The Model 515A pressure transducers offer an economical alternative with good performance for high-volume gage requirements from 300 to 10000 psi (21 to 700 bar). Each unit is constructed of welded stainless steel for durability in dry rugged environments. Both gas and liquid pressure overloads of up to 50% over capacity are safely accepted. Accuracy: ±0.5% of full scale.

Series 513 Pressure Transducers are bi-directional wet-wet (BDWW) sensors designed for a wide range of differential measurements where both pressure sources can involve wet or corrosive fluids, each port having a welded, stainless steel diaphragm. Typical applications include flow measurement, depth sensing, pressure equalization, and liquid level.

Series 513 Pressure Transducers are bi-directional wet-wet (BDWW) sensors designed for a wide range of differential measurements where both pressure sources can involve wet or corrosive fluids, each port having a welded, stainless-steel diaphragm.  Typical applications include flow measurement, depth sensing, pressure equalization, and liquid level.

The Model 512 units are cased in 17-4 PH stainless steel; these general industrial transducers offer high reliability for both gage and absolute pressure measurements from 10 to 10000 psi (700 mbar to 700 bar).

Gage models for ranges of 500 psig and below are drift-free “true gage” design, with a second welded diaphragm to hermetically seal the gage reference from moisture or corrosive gases. A small hole vents the second diaphragm to ambient pressure. All absolute models have an internal sealed 0-psia reference.

The Model 512 units are cased in 17-4 PH stainless steel; these general industrial transducers offer high reliability for both gage and absolute pressure measurements from 10 to 10000 psi (700 mbar to 700 bar).

Gage models for ranges of 500 psig and below are drift-free “true gage” design, with a second welded diaphragm to hermetically seal the gage reference from moisture or corrosive gases. A small hole vents the second diaphragm to ambient pressure. All absolute models have an internal sealed 0-psia reference.

The Model 512 units are cased in 17-4 PH stainless steel; these general industrial transducers offer high reliability for both gage and absolute pressure measurements from 10 to 10000 psi (700 mbar to 700 bar).

Gage models for ranges of 500 psig and below are drift-free “true gage” design, with a second welded diaphragm to hermetically seal the gage reference from moisture or corrosive gases. A small hole vents the second diaphragm to ambient pressure. All absolute models have an internal sealed 0-psia reference.

The Model 512 units are cased in 17-4 PH stainless steel; these general industrial transducers offer high reliability for both gage and absolute pressure measurements from 10 to 10000 psi (700 mbar to 700 bar).

Gage models for ranges of 500 psig and below are drift-free “true gage” design, with a second welded diaphragm to hermetically seal the gage reference from moisture or corrosive gases. A small hole vents the second diaphragm to ambient pressure. All absolute models have an internal sealed 0-psia reference.

The 502A Series are rugged transducers designed for industrial applications requiring high-accuracy gas or liquid pressure measurements—within 0.1% of full scale—ranging from 1 to 15000 psi (70 mbar to 1000 bar).  Gage and absolute ranges above 15000 psi are available on request (contact the factory for information).

The 502A Series are rugged transducers designed for industrial applications requiring high-accuracy gas or liquid pressure measurements—within 0.1% of full scale—ranging from 1 to 15000 psi (70 mbar to 1000 bar).  Gage and absolute ranges above 15000 psi are available on request (contact the factory for information).

The 502A Series are rugged transducers designed for industrial applications requiring high-accuracy gas or liquid pressure measurements—within 0.1% of full scale—ranging from 1 to 15000 psi (70 mbar to 1000 bar).  Gage and absolute ranges above 15000 psi are available on request (contact the factory for information).