Aerospace and Military
Aerospace and Military
Validyne pressure sensors and pressure transmitters have been used in the aerospace and military industries for over 50 years.
- Ranges from as low as ± 0.08 psi FS to ± 3200 psi FS
- Differential or absolute versions
- Extremely rugged construction
- Low dP Range, High Line Pressure
- Ranges From 0 to 10,000 psi FS
- Wet-Wet Capability
- Line Pressure to 10,000 psig
- 5Vdc or 4-20mA Output
- Stainless Steel Pressure Cavities
- Fully Sealed Housing
- Rugged DP transmitter
- For liquid or gas service
- 4-20 mA Two-wire, VDC
- Full Scale Ranges from 2.22 inH2O to 10 KPsi
- Excellent temperature characteristics
- NEMA 4 Housing
- 0.25%, 0.1% or better accuracy
- Now available in 316SS and Inconel
- RS485 Serial interface for digital operation
- Digitally compensated for high accuracy
- Excellent stability over wide thermal range
- 0.1% Full scale accuracy, 0.25% Max temperature error
- Zero, Span set by switches – No potentiometers
- For liquid or gas service
- Full scale ranges from 2.22 inH2O
- NEMA 4 Housing
Supporting Aerospace and Military Since 1970
The small and rugged pressure transducers have been used extensively in flight testing for air flow measurements inside passenger cabins. Very accurate temperature compensation from -65F to 250F is ideal for high altitude testing. The shock and vibration resistance allows the use of our pressure transducers in rocket test stands, military vehicles and in space.
Applications in the Industry
Read more about common uses for Validyne pressure sensors and data acquisition systems:
Engine Air Filter Pressure Drop
The pressure drop across a working air filter is often very small – on the order of a few hundred Pascals, especially at low engine RPM – so a pressure sensor for this purpose must be sensitive to very low pressures.
Flight Test
Validyne pressure transducers have been used in a wide variety of aircraft flight test applications. Our Model P855 was used in the prototype Airbus A380.
Tank Level Measurement
Measuring the fluid level in tanks is a common requirement for almost every industrial process. This application describes how to use high line differential pressure transmitters to determine the level of liquid in a tank.
