Aerospace Pressure Sensor MPT800

MPT800 Miniature Aerospace Pressure Sensor

The MPT800 series is a high-reliability, piezoresistive aerospace pressure sensor purpose-engineered for accurate dynamic pressure monitoring within severely constrained and aerodynamically volatile testing environments. Utilizing advanced micromachined MEMS silicon sensing elements protected by an oil-filled media isolation capsule, this transducer delivers an ultra-high natural frequency response up to 400 kHz and maintains stable measurement matrixes across an extended -55 degree to 150 degree thermal profile. Developed to serve as a direct, high-precision replacement for industry-standard Kulite pressure sensors, the MPT800 series provides a seamless mechanical and electrical drop-in solution optimized for aerospace flight testing and demanding wind tunnel research.

 

Key Features

1. High Precision:
   • 0.1%~0.2% FS BFSL for critical aerospace applications (e.g., fuel systems, engine monitoring).
2. Wide Temperature Range:
   • Operates at -55℃~150℃ with ±1.5% FS/100℃ drift.
3. Miniature Design:
   • ≤15g lightweight for space – constrained aircraft components.
4. Shock-resistant:
   • IP67 sealing and <1ppmFS/g vibration resistance.
5. Fast Response:
   • EA/EB models: <1ms power – up, 400 kHz bandwidth for dynamic testing.

 

 

Technical Specifications Table

Parameter	Specification / Value	Note / Condition
Model	MPT800	Miniature Dynamic Aerospace Core Array
Cross-Reference / Replacement	Kulite Pressure Sensor Series	Direct mechanical layout and electrical signal equivalent
Frequency Response	≥400KHz	Raw sensor chip unamplified frequency bandwidth capability
Pressure Range	0~70Mpa	Heavy-duty pressure containment; custom sub-ranges optional
Measurement Mode	Absolute (A) or Sealed Gauge (S)	Selectable depending on specific structural testing needs
Measurement Accuracy	0.2%FS’BFSL 0.1%FS’BFSL	Combined non-linearity, hysteresis, and repeatability effects
Operating Temperature Range	-55℃-150℃	Rated for continuous exposure in high-heat engine or flight zones
Compensated Temperature Range	Selectable within the range of -40℃ to 125℃	Features integrated hardware or digital-level compensation
Overload / Burst Pressure	2x Full Scale / 3x Full Scale	Structural safety thresholds to avoid mechanical failure
Housing Material	316L / 17-4PH Stainless Steel	Advanced corrosion-resistant alloys for harsh aerospace fluids
Vibration & Mechanical Shock	Maximum 20g at 10-2500Hz; Impact time not exceeding 20ms	Tested to withstand harsh structural and aerodynamic vibration
Vibration Effect on Accuracy	<1ppmFS5/g	Highly isolated MEMS mass structure minimizes g-force impact
Electrical Interface	4-Wire / 6-Wire Shielded Cable	1m standard length tinned shielded lead wire assembly
Primary Applications	Aerospace Flight Testing, Wind Tunnel Research	Fluid dynamics, gas turbine monitoring, automotive R&D
Weight	≤15g