HEIDENHAIN GAGE-CHEK 2000 Series, Operating Instructions Manual

Page: 92 / 236

Commissioning | Configuring the axes
7
7.6.5 Configuring axes for encoders with TTL interface
The configuration procedure is the same for each axis. The procedure
will now be explained using one axis as an example.
Tap Settings in the main menu
Tap
Axes
Tap the axis name or Not defined , if applicable
If applicable, select the axis name for the axis in the
Axis
name drop-down list
Tap Encoder
Select the connection for the corresponding encoder from
the
Encoder input drop-down list:
X21
X22
X23
Select the encoder model from the Encoder model drop-
down list:
Linear encoder
: Linear axis
Angle encoder : Rotary axis
Angle encoder as linear encoder
: A rotary axis is
displayed as a linear axis
Depending on the selection, enter further parameters:
For
Linear encoder
, enter the
Signal period
(see " Linear encoders", Page 85)
For
Angle encoder , enter the Output signals per
revolution
(see "Angle encoders", Page 87), or
determine it using a teach sequence (see "Ascertaining
the output signals per revolution", Page 94)
For an
Angle encoder as linear encoder , enter the
Output signals per revolution
and the
Mechanical ratio
Confirm each input with RET
For Angle encoder , select the Display mode , if applicable
Tap
Reference marks
Select the reference mark from the Reference mark drop-
down list:
None
: There is no reference mark
One : The encoder has one reference mark
Coded : The encoder has distance-coded reference marks
Reverse coded
: The encoder has inverse-coded reference
marks
If the linear encoder has coded reference marks, enter
the
Maximum traverse path (see " Linear encoders",
Page 85)
If the angle encoder has coded reference marks, enter the
parameter for the
Nominal increment (see "Angle encoders",
Page 87)
Confirm the entry with
RET
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HEIDENHAIN | GAGE-CHEK 2000 | Operating Instructions | 08/2020