Total Number Of Steps; Revolutions Numerator / Revolutions Denominator - TR-Electronic C 58 Serie Benutzerhandbuch

8.1.2.1 Total number of steps

The parameter defines the total number of steps of the measuring system before the
measuring system restarts at zero.
lower limit
upper limit
default
The actual upper limit for the measurement length to be entered in steps is dependent
on the measuring system version and can be calculated with the formula below. As
the value "0" is already counted as a step, the end value = Total number of steps – 1.
To calculate, the parameters Number of steps per revolution and the Number of
revolutions can be read on the measuring system nameplate.

8.1.2.2 Revolutions numerator / Revolutions denominator

Together, these two parameters define the Number of revolutions before the
measuring system restarts at zero.
As decimal numbers are not always finite (as is e.g. 3.4), but they may have an infinite
number of digits after the decimal point (e.g. 3.43535355358774...) the number of
revolutions is entered as a fraction. However, the fraction mustn't be smaller than 0.5.
numerator lower limit
numerator upper limit
default numerator
denominator lower limit
denominator upper limit
default denominator
Formula for gearbox calculation:
Total number of steps = Number of steps per revolution *
Printed in the Federal Republic of Germany
07/30/2020
1 step
68 719 476 736 steps (36 bit)
16 777 216
Total number of steps = Number of steps per revolution * Number of revolutions
TR - ECE - BA - DGB - 0039 - 14
1
256000
4096
1
16384
1
Number of revolutions numerator
Number of revolutions denominator
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