PCB-483C30
zoom_out_map

PCB-483C30

  • 8-channel supply unit,
  • Inputs: ICP®, voltage and load,
  • Continuous gain of 0.1 …?200 ?,
  • BNC-inputs and outputs,
  • Ethernet interface,
  • TEDS support
  • "

    basic data
    number channels 8    
     
    sensor type ICP, voltage, charge    
     
    increment of Gain 0.1    
     
    accuracy (amplification factor 0, 1 x 0, 4 x) ≤5%    
     
    precision (Verstä rkungsfaktor 0, 5 x to 200x) ≤1%    
     
    (charge input at 100 Hz) sensitivity (±1%) 0.1 … 10.0 mV / pC    
     
    bottom Cutoff frequency (ICP® input) (-5%) ≤0.05 Hz    
     
    lower limiting frequency (charge receipt) (-5%) 0.5 Hz   [3] [4]
     
    top Cutoff frequency (amplification factor 0, 1 x to 9 x 99) (-3 dB) > 100,000 Hz    
     
    upper limit frequency (gain 100 x to 200x) (-3 dB) > 80,000 Hz    
     
    Filter type low-pass of fourth order    
     
    corner frequency of the electrical filter (-3 dB) 10,000 Hz   [5]
     
    Edge steepness of the filters 24 dB/octave    
     
    The passband of the filter frequency response accuracy 0.01    
     
    phase shift (at 1,000 Hz) ±2 °    
     
    linearity error 0.01    
     
    crosstalk < 72 dB    
     
    TEDS reader function Yes    
     
    Bias voltage/error display Open circuit/short circuit/overload    
    digital interface
    digital interface Ethernet    
    Conditions of use
    temperature range (operation) 32 … 120 ° F 0 … 50 ° C  
    technical
    Power supply power supply    
     
    voltage (47 … 63 Hz) 100 … 240 V AC    
     
    Power ? 0.85 A    
     
    supply voltage (for sensor) > 24 V DC    
     
    Constant power supply (for ICP® sensors, not ground isolated) 2 … 20 mA   [1]
     
    constant power supply (for ICP® sensors, ground isolated) ( ±0. 6 mA) 4 mA    
     
    pk ±10 V Overload threshold (±0. 5 V pk)    
     
    DC Offset < 50 mV    
     
    Output range 10 V    
     
    carrying capacity of the Augangs 50 mA    
     
    output impedance < 50Ω    
     
    discharging charging time constant (charge input) (±25%) 1 s    
     
    wide band noise (amplification factor 1 x) (1 … 10,000 Hz) 50 µV/rms   [2]
     
    spectral noise (1 Hz) 8 µV / √Hz   [2]
     
    spectral noise (10 Hz) 2 µV / √Hz   [2]
     
    spectral noise (100 Hz) 0.7 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 0.7 µV / √Hz   [2]
     
    Spectral noise (10,000 Hz) 0.6 µV / √Hz   [2]
     
    wide band noise (amplification factor 10 x) (1 … 10,000,000 Hz) 75 µV rms   [2]
     
    spectral noise (1 Hz) 18 µV / √Hz   [2]
     
    spectral noise (10 Hz) 1.5 µV / √Hz   [2]
     
    Spectral noise (100 Hz) 1.0 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 1.0 µV / √Hz   [2]
     
    Spectral noise (10,000 Hz) 1.0 µV / √Hz   [2]
     
    wide band noise (gain 100 x) (1 … 10,000 Hz) 350 µV rms   [] 2]
     
    spectral noise (1 Hz) 100 µV / √Hz   [2]
     
    spectral noise (10 Hz) 10 µV / √Hz   [2]
     
    Spectral noise (100 Hz) 6 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 5 µV / √Hz   [2]
     
    SpectralNoise (10,000 Hz) 5 µV / √Hz   [2]
     
    wide band noise (0.1 mV / pC, amplification factor 1 x) (1 … 10,000 Hz) 52.0 µV rms   [2]
     
    Spectral noise (1 Hz) 10.0 µV / √Hz   [2]
     
    spectral noise (10 Hz) 1.5 µV / √Hz   [2]
     
    Spectral noise (100 Hz) 0.6 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 0.6 µV / √Hz   [2]
     
    spectral Noise (10,000 Hz) 0.6 µV / √Hz   [2]
     
    wide band noise (1.0 mV / pC, amplification factor 1 x) (1 … 10,000 Hz) 52.0 µV rms   [2]
     
    Spectral noise (1 Hz) 14.0 µV / √Hz   [2]
     
    spectral noise (10 Hz) 2.0 µV / √Hz   [2]
     
    Spectral noise (100 Hz) 0.7 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 0.7 µV / √Hz   [2]
     
    spectral Noise (10,000 Hz) 0.7 µV / √Hz   [2]
     
    wide band noise (10.0 mV / pC, amplification factor 1 x) (1 … 10,000 Hz) 56.0 µV/rms   [2]
     
    Spectral noise (1 Hz) 15.0 µV / √Hz   [2]
     
    spectral noise (10 Hz) 2.0 µV / √Hz   [2]
     
    Spectral noise (100 Hz) 0.6 µV / √Hz   [2]
     
    spectral noise (1,000 Hz) 0.6 µV / √Hz   [2]
     
    spectral Noise (10,000 Hz) 0.6 µV / √Hz   [2]
     
    electrical insulation (mass of different channels) isolated / non isolated    
     
    Electrical insulation (mass input and output side) isolated / non-isolated    
     
    Integrated oscillator circuit (ICP®) (±2%) 0.1 V pk 100/1,000 Hz    
     
    integrated oscillator circuit (load) (±2%) 100 pC pk 100/1,000 Hz    
     
    Input for external calibration signal: transcription factor (ICP®) (±1.%) 1 V / V    
     
    input for external calibration signal: transcription factor (load) (±1%) 1,000 pC/V    
    physical properties
    Electrical connection (sensor input) BNC Jack    
     
    electrical connection (output) BNC Jack    
     
    electric Connection (external calibration signal) 10-32-coaxial socket    
     
    electrical connection (Ethernet) RJ45    
     
    size - height (nominal) 1.75 in 44.5 mm  
     
    Size - width (nominal) 19 in 482.6 mm  
     
    size - depth (nominal) 13.7 in 348 mm  
     
    Weight 8 lb 3.6 kg  
    notes
    [1] configurable, default ex factory: 4 mA (±1. 0 mA). The channels can individually be configured.    
     
    [2] typically    
     
    [3] the lower cut-off frequency tolerance: ±25%    
     
    [4] with input impedance > 10 MOhm    
     
    [5] tolerance: ±5%    
     
    [6] details: see PCB Declaration of conformance PS024    
    equipment
    017AXX cord -1  
     
    EE75 Configuration software "MCSC" -1  
    PCB-483C30

    Specific References

    Download

    483C30_drawing.PDF

    Technical drawing

    Download (543.93k)

    483C30_manual.PDF

    Operating instructions

    Download (832.47k)

    483C30_specs.PDF

    Technical data sheet

    Download (37.56k)