PCB-102M206
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      PCB-102M206

    • ICP® pressure sensor with stainless steel membrane,
    • With ATEX / CSA approval,
    • Masseisoliert,
    • Beschleunigungskompensiert,
    • Measuring range 344,8 kPa,
    • Sensitivity 14.5 mV / kPa,
    • Lower limiting frequency 0.5 Hz,
    • 10-32 female connector
    • basic data
      measuring range (±5 V output range)50 psi344.8 kPa
      sensitivity (±15%)≥ 100 MΩ / psi14,503 mV / kPa
      Maximum pressure4 kpsi27.580 kPa[9]
      resolution0.001 psikPa 0,0069[10]
      Resonance frequency≥ 250,000 Hz
      rise time (reflected pressure)≤ 2 µs
      lower limiting frequency (-5%)0.5 Hz
      Linearity≤ 1.0% FS[8]
      conditions
      acceleration sensitivity≤ 0.002 psi/g ≤ 0,0014 kPa/(m/s²)
      temperature range (operation)-65 … 250 ° F-54 … 121 ° C
      Temperature coefficient of sensitivity≤ 0.10 %/°F≤ 0.18 %/°C
      maximum shock (for fraction of a second)3,000 ° F1.649 ° C
      maximum Shock resistance20,000g pk196.133 m/s 2 pk
      approval for use in potentially explosive atmospheresATEX[1] [2] [3]
      approval for use in potentially explosive atmospheres(C-US) CSA NRTL - Canadian Standards Association[4] [5] [6] [7]
      Technical characteristics
      output polarity (positive pressure)positive
      discharging charging time constant (at room temperature)≥ 1.0 s
      Supply20 … 28 V DC
      constant power supply2 … 20 mA
      Output impedance< 100 Ω
      Bias voltage8 … 14 V DC
      Electrical insulation≥ 100 MΩ
      physical properties
      geometry of the sensor elementcompression principle
      Sensor elementQuartz
      Housing materialstainless steel
      diaphragm316 L (stainless steel)[11]
      sealingHermetically sealed welded
      electrical connection10-32-coaxial socket
      weight0.6 oz17.0 grams
      Notes
      [1]ex ia IIC T4
      [2]ex nL IIC T4
      [3]ex nA IIC T4
      [4]AEx ia IIC T4, DIV1 CL1 GR A-D
      [5]ex ia IIC T4, DIV1 CL1 GR A-D
      [6]AEx nA IIC T4,. DIV2 CL1 GR A-D
      [7]ex nL IIC T4, DIV2 CL1 GR A-D
      [8]zero-based balancing line, determined using the method of least squares
      [9]due to the high sensitivity of the static pressure should be very slowly loaded and be reduced.
      [10]Typically
      [11]Membrane with ablativer coating
      [12]Details: see PCB Declaration of conformance PS059
      PCB-102M206

      Specific References

      Download

      102M206_drawing_1.PDF

      Technical drawing 1

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      102M206_drawing_2.PDF

      Technical drawing 2

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      102M206_manual.PDF

      Operating instructions

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      102M206_specs.PDF

      Technical data sheet

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