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Coating Thickness Gauge CX780

SKU : CX780
MAKE : STELLAR INSTRUMENTS
MODEL : CX780
WARRANTY : 1 Year
Original price AED 1,300.00 - Original price AED 1,300.00
Original price
AED 1,300.00
AED 1,300.00 - AED 1,300.00
Current price AED 1,300.00
(Including VAT)

Coating Thickness Gauge CX780

A high-precision, non-destructive gauge for measuring coating thickness on both magnetic and non-magnetic surfaces. Features an integrated probe with magnetic induction and eddy current technology, offering a wide range (0–5000 μm), high accuracy (±2%+1 μm), 0.1 μm resolution, adjustable backlight, and sound volume.

Features

  • High resolution: 0.1 μm

  • High accuracy: ±(2% + 1 μm)

  • Measuring range: 0–5000 μm

  • Self-adaptive backlight brightness

  • Adjustable sound volume

  • Specifications subject to change without notice

Resolution

 

0.1 μm (0–99.9 μm); 1 μm (>100 μm)

Accuracy

 

±(2% + 1 μm)

Measurement Range

 

Fe: 0–5000 μm; NFe: 0–3000 μm

Minimum Thickness of Substrate

 

Fe: 0.20 mm; NFe: 0.03 mm

Minimum Measuring Area

 

Diameter 10 mm

Units

 

μm, mils, mm, inch

Display

 

Self-adaptive backlight brightness

Sound

 

Adjustable volume

Battery

 

2 pcs of 1.5 V AA alkaline batteries

Weight

 

90 g

Dimensions

 

113 × 53 × 25 mm

Probe Type

 

Internal

Measurement Principle

 

Fe: Magnetic induction; NFe: Eddy current

Calibration

 

Zero calibration and multi-point calibration

Chart Display

 

Curve, bar chart, trend chart

Statistics

 

Number of readings, max/min, mean, standard deviation, coefficient of variation, number below limit, number above limit

Certifications

 

CE, ROHS, ISO 2178, 2360, GB/T 4956-2003, 4957-2003

Warranty

 

12 months

What is the measuring range of the device?

The measuring range is 0–5000 μm for Fe and 0–3000 μm for NFe substrates.

How accurate is the measurement?

The device offers a high accuracy of ±(2% + 1 μm).

What is the resolution of the gauge?

It has a resolution of 0.1 μm for 0–99.9 μm and 1 μm for measurements above 100 μm.

What measurement principles does it use?

The gauge works on magnetic induction for Fe and eddy current for NFe materials.

Is calibration required before use?

Yes, the device supports zero calibration and multi-point calibration for better accuracy.

Coating Thickness Gauge CX780

A high-precision, non-destructive gauge for measuring coating thickness on both magnetic and non-magnetic surfaces. Features an integrated probe with magnetic induction and eddy current technology, offering a wide range (0–5000 μm), high accuracy (±2%+1 μm), 0.1 μm resolution, adjustable backlight, and sound volume.

Features

  • High resolution: 0.1 μm

  • High accuracy: ±(2% + 1 μm)

  • Measuring range: 0–5000 μm

  • Self-adaptive backlight brightness

  • Adjustable sound volume

  • Specifications subject to change without notice

Resolution

 

0.1 μm (0–99.9 μm); 1 μm (>100 μm)

Accuracy

 

±(2% + 1 μm)

Measurement Range

 

Fe: 0–5000 μm; NFe: 0–3000 μm

Minimum Thickness of Substrate

 

Fe: 0.20 mm; NFe: 0.03 mm

Minimum Measuring Area

 

Diameter 10 mm

Units

 

μm, mils, mm, inch

Display

 

Self-adaptive backlight brightness

Sound

 

Adjustable volume

Battery

 

2 pcs of 1.5 V AA alkaline batteries

Weight

 

90 g

Dimensions

 

113 × 53 × 25 mm

Probe Type

 

Internal

Measurement Principle

 

Fe: Magnetic induction; NFe: Eddy current

Calibration

 

Zero calibration and multi-point calibration

Chart Display

 

Curve, bar chart, trend chart

Statistics

 

Number of readings, max/min, mean, standard deviation, coefficient of variation, number below limit, number above limit

Certifications

 

CE, ROHS, ISO 2178, 2360, GB/T 4956-2003, 4957-2003

Warranty

 

12 months

What is the measuring range of the device?

The measuring range is 0–5000 μm for Fe and 0–3000 μm for NFe substrates.

How accurate is the measurement?

The device offers a high accuracy of ±(2% + 1 μm).

What is the resolution of the gauge?

It has a resolution of 0.1 μm for 0–99.9 μm and 1 μm for measurements above 100 μm.

What measurement principles does it use?

The gauge works on magnetic induction for Fe and eddy current for NFe materials.

Is calibration required before use?

Yes, the device supports zero calibration and multi-point calibration for better accuracy.

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