• Product details

    PRODUCT DETAILS

    The DeFelsko PosiTector 6000 N0S is a straight cabled microprobe for coating thickness measurement, developed especially for inspections on small parts, curved surfaces or hard-to-reach areas.

    This item includes only the PRBN0S probe and its accessories. The PosiTector gauge body is sold separately.

  • Function Details

    FUNCTION DETAILS

    Cabled microprobe for restricted areas
    Designed for accurate measurements in hard-to-reach locations, edges, cavities and small components.

    Measurement on non-ferrous metals
    Suitable for measuring coating thickness on non-ferrous metals such as aluminum, copper, brass and stainless steel.

    High accuracy at low thicknesses
    Measures coatings from 0 to 625 µm, ideal for applications requiring strict thickness control.

    Compatibility with the PosiTector line
    Compatible with DeFelsko PosiTector Standard and Advanced gauge bodies, integrating seamlessly into the system.
  • Applications

    APPLICATIONS

    Coating thickness measurement on small parts
    Paint inspection in hard-to-reach areas or complex surfaces
    Quality control in painting and finishing processes
    Technical inspections in maintenance, manufacturing, and incoming inspection

    Suitable for coating inspectors, quality control, industrial maintenance and technical field applications.

  • Technical Data

    TECHNICAL DATA:

    Type Cabled probe for coating thickness measurement
    Model DeFelsko PosiTector 6000 N0S
    Probe code PRBN0S
    Measurement Range 0 to 625 µm
    Substrato Non-ferrous metals
    Compatibility PosiTector Standard and Advanced
    Certification Calibration certificate traceable to NIST or PTB
  • Documents

    DOCUMENTS

    Calibration certificate included (long form), traceable to NIST or PTB, plus technical documentation and recommendations for using the PosiTector 6000 N0S probe.
  • Replacement Parts

    REPLACEMENT PARTS

    Accessories compatible with the PosiTector 6000 line to ensure reliable measurements, consistent accuracy and longer probe life.