This instrument is a magnetic, non-magnetic and dual-purpose instrument with a wide range of applications. Its technical parameters are fully in line with the national standard, and it is a portable cladding thickness gauge integrating magnetic and eddy current, which can measure the thickness of coating and coating quickly, without damage and precision. It can be used both in the laboratory and in the engineering field. This instrument can be widely used in the automotive industry, manufacturing, metal processing industry, chemical industry, commodity inspection and other testing fields. It is a must-have instrument for material protection. Magnetic or non-magnetic substrates can be automatically identified and then tested accordingly, making them suitable for a wide range of measurement environments. It is possible to measure the thickness of non-conductive coatings on non-magnetic substrates and non-magnetic coatings on magnetic substrates.
Fe probes can inspect all non-magnetic coating thicknesses, such as paints applied to steel, iron, powder coatings, plastics, porcelain, chromium, copper, zinc, etc.
NFe probes inspect all insulating coating thicknesses, such as lacquer, plastic, porcelain, etc. These coatings must be applied to non-magnetic metal substrates such as aluminum, copper, brass or stainless steel.
TR 5510/2 - Thickness Gauge (Split)
l Product type: handheld portable coating, coating, paint film thickness gauge
l Product size: 126 × 69 × 35 mm (without probe)
l Weight: 97g (without battery)
l Power supply: USB 5V or 2 x No. 5 batteries (AA)
l Operation method: graphical menu-style button operation
l Human-computer interaction: buttons, backlit dot matrix screen, indicator light, buzzer
l Data transfer: USB, Bluetooth
l Upper computer software: Windows upper computer, Android App client, iOS App client
l Applicable occasions: non-magnetic coating on magnetic substrate
l Insulating coating on conductive and non-magnetic substrates
l Measuring range: 0~1500μm
l Resolution: 0.1μm(0~99.9μm), 1μm(100~1500μm)
l Minimum surface: convex 5mm/ concave 5mm
l Minimum measuring area: 10×10mm
l Thinnest substrate: 0.4mm
l Environment: temperature -10-50°C, humidity 10%-85%RH
l Measurement accuracy error: zero point calibration ± (1+2%H); Multi-point calibration ± (1+2%H). H indicates the coating thickness
Annex:
Standard 5 sheets: 50 μm, 100 μm, 250 μm, 500 μm two, (optional: 12 μm, 25 μm)
2 substrates (iron matrix, aluminum matrix)
1 copy of the instruction manual
2 batteries
1 warranty card
·Two thickness measurement methods, magnetic and eddy current, can measure the thickness of the non-magnetic covering layer on the magnetic metal substrate and the thickness of the non-conductive covering layer on the non-magnetic metal matrix
·It can quickly and automatically identify ferrous and non-ferrous substrates
·Quickly measure and display values
·Negative number display function to ensure the accuracy of the zero point calibration of the instrument and improve the test accuracy
·Two shutdown modes: manual shutdown mode and automatic shutdown mode
·Battery voltage indication: low voltage indication
·Micropower design, less than 10 microamps of current in standby state
·Measurement method: F magnetic induction, N eddy current
·Graphical menu-based operation, rich information prompts, easy to operate
· USB and Bluetooth data transfer: Windows host computer, Android, iOS App. The measurement results can be displayed in real time, and there are data statistics and browsing functions
·Data storage and data browsing
·Backlit dot matrix display, red and green LED indicator, buzzer beep
·Single-point measurement, continuous measurement
·The lowest operating temperature of the instrument is -20° and the highest is 70°
·The wear resistance of the probe is not less than 800,000 measurements
·Improve the design of the shell and internal structure to enhance the anti-drop and anti-impact ability of the product
·Improved hardware circuits and algorithms: Enhance high and low temperature adaptation and accuracy, and enhance the identification of substrates of different thicknesses and shapes
·There is a beep prompt during the operation, and the red light and green light prompt
·It can be calibrated by a variety of methods such as single-point calibration, two-point calibration, and five-point calibration
·The upper and lower limits can be set with the alarm function of exceeding the limit
