Single Pressure Sensors & Transmitters

PX78 series submersible transducers are watertight, suited to most underwater applications and have current and ratiometric output options.

PX709 series submersible transducers are watertight, suited to most underwater applications and have current, voltage, and ratiometric output options.

The PX180 series are compact and rugged with vacuum, absolute, and gauge pressure, current and voltage outputs to integrate with a variety of industrial and OEM applications.

0.25% Accuracy Marine Pressure Transducers All Stainless Steel Construction

The PX2760 is an electric barometer with a rugged capacitive design, fast response time, and 3 field selectable ranges in one unit.

The IS626 Intrinsically Safe Pressure Transmitter offers 0.25% accuracy and a durable NEMA 4X housing, ideal for monitoring pressure in hazardous environments.

The PX41-MSHA series is designed for mine safety applications with a rugged, sealed, stainless steel construction and versatile current or voltage outputs.

The PXM509-IS metric series is FM approved, shock and vibration rated, with a ± 0.08% accuracy, ideal for hazardous locations. Available in ranges from 25 mbar to 350 bar.

The PX5500 series are stable to 0.1% of FSO over an 18-month period and have 100,000 hrs MTBF rate to withstand aerospace and demanding applications.

The PX35 series is temperature compensated with a hermetically sealed, stainless steel construction that is suitable for harsh environments with fluctuating temperatures.

The PX51-IS series is FM approved with a sealed stainless steel case for harsh and hazardous environments. Available in gauge and absolute ranges from 10 to 30,000 psi.

The PX305 series are general purpose transmitters with a 4-20 output. Limited pressure ranges in stock.

The PC2780 is a high ± 0.25 accuracy that makes it ideal for environmental, weather, laboratory, and test station monitoring and data logging.

The PX920 series has titanium wetted parts for media compatibility and SOS construction is durable with excellent stability over a wide temperature range.