Authentic CEM everbest coating thickness meter DT156 | Dual purpose type coating thickness gauge | Measuring painting/zinc plating

Authentic CEM everbest coating thickness meter DT156 | Dual purpose type coating thickness gauge | Measuring painting/zinc plating

780 CNY (113.57USD)

add to cart

Product parameters:

  • Customized processing: no
  • Type: coating thickness gauge
  • Brand: CEM/everbest
  • Model: DT-156
  • Measuring range: 0~1250um
  • Display: digital display
  • Supply voltage: 9
  • Overall dimensions: 113*54*27


  • A brief introduction

The coating thickness probe can work in electromagnetic induction and eddy currents under two principles. In automatic mode (AUTO), automatic conversion of two principle Visual measurement of the matrix, or non-automatic and automatic mode through the menu mode.

Features

  • Measurement of coating: surface of any magnetic material non-magnetic coating thickness; Any non-magnetic metal surfaces insulating coating thickness
  • Easy to use menu designs
  • Single and continuous measurements
  • Direct work patterns and work mode
  • Count and display: average values, maximum, minimum, standard deviation, statistics
  • Point or two-point calibration very convenient
  • You can save 320 measurement data ready to download to your computer
  • Delete a measurement data in real time and set of data
  • High and low limit alarm
  • Low power and error messages
  • USB to transfer data to a computer analysis and statistics
  • You can set auto power off function

1.1 application

Without prejudice to the application of this instrument can be fast and high precision thickness measurement of coating area. It is painted, anti-corrosion, electroplating, automotive industry, shipping, aircraft manufacturing and other related industry ideal for manufacturing production. It can work steadily in the laboratory, workshop and outdoors. Also, it could work under the principle of electromagnetic induction and Eddy two, complete the different thickness of coating.

1.2 feature summary

Magnetic metals such as Fe-NI alloy surface coating, this instrument will work on the principle of electromagnetic induction. When the measurement of non-magnetic metal coating, it will work in the swirl pattern. Measured value and statistical value in real time LCD display, backlit to ensure you can work in a dark environment. Design of this instrument, there are two operating modes: direct mode and pattern.

Direct mode (DIR): this mode for simple, rapid and random measurement. Under this model, 80 measurement data and statistics can be made, but all the data in the instrument is permanently lost after power off and cannot be saved. Before the shutdown, you can use the view menu to bring up before the measurement data. Please note that from the direct mode to set mode direct mode of all survey data and statistical data will be permanently lost.

Set of patterns (GRO): this mode, all survey data and statistical data will be saved, power mode or shutdown is not lost. A maximum of 80 data can be saved, enter set mode, the system will automatically hold the current set of all data and statistical values transferred from the storage system. In this mode, when the data volume exceeds 80, the oldest data will be removed.

1.3 description of the attachment

Section two 1.5V dry cell

Packing box

Operating instructions

Steel and aluminium substrates a calibration standard sheet number

USB connection cable

Software CD support Windows 98/XP/Vista

1.4 probe

Probes were installed in V-Groove within the protective housing, probes top inlaid with rubies, with strong corrosion resistance and wear resistance. When measuring, quickly put the probe on substrate to be measured vertically, the probe springs at the bottom will help keep the contact in a certain force? Mei Zhong when Xiu Mei   acenaphthene, $literal yan  Shi  BA JIU Wei  ソ Qiu Peng?

1.5 performance indicators

Sensor probe

Ferromagnetic

Non-ferromagnetic

Working principle

Magnetic induction

Eddy current

Measuring range

0~1250um

0~49.21mils

0~1250um

0~49.21mils

Errors

(Relative current readings)

0~850 um (+/- 3%+1um)

850um~1250 um (+/- 5%)

0~33.46 mils (+/- 3%+0.039mils)

33.46um~49.21mils (+/- 5%)

0~850 um(+/- 3%+1.5um)

850um~1250um (+/- 5%)

0~33.46mils (+/- 3%+0.059mils)

33.46um~49.21mils (+/- 5%)

Precision

0~50um (0.1um)

50um~850um(1um)

850um~1250um(0.01mm)

0~1.968mils (0.001mils)

1.968mils~33.46mils(0.01mils)

33.46mils~49.21mils(0.1mils)

0~50um (0.1um)

50um~850um(1um)

850um~1250um(0.01mm)

0~1.968mils (0.001mils)

1.968mils~33.46mils(0.01mils)

33.46mils~49.21mils(0.1mils)

Measuring the minimum curvature RADIUS

prefix = st1 ns = 'urn:schemas-microsoft-com:office:smarttags' 1.5mm

3mm

Minimum measuring area (diameter)

7mm

5mm

Measurable minimum matrix thickness

0.5mm

0.3mm

Working temperature

0 ℃~ 40℃ (32 f ~104 f)

Operating humidity

20%~90%