in the petroleum refinery showcased the instrument's ability to overcome industry-specific challenges and deliver superior performance. Its application extended beyond the petroleum industry, finding relevance in shipping, aviation, chemical, electric power, metallurgy, and hydrology, among others. With its advanced features and precise measurements, the Parabolic Radar Level Meter continues to empower industries to achieve efficient process control and drive overall operational excellence.

Accurate pressure measurement is critical in various industries, from petroleum and chemicals to aviation and beyond. YUNYi presents the YK-80 Intelligent Digital Pressure Gauge, a cutting-edge online measuring instrument that combines advanced technology, exceptional performance, and versatility. In this blog post, we will explore the remarkable features and diverse applications of this intelligent pressure gauge.     The YUNYi YK-80 Intelligent Digital Pressure Gauge stands out with its exceptional features and capabilities, revolutionizing pressure measurement in industrial settings. Let's delve into its remarkable features:   1.High-Quality Pressure Sensor Core: This intelligent gauge incorporates a high-quality pressure sensor core renowned for its superior accuracy, corrosion resistance, impact resistance, vibration resistance, low-temperature drift, and overall stability. These attributes ensure precise and reliable pressure measurements, even in challenging environments.   2.Single Chip Microcomputer Control: The YK-80 gauge is primarily controlled by a single-chip microcomputer, leveraging advanced technology to deliver seamless operation and efficient data processing. This microprocessor-based control system enhances the gauge's stability, accuracy, and overall performance.   3.Versatile Pressure Detection: Whether it's gauge pressure, absolute pressure, or differential pressure, the YK-80 gauge is equipped to handle various measurement requirements. Its versatility makes it suitable for a wide range of applications, meeting the diverse needs of industries such as petroleum, chemical, aviation, and more.   4.Robust Design Options: The YK-80 Intelligent Digital Pressure Gauge offers different forms, including ordinary, explosion-proof, and diaphragm types. This comprehensive range of options ensures compatibility with different environments and specific industry demands. It overcomes the limitations of traditional pointer pressure gauges, addressing issues such as low accuracy, poor reliability, and high damage rates, particularly in corrosive and vibrating locations.     The YK-80 gauge goes beyond precision and reliability to provide a user-friendly experience. Here are some notable features:   1. Large LCD Display: The gauge boasts a large screen with a clear and intuitive LCD display. This ensures easy readability of pressure readings, facilitating quick and accurate analysis.   2. Advanced Microprocessor Technology: Incorporating state-of-the-art microprocessor technology and imported measurement and control chip processing, the YK-80 gauge offers unparalleled precision and stability. It guarantees consistent performance and reliable data for critical pressure measurements.   3. Low Power Consumption: The gauge's intelligent control system and low-power microprocessor contribute to ultra-low power consumption, extending battery life and reducing maintenance requirements. This ensures uninterrupted operation and long-term cost savings.   4. Corrosion and Moisture Resistance: Designed to withstand harsh environments, the YK-80 gauge exhibits excellent corrosion and moisture resistance. It remains reliable and accurate even in demanding industrial conditions, ensuring longevity and consistent performance.   The versatility of the YUNYi YK-80 Intelligent Digital Pressure Gauge allows it to excel in various industries and applications:   Hydraulic Test: The gauge enables precise measurement and monitoring of hydraulic pressures, ensuring the efficient operation of hydraulic systems and machinery.   Chemical Online Monitoring: In chemical processing plants, the YK-80 gauge provides real-time pressure monitoring, facilitating process control, and enhancing safety.   Raw Material Monitoring in Pharmaceutical Factories: The gauge plays a vital role in monitoring water pressure during the production of pharmaceutical raw materials. Accurate pressure measurement ensures optimal quality and adherence to stringent industry standards.   Pressure Measurement of Tanks in Printing Plants: The YK-80 gauge offers reliable pressure measurement for tanks used in printing plants. It aids in maintaining consistent pressure levels, contributing to high-quality printing output.   Sewage Pipeline Monitoring: The gauge's corrosion and moisture resistance make it an ideal choice for monitoring pressure in sewage pipelines. It ensures efficient management of wastewater systems and helps prevent potential issues.   The YUNYi YK-80 Intelligent Digital Pressure Gauge sets new benchmarks for precision, reliability, and usability in pressure measurement. With its advanced features, high accuracy, and versatile design, it caters to the diverse needs of industries such as petroleum, chemical, aviation, and more. Experience the power of innovation with the YK-80 gauge and unlock enhanced control, efficiency, and performance in your pressure measurement applications.  

As a cross-border e-commerce buyer or instrumentation professional, you may have heard of a flow meter before. But what exactly is a flow meter? In this comprehensive guide, we will introduce you to the world of flow meters, including their types, features, applications, purchasing considerations, and precautions. Product Introduction A flow meter is a device used to measure the volume or mass of fluid passing through it per unit time. It is commonly used in various industries, such as oil and gas, chemical, food and beverage, pharmaceuticals, and water treatment. There are many types of flow meters available in the market, each with its unique features and benefits. Classification of Flow Meters Flow meters can be classified into several categories based on their measurement principles. The most common types include: 1. Differential Pressure (DP) Flow Meters – These meters measure the pressure differential across an obstruction in the flow path. 2. Positive Displacement (PD) Flow Meters – These meters measure the actual volume of fluid passing through the meter by dividing it into known volumes. 3. Turbine Flow Meters – These meters use the rotational speed of a turbine placed in the fluid stream to measure the flow rate. 4. Electromagnetic Flow Meters – These meters measure the velocity of the conductive fluid passing through a magnetic field. 5. Ultrasonic Flow Meters – These meters use ultrasonic waves to measure the velocity of the fluid passing through the meter. 6. Coriolis Flow Meters – These meters measure the mass flow rate of the fluid by detecting the deflection caused by Coriolis forces. Features of Flow Meters Different types of flow meters have their unique features and benefits. However, some general features of flow meters include: 1. Accuracy – Flow meters provide accurate measurements of fluid flow rates. 2. Repeatability – Flow meters provide consistent measurements over time. 3. Durability – Flow meters are designed to withstand harsh operating conditions. 4. Low Maintenance – Flow meters require minimal maintenance, reducing downtime and costs. 5. Easy Installation – Flow meters can be easily installed in existing pipelines with minimal disruption. Applications of Flow Meters Flow meters are used in various industries for different applications. Some common applications include: 1. Process Control – Flow meters are used to monitor and control fluid flow rates in industrial processes. 2. Custody Transfer – Flow meters are used to measure the volume of fluids transferred from one party to another in commercial transactions. 3. Environmental Monitoring – Flow meters are used to monitor water flow rates in rivers, streams, and other bodies of water. 4. Fuel Consumption Monitoring – Flow meters are used to monitor fuel consumption rates in vehicles and other equipment. Purchasing Considerations When purchasing a flow meter, some essential considerations include: 1. Fluid Type – Ensure that the flow meter is compatible with the fluid being measured. 2. Flow Rate Range – Select a flow meter that can measure the required flow rate range.   3. Accuracy – Choose a flow meter with the required level of accuracy for your application. 4. Installation Requirements – Consider installation space, mounting options, and alignment requirements. 5. Cost – Determine the overall cost, including purchase price, installation, and maintenance costs. Precautions To ensure accurate and reliable measurements, some precautions should be observed when using flow meters, including: 1. Regular Maintenance – Regularly perform maintenance tasks such as cleaning and calibration. 2. Proper Installation – Follow the manufacturer's instructions for proper installation and use. 3. Avoid Overloading – Do not operate the flow meter outside its specified capacity limits. 4. Environmental Conditions – Protect the flow meter from harsh environmental conditions that may affect its performance. In conclusion, flow meters are essential devices used to measure fluid flow rates in various industries. Understanding the different types, features, applications, purchasing considerations, and precautions can help you make an informed decision when selecting a suitable flow meter for your specific needs.

A pressure transmitter, also known as a pressure transducer, is a device that converts a pressure signal into an electrical signal. It is commonly used in industrial applications to measure the pressure of various fluids and gases. There are many different types of pressure transmitters available on the market, each with their own unique features and capabilities. In this article, we will explore the basics of pressure transmitters, including their classification, characteristics, applications, purchasing considerations, and precautions. Product Introduction Pressure transmitters are essential instruments used for measuring and transmitting pressure readings in various industrial applications. They can be utilized to monitor and control the pressure levels of gases and liquids within pipelines, tanks, and vessels. These devices typically consist of a sensing element, a signal conditioning circuit, and a communication interface. The sensing element is responsible for converting the pressure signals into electrical signals, while the signal conditioning circuit amplifies and filters these signals before transmitting them to a PLC or DCS system. The communication interface allows the device to communicate with other systems and transmit data.       Classification Pressure transmitters can be classified based on several factors, such as their measurement range, output signal, and construction. 1. Based on Measurement Range: a. Vacuum pressure transmitters: These devices are designed to measure pressures below atmospheric pressure. b. Low-pressure transmitters: These transmitters are used for low-pressure measurements ranging from 0-10 psi. c. Medium-pressure transmitters: These devices are used for medium-pressure measurements ranging from 10-200 psi. d. High-pressure transmitters: These transmitters are designed for high-pressure measurements ranging from 200-10,000+ psi. 2. Based on Output Signal: a. Analog Output Transmitters: These devices provide a continuous analog signal proportional to the measured pressure. b. Digital Output Transmitters: These devices provide digital signals, such as MODBUS, HART, or Profibus. 3. Based on Construction: a. Gauge Pressure Transmitters: These are the most commonly used pressure transmitters and measure the pressure relative to atmospheric pressure. b. Absolute Pressure Transmitters: These devices measure the pressure of a medium relative to absolute zero pressure. c. Differential Pressure Transmitters: These devices measure the difference between two pressures. d. Sealed Pressure Transmitters: These devices are used in applications where the transmitter may come into contact with corrosive or hazardous materials.   Characteristics Pressure transmitters are designed for high accuracy, stability, and reliability. Some of the key characteristics of pressure transmitters are: 1. Accuracy: Pressure transmitters have a high degree of accuracy and repeatability. 2. Stability: They are designed to maintain their accuracy over time, even in harsh environments. 3. Reliability: They are built to withstand extreme temperatures, pressures, and mechanical shock. 4. Durability: Many pressure transmitters are constructed with materials that are resistant to corrosion and abrasion. 5. Rangeability: They have a wide measurement range, from vacuum to high-pressure measurements.   Applications Pressure transmitters are used in a wide range of industrial applications, including: 1. Chemical and petrochemical processing 2. Pulp and paper manufacturing 3. Food and beverage production 4. Pharmaceutical manufacturing 5. Power generation 6. Oil and gas exploration and production 7. Water and wastewater treatment 8. HVAC systems 9. Aerospace and defense industries   Purchasing Considerations When purchasing a pressure transmitter, there are several factors to consider, such as: 1. Measurement range: Ensure that the device can measure the required pressure range accurately. 2. Output signal: Choose a device that provides the desired output signal, whether analog or digital. 3. Accuracy: Select a device with the required level of accuracy for your application. 4. Environmental conditions: Consider the environmental conditions, such as temperature, humidity, and pressure, in which the device will operate. 5. Material compatibility: Ensure that the device is compatible with the fluid or gas being measured. 6. Safety: Consider the safety requirements for the application, such as explosion-proof ratings. 7. Maintenance: Consider the ease of maintenance and calibration requirements for the device.   Precautions When working with pressure transmitters, there are several precautions to keep in mind, such as: 1. Ensure that the device is installed correctly according to the manufacturer's instructions. 2. Use the appropriate pressure range for the intended application. 3. Use the correct materials for the process media to prevent corrosion or damage to the device. 4. Follow the recommended calibration procedures to maintain accuracy. 5. Always use proper personal protective equipment when handling pressure transmitters.   Conclusion Pressure transmitters are critical instruments used for measuring and transmitting pressure signals in various industrial applications. They come in many different types, including vacuum, low-pressure, medium-pressure, and high-pressure transmitters, each with unique features and capabilities. When purchasing a pressure transmitter, consider factors like the measurement

A Pressure Gauge is a device used to measure the pressure of a gas or liquid within a system or process. Pressure gauges are widely used in a range of applications such as industrial, commercial, aerospace and consumer settings. In this article, we will introduce the key features of a pressure gauge, the different types of gauges available on the market, how to select the right gauge for your application, and the various applications for which they are commonly used. Features of a Pressure Gauge A pressure gauge is typically composed of a dial that displays the measured pressure, a needle that indicates the pressure level, and a Bourdon tube or other sensing element that converts pressure changes into mechanical movement. Pressure gauges can be designed to measure different types of pressure - for example, gauge pressure, absolute pressure, or differential pressure. Types of Pressure Gauges There are several different types of pressure gauges available on the market, each designed to meet the requirements of specific applications. Some of the most commonly used types of pressure gauges include: 1. Mechanical Pressure Gauges - These are the simplest and most commonly used gauges. They are highly reliable and can measure a wide range of pressures. 2. Digital Pressure Gauges - These gauges offer enhanced accuracy and precision, as well as additional features such as alarms and data logging functions. 3. Differential Pressure Gauges - These gauges are specifically designed to measure the difference in pressure between two points. 4. Compound Pressure Gauges - These gauges can measure both positive and negative pressures, making them suitable for a range of applications. Selecting the Right Pressure Gauge There are several factors that need to be considered when selecting the right pressure gauge for your application. These include: 1. Pressure Range - Make sure that the gauge you select can measure the pressure range of your system. 2. Accuracy - Determine the required level of accuracy for your application. 3. Environment - Consider the environmental conditions under which the gauge will be used. 4. Cost - Balance the cost of the gauge against its features and capabilities. Applications of Pressure Gauges Pressure gauges are used in a wide range of applications, including: 1. HVAC and refrigeration systems 2. Hydraulic and pneumatic systems 3. Chemical processing and manufacturing 4. Aerospace and aviation 5. Oil and gas exploration and production 6. Power generation 7. Water treatment and distribution In conclusion, pressure gauges are an important tool used to measure the pressure of a gas or liquid within a system or process. Understanding the features of different types of pressure gauges, how to select the right gauge for your application, and the various applications for which they are commonly used will help you make an informed decision when purchasing a pressure gauge.