Electronic Water Flow Sensor, Stainless Steel, DN15-DN50

Highly reliable, all-stainless steel flow sensor sold at the ATO store is designed for harsh industrial environments. Rugged and versatile, it offers excellent resistance to corrosion, high pressure, and high temperatures. It features a standard DN15 interface and is available in a variety of sizes, including 4-inch, 6-inch, 1-inch, and 2-inch. It provides a wide flow range, from micro-flows of 5-150 L/min to high-flows of 60-1100 L/min. Its low DC 5V power supply and low power consumption of ≤10mA enable easy integration into most PLC or microcontroller control systems, ensuring simple connection and reliable stability.

Sepcification

Feature

• Water flow sensor features a stainless steel valve body, offering high flow, high accuracy, explosion-proof performance, and high-temperature resistance.

• Features a compact design and durability.

• Offers low error and stable performance. Available in multiple connection diameters from DN15 to DN50.

• Suitable for industrial applications such as agricultural irrigation, plant watering, fish ponds, swimming pools, and water purification.

Wiring method

Output waveform

Correct installation method

Tips: What‘s the instruction when using electronic water flow sensor?

1. To prevent particles and debris from entering the sensor, a filter must be installed at the water inlet.
2. The water flow sensor must be installed inside the device or indoors. Avoid prolonged exposure to harsh environments such as outdoor, humid, or high-temperature environments. Avoid installation in environments subject to vibration or shaking to prevent it from affecting measurement accuracy.
3. When magnetic materials or materials that exert a magnetic force on the sensor come into contact with it, its characteristics may change.
4. Do not disassemble the water flow sensor without authorization to prevent damage. Any unauthorized disassembly of the water flow sensor will void the warranty.
5. If this sensor is not used, please report any incompatibilities when used as a direct replacement.