Efficient flow monitoring is critical for industries relying on precise fluid control, such as chemical processing and irrigation. The G3/4 Paddle Wheel Flow Switch offers a smart, reliable solution engineered to optimize pump performance while minimizing operational risks. Designed for B2B applications, this 1.5-30L/min Flow Sensor Switch ensures seamless integration into demanding environments, delivering unmatched accuracy and durability.
The G3/4 Paddle Wheel Flow Switch combines advanced engineering with rugged PP/POM construction, capable of withstanding temperatures up to 120°C. Its smart paddle wheel mechanism provides real-time flow rate detection between 1.5-30L/min, making it ideal for automotive cooling systems, industrial equipment, HVAC units, and agricultural irrigation networks. The device operates on 100-220VDC with a rated current of 1.5A, ensuring compatibility across global voltage standards.
Key features include customizable wire lengths (350mm or longer), N.O/N.C contact options, and a switching transducer output for effortless integration into existing control systems. Rated for 10W/50W loads, this flow sensor switch guarantees precision in low-to-medium flow applications, reducing energy waste and preventing pump dry-running in water heaters or chemical dosing systems. Its corrosion-resistant design suits liquid media, from coolants to fertilizers, ensuring long-term reliability in harsh conditions.
For industries prioritizing operational efficiency, the 1.5-30L/min Flow Sensor Switch enhances system uptime by triggering alarms or shutdowns during flow deviations. Applications span automotive manufacturing, industrial humidifiers, and large-scale irrigation projects, where consistent flow monitoring is non-negotiable.
Elevate your fluid management strategy with a solution built for precision and adaptability. Explore how the 1.5-30L/min Flow Sensor Switch can transform your operations. Visit our website to contact our team today and discover tailored configurations for your unique requirements.
