Product Overview
The CTG-600F3 split-type coating thickness gauge adopts the principle of magnetic induction, enabling automatic identification of magnetic metal substrates and achieving fast, non-destructive, and precise measurement of coating thickness. This instrument is suitable for both laboratory and engineering sites and is widely used in the automotive industry, manufacturing, metal processing, chemical industry, commercial inspection, and other fields. It is an essential instrument for material protection professionals. Featuring a large color screen display, data statistics, calibration functions, resistance to high and low temperatures, drop resistance, wear-resistant probes, stable and fast testing, its technical parameters comply with both national and international standards.
Product Features
1. High-precision measurement across the full linear range.
2. Dual-use for iron and aluminum, with automatic identification (dual-use model).
3. Split design, with detachable and interchangeable probes.
4. Accurately measures coatings and platings up to 10 micrometers.
5. High-wear-resistant hard alloy probe with a lifespan of over 500,000 uses.
6. Features zero calibration, single-point calibration, five-point calibration, and factory reset functions.
7. Supports upper and lower limit alarms with color-coded judgment.
8. Includes statistical functions such as average, maximum, minimum, test count, and standard deviation.
9. Offers both single-point and continuous measurement modes.
10. Stores up to 1,600 measurement data points (16 groups × 100 points).
11. Connects to USB computer software to generate measurement reports for easy data management.
Working principle
The CTG-600F3 split-type coating thickness gauge operates based on the principle of magnetic induction. Its Fe function enables the detection of the thickness of non-magnetic coatings (such as paint, powder coatings, plastics, porcelain, chromium, copper, zinc, etc.) on all magnetic substrates (such as steel, iron).
Application Areas
Automotive industry, manufacturing industry, metal processing industry, chemical industry, commodity inspection
Complies with standards
National standards, international standards
Operating Procedures
1. Based on measurement requirements, select either single-point measurement or continuous measurement mode.
2. According to the base material, ensure the instrument is in the correct measurement mode (e.g., Fe mode).
3. Perform zero calibration, single-point calibration, or five-point calibration as needed.
4. Place the probe vertically and steadily against the surface of the coating to be measured.
5. Read the measurement result displayed on the screen.
6. Use the statistical function to view data or export reports via USB connection to a computer.
Precautions
• Ensure the probe is vertical and makes stable contact with the surface being measured during operation.
• Calibrate the instrument regularly to maintain measurement accuracy.
• Avoid prolonged use in extremely harsh environments, even though the instrument is designed to withstand high and low temperatures.
• Prevent the probe from experiencing severe impacts to protect its wear-resistant properties.
• When storing data, manage it in groups to avoid confusion.
• When connecting to computer software, ensure you use the compatible software and the correct connection method.
