Product Overview
The Ebert CTG-600F1.5L Coating Thickness Gauge is a high-precision, multifunctional portable measuring instrument, specifically designed for accurately measuring coating and plating thickness. Its split probe design enhances flexibility and durability, making it suitable for measuring various substrates and complex surfaces.
Product Features
1. High-precision measurement across the entire linear range.
2. Dual-purpose for iron and aluminum, with automatic identification (dual-purpose model—FN model).
3. Split design with detachable and interchangeable probes.
4. Accurately measures coatings or platings within 10 micrometers.
5. High-wear-resistant carbide probe with a service life exceeding 500,000 measurements.
6. Features zero calibration, single-point calibration, five-point calibration, and factory reset functions.
7. Allows setting upper and lower limit alarms with color-based judgment.
8. Includes statistical functions: average, maximum, minimum, test count, and standard deviation.
9. Offers both single-point measurement and continuous measurement modes.
10. Can store 16 groups of data, 100 measurements per group, totaling 1600 measurement records.
11. Connects to USB computer software to generate measurement reports for easy data management.
Working Principle
The instrument employs the principles of electromagnetic induction and eddy current effects to automatically identify ferrous (magnetic method) or aluminum-based (eddy current method) materials and measure the thickness of their surface coatings. The split-type probe design ensures measurement stability and adaptability to various measurement environments.
Operating Steps
1. Select and connect the appropriate probe based on the substrate being tested.
2. Turn on the instrument and perform zero calibration, single-point calibration, or five-point calibration as needed.
3. Choose between single-point measurement or continuous measurement mode.
4. Place the probe vertically on the surface to be measured for testing.
5. View measurement data, statistical results, or alarm prompts through the instrument.
6. After completing the measurements, connect the instrument to a computer via USB to export data and generate reports.
Precautions
• Correct calibration must be performed before measurement based on the substrate type.
• Ensure the probe is perpendicular to the tested surface to obtain accurate readings.
• Avoid using the instrument in environments with strong magnetic fields or severe vibrations.
• Clean the probe regularly to prevent dirt from affecting measurement accuracy.
• For measuring special shapes (such as cylinders), it is recommended to use a dedicated large V probe to ensure stability.
• Please follow the instructions for instrument maintenance and storage.
