NM01UEE920S

The Uee920S Coating Thickness Gauge is a modern, high-precision instrument designed for the non-destructive measurement of non-magnetic coatings on ferrous (Fe) substrates and non-conductive coatings on non-ferrous (NFe) substrates. It distinguishes itself with an integrated probe capable of both functions, a user-friendly color LCD, and advanced data management capabilities via PC software.

Key Features & Benefits:

• Integrated Fe and NFe Function in One Probe: A standout feature, this gauge utilizes a single, integrated probe that automatically detects the substrate material.

  • Ferrous (Fe) Substrates: Employs the magnetic induction principle to measure the thickness of non-magnetic coatings (e.g., paint, plastic, enamel, rubber, galvanizing) on magnetic steel or iron.

  • Non-Ferrous (NFe) Substrates: Uses the eddy current principle to measure the thickness of non-conductive coatings (e.g., paint, plastic, anodizing, ceramic) on non-magnetic, conductive metals like aluminum, copper, brass, zinc, and stainless steel.

  • This integrated design simplifies operation, eliminates the need for interchangeable probes, and reduces the risk of error.

• Color LCD Screen: Provides a clear, intuitive, and easy-to-read display of measurement data, menus, and settings. The color interface enhances user experience and visibility in various lighting conditions.

• New System and Menu with High Accuracy: Features an updated operating system and menu structure designed for enhanced user-friendliness and improved measurement accuracy. This often includes advanced calibration options, statistical analysis, and faster processing.

• PC Software: Comes with dedicated PC software that allows users to:

  • Transfer measurement data from the gauge to a computer.

  • Organize, analyze, and store data.

  • Generate professional inspection reports.

  • Potentially manage calibration settings.

• High Precision and Resolution: Engineered for high accuracy, providing reliable and repeatable measurements critical for quality control in coating applications.

• Automatic Substrate Recognition: The integrated probe typically features automatic recognition of the substrate type (Fe or NFe), simplifying the measurement process.

• Data Storage and Statistics: Likely includes internal memory to store a significant number of readings and offers statistical analysis capabilities (e.g., average, standard deviation, min/max values).

• User-Friendly Calibration: Supports various calibration methods (e.g., zero calibration, multi-point calibration) to ensure accuracy on different substrate materials and coating types.

Specifications (Typical for a Uee920S-type Gauge):

• Manufacturer: Often a generic model from various manufacturers (e.g., UEE, Benetech, etc.)

• Model: Uee920S (or similar variations)

• Measurement Principles: Magnetic Induction (Fe) / Eddy Current (NFe)

• Probe Type: Integrated Single Probe (Fe & NFe)

• Measurement Range:

  • Fe: 0 - 1500 μm (0 - 60 mils) (Typical, may vary slightly)

  • NFe: 0 - 1500 μm (0 - 60 mils) (Typical, may vary slightly)

• Accuracy: ±(3%+1μm) (Typical, may vary)

• Resolution: 0.1 μm (0 - 99.9 μm); 1 μm (>100 μm) (Typical)

• Display: Color LCD Screen

• Data Storage: Typically hundreds to thousands of readings

• PC Connectivity: USB (for data transfer and software)

• Power Source: Rechargeable Lithium-ion battery (often internal)

• Operating Temperature: 0∘C to 40∘C (32∘F to 104∘F)

• Dimensions: Compact, handheld design (e.g., 110mm×55mm×25mm)

• Weight: Light (e.g., 100−150g without accessories)

Typical Applications:

• Automotive Industry: Measuring paint thickness on vehicle bodies.

• Manufacturing: Quality control of coatings on metal parts, appliances, and tools.

• Painting Contractors: Ensuring proper coating thickness for durability and specification adherence.

• Corrosion Protection: Checking protective coatings on steel structures, bridges, and pipelines.

• Marine Industry: Inspecting paint and anti-corrosion coatings on ships and offshore structures.