Single Pressure Sensors & Transmitters

The PX02 series has an accessible shunt resistor for quick, convenient calibration checks along with a hermetically sealed double diaphragm for harsh environments.

The PX600 series are Omega's smallest transducers, but are still rugged and accurate for industrial environments. Available in ranges from 200 to 10,000 psi.

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

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

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 PX3005Kseries are 3-A, clean-in-place, with a backlit LCD display, ideal for monitoring pressures in food, beverage, dairy, and pharmaceutical applications

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

The Series 3400 Smart Pressure Transmitter offers high accuracy and easy configuration for water and chemical applications, with ATEX/IECEX approval for hazardous locations.

The PX4600 series are small, lightweight, packaged for board mounting in OEM and aerospace applications to withstand high shock and vibration.

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 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 PX103 series has a fully flush diaphragm without any threads, making it ideal for hard-to-measure fluids. Available in both amplified voltage and 4 to 20mA outputs.

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