The Program Wear measurement Page 5 Inspection of parts Page 6 Online certificate Page 7 DKD-calibration Page 8 u PM -certificate Page 10 Deviation analysis Page 11 Quality manager Thomas Peter 09187/ 9522-34 tp@frenco.de Second quality manager Werner Schiller 09187/ 9522-15 ws@frenco.de Distribution/ offers Heinz Hasenkopf 09187/ 9522-11 hh@frenco.de Ursula Chwalka 09187/ 9522-30 uc@frenco.de 4
HPL INO - System spline gages and special designs Almost everything is possible HPL 04/03
Measuring instruments IVM 1x1 IVM 1x1 have a profiled guidance plug, a measuring insert with 2 HMmeasuring ball inserts, a handle or a measuring stand and a dial indicator or a digital display. Both measuring ball inserts are mechanically connected together. Thus the use of a dial indicator or a digital probe is possible as well. IVM 1x1 with handle and dial indicator IVM 1x1 with measuring stand and dial indicator IVM 1x1 are mainly used for the measurement of medial batches. The measuring insert is rotatably and rockingly suspended. With the handle shown below IVM 1x1 instruments can be connected to the longitudinal dynamic registration system for measurement values L-Dyn. reading radial measuring points gaging operation 4
Measuring instrument AVM 1x1 AVM 1x1 have a profiled guidance ring, a HMmeasuring ball insert, selective a measuring stand and dial indicator or a digital reading. They are mainly used for the measurement of medial batches. The AVM is available as hand-held unit or mounted on a measuring stand. reading radial measuring points gaging operation 6
Overview VPO without plane travel Designation VPO1 For the measurement of pitch circle diameters: external gear up to 100 mm internal gear up to 120 mm VPO2 external gear up to 200 mm internal gear up to 220 mm VPE with plane travel external gear up to 200 mm internal gear up to 220 mm VPS with bars and plane travel gears and splines up to 350 mm Extension L-Dyn for VPE and VPS 3
Rocking type indicating gage for external tooth profiles IVA The IVA is as simple as efficient. It is used for the measurement of small and middle batches. The proper setting ring has a sectored gear and is made of aged or hardened steel. The labeling displays the actual size. The dial indicator harmonizes with gear measurement and has a measuring force of 2 N. The measuring range is from 0,060 to the left to +0,140 to the right. For calibration a setting master is needed. IVA 0 For PCD 4 15 mm Measuring head with needle IVA 1 For PCD 15 28 mm Measuring head with needle and ball inserts 4
Rocking type indicating gage for external tooth profiles AVA Like the IVA also the AVA convinces with simple handling and efficient measurements of small and middle batches. The fitting setting plug has a sectored gear and is made of aged or hardened steel. The actual size is shown by the marking. The dial indicator is exactly matched for the measurement of gear and spline. The measuring force is 2 N. The measuring display of the indicator display is scaled from 0,060 to +0,140. The calibration is made with the setting plug. The advantage of our AVA is that the ball inserts are rocking which prevents them of damage. Intermediate ball bearing Screwed measuring ball insert Lower measuring ball adjustment and clamping Wheel for retraction Heat protection sheet The measuring balls are located in an intermediate ball bearing. The knurled wheel enables a single hand operation. The measuring ball is secured from rotation. Two plastic heat protection sheets prevent heat transfer by the hands. The lower measuring ball insert has an easy to use length adjustment with clamping wheel. AVA-R and AVA-C are available for the following PCDs: AVA 1 10 30 mm 10440 AVA 2 30 50 mm 10441 AVA 3 50 70 mm 10442 AVA 4 70 90 mm 10443 AVA 5 90 110 mm 10444 AVA 6 110 130 mm 10445 6
Measurement of geometries splines diameters gears bevel gears tooth position plane face ball track gear rim internal splines 3
Types of URM-K machines Contents URM-K URM-K horizontal manual 5 horizontal URM-K horizontal automatic 6 manual URM-K vertical automatic 7 automatic Software 8 Measuring uncertainty 9 Explaination of the method of measurement 10-12 tailstock manual tailstock pneumatic Inspection of position 13 Inspection of form 14 Inspection of form with correction of the position 15 vertical automatic Inspection of form with single and double flank contact 15 4
Measurement of geometries spline 2x spline 2x gear bevel gear diameter rack 3
Function The double flank gear roll inspection is a simple method to test the functional accuracy easily and quickly. The resulat is the sum of of all given deviations. No matter which deviation the specimen has, the double flank gear roll inspection will detect it. The result of the double flank gear roll inspection is a summery error. That means, that it is not possible to determine the single errors causing the deviation. If the detected summary errors are within tolerance, it is assumed that also the single errors are within tolerance. If the deviation detected by the roll inspection is too big, the cause study is the operator s job or the specimen has to be measured by a machine which is able to determine single deviations.. FRENCO double flank gear roll inspection machines are fully developed and high-quality products. master gear pressure spring Variable distance of axis Measurement setup for the double flank gear roll inspection: Two gears are rolled off together free from backlash. 2 specimen
max. way Z1 300 mm max. way Z2 300 mm smallest distance of tips 0 mm biggest distance of tips 600 mm biggest specimen- 240 mm max. way X 130 mm biggest distance of axis 195 mm smallest distance of axis 65 mm max. weight of specimen 40 kg resolution of drives 0,0005 measuring force 0 0,5 Nm weight of machine 450 kg
and IC-artefacts The smallest ascertainable measuring uncertainty depends on the size of the artefact. For DKDcalibrations it ranges asfollows: U (k=2) U (k=2) U (k=2) Profile F α : 1.4-2.0 µm f hα : 1.0-1.8 µm f fα : 1.0 µm Helix F β : 1.7-2.3 µm f hβ : 1.4-2.0 µm f fβ : 1.0 µm Pitch/ runout F p : 1,1 µm f p : 0,9 µm F r : 1,1 µm Size over measuring circles DOB: 1,5 1,9 µm 9
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DKD-calibration for artefacts The calibration laboratory of FRENCO is accredited by the DKD according to DIN/ISO 17025 for the calibration of all principal features (DKD-K-27401). Thus not only helix and involute artefacts can be calibrated but also pitch artefacts and gears with pitch, runout and size between measuring circles. This accreditation is valid for these measurement ranges, which are demanded most frequently. For details concerning our range of accreditation see www.dkd.info/de/laboratorien.htm. Aretfacts not being within this range can be calibrated as working standard calibration. As result you receive a calibration certificate containing explanations concerning the measuring process, specifications to determine the position of the object to be measured and of course- the measuring uncertainty. Traceability PTB national artefacts DKD calibration laboratory reference artefacts Inspection department gear and spline measuring instrument setting artefacts Production gear box gear and spline 8