High Accuracy Easy Use Non Destructive Portable Surface Roughness Tester with RS232

Technical Data Download: iqualitrol Surface Roughness Tester SRT-6210

Technical Specifications:

Features:

1, Multiple parameter measurement: Ra, Rz, Rq, Rt;
2, Highly sophisticated inductance sensor;

3, The sensor sliding along the surface by driving the mechanism;
4, Four wave filtering methods : RC, PC-RC, GAUSS and D-P;

5, Built-in lithium ion rechargeable battery and control circuit with high capacity;
6, Small in size, light in weight and easy to use;

7, Option to communicate with PC computer for statistics, printing and analyzing via the optional cable and software for RS232C interface (optional, not included in the set);

8, Manual and Auto switch off;
9, Memorize 7 groups of measurement results and conditions;

10, Metric / Imperial Conversion;
11, Exclusive DSP processes to output measurement results on LCD;

12, Circuit with high capacity;
13, Compatible with four international standards ISO, DIN, ANSI and JIS;

14, Applicable in production site, laboratory and workshop in factory;
15, Easy operation menu and large LCD display.

iqualitrol Roughness instrument, also known as surface roughness, surface finish, surface roughness detector, roughness measuring instrument, roughness, roughness tester and other names.

Roughness tester can be widely used in metal and non-metallic parts of the measured surface roughness measurement for a variety Of machining parts, for a variety of machining parts, Mechanical processing and manufacturing, testing, inspection and other departments, especially for large parts and production lines on-site inspection, as well as testing, measurement, commodity inspection departments to go out test will Not produce damage to the workpiece. Measurable workpiece range: plane, cylindrical, conical, bore, groove, surface and other special-shaped surface (with the applicable sensor).

When measuring the roughness of surface, the sensor is placed on the surface and then uniformly slides along the surface by driving the mechanism inside the tester.

The sensor gets the surface roughness by the sharp built-in probe. This roughness causes displacement of the probe which results in change of inductive amount of induction coils so as to generate analogue signal, which is in proportion to the surface roughness at output end of phase-sensitive rectifier. The exclusive DSP processes and calculates and then outputs the measurement results on LCD.

Roughness is an important parameter when trying to find out whether a surface is suitable for a certain purpose.

Rough surfaces often wear out more quickly than smoother surfaces. Rougher surfaces are normally more vulnerable to corrosion and cracks, but they can also aid in adhesion.

A roughness tester is used to quickly and accurately determine the surface texture or surface roughness of a material. A roughness tester shows the measured roughness depth (Rz) as well as the mean roughness value (Ra) in micrometers or microns (um).

Measuring the roughness of a surface involves applying a roughness filter. Different international standards and surface texture or surface finish specifications recommend the use of different roughness filters. For example, a Gaussian filter often is recommended in ISO standards.