Parameterization via TRWinProg
TR-Electronic GmbH 2018, All Rights Reserved
Printed in the Federal Republic of Germany
Page 50 of 67
TR-ECE-BA-DGB-0141 v03
03/19/2021
5 Parameterization via TRWinProg
Danger of personal injury and damage to property exists if the
measurement system is restarted after positioning in the de-energized
state by shifting of the zero point!
If the number of revolutions is not an exponent of 2 or is >4096, it can occur, if
more than 512 revolutions are made in the de-energized state, that the zero
point of the multi-turn measuring system is lost!
Ensure that the quotient of
Revolutions numerator / Revolutions
d
ivisor
for
a multi-turn measuring system
is an exponent of 2 of the group
2
0
, 2
1
, 2
2
…2
12
(1, 2, 4…4096).
or
Ensure that every positioning in the de-energized state for a multi-turn
measuring system is within 512 revolutions.
5.1 Basic parameters
5.1.1 Count direction
By changing this function, the currently set counting direction is inverted. This also
changes the sign of the measuring system speed.
Selection
Description
Default
Increasing
Measuring system position increasing clockwise
1)
X
Decreasing
Measuring system position decreasing clockwise
1)
1)
with view onto the flange connection, F/B input not connected (chapter: 4.5)
5.1.2 Scaling parameters
The scaling parameters can be used to change the physical resolution of the
measuring system. The measuring system supports the gearbox function for round
axes.
This means that the
Measuring units per revolution
and the quotient of
Revolutions
numerator / Revolutions
divisor
can be a decimal number.
The position value output is calculated with a zero point correction, the count direction
set and the gearbox parameter entered.
