Pressure Measuring principle
Piezoresistive Pressure technology providing essential process data in gage and absolute pressure applications. These sensors measure pressure, level, flow and derivatives by physically responding to the changes in process pressure, converting the physical movement into an electrical signal.
Application
Fluid level monitoring: By measuring pressure at the bottom of a tank, pressure sensors can accurately determine liquid levels, alerting operators when levels are too low or high.
Flow rate measurement: Differential pressure sensors can be used to calculate flow rate by measuring the pressure difference across an orifice plate in a pipeline.
Leak detection: Sudden pressure drops in a system can indicate leaks, allowing for early detection and preventative maintenance.
Process control: Pressure sensors are integrated into industrial processes to maintain desired operating pressures, optimizing production quality.
Pipeline monitoring: Monitoring pressure along pipelines can detect potential blockages or leaks, ensuring safe and efficient fluid transport.
Filter pressure monitoring: Checking the pressure drop across filters can indicate when they need to be cleaned or replaced.
Feature
Outstanding temperature and static pressure stability even under harsh conditions
Good repeatability and long-term stability of the measuring signal
Integrated absolute pressure measurement for lowest possible influence of static pressure changes on the signal while providing an additional process signal
Fast response time
Compact measuring cell with low weight
Extensive diagnostic and parameterization functions on the display and adjustment module or the user-friendly
Ex ia, Ex d approvals
