Model : 176A31 | CHARGE OUTPUT PRESSURE SENSOR

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differential charge output pressure sensor with uht-12™ element, 6.0 pc/psi, +1400 f
$ 4,545.00 USD
(Pricing valid in US only!)

Differential charge output pressure sensor with UHT-12™ element, 6.0 pC/psi, +1400 F

  • Measurement Range: 3000 psi ( 206.8 bar)
  • Sensitivity: (+/-20%)6 pC/psi ( 87 pC/bar)
  • Sensing Element: UHT-12™
  • Temperature Range: -94 to 1400 °F ( -70 to 760 °C)
  • Electrical Connector: 7/16-27 2-PIN ( 7/16-27 2-PIN)
  • Weight: 4.73 oz ( 134 gm)

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English: SI:
Performance
Sensitivity (+/-20 %) 6 pC/psi 87 pC/bar
Measurement Range 3000 psi 206.8 bar
Maximum Pressure (Total) 5200 psi 358.5 bar
Resonant Frequency ≥100 kHz ≥100 kHz
Transverse Resonance >15 kHz >15 kHz
Frequency Response (±5 %) 20 kHz 20 kHz [ 1] [ 2]
Non-Linearity ≤1 % FS ≤1 % FS [ 3]
Environmental
Acceleration Sensitivity ≤0.0036 psi/g ≤.00025 bar/g
Temperature Range (Operating) -94 to 1400 °F -70 to 760 °C
Temperature Range (Receptacle) -65 to 900 °F -53.9 to 482.2 °C
Temperature Response See Graph See Graph [ 4]
Hazardous Area Approval See Manual See Manual
Radiation Exposure Limit (Integrated Neutron Flux) 1E10 N/cm² 1E10 N/cm²
Radiation Exposure Limit (Integrated Gamma Flux) 1E8 rad 1E8 rad
Electrical
Output Polarity (Differential) Differential Differential
Capacitance 70 pF 70 pF [ 4]
Internal Resistance (Room Temp) ≥1E12 Ohm ≥1E12 Ohm
Insulation Resistance (Room Temp ) ≥1E12 Ohm ≥1E12 Ohm
Internal Resistance (1400ºF / 760ºC) ≥50000 Ohm ≥50000 Ohm
Insulation Resistance (1400ºF / 760ºC) ≥100000 Ohm ≥100000 Ohm
Physical
Sensing Element UHT-12™ UHT-12™
Sensing Geometry Compression Compression
Housing Material Nickel Alloy Nickel Alloy
Sealing Welded Hermetic Welded Hermetic
Electrical Connector 7/16-27 2-PIN 7/16-27 2-PIN
Cable Type Hardline Hardline
Cable Length 3 ft 0.91 m
Weight (with cable) 4.73 oz 134 gm [ 4]
* All specifications are at room temperature unless otherwise specified
.




Specification Notes


[ 1] Low frequency response is determined by external signal conditioning electronics.
[ 2] Upper frequency response is calculated from Resonant Frequency.
[ 3] Zero-based, least-squares line method.
[ 4] Typical.
[ 5] See PCB Declaration of Conformance PS058 for details.