Product parameters:
- Customized processing: no
- Type: portable roughness Tester
- Brand: MiTeCH/Mattel
- Type: MR200
Mattel MR200 roughness Tester (roughness tester)
Measuring range: Z axis (vertical) 320 μ m,X axis (horizontal) 17.5mm
Indicating accuracy: Z axis (vertical) 0.01 μ ± 20 μ ± 40 μg m,0.02 Mu m/m/m,0.04 Mu m/± 80 µ m,0.08 µ m/± 160 µ m
Communications stores: 20 complete set of measurement data can be stored, MICRO-USB interface
Standby time: 16 hours of continuous operation
GPS equipment weight: About 360g
Total weight: About 1.38kg
Overall dimensions: 119×47×65mm
Product overview
MR200 portable rough degrees instrument is beauty Thai company carefully development of latest upgrade products, the products used current latest of processor, 2.7 inch OLED display, significantly upgrade has user precision rough degrees test of experience, hardware design delicate, data processing rate high, protection measures perfect, set many advantage Yu a, since came out yilai has been much user Pro-stare, it super large drive design, detection range far Super similar products, can meet various user of needs, Through the MICRO-USB interface or standard Bluetooth and SD memory cards, wireless remote start, measurement; Supports Bluetooth printers wireless communication via PC mass storage data. Is widely used in precision metal manufacturing process quality control, is to increase the production rate and cost savings necessary professional precision instrument.
Functional use
Production environment and moving a handheld instrument for measuring needs.
Working principle
This instrument uses the needles trace method for measuring surface roughness
Measurement of workpiece surface roughness, first put the sensor being measured on the surface of the workpiece and start measuring instruments, instrument precision drive mechanism inside sensors along the surface speed taxi straight ahead and sensor with built-in sharp stylus to feel the roughness of the surface being measured. Measuring surface roughness of workpiece may cause stylus displacement, the displacement of the sensor inductor coil inductance changes, resulting in PSD output and analog signal proportional to the measured surface roughness. The signal is amplified and level conversion and enters the data acquisition system, ARM chips for digital filtering of the data collection and calculation, measurement results are given in the OLED display. Can connect through a wireless Bluetooth printer, print all measured parameters, you can also communicate with the PC through data cable, computer software for data for further analysis.
Working conditions
Ambient temperature: operation temperature:-20 ℃ ~ + 50 ℃
Storage temperature:-30 ℃ ~ + 70 c
Relative humidity 90%
Environment no strong vibration, does not have a strong magnetic field, no corrosion and serious dust
Characteristics of the instrument
28 measuring parameters: Ra, Rq, Rz, Rt, Rp, Rv, RS, RSm, Rz (JIS), Ry (JIS), RSk, R3z, Rmax, RPc, Rmr,Rku, r a, δ, δ q r, δ c r, Ry; Rk, Rpk, Rvk, Mr1, Mr2, A1, A2, V0
320 μ m wide-range and high precision inductance sensor
With RC, PC-RC, GAUSS, D-P four filter modes
Compatible with ISO, DIN, ANSI, JIS standard four
A 2.7-inch large screen 128x64 dot-matrix OLED display, no backlight, no dead ends, can display all parameters, shape and an English menu
Using today's most popular chips for instrument control and data processing
Built-in memory can store 20 complete set of measurement data
External SD card expandable mass memory data
Built-in wireless remote control module, remote-control measure
Standard built-in Bluetooth module, wireless connection to a Bluetooth printer, prints all parameters and profile graphics
MICRO-USB built-in standard interfaces can communicate with the PC machine, use special software for analysis and management of measurement results
Built-in lithium-polymer rechargeable battery and charging circuit
Mechano-electronic integration design, small size, easy to carry
Automatic shutdown of the power-saving features, the operation tips
Complete accessories, optional surface sensor, deep sensor hole sensors, very small aperture sensor, tooth surface sensor, small columns, fine tuning platform extension rod, lateral transfer-bar accessories such as
Operation methods and points for attention
Handheld measurement
After plug sensor into instrument, measure directly on the workpiece surface. In addition to setting the correct measurement conditions, should also pay attention to:
A ... principal and level sensor
B. sensor slide direction perpendicular to the workpiece processing of texture.
Use a height gauge pillar
A. standard sensor be careful inserting instrument, and then installed on the connecting parts of the column, confirm lock;
B ... raised column of slide, slightly higher than the workpiece surface location to drop until the sensor contacts the workpiece, this process with caution, especially if the sensor contacts the workpiece be careful;
C ... sensor main body transferred to the Visual level to observe whether the stylus position close to the Centre;
D. lifting the sensor, be sure to pay attention to the direction, falling errors can damage the sensor.
Indication of calibration
① measuring reticle model;
② read Ra value;
③ compare with the model. Matters needing attention
1. any time, plug the sensor caution, be careful not to hit the head and PIN, which is a key part of the whole apparatus to try to hold the sensor head root of Bay (front)-plug
2. When you are finished using the sensor, please put it in a box
Instrument care and maintenance
Abnormal when the instrument, please first read the failure index table, troubleshoot common problems, as a result of not measuring, liquid crystal display exception error too large, keyboard malfunctioning or failure such as confusion, please do not arbitrarily remove or adjust any fixed assembled components should be directed to the company's after-sale service Department for maintenance and processing. Scan the following QR codes into the public platform, online repair