LFS-02/H

Flow sensors are essential components in a wide range of industries. They are used to measure the flow rate and volume of a fluid, typically including a liquid, gas, or slurry. Flow sensors have a variety of applications and use different technologies to detect the flow rate. The LFS-02/H flow sensor is a standard measurement and control device that is widely used in industrial-grade and laboratory-grade organizations.

The operating principle of the LFS-02/H flow sensor is based on a variable area meter. This device uses a spring-loaded vane or paddle that is placed in the flow stream. The paddle moves in and out of its quiescent position, depending on the amount of flow. A measuring flange is used to measure the displacement from the quiescent position. The position of the measuring flange is recorded and represented by an electrical output signal, which is then relayed to transmitters or recording and monitoring systems.

The LFS-02/H flow sensor is primarily used to measure volumetric flow rates in liquids, gases, and steam flows. It provides accurate and reliable flow measurements in applications with highly corrosive and abrasive fluids. The device is also designed to resist high pressures and extreme temperatures. The LFS-02/H is available in a variety of sizes and configurations to allow for use in a wide range of system designs.

The main benefits of using the LFS-02/H flow sensor are its reliable, cost-effective operation and its resistance to corrosion and abrasion. The device also features excellent response time and is easy to install and maintain. The LFS-02/H is approved by numerous international standards, including ASME, ISO, ASTM, and IEC. This ensures it meets the requirements for safety and accuracy set by these organizations.

The LFS-02/H is a practical and reliable device for accurately measuring the flow rate and volume of liquids, gases, and steam flows. It is widely used across a range of industries, from industrial-grade and laboratory-grade organizations to commercial and residential properties. This makes it an essential part of modern industrial flow measurement systems.