PCB-(M)320C14
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PCB-(M)320C14

  • ICP® high-temperature vibration sensor,
  • Continuous use temperature up to 163 ° C,
  • Measuring range 1000 g,
  • Sensitivity 5 mV / g,
  • Frequency range 2 … 10,000 Hz,
  • Mass 1.7 grams,
  • 10-32 female connector above
  • PCB-(M)320C14

    Specific References

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    320C14_drawing.PDF

    Technical drawing

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    320C14_manual.PDF

    Operating instructions

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    320C14_specs.PDF

    Technical data sheet

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    basic data
    sensitivity (±10%) 5 mV / g 0.51 mV/(m/s²)
    range ± 1.000 g pk ±9. 810 m/s² pk
    frequency range (±5%) 1.0 … 10,000 Hz
    Frequency range (± 10%) 0.7 … 18,000 Hz
    frequency range (± 3 dB) 0.35 … 30,000 Hz
    Resonance frequency ≥60.000 Hz
    wide band resolution 0.01 g RMS 0.1 m/s² RMS [1]
    Linearity ≤ 1% [3]
    transverse acceleration sensitivity ≤ 5% [2]
    conditions of use
    (Shock) overload limit ± 10.000 g pk ±98.100 m/s² pk
    Temperature range (operation) -100 … 325 ° F -73 … 163 ° C
    Strain sensitivity (base area) ≤ 0.0005 g/µε ≤ 0.005 (m/s²)/µε [1]
    technical characteristics
    Supply voltage 18 … 30 V DC
    constant power supply 2 … 20 mA
    Output impedance ≤ 100 Ω
    Bias voltage 8 … 12 V DC
    discharging charging time constant 0.25 … 2.0 s
    Spectral noise (1 Hz) 6.4 62.784
    spectral noise (10 Hz) 1,400 µg / √ Hz 13.734 (µm / s ²) / √ Hz [1]
    Spectral noise (100 Hz) 360 µg / √ Hz 3.532 (µm / s ²) / √ Hz [1]
    spectral noise (1,000 Hz) 128 µg / √ Hz 1.256 (µm / s ²) / √ Hz [1]
    physical properties
    size-Height 0.74 at 18.8 mm
    size - Allen 9/32 in 7.1 mm
    mass 0.06 oz 1.7 grams [1]
    Sensor element quartz
    geometry of the sensor element shear principle
    housing material Titanium
    Sealing hermetically sealed welded
    electrical connection 10-32-coaxial socket
    Connection position above
    mounting screw 5-40 male
    Assembly torque 8 … 12 in-lb 90 … 135 NCM
    notes
    [1] typically
    [2] transverse acceleration sensitivity typically ≤ 3%
    [3] zero-based balancing line, determined using the method of least squares
    [4] details: see PCBs Declaration of conformance PS023