Nix QNix8500 Coating Thickness Gauge
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☆ Measurement range: 0-5000 μ m
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☆ Operating frequency: 0.2mm
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☆ Detection accuracy: ≤ ±2%
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☆ Indication error: 0.1mm
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Product Introduction
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Asia Test (Shanghai)instrumentTechnology Co., Ltd. is the first level agent of German Knicks in China. The German Knicks QuaNix8500 coating thickness gauge it represents is a ferromagnetic and eddy current dual-use coating thickness gauge. It can measure non ferromagnetic (paint, chromium, copper, zinc, chromium, etc.) coatings on magnetic substrates such as steel and iron, as well as non-conductive (such as paint, plastic, anti-corrosion layer, heat-resistant material, etc.) coatings on conductive substrates such as copper and steel.Product advantages:
Just zero adjustment, no calibration required
High measurement accuracy
Unified split universal
Can be equipped with multiple probes
Chinese and English menu operations
Intelligentization
Equipped with storage and capable of connecting to a computer for data processing and analysis
Can connect thin coating probes to accurately measure the thickness of extremely thin coatings, with an error of less than ± 3um
Optional probe:
Fe based probe: 0-2000μm 0-5000μm
NFe Non Iron based Probe: 0-2000μm 0-5000μm
NF/Fe dual-purpose probe: 0-2000 μ m 0-5000 μ m
Wireless transmission probe
Thin coated probe
QNix8500host |
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Matrix |
Fe、NFe、NFe\NFe |
Probe form |
Integrated, wired split, wireless split |
Display |
LCD display |
measuring range |
0-2000μm |
measurement accuracy |
0-2000μm: ≤±2% |
Minimum matrix |
Fe:10mm×10mm NFe:6mm×6mm |
Thinnest substrate |
Fe:0.2mm NFe:0.05mm |
Minimum Curvature |
Convex radius: 5mm Concave radius: 30mm |
Storage temperature |
-10℃ --- 60℃ |
Temperature compensation range |
0℃ --- 60℃ |
Power supply |
Two 1.5V dry batteries |
Size |
124mm×67mm×33mm |
Weight |
120g (including battery and probe) |
Storage |
One data set, 1000 measurement values |
data transmission |
Wireless transmission through USB module and computer |
Statistical function |
Mean, maximum, minimum, standard deviation |