PCB-356A72
    zoom_out_map

      PCB-356A72

    • Triaxial vibration sensor with charge output,
    • With through-holes.
    • Measuring range 500 g
    • Sensitivity 2.6 pC/g,.
    • Upper frequency limit 7,000 Hz,.
    • Three 10-32-connectors
    • "
      basic data
      sensitivity (±20%)2.6 pC/g0.26 pC/(m/s²)
      range±500 g pk ±4. 905 m/s 2 pk
      frequency range (+ 5%)7,000 Hz[3]
      Frequency range (+ 1 dB)8,000 Hz[3]
      resonance frequency≥ 20,000 Hz
      linearity≤ 1%
      Transverse acceleration sensitivity≤ 5%
      conditions of use
      Overload limit (shock)±5. 000 g PK±49. 050 m/s² pk
      Temperature range-100 … 350 ° F-73 … 177 ° C
      strain sensitivity (footprint)0.005 g/µε0.05 (m/s²)/µε[1]
      Technical properties
      capacity240 pF[1]
      Insulation resistance (at 70 ° F [21 ° C])≥ 10,000 M Ω
      electrical insulation (base) ≥100 MΩ
      Output polaritynegative[2]
      physical properties
      sensor elementceramic
      geometry of the Sensor elementshear principle
      housing materialanodized aluminum
      sealinghermetic
      Size - length0.80 in20.3 mm
      size - width0.80 in20.3 mm
      Size - height0.46 in11.7 mm
      mass0.50 oz14.3 grams[1]
      wiring10-32-coaxial socket
      Mountinghole
      notes
      [1]typically
      [2]Reference direction: bythe tree in the direction of the sensor
      [3]the lower cut-off frequency depends on the used signal conditioning electronics.
      Equipment
      080A109mounting wax-1
      081A984-40 screw x. 0.675 "long2
      ACS-1 Tfrequency response for Triaxial accelerometer, traceable to NIST, 10 Hz up to the upper 5% frequency-1
      M081A98metric mounting screw-2
      (P) positive output voltage
      output polaritypositive
      PCB-356A72

      Specific References

      Download

      356A72_drawing.PDF

      Technical drawing

      Download (115.13k)

      356A72_manual.PDF

      Operating instructions

      Download (894.7k)

      356A72_specs.PDF

      Technical data sheet

      Download (421.12k)