Handheld Portable Surface Roughness Tester NDT120 It is suitable for laboratory
NDT120 Portable Surface Roughness Tester is a new portable surface roughness meter,applicable to the workshop testing station,laboratory,metrology room environmental detection.
lCan display 14 kinds of roughness parameters
l128 x 64OLED highlight digital display
lCompatible with ISO, DIN, ANSI, JIS national standards
lMetal body, anti-magnetic interference
Portable Surface Roughness Tester NDT120
It can be used for surface roughness of parts such as plane, surface, inner hole, groove and so on. It is suitable for testing surface roughness of inspection station, laboratory and metrology room.
Electromechanical integration design, small volume, light weight, easy to use;
Using DSP chip to control and data processing, high speed, low power consumption;
Intuitive and rich display information, can display all the parameters and graphics;
Compatible with ISO, DIN, ANSI, JIS national standards;
Residual quantity icon, prompting the user to charge;
Continuous working time: more than 20 hours.
Real-time clock settings and display, convenient data recording and storage.
With automatic dormancy, automatic shutdown and power saving function
Reliable control motor to go dead circuit and software design
Measurement information display, menu prompt information, false information and switch machine and other tips that information;
Can be connected to a computer and printer;
Optional different sensor, measuring platform, mini printer, extension rod and other accessories.
Optional bluetooth function.
High price performance.
When measuring the surface roughness of the workpiece, the instrument first puts the sensor on the workpiece to be measured.On the surface, then the starting instrument is measured, and the sensor is driven by the precision driving mechanism inside the instrument.The device glides along the measured surface for a straight line, and the sensor is measured by a built-in sharp touch needle.The roughness of the surface, when the roughness of the surface of the workpiece is measured, causes the needle to produce the displacement.The displacement changes the inductance of the inductance coil of the sensor, thus the output of the phase sensitive detector.The end produces an analog signal proportional to the measured surface roughness, which is amplified and level.After the conversion, the data acquisition system is entered, and the DSP chip is digital filtering for the collected data.The parameters are calculated, the results are given on the display.