PCB-483C28

PCB-483C28

  • 8-channel supply unit,
  • Inputs: ICP®, voltage and bridge,
  • Continuous gain of 0.1 …?200 ?,
  • BNC-inputs and outputs,
  • TEDS support
  • )
    basic data
    number channels8
    sensor typeICP, voltage, bridge / differential signal
    Accuracy (amplification factor 0, 1 x 0, 4 x)≤5%
    accuracy (amplification factor 0, 5 x to 0, 99 x≤1%
    Accuracy (amplification factor 1, 0 x 2000 x)±0, 5%
    accuracy (sensor power supply)≤1%
    Input range (differential signal)±0. … 10 V
    (minimum) output range±10 V
    frequency range (amp ärkungsfaktor 100 x) (-5%)0.05 … 100,000 Hz[1]
    frequency range (amplification factor ≥ 100 x) (-5%)0.05 … 50,000 Hz[1]
    Phase shift (at 1,000 Hz)±1 °
    crosstalk (maximum, at 10,000 Hz)-72 dB
    Shunt calibrationinternal/external
    TEDS reader functionYes
    displayBias voltage/error (via LEDs)Open circuit/short circuit/overload
    digital interface
    digital interfaceEthernet
    Conditions of use
    Temperature range (operation)32 … 120 ° F0 … 50 ° C
    Technical properties
    Power supplyvoltage
    Voltage (47 … 63 Hz)100 … 240 V AC
    power≤ 0.9 A
    Supply voltage (for ICP® sensors)> 24 V DC
    constant power supply (for ICP®-) Sensors)0 … 20 mA
    supply voltage (for other passive sensors, plus pole)0 … 12 V[4]
    power supply (for other passive sensors, negative pole)0 …-12 V0 …-12 V[4] [5]
    Asymmetry compensation (maximum, amplification factor < 10 x) (for other passiveSensors)±2 V
    asymmetry compensation (maximum, gain ≥ 10 x) (for other passive sensors)±0, 2 V
    Asymmetric voltage (max)±10 V
    Influence of temperature on DC offset (max)5 µV / ° C
    DC offset (AC coupled)≤ 50 mV
    DC offset (DC coupled, gain100 x)< 10 mV
    DC offset (DC coupled, gain ≥ 100 x)< 20 mV
    Maximum power consumption (for other passive sensors)30 mA
    output impedance≤ 50 Ω
    (input impedance )> 1 M Ω
    10 V pkOverload threshold (±0. 2 V pk)
    wide band noise (amplification factor 1 x) (1 … 10,000 Hz)50 µV rms[3]
    spectral noise (amplification factor 1 x) (1 Hz)6.0 µV / √ Hz[3]
    SpectralNoise (amplification factor 1 x) (10 Hz)1.5 µV / √ Hz[3]
    spectral noise (amplification factor 1 x) (100 Hz)1.0 µV / √ Hz[3]
    Spectral noise (amplification factor 1 x) (1,000 Hz)1.0 µV / √ Hz[3]
    spectral noise (amplification factor 1 x) (10,000 Hz)1.0 µV / √ Hz[3]
    wide band noise (amplification factor 10 x) (1 … 10,000 Hz)75 µV rms[3]
    spectral noise ( Gain 10 x) (1 Hz)20 µV / √ Hz[3]
    spectral noise (amplification factor 10 x) (10 Hz)1.5 µV / √ Hz[3]
    Spectral noise (10 x gain) (100 Hz)1.0 µV / √ Hz[3]
    spectral noise (10 x gain) (1,000 Hz)1.0 µV /. √ Hz[3]
    spectral noise (10 x gain) (10,000 Hz)1.0 µV / √ Hz[3]
    wide band noise (Verstä rkungsfaktor 100 x)(1 … 10,000 Hz)350 µV rms[3]
    spectral noise (gain 100 x) (1 Hz)140.0 µV / √ Hz[3]
    spectral noise (100 x gain) (10 Hz)14.0 µV / √ Hz[3]
    spectral noise (gain x 100) (100 Hz)8.0 µV / √ Hz[3]
    spectral noise (100 x gain) (1,000 Hz)4.0 µV / √ Hz[3]
    spectral noise (gain x 100) (10,000 Hz)4.0 µV / √ Hz[3]
    wide band noise (amplification factor 1000 x) (1 … 10,000 Hz)3,000 µV/rms[2]
    physical properties
    electrical connection (ICP® sensor input)BNC socket
    Electrical connection (bridge / differential signal)8-pin mini DIN socket
    electrical connection (output)BNC Jack
    Electrical connection (Ethernet)RJ45
    Größe - height (nominal)1.75 in44.5 mm
    size - width (nominal)19.0 in482.6 mm
    size - depth ( nominal)13.7 in348 mm
    mass7.0 lb3.18 kg
    notes
    [1]AC coupled (lower limiting frequency at coupling: 0 Hz)
    [2]coupled with 350-Ω bridge (bridge / differential signal)
    [3]typically, AC coupled
    [4]can be set in steps of 0.1 V
    [5]potential of the minus pole is equal to 0 V (unipolar supply) or corresponds to the inverted Potential of the positive terminal (bipolar supply).
    [6]details: see PCBs Declaration of conformance PS023
    supplied accessories ör
    017AXXcord-1
    EE75Configuration software "MCSC"-1

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