PCB-176A05
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      PCB-176A05

      • Pressure sensor with charge output for detecting combustion instability in turbines,
      • With ATEX / CSA approval,
      • Continuous use temperature up to 520 ° C,
      • With UHT-12™ sensor element,
        (no popcorn noise),
      • Measuring range 5 bar,
      • Sensitivity 750 pC/bar,
      • Frequency range up to 8,000 Hz,
      • Integrated hardline cable, length 3 m,
        ending on 7/16-27-connector
      65
      specifications
      basic dataEnglish unitsSI units 
      Sensitivity (±20%)52 pC/psi750 pC/bar 
      measuring range75 psi5,2 bar 
      maximum pressure (total)1,450 psi100 bar 
      Resonance frequency> 40,000 Hz 
      transverse resonance≥ 8.000 Hz 
      upper frequency limit (±5%)8,000 Hz[2] [3]
      Linearity error≤1% FS[1]
      usage conditions
      acceleration sensitivity0.003psi/g/0,00021 bar / g[4]
      Acceleration sensitivity0,00069 bar/g[5]
      temperature range (operation)-94... 968 ° F-70... 520 ° C 
      temperature range (storage)-76... 500 ° F-60... 260 ° C 
      temperaturesea curve below 
      approval for use in potentially explosive atmospheresSee operating instructions 
      Maximum exposure (integrated gamma flux)100,000,000 wheel 
      Maximum exposure (integrated neutron flux)10.000.000.000 N / cm² 
      Technical properties
      Output polarityDifferential 
      capacity (with cable from pin to pin)650 pF[6]
      Internal resistance (at room temperature)≥109Ω 
      Insulation resistance (from pin on housing at room temperature)≥1012Ω 
      Internal resistance (at 520 ° C)≥50.000Ω 
      Insulation resistance
      (from pin on housing at 520 ° C)
      ≥100.000 Ω 
      Physical properties
      Sensor elementCeramic 
      Geometry of the sensor elementCompression principle 
      Housing materialNickel alloy 
      SealingHermetically sealed welded 
      Electrical connection2-pin canktor threaded 7/16-27 
      Cable typeHardline cable with braided shield 
      Weight (with cables)9.35 oz265 grams 
      Notes
      [1]Zero-balance just, determined using the method of least squares  
      [2]The lower cut-off frequency depends on the used signal conditioning electronics.  
      [3]Upper frequency limit is calculated on the basis of the resonance frequency  
      [4]Nominal  
      [5]Maximum  
      [6]Typically  
      [7]Details: see PCBs Declaration of conformance PS058
      PCB-176A05

      Specific References

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      176A05_drawing

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      176A05_specs.PDF

      176A05_specs.PDF

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