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As a leading manufacturer and supplier of industrial sensing solutions, we present this integrated top-mount liquid monitoring system designed for volume procurement and large-scale facility upgrades. Engineered for precision, it combines a heavy-duty sensor, an intuitive digital display, and a responsive alarm box.
Direct-from-manufacturer reliability engineered for rigorous industrial applications.
Integrated display and active alarm mechanisms for immediate process control.
Built specifically for high-volume integration in demanding liquid management environments.
The Polypropylene Float Level Switch is designed for reliable liquid level monitoring in water tanks and drinking water tanks. It features a durable polypropylene float that provides excellent corrosion resistance, making it suitable for various liquid media. It is ideal for pump control, level indication, and alarm applications in industrial and water treatment settings.
Engineered by a premier manufacturer and supplier of industrial fluid sensing instrumentation.
Constructed with corrosion-resistant 304/316L stainless steel housing for maximum durability.
Capable of withstanding extreme dynamic pressures up to 16.0 MPa.
Features a space-saving lateral installation geometry for restricted environments.
Equipped with customizable switch points to deliver precise, automated pump control.
The 4-20mA standard is far from legacy technology. It remains the most resilient, field-proven bridge connecting physical tank environments to modern Industrial IoT (IIoT) control networks. Plant managers and automation engineers demand much more than a basic measurement device.
A Float Level Switch acts as the final line of defense against catastrophic tank overflows, pump dry-runs, and critical system downtime. Facility managers rely heavily on these sensors to protect expensive equipment.
Marine environments are uniquely hostile to instrumentation. Vessel owners, engineers, and fleet operators face a critical choice when monitoring fuel, water, and engine fluids. You must decide whether to trust traditional physical mechanisms or upgrade to digital electronics.
