Pressure Measurement

Mechanical pressure gauges provide simple, reliable local indication of system pressure. They are widely used for visual monitoring on pumps, compressors, and process equipment where rugged construction and quick reference readings are required.

Pressure transmitters convert process pressure into electrical signals for control systems and data monitoring. They deliver accurate, continuous measurement and are essential for automation, remote monitoring, and closed-loop process control applications.

Differential pressure instruments measure pressure difference between two points. They are commonly used for flow measurement, filter monitoring, tank level applications, and pressure drop monitoring across heat exchangers and process equipment.

Pressure switches provide discrete on/off signals when pressure reaches preset limits. They are used for alarms, pump protection, safety interlocks, and automated control functions where simple threshold-based operation is required.

Vacuum instruments measure pressure below atmospheric conditions and are commonly used in packaging, chemical processing, distillation, and research applications where precise low-pressure monitoring is critical for process performance.

Wireless pressure devices transmit measurement data without physical wiring. They enable fast deployment, reduce installation costs, and provide flexible monitoring solutions for remote, hazardous, or hard-to-access measurement locations.

Sanitary pressure instruments are designed for hygienic applications in food, beverage, and pharmaceutical processing. They feature cleanable designs, smooth wetted surfaces, and compliance with industry sanitary standards.

High-pressure instruments are engineered for extreme pressure environments such as hydraulic systems, energy applications, and testing systems. They provide reliable measurement performance while maintaining safety and durability under demanding operating conditions.