Qnix 5500Fe/NFe3mm Coating Thickness Gauge magnetic Induction/eddy Current dual-use

The QNix 5500 Coating Thickness Gauge is a convenient, durable, and action-friendly instrument for:Modular version, the user can decide which probe to use and the cable. Just in case, remember to disconnect the power supply when replacing the probe!

Whether it's in industrial painting, task testing, corrosion protection or vehicle evaluation, the QNix5500 is designed to provide the fastest and most convenient way to measure coating thickness by simply turning on the machine and placing the instrument on the surface of the workpiece to obtain measurement data, without the need for a series of setup operations.

The large 2-inch color LCD with auto-flip makes it easier to read the measured values in any position, even in harsh lighting conditions. Such as bridge cavities and Water Tanks, or when working outdoors or in strong sunlight. The QNix5500 provides all the necessary statistical information about the current measurement series: the display of the mean, standard deviation, maximum and minimum measurements.

The proper design ensures safe contact and avoids erroneous measurements. For smaller contact areas or inclined components, simply use the probe cable and plug the QNix®5500 into the cable device for a few seconds (only available for the modular version). The angled cable connection makes it easier to work comfortably even when space is limited.

With one-button operation, you can reliably and quickly zero the workpiece on the substrate or on the supplied zero plate.

The right probe for every application – precise, with high accuracy over the entire measuring range: measuring ranges from 1.25 mm to 3 mm to 5 mm, Fe, NFe or dual probes can be used.

QNix5500 host, 1 Fe and NFe zero adjustment board each, 2 standard pieces, factory test report, instruction manual, 2 1.5V AA alkaline batteries, plastic instrument case

[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.