Introduction: AC-110A coating thickness gauge is widely used: accurate measurement, almost can measure all substrates, whether iron-based or non-ferrous-based; and with USB data connection and Bluetooth transmission function; the integral instrument is suitable for one-handed operation and measurement More stable, because in the measurement, the large contact surface of the large type of probe has better stability, so that the user can get a continuous and reproducible accurate measurement result; the split type provides a variety of probes, and the measurement is more mobile. Features: 1. Both iron-based and non-ferrous-based coating thickness gauges. 2. There are two measurement methods, single and continuous. 3. Conversion of metric/imperial units, with functions such as manual shutdown, automatic shutdown, and undervoltage prompts. 4. Automatically memorize the calibration value and automatically identify the material of the measured substrate; there will be a buzzer sound during operation, and the buzzer will not sound during continuous measurement. 5. Use USB data cable output to communicate with PC; in addition, it provides optional Bluetooth data output options. Technical Parameters: Resolution: 0.1um Accuracy: ±(1~3%n) or ±2.5um Test range: 0~1250um (measurement range can be customized) Measuring area: 6mm Thinnest substrate: 0.3mm Minimum curved surface: F-shaped convex 1.5mm / concave 25mm NF type convex 3mm / concave 50mm Operating conditions: Temperature -5~50°C Humidity <95%RH Power supply: 2x1.5AAA AAA battery Host size: 120x63x25mm Host weight: 90g (without battery)
Introduction: AC-110A coating thickness gauge is widely used: accurate measurement, almost can measure all substrates, whether iron-based or non-ferrous-based; and with USB data connection and Bluetooth transmission function; the integral instrument is suitable for one-handed operation and measurement More stable, because in the measurement, the large contact surface of the large type of probe has better stability, so that the user can get a continuous and reproducible accurate measurement result; the split type provides a variety of probes, and the measurement is more mobile.
