Automatic Coating Thickness Gauge

An Automatic Coating Thickness Gauge is a measuring instrument for non-destructive measurement of coating thickness on various substrates. The tool is available thanks to advanced technology, and assessments made with it are accurate and rapid. It thus helps reduce quality control procedures in the automotive, aerospace or manufacturing industries. Using eddy current or electromagnetic principles, this measuring instrument can rapidly measure coating thickness without destroying the substrate it is measuring. Its automation strengthens the reliability, eliminates human error and results in consistent output. Monitoring coating thickness The Automatic Coating Thickness Gauge is a particularly important tool for maintaining the integrity of your coated products, and for compliance with industry standards.

With enriched market experience, we have been able to offer a wide spectrum of Automatic Coating Thickness Gauge.

UCT6800 Coating Thickness Gauge Main Features:

• Two types of coating thickness including magnetic measurement principle and the principle of eddy-current principle, available to measure the thickness of the coating on non-magnetic in the magnetic metal and thickness of the non-conductive layer covering the non-magnetic metal
• High precision mode Automatically multiple measurements and data filtering method to reduce the disturbance of the measurement results
• Temperature compensation compensate for distortion caused by the measurement of temperature drift.
• Probe type automatic recognition

Main Technical Parameters:

• Sensor type F N
• Principle Introduction magnetic Eddy current
• Measuring range (m) 0~1700 0~1700 covered copper plate with chromium (0~40)
• Minimum resolution (m) 0.1 0.1
• One calibration point (um) (2% H+1) (2% H+1)
• Two puntos de calibration (m) [(1~2)%H+1] [(1~2)%H+1]
• minimum radius
• Of curvature(mm) Bulge 1.5 Bulge 3
• Minimum diameter (mm) 7 5
• Critical thickness of the base (mm) 0.5 0.3

Major operating parameters:

• Two patterns of measurement: Design and pattern continuing one
• Two patterns of work: Direct pattern and design group
• Five statistics: Mean value , maximum value, minimum value, measuring times and the standard deviation
• Calibration methods of calibration Zero point calibration and two points available to calibrate the meter can be calibrated system error of the probe using the basic calibration method
• Capable of 500 sets of measurement values: Saving function
• Elimination of function: You can delete one of the questionable data and you can also delete all the data in memory to prepare for a new measurement
• Alarm limit settings: If one of the measurement data is off limits
• Function show coupling state
• Function LED backlight, which is effective even when the light is dim
• Adjustable LCD Contrast
• Show the real-time battery
• The buzzer will prompt to make the measurement and can also disable the buzzer
• Variable waiting time, and will shut down if the weather is over
• The function of error message: Error message is displayed on the LCD or the buzzer an error message screen
• Two methods of feeding: Manual and automatic