• Model NO.：TT810F
• Accuracy：A
• Precision Measuring Device：Precision Measuring Device
• Certification：GB, ISO
• Customized：Customized
• Size：126*69*35mm
• Weight：97g
• Measuring Range：0-1500 Um
• Minimal Surface：5 mm
• Minimum Measurement Area：10*10 mm
• Thinnest Coating：0.4mm
• Operating Temperature：-10-50 ºC
• Operating Humidity：10-85%Rh
• Transport Package：Plastic Case
• Trademark：Yuehai
• Origin：China
• HS Code：9031809090
• Production Capacity：1000

Basic Info.

Model NO. TT810F Accuracy A Precision Measuring Device Precision Measuring Device Certification GB, ISO Customized Customized Size 126*69*35mm Weight 97g Measuring Range 0-1500 Um Minimal Surface 5 mm Minimum Measurement Area 10*10 mm Thinnest Coating 0.4mm Operating Temperature -10-50 ºC Operating Humidity 10-85%Rh Transport Package Plastic Case Trademark Yuehai Origin China HS Code 9031809090 Production Capacity 1000

Product Description

1. Introduction 

The TT810F Mini Coating Thickness Gauge uses a magnetic thickness measurement method to detect the thickness of non-magnetic coatings on magnetic metal-based iron (such as iron, steel, alloys, hard magnetic steel, etc.) without damage (such as zinc, aluminum, (Chromium, copper, rubber, paint, etc.) mini-coat thickness gauge This instrument is widely used in manufacturing, metal processing industry, chemical industry, commodity inspection and other testing fields. It is a professional instrument for material protection.




2. Applications

The micro coating thickness gauge is a portable coating thickness gauge with magnetic and eddy current integration, which can quickly, without damage and accurately measure the thickness of the coating and coating. It can be used not only in the laboratory but also on the engineering site. This instrument can be widely used in the automotive industry, manufacturing industry, metal processing industry, chemical industry, commodity inspection and other detection fields. It is a necessary instrument for material protection.

3. Standard

TT810F coating thickness gauge meets the following standards:
GB/T 4956─1985 Thickness measurement of non-magnetic coating on magnetic metal substrate Magnetic method
JB/T 8393─1996 Magnetic and eddy current coating thickness measuring instrument
JJG 889─95 "Magnetic Resistance Thickness Gauge"


4. Features:

1. The magnetic thickness measurement method is adopted, which can measure the thickness of the non-magnetic covering layer on the magnetic metal substrate

2. Can quickly and automatically identify ferrous and non-ferrous substrates;

3. Quickly measure and display the value.

4. Negative number display function to ensure the accuracy of the zero point calibration of the instrument and improve the test accuracy;

5. Two shutdown modes: manual shutdown mode and automatic shutdown mode;

6. Battery voltage indication: low voltage prompt;

7. Micro power consumption design, less than 10 microamps in standby state;

8. Measurement method: F magnetic induction, N eddy current

9. Graphic menu operation, rich information prompts, easy to operate;

10. USB and Bluetooth data transmission: Windows host computer, Android, iOS App. Real-time display of measurement results, with data statistics and browsing functions;

11. Data storage, data browsing;

12. Backlit dot matrix display, red and green LED indicators, buzzer prompt sound;

13. Single point measurement, continuous measurement;

14. Instrument operating temperature*low -20°,*high 70°;

15. Probe wear resistance is not less than 800,000 measurements;

16. Improve the design of the shell and internal structure, enhance the product's anti-fall and impact resistance;

17. Improve hardware circuits and algorithms: enhance the adaptability and accuracy of high and low temperatures, and enhance the recognition of substrates with different thicknesses and shapes;

18. The operation process has a buzzer sound, red light and green light;

19. Single-point calibration and two-point calibration and five-point calibration can be used for calibration;

20. The upper and lower limits can be set to exceed the limit alarm function;