Flexible Single Phase Current Probe, 2000A AC for PicoScope 4444

Item number: TA368

  • Accessory for PicoScope 4444
  • Rogowski  measuring coil, 610mm long
  • 10Hz up to 20kHz
  • 2m cable with D9 connector
  • Category: Cables, Connectors & Adaptors

    215,00 €

    Excluding 19% VAT.

    Delivery status: ca. 1 week

    Shipping time: 3 workdays

    Flexible Single Phase Current Probe, 2000A AC for PicoScope 4444

    The TA368 is a flexible AC current probe utilizing the Rogowski principle and featuring a built-in integrator. Equipped with the Pico D9 probe interface, it is designed exclusively for use with the PicoScope 4444 True Differential Oscilloscope, which powers the probe and automatically sets the PicoScope software to the correct range and units.

    The probe can be used to measure currents up to 2000A from very low frequencies to 20kHz. The flexible and lightweight measuring head allows quick and easy installation in hard-to-reach areas and with large conductors. The built-in integrator gives a voltage output directly proportional to the primary current.

    This probe is ideal for longterm current monitoring in combination with the PicoScope 4444.

    Technical data:
    Measuring range: 2000A AC
    Output sensitivity (AC coupled): 0.7mV/A
    Accuracy (45-65Hz:) ±1% of reading ±1A
    Minimum load: 100kOhm for specified accuracy
    Frequency range: 10Hz to 20kHz (–1dB)
    Phase (45-65 Hz): < ±1°
    Position sensitivity: ±2% of reading
    External field:
    ±0.2% of range with cable > 100mm from the probe
    Noise: 0.6A typical
    Temperature coefficient: ±0.1% /°C
    Power supply:
    5V nominal via PicoScope 4444

    General characteristics

    Probe length: 610mm (24”), double-insulated
    Probe diameter: 9.9mm (0.39”)
    Output cable: 2m (78.7”)
    Alcryn 2070 NC, LATI LATENE 7H2W V0
    Degree of Protection: IP65
    Operating temperature: -20°C to +65°C (-4°F to +149°F)
    Storage temperature: -40°C to +75°C (-40°F to +167°F)
    Operating humidity: 15% to 85% (non-condensing)
    Safety standards:

    EN 61010-1
    EN 61010-2-032
    1000 V RMS Category III
    600 V RMS Category IV
    Rated for continuous use
    EMC: EN 61326-2-2
    Environmental standards: RoHS and WEEE compliant
    Pollution Degree 2

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