Feinmess Suhl: 76 4011 701 20 Motorised Incremential Probe IKF 100 High precision length measurement of workpieces, Range 100mm Resolution .01 microns, 28mm H6 Shakt Accuracy .0005mm
Additional Details | Code =IKF100| Type= Motorised| Type=probe with prism roller bearing| Range= 103mm| Force=1.2N | clamping shaft ø =8h6| protection degree= IP 50| error limits =(0,5 + L / 60) µm; L in mm| display unit= PU 11| connection cable= 1,5 m| Scale=optical incremental measuring system| output signals =1 Vss| grid constant =8 µm| resolution of the measuring system= 0,01 µm| measuring force =adaptable to customer needs possible | |
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Feinmess Suhl: 76 4011 701 20 Motorised Incremential Probe IKF 100 High precision length measurement of workpieces, Range 100mm Resolution .01 microns, 28mm H6 Shakt Accuracy .0005mm
The> IKF 100 <is a motor-driven, incremental roughness meter for high precision length measurement of machined workpieces, test specimens, measuring pins or gauge blocks.The precision dial gauges for vertical operation has a direct measuring range of 103 mm - without repositioning - and distinguished by a high repeatability aus.Der IKF 100 is flexible in the measuring room and in production for checking and calibrating of production normal, test pins, gauge blocks, gauges and other workpieces used. The motion of the probe over the measuring range assumes an associated IKF Control control box. It makes it possible to fine-button to proceed keystroke or touching an object with a defined force. The motorized operation of the measuring pin high repeatability is guaranteed. The measuring force is by default 1.2 N, but can be increased if desired to 1.8N. On the base of IKF 100 a Prismenwälzführung mounted with scale. The spindle is mounted in an axis with the measuring system, equivalent to the Abbe principle. The measuring system consists of a temperature-stable quartz incremental scale and is equipped with a connection cylinder for measuring essays Ø6. It operates on the basis of an optoelectronic measuring system. The accuracy of this system is connected to the evaluation electronics 0.5 micron. Thus the IKF is 100 optimal for high-precision length measurement of workpieces. The result can optionally be visualized on the single-channel display unit PU 11 for incremental, optoelectronic length measuring systems and then further processed in the PC with FMS View. also rotary measuring systems can be connected to the display unit.