Germany

Germany Nix QNix 4500 + FN5 integrated dual-use coating platings Thickness Gauge FeNFe dual-use probe 0-5000μm

SE
Display accuracy 0.1μm, battery life to meet more than 40,000 measurements, statistical functions: average, MAX Maximum, MIN Minimum, standard deviation, measurement range 5mm.
$1345.00/set
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Qnix 4500+FN5 Dual use platings Thickness GaugeSPEC

Qnix 4500+FN5 Dual use platings Thickness GaugeDetails

Qnix 4500+FN5 Dual use platings Thickness GaugePacking list

SKU
NB047047
Display Accuracy
0.1μm
show
2-Inch wide Viewing Angle omnidirectional IPS-TFT color liquid crystal
Power Supply
2xAA alkaline battery
battery life
Meet 40,000 previous measurements
statistical function
Average, MAX Maximum, MIN Minimum, Standard deviation
Dimensions (length x width x thickness)
135×63×43  mm
net Weight
100 g
operating temperature
0℃~+50℃
Storage temperature
-20℃~+70 ℃
Relative Humidity
10%~90%
Measurement Range
5mm
measurement speed
≥ 100/min
Measurement Accuracy (Fe mode)
+/- (1 μm + 2% reading) @0-2mm or +/- 5% reading @> 2mm
Measurement Accuracy (NFe mode)
+/- (2μm + 2% reading) @0-2mm or +/- 5% reading @> 2mm
4500+FN5
Dual use platings Thickness Gauge
Display accuracy 0.1μm, battery life to meet more than 40,000 measurements, statistical functions: average, MAX Maximum, MIN Minimum, standard deviation, measurement range 5mm.
Germany Nix QNix 4500 + FN5 integrated dual-use coating platings Thickness Gauge FeNFe dual-use probe 0-5000μm Picture

Introduction

The new QNix®4500+ dual-purpose coating Thickness Gauge from Nix demonstrates its position in the field of high-precision measurement and its spirit of continuous innovation. The gauge combines advanced technology with a user-friendly design to provide users with a more convenient and reliable measurement solution.

The QNix®4500+ Thickness Gauge provides excellent measurement accuracy with a display accuracy of up to 0.1um to meet the needs of users for accurate measurements. It adopts a 2-inch wide-angle omnidirectional IPS-TFT color LCD display, which allows users to clearly observe the measurement data and understand the condition of the measured object in real time.

The QNix®4500+ gauge has a wide range of applications and can be used to measure non-magnetic material coatings on ferromagnetic substrates such as chromium, zinc, copper, aluminum, etc., as well as non-metallic coatings on non-ferromagnetic substrates such as paints, aluminum oxide films, powders, etc. It is based on the Hall principle for the measurement of magnetic substrates and magnetic eddy current for non-magnetic substrates, which ensures the accuracy and stability of the measurement.

Features

  • High-precision measurements

  • Large-screen color LCD

  • The screen automatically flips with the angle

  • Automatic and manual switching between measurement substrate modes

  • Built-in abrasion-resistant ruby probe

  • Simply zero, no calibration required

  • With statistical function

  • Compared to the previous generation QNix4500, it is more dustproof and waterproof

Scope of application

  • Measurement of non-magnetic material coatings on ferromagnetic substrates, such as chromium, zinc, copper, aluminum, paints, oxide films, powders, etc.

  • Measure non-metallic coatings on non-ferromagnetic substrates, such as paints, aluminum oxide films, powders, etc.

FAQ
QI want to measure the thickness of the galvanized layer on the iron sheet, which thickness gauge should I choose?
A Qnix 4500 + FN5 dual coated platings thickness gauge is recommended. It uses Hall principle for the measurement of nonmagnetic platings on ferromagnetic substrates, such as the galvanized layer you mentioned, the accuracy can reach 0.1 microns, and only needs to adjust the zero without calibrating, easy to operate.
QNeed a thickness gauge that can automatically identify the substrate, how to choose the function?
A Qnix 4500 + FN5 is recommended, it has the function of automatically and manually switching the matrix mode. When encountering mixed materials, the instrument can automatically determine the iron-based or non-iron-based, eliminating the trouble of manual switching. With the ruby probe wear resistance, the statistical function can also directly calculate the average value and deviation, improving work efficiency.
QI want to measure the thickness of paints on metal parts, which thickness gauge should I choose?
A Qnix 4500 + FN5 dual coating platings thickness gauge using Hall principle and magnetic eddy current technology, can accurately measure paints on iron substrates and other nonmagnetic coatings, display accuracy of 0.1 micron, operation only need to zero without calibrating, convenient for daily Quality control.
QIs this going to work in the automotive industry?
A Of course! The Qnix 4500 + FN5 is widely used for the detection of platings on automotive parts, such as the measurement of paints on body iron plates and the thickness of oxide films on aluminum parts. Its ruby probe is wear-resistant, and the statistical function can also automatically calculate the average and deviation, helping to control the lame plating mass.
QOur factory needs to test the thickness of anodic oxide coatings on the surface of aluminum. What is the appropriate instrument?
A The Qnix 4500 + FN5 dual-purpose thickness gauge is a good fit. It supports Non-metallic coating measurement on non-ferromagnetic substrates, and aluminum anodic oxide coatings fall into this category. The instrument uses the principle of magnetic eddy current, Measurement accuracy +/- (2μm + 2% reading), and is equipped with a wear-resistant ruby probe for stable and accurate measurement of oxide film thickness, and statistical functions can also help you analyze the batch mass.
Knowledge
Standard