QNix 8500

QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500
  • QNix 8500

Specifications

Attached files:

QNix® 8500 Basic / QNix® 8500 Premium

A perfect measuring system

With the modular measuring system QNix® 8500 the user has two gauge versions that are different in functionality and memory capacity.

Display of two readings

Combine measurement is taken when, for example a coated Steel substrate has a thin zinc layer and painted. On a combined mode, the QNix® 8500 indicates separate values for the zinc and paint coatings (minimum substrate thickness is defined at 50μm -approximately, 1.97 Mil).

Calibration Options

Besides the factory calibration, the measuring system QNix® 8500 allows for two calibration adjustments which are very helpful when measuring on curvature or small parts:
- with the one point calibration the probe is adjusted towards a known value.
- with a two-point calibration the accuracy of the probe is optimally adjusted (two values) to a defined thickness range to be measured.

Data Management and Documentation via Excell

With the QNix® Software the data can be wirelessly transferred to an Excel sheet. Hence, the stipulated availability of statistical analysis in a quality system is given.

The new freedom of coating thickness measurement - The unique radio control probe.

The QNix® sat is an innovative development that enunciates, in combination with QNix 8500®, a never known before freedom of coating thickness measurement. QNix® sat, is not only the world’s first and smallest precision probe for non-destructive Fe and NFe measuring of coating thickness. It extends the application scope with a wireless and trouble-free transfer of statistical data via radio frequency. The radio control probe is the right answer to the demand of many end users for a gauge that fulfils norms in the paint and corrosion protection industries, especially allowing for measurements at difficult-to-access points. A freedom that creates extra safety.

Scope of Supply
  • Body gauge QNix® 8500 with optional probe.
  • 2 Mignon batteries 1.5 V (AA) (Alkaline).
  • Adaptor cable for external probe (not for radio control probe).
  • Instruction manual.
  • Test certificate for optional probe.
  • Reference plates.
  • Suit case belt clip.
  • Gauge carrying case for safe transportation and storage
QNix 8500 Technical Data:
Body Gauge QNix 8500
Probe Type Interchangeable
Measuring Unit μm / mil
Resolution 0,1 μm below 100 μm
1 μm în 100-999 μm range
0,01 μm over 1000 μm

QNix 8500 interchangeable probes:
Probe Type Fe 2000 μm Fe 5000 μm NFe 2000 μm Dual Fe/Nfe
2000 μm
Dual Fe/Nfe
5000/2000 μm
Measuring Principle Magnetic Flux
Hall Effect
(Fe*)
Magnetic Flux 
Hall Effect 
(Fe*)
Eddy Current
(NFe*)
Magnetic Flux 
Hall Effect
(Fe*)
Eddy Current (NFe*)
Magnetic Flux 
Hall Effect
(Fe*)
Eddy Current (NFe*)
Standards DIN EN ISO 2808, DIN 50981 ISO 2178, BS 5411 (11), BS 3900-C5, ASTM B 499, ASTM D1186, ASTM D 7091 DIN EN ISO 2808, DIN 50981 ISO 2178, BS 5411 (11), BS 3900-C5, ASTM B 499, ASTM D1186, ASTM D 7091 DIN EN ISO 2808, DIN 50981 ISO 2178, BS 5411 (11), BS 3900-C5, ASTM B 499, ASTM D1186, ASTM D 7091 DIN EN ISO 2808, DIN 50981, DIN 50984, ISO 2178, BS 5411 (3&11), BS 3900-C5, ASTM B 499, ISO 2360, ASTM D 1400, ASTM D 1186, ASTM D 7091 DIN EN ISO 2808, DIN 50981, DIN 50984, ISO 2178, BS 5411 (3&11), BS 3900-C5, ASTM B 499, ISO 2360, ASTM D 1400, ASTM D 1186, ASTM D 7091
Measuring Range 0-2000 μm 0-5000 μm 0-2000 μm Fe/Nfe 0-2000 μm Fe: 0-5000 μm
NFe: 0-2000 μm
Measuring Interval 1500 ms 1500 ms 1500 ms 1500 ms 1500 ms
Accuracy acc. to Automation Dr.Nix Standards ±(1 μm + 2%*) 0-2000 μm: ±(1 μm + 2%*)
>2000: ±3,5%*)
±(1 μm + 2%*) ±(1 μm + 2%*) 0-2000 μm: ±(1 μm + 2%*)
>2000: ±3,5%*)
Minimum measuring area (mm x mm) 20 x 20 20 x 20 20 x 20 20 x 20 20 x 20
Minimal Curvature concav: 5 mm,
convex: 30 mmm
0-5000 μm 0-2000 μm Fe/Nfe 0-2000 μm Fe: 0-5000 μm
NFe: 0-2000 μm
Minimal Substrate Thickness 0,2 mm 0,2 mm 0,05 mm Fe: 0,2 mm
NFe: 0,05 mm
Fe: 0,2 mm
NFe: 0,05 mm
Wireless Interface NA NA NA NA NA
Operating Temperature 0 – 50°C 0 – 50°C 0 – 50°C 0 – 50°C 0 – 50°C
Storage Temperature -10°C – 60°C -10°C – 60°C -10°C – 60°C -10°C – 60°C -10°C – 60°C
Power Supply from body gauge from body gauge from body gauge from body gauge from body gauge
Dimensions (L x W x H in mm) 60 x 26 x 22
without connector
60 x 26 x 22
without connector
60 x 26 x 22
without connector
60 x 26 x 22
without connector
60 x 26 x 22
without connector
Weight incl. batteries approx. 12g approx. 12g approx. 12g approx. 12g approx. 12g
Fe* Measuring of non-ferromagnetic coatings on ferromagnetic substrate, for example measuring on steel- or iron-substrates.
NFe* Measuring of non-ferromagnetic and electrically non-conductive coatings (insulating coatings) on non-ferromagnetic
and electrically conductive substrate, for example measuring on aluminium-, zinc-, brass- and certain stainless ( high-grade ) steel-substrates


Radio Control Probe QNix Sat
ISN Frequency Band 2,4 GHz
Radio Transmission Range Max. 20 m
Power Supply Lithium –Ion Accumulator, rechargeable via body gauge QNix® 8500
Accu Capacity Max. 2000 readings
Charging Duration 5 hours
Dimensions 61 x 28 x 28 mm
Weight approx. 30 g

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