Aerospace

The 7100 pressure transducer is designed for the tough and rigorous environments of space propulsion and aerospace pressure testing . Applications include: Commercial and defence satellites Ground and engine testing

• Aircraft systems and avionic

• Space and Flight qualified
• High accuracy ±0.3% as standard
• ±0.1% accuracy available
• Nominal output 3mV/V
• Secondary containment up to 4500psi

The 7200 pressure transducer is designed for the tough and rigorous environments of space propulsion and aerospace pressure testing. Applications include: Commercial and defence satellites Ground and engine testing

• Aircraft systems and avionics

• Space and Flight qualified
• 5vDC, 10vDC and 4-20mA outputs
• High accuracy, ±0.3RSS as standard
• ±0.1% available upon request
• B+ & S class electronics available

The 7201 pressure transducer is designed for the tough and rigorous environments of space propulsion and aerospace pressure testing Applications include: Commercial and defence satellites

• Space flight qualified
• High accuracy, ±0.3RSS as standard
• 0-5vDC output
• S-class electronics
• Rad Hard to 40KRAD

The model 7800 is a temperature sensor designed to meet the rigors of space propulsion and aviation pressure testing. The 7800 is designed to proved reliable temperature measurement in extreme or harsh environments Typical applications for the 7800 include; High vibration environments Propulsion system manifolds Military and defence application Extreme and harsh environments

• Temp range from -75⁰C to +121⁰C
• Hydrogen and LOX compatible
• Custom probe lengths
• Accuracy to ±3% FSO, 1% optional
• Meets MIL-STD-810 standards

The model 7880 is a temperature and pressure sensor designed to meet the rigors of space propulsion and aviation pressure testing. The 7880 is designed to proved reliable temperature and pressure measurement in extreme or harsh environments Typical applications for the 7880 include; High vibration environments Propulsion system manifolds Military and defence application Extreme and harsh environments

• Temp range from -75⁰C to +120⁰C
• Hydrogen and LOX compatible
• Custom probe lengths
• Accuracy to ±0.3% FSO, pressure
• Meets MIL-STD-810 test standards

The 7900 is a light weight flow through pressure sensor designed for aviation in flight pressure testing or the testing of space propulsion systems Typical applications for the 7900 include; Mini propulsion systems Satellite propulsion systems Launch vehicles. Life support systems

• Lightweight, under 55 grams
• Flow through design
• High accuracy 0.3% RSS standard
• Isolated outputs for EMI/RFI
• Meets MIL-STD vibration & shock tests

The 8200 is a flight qualified high level, pressure sensor designed for aviation testing applications. This transducer is digitally corrected to ensure the highest possible accuracy Typical applications for the 8200 include; Commercial and defence satellites Engine testing Launch vehicles. Aircraft systems and Avionics

• Proprietary isolation for zero stability
• Over 1 million continuous cycles
• High accuracy 0.08% RSS standard
• 10x overload protection
• Cleaning to MIL-STD-1246 available

The GP:50 Model 7901 Space Heritage Flow-Thru Pressure Transducer is an ultra-lightweight, high-accuracy inline fluid sensor engineered to deliver pristine pressure data inside critical space propulsion and aviation flight systems. Featuring a unique flow-through internal geometry, the Model 7901 inserts directly into the fluid line path. This design eliminates the internal dead volume, stagnant fluid pockets, and flow turbulence common to standard thread-in pressure ports. It is heavily used for miniature satellite propulsion systems, launch vehicle manifolds and UAV tactical missiles. 

Weighing less than 55 grams (1.9 oz), this compact transducer has been designed for the tightest of environments and for applications with weight restrictions. To meet the space industries requirements , the 7901 can be configured with premium "S" Class space-qualified electronics certified to survive up to 100 KRAD radiation exposure. The sensor isolates data streams from severe background vehicle interference by utilising internal Faraday cage filtering, yielding an exceptionally clean output with less than 3mV peak-to-peak signal noise. Constructed with no internal fluid fills, the dry-sensor matrix is fully qualified to meet rigorous MIL-STD-810 requirements for heavy structural shock and multi-axis vibration.