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Ref Mark, Step and interpolation
. You have to set the correct value for having a
correct measurement.
The step defines the grating period of the probe’s glass scale. The different
values are defined on the following table :
Type of probe
Step
Specto (ST) 12 or 30
20 µm
Metro (MT)12XX or 25XX 2 µm
Metro (MT) 60 or 101
10 µm
Certo (CT)
2 µm
The interpolation defines the division rate of the glass scale, and therefore the
measurement precision :
Example for a probe type Heidenhain Specto ST12 :
The glass scale of this probe is engraved with a step of 20µm, therefore if the
interpolation is set at 200, you will have a resolution of 20/200 = 1/10 µm.
5.3.4. TTL probe with Heindehain pinout
The following information are focused on TTL probes (or Magnescale or
Mitutoyo)
Step, resolution
An indicator inside the
probe allow to re-
calibrate by its own at the
half of the measuring
range when this option is
activated
Содержание M3
Страница 31: ...M3 Page 31 Grey color because of the class parameters ...
Страница 41: ...M3 Page 41 MB 8I Module Inductif MB 4D Module Port Mitutoyo MB 1R Module Port RS232 ...
Страница 45: ...M3 Page 45 Air gage MB AG module Must be calibrated ...
Страница 46: ...M3 Page 46 7 98 8 02 Write here the 2 calibration value which will be used ...
Страница 88: ...M3 Page 88 Parallelism X C 1 C 2 ...