Measuring force per unit area to ensure safety, control, and efficiency in industrial systems.
A pressure sensor measures the force exerted by a fluid or gas per unit area. Pressure is a critical parameter in industrial processes, directly influencing flow, energy transfer, equipment safety, and system integrity.
Pressure sensors operate by converting mechanical deformation caused by applied pressure into an electrical signal. The sensing element deforms proportionally to the applied pressure, which is then translated into a measurable output.
This sensor belongs to the Process Quality Cluster , where pressure measurement ensures hydraulic stability, leak-free operation, pump and filter protection, and reliable treatment performance.
The measured value directly represents the pressure within a vessel, pipeline, or system.
Pressure trends indirectly indicate flow restrictions, blockages, leaks, pump or compressor health, and overall system efficiency.
When integrated with Industrial IoT platforms, pressure sensors enable continuous monitoring, early leak detection, remote alarms, and predictive maintenance of pressurized systems.
In process-quality applications, pressure data combined with flow and level measurements enables early detection of fouling, filter clogging, membrane health degradation, and abnormal energy consumption in treatment systems.
The Pressure Sensor is a guardian of industrial safety. By detecting abnormal forces within systems, it prevents failures, protects assets, and ensures stable operation across industries.