Tavis sensors are currently monitoring cockpit instrumentation cooling air pressures on fighter jets, measuring bleed air pressures on military aircraft, indicating torque pressures on commercial turboprops, keeping UAVs aloft with fuel system controls, and more. Landing gear braking system pressures and even airliner waste tank level sensors are also part of the Tavis aircraft repertoire.






Existing designs provide capabilities such as:
  • Contamination tolerance and self-draining features to handle ingestion of debris and moisture.
  • Comparing 2 differential pressures to each other in a single instrument – e.g. upstream and downstream flow rates
  • Bi-directional overpressures:
    • Proof pressures as high as 333 times full scale
    • Reverse proof pressures as high as 133 times full scale
  • Connector or pigtail configurations
  • Voltage or current loop output
  • Wet – Wet capability without the need to coat or protect diaphragm (non-contact, metallic diaphragm without any electrical connections)
Request Information
Unit of Measure
Items
Aircraft Pressure Transducers-10213

Aircraft Pressure Transducer-10487

Aircraft Pressure Transducer-10451

Aircraft Pressure Transducer-10528
Pressure Range1 N/A ±1 psid to 0 - 150 psid N/A ΔP: 0 - 39 psid ΔΔP: 0 - 4 psid N/A 0 - 0.6 psid 0 - 3.1 psid N/A 0 - 30’’ H2O 0 - 10’’ H2O
Proof Pressure N/A >200% FSO or 20 psid, whichever is greater N/A -60 to +110 psid N/A -80 to +200 psid N/A >9 psig
Line Pressure N/A 14.7 psia N/A 0 - 275 psig N/A 0 - 48 psig N/A
Burst Pressure N/A >400% FSO N/A >825 psig line N/A >-160 psid
>250 psid
>384 psig line 		N/A >12 psig
Sensor Type N/A Variable Reluctance N/A Dual Variable Reluctance N/A Variable Reluctance N/A Variable Reluctance
Weight N/A 140 g Nominal N/A <0.95 lb N/A 454 g Nominal N/A <0.6 lb
Wetted Materials N/A 17-4 PH CRES Inconel 600/625 N/A 17-4 PH CRES Inconel 600/625 N/A 17-4 PH CRES 300 series CRES Inconel 600/625 N/A 17-4 PH CRES Inconel 600/625
Construction N/A All-welded Gage Metal Diaphragm Differential N/A All-welded Gage Metal Diaphragm Differential Wet - Wet N/A All-welded Gage Metal Diaphragm Differential Overpress. Stops Wet - Wet N/A All-welded Gage Metal Diaphragm Self-Draining
Fittings / Ports N/A 1/8 Flared Tube Fittings N/A ¼ and 1/8 Flared Tube Fittings N/A AS4395 - 4 Flared Tube Fittings N/A MS33514E5
Input Voltage N/A 20 - 40 VDC N/A 22 - 29 VDC N/A 24 - 34 VDC N/A 22 - 29 VDC
Output Signal N/A 0.0 - 5.0 VDC N/A 0.5 - 9.0 VDC N/A 0.5 to 3.6 VDC N/A 1.0 - 5.0 VDC
Power N/A 6 mA Nominal N/A <15 mA N/A 11 mA Nominal N/A <10 mA Nominal
Electrical Interface N/A Bendix PT1H-10-6P N/A 4-conductor shielded/jacketed cable N/A M83723/90Y10066 N/A 6-pin D38999 Series III Connector
Reverse Polarity Protection N/A No N/A Yes N/A Yes N/A Yes
Isolation N/A >100 MΩ @ 50 VDC N/A >100 MΩ @ 100 VDC N/A >50 MΩ @ 50 VDC N/A >100 MΩ @ 50 VDC
Output Impedance N/A 100 Ω Max N/A <1000 Ω N/A <1000 Ω N/A <1000 Ω
EMI N/A N/A CE03, CE07, RE02, CS01, CS02, CS06, Chattering Relay, RS02 Power Frequency, RS02 Spikes, RS03 MIL-STD-461C MIL-STD-462 N/A MIL-STD-461 RE02, RS02, RS03 N/A
Compensated Temps N/A -65 ºF to +165 ºF N/A -10 ºF to +190 ºF
Survival Operation: -40 ºF to +190 ºF 		N/A -77 ºF to +200 ºF N/A -60 ºF to +210 ºF
Vibration N/A >35 g peak to 2000 Hz N/A 14.6 grms N/A 6.1 grms N/A 17.1 grms
Media N/A Air N/A JP4, JP5, Air N/A All gases and liquids compatible with wetted materials N/A Air
Static Error Band2 N/A ±0.5% FSO Max N/A See TEB N/A See TEB N/A See TEB
Thermal Error2 N/A N/A See TEB N/A See TEB N/A See TEB
Total Error Band (TEB)2 N/A N/A Custom flow rate voltage limits N/A ±0.722% FSO @ 0.6 psid N/A ±1.0" H2O @ 30" H2O
±0.5" H2O @ 10" H2O
Frequency Response3 N/A Flat to 500 Hz ±5% N/A Custom: -3 dB @ 5 Hz or less N/A >30 Hz @ -3 dB N/A
  • 1 The designs above are intended to convey just a few capabilities currently used on aircraft for discussion purposes. Tavis specializes in custom configurations and capabilities for your specific application. Discuss your application requirements with our engineers for a smooth flight.
  • 2 Many error band definitions and limits are possible, and these actual error bands are too specific to delineate herein. A clear definition and understanding of any error band is critical, and many manufacturers’ published errors or accuracies can be very misleading. Please consult Tavis regarding your specific error band requirements.
  • 3 Frequency Response given is for electronics only. Actual frequency response will depend on pressure range and media.