Investigation of sealing areas on cylindrical shafts Detection and evaluation of lead structures Mathematical assessment of all relevant lead parameters Analysis of sealing problems Designed for shop floor use Space saving due to vertical work piece orientation Promotes manufacture of leadfree sealing areas Lead measurement and evaluation according to the MBN 31007-7 Daimler plant standard. Optical lead measurement on request. Technical Data Pickup Measuring range [µm] ± 100 Resolution [bit] 16 Stylus radius [µm] 2 - 5 Rotary stage Rotating angle [°] 360 Step size [°] 0.01 Workpiece length, max. [cm] 45 Workpiece diameter, max. [cm] 20 (others easily on request) Drive unit with automatic stylus lift off Travel X [mm] 25 Travel Y [mm] 4 System Dimensions H x W x D [mm] 1100 x 400 x 400 Weight, approx. [kg] 70 Power supply [V/Hz] 110-260/50-60 Temperature range [°C] 10-30 Humidity range [%] ? 85 Options Optical sensor Calculation of roughness parameters Calculation/display of dominant wavelengths FFT/ACF functions Automated or interactive lead structure evaluation Lead parameters 100% according to Daimler company standard 2008 Automatic wobble compensation Precision chuck for work piece fixation Lead standards for calibration of the tool Shaft Filename: Typ: Part no.: Order no.: Ident no.: Diameter: 63,5 mm Cut-off: 0,3 mm X: Resolution: 1000 points/mm Lenght: 5mm Y: Resolution: 0,2 points/° Lenght: 360° Lead pitch Lead angle Period length Number of turns Average lead depth Av. theor. feed cross section 0 mm 0°0'' 0,11 mm 0 0,54 µm 30µm2 Rz Ra Rmax Rk Rpk Rvk 5,26 µm 0,71 µm 6,40 µm 2,17 µm 0,62 µm 1,26 µm Topography Autocorrelation function Data sheet: LMT.pdf Images:
