Pressure Sensors A reliable pressure sensor converts fluid or gas pressure into a usable electrical signal to support control, monitoring, safety, and data logging in a wide range of systems. Key benefits Accurate pressure detection: Provides consistent pressure readings so you can control systems, prevent overpressure events, and detect leaks earlier. Problem solving: Enables automated control, alarms, and datadriven maintenance that reduce downtime and protect equipment. Easy integration: Designed for straightforward wiring and interfacing with common controllers, data acquisition systems, and readouts. Space and installationfriendly: Compact form factor and standard mounting options make it simple to install in constrained locations. Durable and dependable: Built to withstand routine industrial and commercial environments for longterm stable performance. What it does (function) Measures pressure of gases or liquids and outputs a proportional electrical signal for monitoring, control, or recording. Converts physical pressure into an electronic signal compatible with typical control and monitoring equipment. Compatibility and interfaces Works with standard control systems and readout devices using common electrical interfaces. Compatible with typical mounting and connection methods used in process, HVAC, and test applications. Size and materials Compact footprint for installation in tight panels or piping runs. Constructed from corrosionresistant and mechanically robust materials suitable for regular use in commercial and industrial settings. Performance characteristics Provides stable output and fast response to pressure changes to support control loops and safety interlocks. Designed for reliable operation under normal operating conditions and routine system stresses. Typical applications and use scenarios Industrial process control: Monitor and control pressure in pumps, compressors, filtration systems, and process lines to maintain product quality and protect equipment. Building systems and HVAC: Measure duct, differential, or refrigerant pressure to optimize air handling, detect filter clogging, and maintain comfort and energy efficiency. Test and calibration benches: Provide repeatable pressure measurements for component testing, prototype validation, or laboratory experiments. Practical considerations Verify proper mounting orientation and secure mechanical connections to avoid measurement errors. Follow recommended wiring practices and grounding for reliable signals and reduced electrical noise. Protect the sensor from exposure beyond its intended environment and from pressure spikes to ensure long service life. Reliable pressure sensing that integrates with your control and monitoring systems to improve safety, reduce downtime, and enable better operational decisions.