Application scope: The instrument is applicable to measure the roundness, corrugation, coaxiality, perpendicularity, parallelism and planeness of various discontinuous surface, regular and irregular annular workpiece (four methods can be used to evaluate the roundness error) and provide the eccentricity and phase of the part. It can also be used to measure the roundness, runout, single chip runout and neighbor runout of all kinds of motor commutator parameters (which can be assessed by four methods) and can give the eccentricity and phase of parts. Main features: 1. The rotary measuring table of the instrument adopts a high-precision air floating static pressure bearing structure. The main shaft of the instrument has high precision without wear and long service life. 2. Data collection adopts the precision round grating and related technology imported by German HEIDENHAIN company, which is accurate in positioning and stable. 3. The instrument adopts WINDOWS operating platform and professional measuring software. The measuring interface is simple, intuitive and convenient. It can display graphic data in real time, save and file on disk, and print at any time. The graph analysis report is intuitive and clear. 4. The instrument is equipped with a standard universal leveling table, which is convenient and fast for workpiece adjustment and high detection efficiency; 5. The instrument is equipped with ruby measuring needles of various specifications and lengths, and can be equipped with special nylon measuring head of the company to measure special workpieces; 6. The measurement of motor commutator adopts special measuring and processing software. The same interface can display the parameter values such as roundness, runout, single chip runout and neighbor runout, etc. 7. There is no special requirement for the use environment, and it can be used in the workshop and measurement room; 8. Can carry out the spectral analysis of the surface state of the part, and can provide the amplitude of a wave; 9. Automatic identification of discontinuities, automatic and manual removal of notches and partial roundness measurement of arc; 10. Set the mouse and keyboard shortcuts for the measurement operation. Users can freely choose according to the operation habit. Main parameters: Model: Y901200D Spindle accuracy: radial error: + / - (0.05+5H/10000) + + Axial error: plus or minus (0.05+6X/10000) plus or minus m System accuracy: 0.1μm Table flatness:Data collection method: imported German HEIDENHAIN precision round grating Data collection point: 4096 Measure the largest diameter: Ф1200 mm Measure the smallest diameter: Ф 5 mm Maximum height: 400mm (can be increased) Maximum load: 500Kg Range: ≤ 0.3mm (Radius difference) Sensor resolution: 0.01μm Sensor force measurement: 0.2n Filters: -15, 2-50, 2-150, 2-500, 15-150, 1 Waviness: 3-16, 17-100 Evaluation methods of roundness error: LSC, MZC, MIC, MCC Magnification rate: 100, 200, 400, 500, 800, 1000, 2000, 4000, 5000, 8000, 10000, 20000, 50000, 50000, 80000, 100000, 200000 and so on. Spectrum analysis: data values can be assigned to one frequency band Speed: 4-6 RPM X/Y axis movement: electric/manual Notch removal: automatic identification of discontinuity, automatic and manual removal of notch function, partial arc measurement of roundness function; Software auxiliary functions: coaxiality, perpendicularity, parallelism, flatness Power supply and air source pressure: power supply 220V, 50V and 250W Air source pressure: greater than or equal to 0.45MPa Environmental requirements: working temperature: normal temperature and humidity: 20-80% RH(no condensation);Good ground line, no obvious source
Application scope: The instrument is applicable to measure the roundness, corrugation, coaxiality, perpendicularity, parallelism and planeness of various discontinuous surface, regular and irregular annular workpiece (four methods can be used to evaluate the roundness error) and provide the eccentricity and phase of the part. It can also be used to measure the roundness, runout, single chip runout and neighbor runout of all kinds of motor commutator parameters (which can be assessed by four methods) and can give the eccentricity and phase of parts.
