Flow Meter | Electromagnetic Sensor | For Plumbing & Water Dispensers

This stainless steel Hall effect flow meter measures liquid flow rates precisely. As fluid moves through it, an internal rotor spins. A Hall effect sensor detects this rotation. It sends out a pulse signal that matches the flow rate. Features and Benefits - Stainless Steel Body - This offers a clean, corrosion-resistant path. It's good for plumbing and water dispenser systems. - Hall Effect Sensor - It gives a digital pulse output. This is easy to read with a microcontroller. - G1/2" NPT Male Threads - It connects easily to standard plumbing fittings. This makes for a secure, leak-free installation. - Wide Flow Range - It measures flow rates from 1 to 30 liters per minute accurately. This works for many industrial uses. Applications - It monitors water usage in a home or commercial plumbing system. - It measures output from a water dispenser or coffee machine. - It controls fluid dispensing in an industrial batching process. Key Functions A flow meter, such as this Electromagnetic Sensor, is a device designed to measure the rate of fluid flow. This particular product is intended for industrial fluid flow rate measurement. Its primary function is to provide accurate readings of how much liquid is moving through a system at any given time. This information is crucial for monitoring and controlling processes in various plumbing and water dispenser applications, ensuring efficiency and preventing issues. Common Types of Flow Meters Flow meters come in various forms, each suited to different applications and fluid types. While this specific product uses electromagnetic technology, other types include ultrasonic, turbine, and vortex meters. Each type operates on distinct principles to calculate flow. Understanding the different types helps in selecting the most appropriate device for a given task, whether it's for simple water dispensing or complex industrial fluid measurement. Key Types & How They Work This product uses electromagnetic technology. An electromagnetic flow meter operates by applying a magnetic field to the fluid moving through a pipe, and then measuring the voltage created by the fluid's movement. This voltage is directly proportional to the fluid's velocity, allowing for precise flow rate calculation. Other types like ultrasonic meters use sound waves, while turbine meters use a rotating element to measure flow. Velocity-Based Meters Velocity-based meters, including this Electromagnetic Sensor, determine flow rate by measuring the speed of the fluid as it passes through the sensor. For electromagnetic types, the principle involves the interaction between the moving conductive fluid and a magnetic field. This interaction generates a voltage, which is then translated into a velocity measurement. This approach is highly effective for industrial fluid flow rate measurement in plumbing and water dispenser systems. Differential Pressure (DP) Meters Differential Pressure (DP) meters measure flow by creating a pressure drop across an obstruction in the flow path. The difference in pressure before and after the obstruction is then used to calculate the flow rate. While this particular product is an Electromagnetic Sensor and does not rely on differential pressure, DP meters are common in other industrial settings. They are often used with orifices, venturi tubes, or nozzles to create the necessary pressure difference.