Pressure Transmitter

Process control: Pressure transmitters are crucial in process control, providing real-time data for maintaining optimal operating pressure and flow conditions using a primary element flow body.

Liquid level measurement: Pressure transmitters, including differential pressure transmitters, accurately determine liquid levels by measuring hydrostatic pressure. This method is particularly useful for large storage tanks and challenging environments.

Primary flow elements: Differential pressure transmitters used with a primary flow element like orifice plates, venturis, vcone etc. And a flow computer can measure difficult flows such as multi-phase, extremely high temperatures and/or pressures.

Pump & compressor control: Pressure transmitters monitor and control pump and compressor operations, preventing cavitation and ensuring efficient performance.

Hydrostatic level measurement: For deep tanks or those with difficult-to-access tops, hydrostatic level measurement using pressure transmitters is ideal. This method provides accurate level data without the need for top-mounted sensors.

Oil & gas: In the oil and gas industry, pressure transmitters and transducers are essential for wellhead monitoring, pipeline management, and custody transfer.

Chemical & petrochemical: Pressure transmitters in chemical plants ensure safe operations and product quality. They monitor reactor pressures, control distillation processes, and assist in leak detection.

Liquid storage tanks: For inventory management and overfill prevention in liquid storage tanks, gauge pressure transmitters offer reliable level measurement. They can be easily installed and maintained, even on large tanks.

Food & beverage: In food and beverage processing, sanitary pressure transmitters monitor critical pressures in tanks, pipes, and packaging equipment. They help maintain product quality and ensure compliance with hygiene standards.