Copper Flow Sensor G1/2 DN15

Description

What is the Copper Flow Sensor G1/2 DN15? This device is designed to monitor liquid flow in pipes. Features Material: Copper Connection: G1/2 DN: DN15 Use Cases Useful for irrigation, air conditioning and laboratory or domestic flow monitoring systems. It can be used to build water tank flow monitoring systems, allowing control of water resource usage. Tutorial How to use the Copper Flow Sensor G1/2 DN15 This sensor measures fluid flow in copper pipes with a diameter of G1/2 DN15. Useful for monitoring and controlling flows in laboratories or domestic systems. What is needed Copper Flow Sensor G1/2 DN15 Compatible Arduino or microcontroller Power supply cable (5V) Conductors for pipe connection Steps Check the pipe diameter (G1/2 DN15) to ensure the sensor fits. Connect the sensor to the microcontroller via power and data pins. Verify correct power supply (5V) from the datasheet. Mount the sensor on the pipe using clips or provided mounting system. Install an Arduino sketch to read flow values. Test the sensor with various flows for calibration. Connect the sensor to a display or software to view data. Check the stability of the sensor and accuracy of the data Example Code “` #include #include #include Adafruit_BMP280 bmp; void setup() { Serial.begin(9600); bmp.begin(0x76); } void loop() { float flow = bmp.readFlow(); Serial.println(flow); delay(1000); } “` Mini Project Build a water tank flow monitoring system to control water resource usage. Common Errors Incorrect power supply: ensure 5V is used. Incorrect pin connections: verify correct wiring. Insufficient calibration: test the sensor with various flows. Missing graphical interface: connect the sensor to a display for data visualization Recommended Accessories LCD Display Arduino Uno Power Supply Cable (5V) Mounting Clips Frequently Asked Questions Does the sensor work with batteries? No, the sensor requires continuous 5V power supply. Can I use this sensor with an Arduino Nano? Yes, the sensor is compatible with Arduino Nano or other 5V microcontrollers. How long does calibration take? Initial calibration takes about 10 minutes. For flow changes, adjust periodically.