Process Instrumentation

Long-term stable flow monitoring with immediate response and no spring fatigue. Built for industrial, HVAC, OEM, marine, and railway applications.

Built for tough industrial conditions, this technology delivers high-accuracy volumetric flow measurement, even with viscous liquids.

Delivering flow measurement in residential, commercial, and industrial environments, these water meters are designed to meet international standards.

Flow measurement for conductive liquids and slurries in closed pipes, free from obstruction and maintenance requirements.

Direct, reliable volumetric flow measurement for low viscosity liquids in pressurised closed pipes.

Built for reliable industrial performance and a long service life, our technology delivers high-accuracy density and concentration measurement.

Precise, maintenance-free flow measurement for water and compatible liquids. A fully encapsulated piezoceramic sensor offers no moving parts, no zero-point drift, and is built for continuous industrial and HVAC operation.

Control and measurement of thermal mass flow, particularly at low flow rates, is essential for laboratory and pilot-plant applications.

Control and measurement of thermal mass flow, particularly at low flow rates, is essential for laboratory and pilot-plant applications.

Measure liquid flow using non-intrusive ultrasonic technology—no need to stop the flow or cut into pipes.

Reliable visual level indication, from cryogenic gases to steam boilers, is achieved without electrical power.

Tank level measurement that is reliable for any tank, regardless of size or shape, serving diverse sectors from naval vessels to the chemical industry.

Thermal mass flow measurement with high performance, suitable for a wide range of industrial, environmental, and commercial gas flow applications.

Designed for terminal automation systems, this unit provides compact and precise additive dosing directly into primary liquids.

Engineered for high-pressure and high-tightness applications, these regulators control cryogenic gas flow at temperatures as low as −270°C.