Effect Flow Meter | 1-30L/min Liquid Measurement | 2.0MPa S201 Module

This YF-S201 flow meter measures liquid flow rates from 1 to 30 liters per minute. It's a Hall effect water flow sensor that provides a simple pulse signal for each rotation of its internal wheel, making it a good choice for Arduino water flow sensor projects. Features and Benefits - Flow Range (1-30 L/min) - It measures both low and medium flow rates. You can use it for anything from a coffee machine to a small irrigation system. - Hall Effect Sensor - A magnetic rotor and sensor create a clean digital pulse output. Microcontrollers can read this easily and accurately. - Standard G1/2 Threads - This common sizing makes installing this water flow sensor simple in most existing plumbing setups. - Pressure Rating (up to 2.0MPa) - It handles high water pressure without leaking. It's safe to use in mains-connected systems. Applications - DIY Electronics - This is a common water flow sensor for Arduino projects. It lets you build custom water monitoring and control systems. - Appliance Integration - Use it as a liquid flow meter to track water usage in dispensers, icemakers, or coffee brewers. - Garden and Hydroponics - It helps you measure and control water flow when you install a water flow sensor in an irrigation system. Key Functions A flow meter, such as the Effect Flow Meter, is a device used to measure the rate of fluid movement. This particular model measures liquid at a rate between 1 and 30 litres per minute. It is compatible with Arduino systems, making it suitable for integration into various control and monitoring applications. The sensor operates on a resistance principle, providing accurate data for liquid measurement tasks. Flow meters are essential tools for monitoring and managing fluid flow in numerous industrial and domestic settings. Common Types of Flow Meters There are various types of flow meters, each suited to different applications and fluid properties. While the Effect Flow Meter is a Hall flow sensor, other common types include electromagnetic, ultrasonic, and turbine meters. Each type employs a different principle to measure flow, such as magnetic fields, sound waves, or the rotation of a turbine. Understanding the diverse range of flow meters helps in selecting the most appropriate device for specific liquid measurement requirements, ensuring optimal performance and accuracy. Key Types & How They Work The Hall flow sensor, like the YF-S201 model, typically works by detecting changes in a magnetic field caused by a rotating impeller within the fluid path. As the liquid flows, it turns an impeller, and a Hall effect sensor counts these rotations, converting them into an electrical signal that represents the flow rate. This Effect Flow Meter is designed for liquid measurement, operating within a 1-30 litres per minute range and at a maximum pressure of 2.0 MPa. This resistance sensor principle provides reliable and consistent flow data. Velocity-Based Meters Velocity-based meters determine flow rate by measuring the speed of the fluid. The Effect Flow Meter is a Hall flow sensor, which is a type of velocity-based meter. It achieves this by detecting the movement of an internal component, like an impeller, that rotates proportionally to the fluid's velocity. This rotation is then translated into a measurable signal, indicating the flow rate in litres per minute. This method is effective for measuring liquid flow within the specified 1-30 L/min range. Differential Pressure (DP) Meters Differential pressure (DP) meters measure flow by creating a pressure drop across an obstruction in the flow path. This pressure difference is proportional to the square of the flow rate. While the Effect Flow Meter operates on a resistance sensor principle as a Hall flow sensor, DP meters use devices like orifice plates, venturi tubes, or nozzles to create this measurable pressure variation. DP meters are widely used for various fluids and offer a robust solution for flow measurement in different industrial applications.