Mahr MarSurf M 300, Руководство по эксплуатации

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Mahr GmbH, MarSurf M 300 and RD 18 34
Lc GS 0.800 mm
Rdc(0.0,5.0) 0.44 µm
Rdc( 10,5.0)-0.15 µm
Rdc( 20,5.0)-0.32 µm
Rdc( 30,5.0)-0.42 µm
Rdc( 40,5.0)-0.50 µm
Rdc( 50,5.0)-0.57 µm
Rdc( 60,5.0)-0.66 µm
Rdc( 70,5.0)-0.76 µm
Rdc( 80,5.0)-0.89 µm
Rdc( 90,5.0)-1.04 µm
Rdc(100,5.0)-2.14 µm
55 56
60 58 61
Fig. 12
Material ratio list graded in % ("Rdc list")
(for ASME: "Htp list", list of differences in the
heights for two profile bearing length ratios)
55 Filter type
56 Cutoff Lc
60 Material ratio values (in %)
of the intersection lines
58 Material ratio value (in %)
of the reference line CREF
61 Calculated zone widths
The composition of a few parameter lists is
shown below
(see Fig. 11 to 13)
.
Lc GS 0.800 mm
Rmr( 2.14, 5.0)0.0 %
Rmr( 0.00, 5.0)5.0 %
Rmr(-1.00, 5.0) 14 %
Rmr(-2.00, 5.0) 31 %
Rmr(-3.00, 5.0) 52 %
Rmr(-4.00, 5.0) 73 %
Rmr(-5.00, 5.0) 88 %
Rmr(-6.00, 5.0) 98 %
Rmr(-7.00, 5.0)100 %
55 56
57 58 59
Fig. 11
Material ratio list (Rmr list")
(for ASME: "tp list", list of profile bearing
length ratios)
55 Filter type
56 Cutoff Lc
57 Distances (in µm or µin)
22
of the intersection lines to the reference
line CREF
58 Material ratio value (in %)
of the reference line CREF
59 Calculated material ratios
22 The length unit of distances C or p is the same as for
cutoff Lc
(56)
:
– Lc in mm = C (p) in µm,
– Lc in inch = C (p) in µinch.